𝐊𝐎𝐍𝐆 𝐏𝐚𝐧𝐞𝐥 Function Book

How to use this book

This manual follows a procedure-library layout: choose a workflow on the left, then jump to a function or procedure name inside that group. Signatures use Igor-style coloring: waves, strings, variables, and data folders; optional arguments are italicized.

Each entry lists purpose, usage, panel controls when available, inferred notes, and source file/line for quick code navigation.

For the panel layout and button-to-code map, open PANEL_GUIDE.html.

Featured Utilities

These entries are curated from the source code and the preserved update log. They highlight daily shortcuts, smart display tools, FFT/filter workflows, linecut extraction, correction routines, physical constants, and Pauli-matrix Hamiltonian builders that are easy to reuse from the command line or from the panel.

Daily wave/window shortcuts

tpw() Topmost Image Wave

Returns the wave name from the topmost active image or subwindow, so KP commands can operate on the current graph without retyping wave names.

di() Smart Image Display

Displays a wave only when it is not already shown alone in a graph; otherwise it brings the existing graph forward. Use di2() for forced redisplay.

ed() Smart Table Display

Table counterpart of di(): opens a wave table intelligently and avoids duplicate table windows.

grabwin() Find Window by Wave

Returns the graph/window name containing a given wave, opening the display when needed.

grabwinnonew() Find Window Without Opening

Returns the containing window name without creating a new display, useful for non-invasive checks inside interactive workflows.

grabtable() Find Table by Wave

Finds the table containing a given wave, searching beyond the first graph element where grabwin() is not enough.

ckfig() Prevent Duplicate Figures

Call immediately after creating a complex graph to remove or reuse duplicate figure windows; cklayout() and cktable() provide the same pattern for layouts and tables.

wavelistsub() Subwindow Wave List

Returns wave names from subwindows while ignoring waves in the main window, useful for multi-panel graph management.

Smart display and 3D workflows

d() Compact 2D Displayer

A one-command image displayer for 2D matrices with KP color controls and formatting hooks.

d3d() Smarter 3D Matrix Plotter

Interactive 3D grid viewer with constant-Z image, integrated spectrum, FFT image, linecut extraction, Z normalization, and FFT-engineering integration.

getall3dwave() 3D Wave Picker Helper

Builds the 3D-wave list used by the d3d() prompt and related panel buttons.

sumoned() Average Z Spectrum

Sums or averages a 3D grid along one dimension to obtain a representative 1D spectrum, skipping NaN curves in the updated workflow.

Normalinecut() Normalize Linecut

Normalizes a 2D linecut along the x direction for cleaner waterfall and MDC/EDC-style display.

Gridtolinecut() Grid to Linecut

Extracts all spectra from a 3D grid along a selected energy dimension and arranges them as a linecut-style dataset.

Fourier, filtering, and phase tools

f() Smart FFT

Runs FFT on the first wave in the topmost graph, with handling for arbitrary point counts and NaN-containing data.

Const2dfilter() Interactive 2D FFT Filter

Opens the interactive FFT-filter controller for continuous tuning of the filter window and selected q vector.

extendffterealimage() Expand Real-Image FFT

Expands the half reciprocal-space FFT of a real image into an XY-symmetric image for PR-QPI and related visualization.

cyclecolorwave() Cyclic Color Table

Creates cyclic color waves with a selectable number of periods for phase/cycle visualizations.

Linecut, spectra, and matrix extraction

sEDC() Slice EDC Curves

Slices a 2D matrix into EDC-style 1D waves for waterfall or spectral display.

sMDC() Slice MDC Curves

Slices a 2D matrix into MDC-style 1D waves for momentum/position-resolved inspection.

sum2dlinecut() Integrate Linecut Dimension

Integrates one dimension of a 2D linecut to produce a representative spectrum or profile.

diffeall() Differentiate I/V Batch

Calculates dI/dV curves from a batch of I/V curves and keeps the result organized for downstream display.

padm() Pad 2D Matrix

Pads a 2D matrix with zeros around the edge and enlarges the matrix dimensions for FFT/filter workflows.

Drift, strain, and correction workflows

ConstLF() Interactive LF Drift Correction

Opens the Lawler-Fujita drift-correction controller after the required q-vector setup has been prepared.

t2dlockin() 2D Lock-In Processing

Runs the two-dimensional lock-in workflow sharing q-vector selection with FFT Engineering.

shearall() 3D Shear Correction

Applies shear correction to a 3D matrix using a corrected 2D reference wave, typically the matching topography.

cal_strainbyshear() Shear to Strain Estimate

Calculates lattice mismatch/strain from a shear correction with an arbitrary angle between the lattice and shear axis.

correct2Dmapc() Gate-Leak Map Correction

Shifts gate-dependent dI/dV curves individually and recombines them into a corrected 2D gate map.

Graph annotation and color helpers

color3s_for3dm() Subwindow Color Range

Calculates a robust symmetric color range for a 3D-viewer subwindow image.

Drawarrow() Lattice Direction Arrows

Draws x/y and a/b lattice-direction arrows on the active graph from an origin, angle, and length.

Physical Constants

Elementary charge `q0`

$q_0 = 1.602176634\times10^{-19}\,\mathrm{C}$. KP stores this as q0 in root:.

Use q0 directly when converting between electron-volts and joules, or when writing charge-based model expressions.

Planck constant `h`

$h = 6.62607015\times10^{-34}\,\mathrm{J\,s}$. KP stores this as h in root:.

Use h together with q0 or frequency/energy scales in tunneling and model calculations.

Conductance quantum `G0`

$G_0=e^2/h=3.87404586493\times10^{-5}\,\mathrm{S}$. KP stores this as G0.

Example: 2*G0 evaluates $2G_0$ in siemens for quick conductance-scale estimates.

Bohr magneton `muB`

$\mu_B = 9.2740100783\times10^{-24}\,\mathrm{J/T}$. KP stores this as muB.

Example: muB*B/meV converts the Zeeman energy $\mu_B B$ from joules to meV.

Boltzmann constant `kB`

$k_B = 1.380649\times10^{-23}\,\mathrm{J/K}$. KP stores this as kB.

Example: 5*meV/kB converts $5\,\mathrm{meV}$ into a temperature scale in kelvin.

Electron-volt `eV`

$1\,\mathrm{eV}=1.602176634\times10^{-19}\,\mathrm{J}$. KP stores this conversion factor as eV.

Use energy/eV to convert a joule-valued expression into electron-volts.

Millielectron-volt `meV`

$1\,\mathrm{meV}=1.602176634\times10^{-22}\,\mathrm{J}$. KP stores this conversion factor as meV.

Use energy/meV for STM/STS gap, Zeeman, and thermal-energy estimates in meV.

Electron mass `m0`

$m_0 = 9.1093837015\times10^{-31}\,\mathrm{kg}$. KP stores this as m0.

Use m0 in effective-mass, dispersion, and model-Hamiltonian calculations.

Vacuum permittivity `epslon0`

$\epsilon_0 = 8.8541878128\times10^{-12}\,\mathrm{F/m}$. KP stores this as epslon0.

The historical spelling epslon0 is preserved so older KP procedures and notebooks keep working.

Hamiltonian Tools

Pauli-sequence Hamiltonian recipe

Represent a Hamiltonian as \[\begin{aligned} H &= \sum_j c_j\,\bigotimes_{\ell=1}^{N}\sigma_{a_{\ell j}},\\ a_{\ell j} &\in \{0,x,y,z\}. \end{aligned}\] In KP, create one 1x1 parameter wave for each coefficient $c_j$ with wT() or wC(), then create a real wave xyzseq whose rows label Pauli slots $\ell$ and whose columns label Hamiltonian terms $j$.

Use the Pauli code convention \[\begin{aligned}0&\rightarrow\sigma_0,&1&\rightarrow\sigma_x,\\2&\rightarrow\sigma_y,&3&\rightarrow\sigma_z.\end{aligned}\] Call automatrixT("p1;p2;...", xyzseq) for the symbolic text Hamiltonian, or automatrixC("p1;p2;...", xyzseq) for the complex numerical matrix. For example, a column {3,1,2} represents $\sigma_z\otimes\sigma_x\otimes\sigma_y$, multiplied by the matching coefficient wave.

automatrixT() Text Hamiltonian Derivation

Builds a symbolic/text Hamiltonian matrix from parameter waves and a Pauli-sequence wave. It is useful for deriving and checking Pauli-matrix equations before numerical calculation.

automatrixC() Numerical Hamiltonian Matrix

Builds the complex numerical Hamiltonian matrix from the same parameter-list plus Pauli-sequence representation, returning the final complex matrix for eigenvalue or spectral-function calculations.

mpc() Complex Tensor Product

Computes the matrix tensor product for complex square matrices. Use with s0(), sx(), sy(), and sz() when assembling numerical Pauli Hamiltonians.

mpt() Text Tensor Product

Computes the tensor product for text matrices, simplifying zero and one factors so symbolic Hamiltonian expressions stay readable.

plust() Text Matrix Sum

Adds two text matrices element by element and removes explicit zero terms, used by automatrixT() to combine Hamiltonian terms.

s0() Complex Pauli Identity

Returns the numerical $2\times2$ identity matrix, $\sigma_0$.

sx() Complex Pauli X

Returns the numerical $2\times2$ Pauli matrix $\sigma_x$.

sy() Complex Pauli Y

Returns the numerical $2\times2$ Pauli matrix $\sigma_y$.

sz() Complex Pauli Z

Returns the numerical $2\times2$ Pauli matrix $\sigma_z$.

st0() Text Pauli Identity

Returns the symbolic text identity matrix, $\sigma_0$.

stx() Text Pauli X

Returns the symbolic text Pauli matrix $\sigma_x$.

sty() Text Pauli Y

Returns the symbolic text Pauli matrix $\sigma_y$.

stz() Text Pauli Z

Returns the symbolic text Pauli matrix $\sigma_z$.

Start Here: Main Panel, Menus, and Window Entries

Panel callbacks and control handlers (1)

ButtonProc_mainpanelinitalize

Function ButtonProc_mainpanelinitalize(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mainpanelinitalize().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInitialize, Initialize; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Initialize.; SourcePierre's Template.ipf:689

Interactive procedures and macros (1)

mainpanelinitalize

Proc mainpanelinitalize(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: reads or updates panel controls. Main internal calls: Table_Notthesepoints(), FFTlist(), Mkbad_slices(), tabproc_main(), Tab4vs6().; SourcePierre's Template.ipf:9318

Windows, panels, and menus (3)

Kong Panel Kong Panel Kong_Igor_panel

Menu "Kong Panel": Usagedefines Igor menu entries; users normally access it from the Igor menu bar.; NotesIgor menu definition in KongPanel.ipf. Code behavior: loads data from files or paths. Main internal calls: Kong_Igor_panel().; SourceKongPanel.ipf:10

Menu "Kong Panel": Usagedefines Igor menu entries; users normally access it from the Igor menu bar.; NotesIgor menu definition in Load_KongPanel.ipf. Code behavior: loads data from files or paths. Main internal calls: Kong_Igor_panel().; SourceLoad_KongPanel.ipf:10

Window Kong_Igor_panel() : Panel: Usagecall Kong_Igor_panel() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; differentiates wave data. Main internal calls: KP_EnsureNewColorTables(), KP_EnsureStartupGlobals(), txt(), dat(), asc(), tabLabel().; SourceKong_Igor_panel.ipf:32

Nanonis, STM, and STS Loading

Panel callbacks and control handlers (26)

Function ButtonProc_2DSTS(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D STS; NotesLogic of the mat3d wave is follow the order that [0: x] [1: dI/dV] [2: y] IMPORTANT To guarantee the procedure works well, you need Rescale the x and y of slices as (0,a) before do dI/dV(x,y,E) Panel control(s): 2D STS.; SourceMiscellaneous_Codes.ipf:7343

Function ButtonProc_autogatemap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gatemapauto().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto / GateMp; NotesAuto Gate map Panel control(s): Auto / GateMp.; SourceUNISOKU3dscutextract.ipf:1102

Function ButtonProc_autoloadgrid(ctrlName) : ButtonControl: Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs autoloadgrid().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto / GridMp; NotesThis procedure do autoloading and plot of the GridMap data from nanonis. It can automatically load data and read the dim value of the grid data. The Nanonis loading is handled by KP_LoadNanonisData, so this no longer requires the KM package. Panel control(s): Auto / GridMp.; SourceUNISOKU3dscutextract.ipf:826

Function ButtonProc_AutoNanislinecut(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AutoNanislinecut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto / Linecut; NotesThere are several parameters we do not put on the head of procedure, that if you want to change, you need open the code to modify the Kernel. For example, the smooth time for reference normalization; the font size for figure plot, the gap fiting range, the lat Panel control(s): Auto / Linecut.; SourceUNISOKU3dscutextract.ipf:79

Function ButtonProc_autotopo(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ExtacttopoafterKM().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTopo; NotesExtract Topo after KP loads.sxm/.nsp. The data even number are bwd, and odd number are fwd Panel control(s): Topo.; SourceUNISOKU3dscutextract.ipf:1266

Function ButtonProc_d3dsimu(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs d3dsimu().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot_{A(k,ω)}; NotesSpecial version of smart 3D plot for Simulated 3D matrix Panel control(s): Plot_{A(k,ω)}.; SourceSmartDisplay.ipf:5124

Function ButtonProc_dataplotersts(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs dataplotersts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelP; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): P. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourceMiscellaneous_Codes.ipf:379

Function ButtonProc_displaytopog(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs displaytopog().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management.; SourceMiscellaneous_Codes.ipf:9279

Function ButtonProc_extract3dslinecut(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs extract3dslinecut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelReorder 2D / (Grid Linecut); NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Reorder 2D / (Grid Linecut).; SourceUNISOKU3dscutextract.ipf:4

Function ButtonProc_ExtractSTS(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs ExtractSTS().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtractSTS; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): ExtractSTS.; SourceMiscellaneous_Codes.ipf:7302

Function ButtonProc_ExtractSTSall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ExtractallSTS().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelall; NotesAfter do dI/dV(E,x,y) and plot 2D STS, you can run Extract sts all to get all the stss from the grid, titled by gridsts# Purpose: extracts values, metadata, cursor information, or derived waves. Panel control(s): all.; SourceMiscellaneous_Codes.ipf:12728

Function ButtonProc_getslicerData(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Initialize_Global_Variables().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3D to 2Ds / (Grid Map); NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 3D to 2Ds / (Grid Map).; SourceMiscellaneous_Codes.ipf:9699

Function ButtonProc_gridextractpeak(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gridextractpeak().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPeakvsGrid; Notes•display peakleft vs onedtopo •print StatsCorrelation(peakright, onedtopo) •print StatsCorrelation(peakleft, onedtopo ) That calculate the correlation coefficient of the two peaks with topography Purpose: extracts values, metadata, cursor information, or derived waves. Panel control(s): PeakvsGrid.; SourceMiscellaneous_Codes.ipf:12531

Function ButtonProc_Gridtolinecutc(ctrlName) : ButtonControl//"Load BNL Data in Folder": Usagetriggered as a wrapper that opens/runs Gridtolinecutc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIt3 to linecut; NotesExtract every dI/dV curve from a 3D wave and make a linecut from it. Panel control(s): It3 to linecut.; SourceSmartDisplay.ipf:5689

Function ButtonProc_Linenorm(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs normstsline().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLnNorm FitAll; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): LnNorm FitAll.; SourceMiscellaneous_Codes.ipf:5512

Function ButtonProc_map(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linkstsmap_P().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Linecut.; SourceMiscellaneous_Codes.ipf:5097

Function ButtonProc_mapaa(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linkstsmap_Paa().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLc1; Notesyou want to link them to a linecut Condition: you need to make sure all the slice share same dimdelta Condition: current procedure only support two sets of energy range that the second one is shorter than the first one, this is usually happen when measure tip Panel control(s): Lc1.; SourceMiscellaneous_Codes.ipf:10312

Function ButtonProc_mapaa2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linkstsmap_Paa2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2; Notesyou want to link them to a linecut Condition: you need to make sure all the slice share same dimdelta Condition: current procedure only support two sets of energy range that the second one is shorter than the first one, this is usually happen when measure tip Panel control(s): 2.; SourceMiscellaneous_Codes.ipf:10404

Function ButtonProc_openmat3dslicer(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ini_mat3dslicer().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSlicer; NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Slicer. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:26186

Function ButtonProc_SIMUtopodefectc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs SIMUtopodefectc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTopo. Defect; NotesSimulate Topological defect Panel control(s): `Topo. Defect`.; SourceModels.ipf:10414

Function ButtonProc_sizemapauto(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTopo; NotesPanel button callback for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): Topo. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: margin(), tpw().; SourceMiscellaneous_Codes.ipf:5318

Function ButtonProc_slice1ddpro(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs slice1ddpro().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D to 1Ds / (Grid Linecut); NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 2D to 1Ds / (Grid Linecut).; SourceUNISOKU3dscutextract.ipf:23

Function ButtonProc_Z_R_Rhomapc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Z_R_Rhomapc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZR / ho; NotesIf the matrix is symmetric in energy, at loading automatically calculate the Z map R map and ρ map, L map Panel control(s): ZR / ho.; SourceUNISOKU3dscutextract.ipf:903

Function PopMenuProc_stsnormfft(ctrlName, popNum, popStr) : PopupMenuControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; Panelstsnormfft; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): stsnormfft. Main internal calls: getsinglestsf(), pcsr(), qcsr().; SourceSmart_3D_Viewer_New.ipf:6045

Function setvarplotsts(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs plotrawsts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelData; NotesUtility function for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Data.; SourceMiscellaneous_Codes.ipf:419

Function SetVarProc_Conshistsigma(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSigma mode; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Sigma mode.; SourceSmartDisplay.ipf:2290

Interactive procedures and macros (44)

Proc autoloadgrid(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; creates, switches, or removes Igor data folders. Main internal calls: KP_LoadNanonisData(), KP_GetLastLoadedNanonisFolder(), Z_R_Rhomap(), d3d(), KP_NanonisCleanup().; SourceUNISOKU3dscutextract.ipf:831

Proc automultiSV(grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange, num, mat): Usagerun from Igor with parameters grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; Kc [variable]: Coherent length (nm); Db [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; deltaGs [variable]: Gap Amplitude of sample (meV); deltaGt [variable]: Gap Amplitude of tip (meV); tem [variable]: Temperature (K); xrange [variable]: Distance from Core center (nm); Erange [variable]: Energy Range (meV); num [variable]: Number of cut; mat [wave]: cut name; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: Grid = Number of data point; Kc = Coherent length (nm); db = Dyne broadenig (meV); deltaGs = Gap Amplitude of sample (meV); deltaGt = Gap Amplitude of tip (meV); tem = Temperature (K). Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: testint().; SourceModels.ipf:312

Proc AutoNanislinecut(FFTp, partial1, partial2, AorB, flag, flag2, flag3): Usagerun from Igor with parameters FFTp, partial1, partial2, AorB, flag, flag2, flag3.; FFTp [wave]: the P number of the FFT peak, where to pick the phase difference; partial1 [variable]: the Q Start of interested region of the linecut; partial2 [variable]: the Q End of interested region of the linecut; AorB [variable]: A or B; flag [variable]: Do you want advanced gap analysis (gap extraction & gapsize/Z-height correlation analysis)? Yes[1]/No[0]; / If yes, the fitting parameters need to be adjusted inside the codes; flag2 [variable]: Do you want normalized correlation ? Yes[1]/No[0]; / If yes, the smooth number for [Normalization reference curve] need to be adjusted inside the codes; flag3 [variable]: Do you want FFT phase analysis? Yes[1]/No[0]; / If yes, the P value of FFT peak needs to be adjusted inside the codes; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Dialog prompts: FFTp = the P number of the FFT peak, where to pick the phase difference; partial1 = the Q Start of interested region of the linecut; partial2 = the Q End of interested region of the linecut; AorB = A or B; flag = Do you want advanced gap analysis (gap extraction & gapsize/Z-height correlation analysis)? Yes[1]/No[0]; / If yes, the fitting parameters need to be adjusted inside the codes; flag2 = Do you want normalized correlation ? Yes[1]/No[0]; / If yes, the smooth number for [Normalization reference curve] need to be adjusted inside the codes. Code behavior: performs Fourier-transform or inverse-transform operations; crea; SourceUNISOKU3dscutextract.ipf:93

Proc Batchscaling(xmin, xmax, tem, po_s, po_delta, num, grid): Usagerun from Igor with parameters xmin, xmax, tem, po_s, po_delta, num, grid.; xmin [variable]: gamma; xmax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; po_s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; po_delta [variable]: Step size or energy/voltage increment used by the calculation.; num [variable]: how many posion data curves; grid [wave]: the point number for integration; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: calGSpo().; SourceModels.ipf:482

Proc Batchscalingoure(xmin, xmax, ymin, ymax, po, grid): Usagerun from Igor with parameters xmin, xmax, ymin, ymax, po, grid.; xmin [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; xmax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; ymin [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; ymax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; po [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: calGS().; SourceModels.ipf:399

Proc d3dsimu(mat3dn, zn): Usagerun from Igor with parameters mat3dn, zn.; mat3dn [wave]: Name of the 3D simulation matrix; zn [variable]: Index of the Energy; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: mat3dn = Name of the 3D simulation matrix; zn = Index of the Energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: getall3dwave(), sumoned(), di2lf(), func_zeroNaN(), color3s_for3d(), grabwin().; SourceSmartDisplay.ipf:5128

Proc displaytopog(name, size): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, size.; name [string]: Name or reference of the source wave/matrix being processed.; size [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:9283

Proc ExtacttopoafterKM(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: DataFolderList(), KP_LoadNanonisData().; SourceUNISOKU3dscutextract.ipf:1271

Proc extract3dslinecut(name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters name.; name [string]: Data name from nanonis; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: name = Data name from nanonis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourceUNISOKU3dscutextract.ipf:9

Proc extractallsts(ptotal, qtotal, name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters ptotal, qtotal, name.; ptotal [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; qtotal [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: ExtractSTS2().; SourceMiscellaneous_Codes.ipf:12733

Proc ExtractSTS(xpoint, ypoint, name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters xpoint, ypoint, name.; xpoint [variable]: P; ypoint [variable]: Q; name [string]: Name of Map; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: xpoint = P; ypoint = Q; name = Name of Map. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: pcsr(), qcsr().; SourceMiscellaneous_Codes.ipf:7306

Proc extrastsfrommap3d(sizex, sizey, from, to): Usagerun from Igor with parameters sizex, sizey, from, to.; sizex [variable]: How many points Nx; sizey [variable]: How many points Ny; from [variable]: Start Energy value for search; to [variable]: End Energy value for search; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: sizex = How many points Nx; sizey = How many points Ny; from = Start Energy value for search; to = End Energy value for search. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tpw(), extractgapbymax().; SourceMiscellaneous_Codes.ipf:8278

Proc extrastsfrommap3dGuassian(sizex, sizey, from, to): Usagerun from Igor with parameters sizex, sizey, from, to.; sizex [variable]: How many points Nx; sizey [variable]: How many points Ny; from [variable]: Start Energy value for search; to [variable]: End Energy value for search; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: sizex = How many points Nx; sizey = How many points Ny; from = Start Energy value for search; to = End Energy value for search. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tpw(), extractgapbymaxGuassian().; SourceMiscellaneous_Codes.ipf:8388

Proc extrastsfrommap3dGuassian2(sizex, sizey, froml, tol, fromr, tor): Usagerun from Igor with parameters sizex, sizey, froml, tol, fromr, tor.; sizex [variable]: How many points Nx; sizey [variable]: How many points Ny; froml [variable]: Start -Energy value for search; tol [variable]: End -Energy value for search; fromr [variable]: Start +Energy value for search; tor [variable]: End +Energy value for search; NotesInteractive Igor procedure for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Dialog prompts: sizex = How many points Nx; sizey = How many points Ny; froml = Start -Energy value for search; tol = End -Energy value for search; fromr = Start +Energy value for search; tor = End +Energy value for search. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tpw(), extractgapbymaxGuassian2().; SourceMiscellaneous_Codes.ipf:8526

Proc extrastsfrommap3dGuassian3(indicate, froml, tol, fromr, tor, flag): Usagerun from Igor with parameters indicate, froml, tol, fromr, tor, flag.; indicate [variable]: Notice!!! Before Launch; froml [variable]: Start -Energy value for search; tol [variable]: End -Energy value for search; fromr [variable]: Start +Energy value for search; tor [variable]: End +Energy value for search; flag [variable]: If you want individually display gapfit, input '1'; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: indicate = Notice!!! Before Launch; froml = Start -Energy value for search; tol = End -Energy value for search; fromr = Start +Energy value for search; tor = End +Energy value for search; flag = If you want individually display gapfit, input '1'. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tpw(), extractgapbymaxGuassian3().; SourceMiscellaneous_Codes.ipf:8784

Proc ffc3dpls(topo): Usagerun from Igor with parameters topo.; topo [wave]: Name of Topograph (The wave from which lattice location can be extracted); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Dialog prompts: topo = Name of Topograph (The wave from which lattice location can be extracted). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall2dwave(), ff3dpls(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:9187

Proc gatemapauto(x, y, gate, evenornot, Interpnum): Usagerun from Igor with parameters x, y, gate, evenornot, Interpnum.; x [variable]: Column Number of x wave; y [variable]: Column Number of y wave; gate [variable]: Column number for gate; evenornot [variable]: Gate even spacing?; Interpnum [variable]: If gate is not even spacing, how many points you want to interpolate; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; symmetry or reflection processing; linecut, slice, or region extraction. Dialog prompts: x = Column Number of x wave; y = Column Number of y wave; gate = Column number for gate; evenornot = Gate even spacing?; Interpnum = If gate is not even spacing, how many points you want to interpolate. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: Makegraphtable(), LoadDataFromNewmkgate(), Initialize_Global_Variables(), linkstsmapgate(), rescalexmultiwhat(), normrange().; SourceUNISOKU3dscutextract.ipf:1106

Proc gatemapextractpeak(number, right1, right2, left1, left2, vl, vh): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters number, right1, right2, left1, left2, vl, vh.; number [variable]: How many gate slices; right1 [variable]: right peak_small point; right2 [variable]: right peak_large point; left1 [variable]: left peak_small point; left2 [variable]: left peak_large point; vl [variable]: small gate voltage; vh [variable]: large gate voltage; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: number = How many gate slices; right1 = right peak_small point; right2 = right peak_large point; left1 = left peak_small point; left2 = left peak_large point; vl = small gate voltage. Code behavior: assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: secondDall2(), autoclbzerogateuse(), renameall(), linkstsmap_P().; SourceMiscellaneous_Codes.ipf:11966

Proc gridextractpeak(start, delta, right1, right2, left1, left2): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters start, delta, right1, right2, left1, left2.; start [variable]: (meV) The energy of first slice; delta [variable]: (meV) energy step of slice set; right1 [variable]: right peak_small point; right2 [variable]: right peak_large point; left1 [variable]: left peak_small point; left2 [variable]: left peak_large point; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: start = (meV) The energy of first slice; delta = (meV) energy step of slice set; right1 = right peak_small point; right2 = right peak_large point; left1 = left peak_small point; left2 = left peak_large point. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: mapforSTM(), makeextra(), extractallsts(), secondDall2(), autoclbzerogateuse(), renameall().; SourceMiscellaneous_Codes.ipf:12537

Proc Gridtolinecutc(grid, indexdim): Usagerun from Igor with parameters grid, indexdim.; grid [wave]: Name of the 3Dwave; indexdim [variable]: Energy dimension index; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: grid = Name of the 3Dwave; indexdim = Energy dimension index. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), Gridtolinecut().; SourceSmartDisplay.ipf:5694

Proc indivlinecut(grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange, rv)//: Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; Kc [variable]: Coherent length (nm); Db [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; deltaGs [variable]: Gap Amplitude of sample (meV); deltaGt [variable]: Gap Amplitude of tip (meV); tem [variable]: Temperature (K); xrange [variable]: Distance from Core center (nm); Erange [variable]: Energy Range (meV); rv [variable]: Position from vortex (nm); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: Grid = Number of data point; Kc = Coherent length (nm); db = Dyne broadenig (meV); deltaGs = Gap Amplitude of sample (meV); deltaGt = Gap Amplitude of tip (meV); tem = Temperature (K). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; differentiates wave data; asks the user for parameters through Igor prompts. Main internal calls: integrate1d().; SourceModels.ipf:353

Proc ini_mat3dslicer(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:31293

Proc initialg(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceUNISOKU3dscutextract.ipf:84

Proc initialgl(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceUNISOKU3dscutextract.ipf:88

Proc interpsts(name, num, factor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters name, num, factor.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Total number of STSs; factor [variable]: Interpolate how many times?; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: num = Total number of STSs; factor = Interpolate how many times?. Code behavior: duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: displaymulti_factor(), linkstsmap_factor().; SourceMiscellaneous_Codes.ipf:5664

Proc interpsts00(name, num, factor, mapname): Usagerun from Igor with parameters name, num, factor, mapname.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; mapname [wave]: Igor wave or matrix input consumed by the calculation.; Notesinterpsts00("dest",number,3,mapname) Purpose: resamples, rescales, pads, or changes wave dimensions. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: linkstsmap_factor00().; SourceMiscellaneous_Codes.ipf:9124

Proc interpsts2(name, num, factor, haha, start): Usagerun from Igor with parameters name, num, factor, haha, start.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Total number of STSs; factor [variable]: Interpolate how many times?; haha [variable]: rename to what; start [variable]: Start point, index, or coordinate for the selected range.; Notesinterpolate start selectable map Purpose: resamples, rescales, pads, or changes wave dimensions. Dialog prompts: num = Total number of STSs; factor = Interpolate how many times?; haha = rename to what. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: linkstsmap_factor2().; SourceMiscellaneous_Codes.ipf:7081

Proc linkstsmap_P(name, startnum, num): Usagerun from Igor with parameters name, startnum, num.; name [string]: Batch name; startnum [variable]: Make map start from which STS; num [variable]: Total number of STSs; Notesi+=1 while(i<num) setscale/P x, dimoffset(sts1,0),dimdelta(sts1,0),""mapsts end Purpose: combines many waves/slices into a map, linecut, or averaged output. Dialog prompts: name = Batch name; num = Total number of STSs; startnum = Make map start from which STS. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: linkstsmap().; SourceMiscellaneous_Codes.ipf:5572

Proc linkstsmap_P2(name, num, haha, start): Usagerun from Igor with parameters name, num, haha, start.; name [string]: Batch name; num [variable]: Total number of STSs; haha [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; start [variable]: Start point, index, or coordinate for the selected range.; NotesSingle start selectable map Purpose: combines many waves/slices into a map, linecut, or averaged output. Dialog prompts: name = Batch name; num = Total number of STSs. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: linkstsmap2().; SourceMiscellaneous_Codes.ipf:7037

Proc linkstsmap_Paa(name, startnum, num, numc): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, startnum, num, numc.; name [string]: Batch name; startnum [variable]: Make map start from which STS; num [variable]: Total number of STSs; numc [variable]: STS number for shrink range happens; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: name = Batch name; num = Total number of STSs; startnum = Make map start from which STS; numc = STS number for shrink range happens. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: linkstsmapaa().; SourceMiscellaneous_Codes.ipf:10317

Proc linkstsmap_Paa2(name, startnum, num, numc, numc2): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, startnum, num, numc, numc2.; name [string]: Batch name; startnum [variable]: Make map start from which STS; num [variable]: Total number of STSs; numc [variable]: STS number for shrink range happens (1st); numc2 [variable]: STS number for shrink range happens (2nd); NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: name = Batch name; num = Total number of STSs; startnum = Make map start from which STS; numc = STS number for shrink range happens (1st); numc2 = STS number for shrink range happens (2nd). Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: linkstsmapaa2().; SourceMiscellaneous_Codes.ipf:10409

Proc linkstsmap_Pev(name, startnum, num): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, startnum, num.; name [string]: Batch name; startnum [variable]: Make map start from which STS; num [variable]: Total number of STSs; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: name = Batch name; num = Total number of STSs; startnum = Make map start from which STS. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: linkstsmapev().; SourceMiscellaneous_Codes.ipf:10591

Proc linkstsmap_PqpiH(name, num): Usagerun from Igor with parameters name, num.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesIi2+=1 while(Ii<dimsize(Hlinecut,1)) displaymulti("stsexH",1,dimsize(Hlinecut,1)) end Purpose: combines many waves/slices into a map, linecut, or averaged output. Main internal calls: linkstsmapH().; SourceMiscellaneous_Codes.ipf:7853

Proc linkstsmap_PqpiV(name, num): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, num.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis. Main internal calls: linkstsmapV().; SourceMiscellaneous_Codes.ipf:7884

Proc LoadDataFromNewmkgate(x, y, gate): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters x, y, gate.; x [variable]: Used in: LoadWave/G/D/A=load/K=1/L={0,0,0,x,1}/o/P=$PATHName Filename; y [variable]: y=1: current// y=8: dI/dV; gate [variable]: Used in: LoadWave/G/D/A=load/K=1/L={0,0,0,gate,1}/o/P=$PATHName Filename; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; loads data from files or paths; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: IndexedFile(), wintype(), winType(), sortlist().; SourceUNISOKU3dscutextract.ipf:1155

Proc normstsline(mat)/////delete a line fitted all range: Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters mat.; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: Mat = Name of the Batch. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:5517

Proc openmat3dslicer(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype(), Mat3d_slicer(), Set_Vline_slice_control().; SourcePierre's Template.ipf:28383

Proc plotrawsts(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:431

Proc slice1ddpro(matt): Usagerun from Igor with parameters matt.; matt [wave]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: slice1dd().; SourceUNISOKU3dscutextract.ipf:28

Proc STSev(name, num): name [string]: sts name; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInput the name of a sts batch, convert the x scale from wavelength (nm) to Energy (eV), This procedure works on raw sts Usage: run from Igor with parameters name, num. Code behavior: creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations. Main internal calls: displaymulti().; SourceMiscellaneous_Codes.ipf:10639

Proc stsnorm(name): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for smoothing, normalization, or background removal.; SourceMiscellaneous_Codes.ipf:5106

Proc testint(grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange, rv)//: Usagerun from Igor with parameters grid, Kc, Db, deltaGs, deltaGt, tem, xrange, Erange.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; Kc [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Db [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; deltaGs [variable]: Step size or energy/voltage increment used by the calculation.; deltaGt [variable]: Step size or energy/voltage increment used by the calculation.; tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; xrange [variable]: nm; Erange [variable]: meV; rv [variable]: nm spectrum; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; differentiates wave data. Main internal calls: integrate1d().; SourceModels.ipf:285

Proc white2transparant(name): Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion.; SourcePierre's Template.ipf:22382

Proc Z_R_Rhomapc(wg, wi, zn_consl): Usagerun from Igor with parameters wg, wi, zn_consl.; wg [wave]: Name of G matrix (3D); wi [wave]: Name of I matrix (3D); zn_consl [variable]: Index of Energy; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: wg = Name of G matrix (3D); wi = Name of I matrix (3D); zn_consl = Index of Energy. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), Z_R_Rhomap().; SourceUNISOKU3dscutextract.ipf:907

Computational and data helpers (53)

calGS calGSpo color3s_followtopo color3s_followtopo2 color3s_followtopof ExtractSTS2 func_give_area1 func_give_area2 func_give_area2_old func_homework5a func_vol_lac0 func_vol_lac1 func_vol_lac2 func_vol_lac3 getsinglests getsinglestsf Gridtolinecut KP_GetLastLoadedNanonisFolder KP_LoadNanonis3ds KP_LoadNanonis3dsCopyMLSBias KP_LoadNanonis3dsGetMLSBias KP_LoadNanonis3dsIsMLSBias KP_LoadNanonisData KP_LoadNanonisFolder KP_LoadNanonisSxmNsp KP_NanonisCleanup KP_NanonisCommonConversion KP_NanonisCommonDataAvg KP_NanonisCommonGetHeader KP_NanonisCommonVariableString KP_RecordLoadedFile KP_UniqueRootDataFolderName linkstsmap linkstsmap2 linkstsmap_factor linkstsmap_factor00 linkstsmap_factor2 linkstsmapaa linkstsmapaa2 linkstsmapev linkstsmapgate linkstsmapgl linkstsmapH linkstsmapno linkstsmapV Matrixtranspose_off Selnumavests_n Selnumavests_p slice1dd stsnormlize stsnormlizesingle wavelistsub Z_R_Rhomap

Function calGS(xmin, xmax, ymin, ymax, po, grid): Usagecall as calGS(xmin, xmax, ymin, ymax, po, grid).; xmin [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; xmax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; ymin [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; ymax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; po [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Integrate1D().; SourceModels.ipf:415

Function calGSpo(xmin, xmax, tem, po, grid): Usagecall as calGSpo(xmin, xmax, tem, po, grid).; xmin [variable]: gamma; xmax [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; po [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: Integrate1D().; SourceModels.ipf:506

Function color3s_followtopo(name, tt, topo): name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; topo [wave]: Topography wave or topography-derived reference data.; NotesV.Auxiliary Functions Usage: call as color3s_followtopo(name, tt, topo). Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild().; SourceLattice Segregation.ipf:1509

Function color3s_followtopo2(name, tt, topo): Usagecall as color3s_followtopo2(name, tt, topo).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; topo [wave]: Topography wave or topography-derived reference data.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild2().; SourceLattice Segregation.ipf:1533

Function color3s_followtopof(name, tt, topo): Usagecall as color3s_followtopof(name, tt, topo).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; topo [wave]: Topography wave or topography-derived reference data.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild().; SourceLattice Segregation.ipf:1557

Function ExtractSTS2(xpoint, ypoint, name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as ExtractSTS2(xpoint, ypoint, name).; xpoint [variable]: =pcsr(A); ypoint [variable]: =qcsr(A); name [string]: ="mat3d"; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:12768

Function func_give_area1(namex, namey, surfx_x, surfx_y, griddelta, lattice)//extrapolates the curve on the x-grid and y-grid: Usagecall as func_give_area1(namex, namey, surfx_x, surfx_y, griddelta, lattice).; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; surfx_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:7159

Function func_give_area2(surfx_x, surfx_y, inside_out, sizegrid, griddelta, lattice)//calculates the area: Usagecall as func_give_area2(surfx_x, surfx_y, inside_out, sizegrid, griddelta, lattice).; surfx_x [variable]: Used in: Make/O/N=(3*dimsize(surfx_x,0)) tempx; surfx_y [variable]: Used in: Make/O/N=(3*dimsize(surfx_y,0)) tempy; inside_out [variable]: Step size or energy/voltage increment used by the calculation.; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:7215

Function func_give_area2_old(surfx_x, surfx_y, sizegrid, griddelta, lattice): Usagecall as func_give_area2_old(surfx_x, surfx_y, sizegrid, griddelta, lattice).; surfx_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:7446

Function func_homework5a(namex, namey, surfx_x, surfx_y, surfy_x, surfy_y, xnoise, ynoise, sizegrid, thenumber, griddelta, lattice): Usagecall as func_homework5a(namex, namey, surfx_x, surfx_y, surfy_x, surfy_y, xnoise, ynoise).; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; surfx_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfy_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfy_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xnoise [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ynoise [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; thenumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; ... 2 additional parameters; see source for the full signature.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:21241

Function func_vol_lac0(namex, namey)//extrapolates the curve on the x-grid and y-grid: Usagecall as func_vol_lac0(namex, namey).; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21413

Function func_vol_lac1(namex, namey, surfx_x, surfx_y, griddelta, lattice)//extrapolates the curve on the x-grid and y-grid: Usagecall as func_vol_lac1(namex, namey, surfx_x, surfx_y, griddelta, lattice).; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; surfx_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:21427

Function func_vol_lac2(surfx_x, surfx_y, inside_out, sizegrid, griddelta, lattice)//calculates the area: Usagecall as func_vol_lac2(surfx_x, surfx_y, inside_out, sizegrid, griddelta, lattice).; surfx_x [variable]: Used in: Make/O/N=(3*dimsize(surfx_x,0)) tempx; surfx_y [variable]: Used in: Make/O/N=(3*dimsize(surfx_y,0)) tempy; inside_out [variable]: Step size or energy/voltage increment used by the calculation.; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:21485

Function func_vol_lac3(tsurfx_x, tsurfx_y, sizegrid, griddelta, lattice, px, py, pdeep, inside_out): Usagecall as func_vol_lac3(tsurfx_x, tsurfx_y, sizegrid, griddelta, lattice, px, py, pdeep).; tsurfx_x [variable]: Used in: Duplicate/O tsurfx_x sq_distance2; tsurfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; px [variable]: Used in: Duplicate/O px mxtemp; py [variable]: Used in: Duplicate/O py mytemp; pdeep [variable]: Step size or energy/voltage increment used by the calculation.; inside_out [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:21580

Function getsinglests(name, pp, qq, zn): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getsinglests(name, pp, qq, zn).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qq [variable]: Momentum or Q-vector coordinate/index.; zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesUtility function for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: mean().; SourceSmart_3D_Viewer_New.ipf:299

Function getsinglestsf(name, pp, qq, zn): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getsinglestsf(name, pp, qq, zn).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qq [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesUtility function for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: autoremovejump1D().; SourceSmart_3D_Viewer_New.ipf:6096

Function Gridtolinecut(grid, indexdim): Usagecall as Gridtolinecut(grid, indexdim).; grid [wave]: 3Dwave; indexdim [variable]: the dimensional index of energy; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: di(). Update log: 2025-05-19: Extracts all dI/dV spectra from a 3D grid wave and organizes them as a linecut for downstream plotting or analysis.; SourceSmartDisplay.ipf:5704

Function/S KP_GetLastLoadedNanonisFolder(): Purposereturns the most recently created KP Nanonis data folder.; Usagecall KP_GetLastLoadedNanonisFolder() from Igor procedure code or the command line.; NotesString-returning helper for Nanonis/STM data loading or map conversion. Main internal calls: SVAR_Exists(), DataFolderList().; SourceKP_NanonisLoaders.ipf:118

Function/WAVE KP_LoadNanonis3ds(pathStr): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3ds(pathStr).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: creates, switches, or removes Igor data folders. Main internal calls: KP_LoadNanonis3dsGetHeader(), KP_LoadNanonis3dsGetData().; SourceKP_NanonisLoaders.ipf:144

Function KP_LoadNanonis3dsCopyMLSBias(srcw, destw): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsCopyMLSBias(srcw, destw).; srcw [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; destw [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: GetDimLabel().; SourceKP_NanonisLoaders.ipf:362

Function/WAVE KP_LoadNanonis3dsGetMLSBias(srcw, dim): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetMLSBias(srcw, dim).; srcw [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; dim [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: str2num(), GetDimLabel().; SourceKP_NanonisLoaders.ipf:341

Function KP_LoadNanonis3dsIsMLSBias(w): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsIsMLSBias(w).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: GetDimLabel().; SourceKP_NanonisLoaders.ipf:357

Function/WAVE KP_LoadNanonisData(pathStr): Usagecall as KP_LoadNanonisData(pathStr).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction. Code behavior: creates, switches, or removes Igor data folders. Main internal calls: KP_LoadNanonisFolder(), KP_UniqueRootDataFolderName(), KP_RecordLoadedFile(), KP_LoadNanonis3ds(), KP_LoadNanonisSxmNsp().; SourceKP_NanonisLoaders.ipf:12

Function/WAVE KP_LoadNanonisFolder(pathStr): Purposewalks a folder and loads supported Nanonis files through the KP-local loader.; Usagecall as KP_LoadNanonisFolder(pathStr).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; NotesWave-returning helper for Nanonis/STM data loading or map conversion. Code behavior: loads data from files or paths. Main internal calls: IndexedDir(), KP_LoadNanonisData(), IndexedFile().; SourceKP_NanonisLoaders.ipf:80

Function/WAVE KP_LoadNanonisSxmNsp(pathStr): Purposeparses Nanonis sxm/nsp topography-style files and returns loaded waves.; Usagecall as KP_LoadNanonisSxmNsp(pathStr).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: creates, switches, or removes Igor data folders. Main internal calls: KP_LoadNanonisSxmNspGetHeader(), KP_LoadNanonisSXMGetData(), elseif(), KP_LoadNanonisNSPGetData().; SourceKP_NanonisLoaders.ipf:371

Function KP_NanonisCleanup(): Purposecleanup hook replacing the old KM exit call; KP's local loader has no external package to unload.; Usagecall KP_NanonisCleanup() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion.; SourceKP_NanonisLoaders.ipf:139

Function KP_NanonisCommonConversion(w, [driveamp, modulated]): Usagecall as KP_NanonisCommonConversion(w, [driveamp, modulated]).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; [driveamp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; modulated] [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output. Main internal calls: GrepString(), numtype(), elseif().; SourceKP_NanonisLoaders.ipf:696

Function/WAVE KP_NanonisCommonDataAvg(bwdStr): Usagecall as KP_NanonisCommonDataAvg(bwdStr).; bwdStr [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: GrepString(), numpnts().; SourceKP_NanonisLoaders.ipf:726

Function KP_NanonisCommonGetHeader(pathStr): Usagecall as KP_NanonisCommonGetHeader(pathStr).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; NotesFunction for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; loads data from files or paths; writes or exports data; creates, switches, or removes Igor data folders. Main internal calls: str2num(), KP_NanonisCommonVariableString().; SourceKP_NanonisLoaders.ipf:645

Function KP_NanonisCommonVariableString(name, value): Usagecall as KP_NanonisCommonVariableString(name, value).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; value [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction. Main internal calls: char2num(), RemoveEnding(), GrepString(), str2num().; SourceKP_NanonisLoaders.ipf:750

Function KP_RecordLoadedFile(fileName): Purposerecords loaded file names in root:File_Name for downstream KP workflows.; Usagecall as KP_RecordLoadedFile(fileName).; fileName [string]: File name or file-derived label used by the loader/export routine.; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; reshapes existing waves.; SourceKP_NanonisLoaders.ipf:126

Function/S KP_UniqueRootDataFolderName(baseName): Usagecall as KP_UniqueRootDataFolderName(baseName).; baseName [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesString-returning helper for Nanonis/STM data loading or map conversion.; SourceKP_NanonisLoaders.ipf:104

Function linkstsmap(name, num, startnum): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmap(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5585

Function linkstsmap2(name, num, haha, start): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmap2(name, num, haha, start).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; haha [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; start [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:7047

Function linkstsmap_factor(name, num, factor): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmap_factor(name, num, factor).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:5619

Function linkstsmap_factor00(name, num, factor, mapname): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmap_factor00(name, num, factor, mapname).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; mapname [wave]: Igor wave or matrix input consumed by the calculation.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:9097

Function linkstsmap_factor2(name, num, factor, start): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmap_factor2(name, num, factor, start).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; start [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:7122

Function linkstsmapaa(name, num, startnum, numc): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapaa(name, num, startnum, numc).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; numc [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:10333

Function linkstsmapaa2(name, num, startnum, numc, numc2): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapaa2(name, num, startnum, numc, numc2).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; numc [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; numc2 [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:10427

Function linkstsmapev(name, num, startnum): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapev(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:10600

Function linkstsmapgate(name, num, startnum): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapgate(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceUNISOKU3dscutextract.ipf:1210

Function linkstsmapgl(name, num, startnum): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapgl(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceUNISOKU3dscutextract.ipf:1235

Function linkstsmapH(name, num): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapH(name, num).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:7859

Function linkstsmapno(name, num, startnum): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapno(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:4485

Function linkstsmapV(name, num): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkstsmapV(name, num).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:7890

Function Matrixtranspose_off(name): Usagecall as Matrixtranspose_off(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSymmetrization.ipf:428

Function Selnumavests_n(name, prefwave, thresh, stsname): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as Selnumavests_n(name, prefwave, thresh, stsname).; name [string]: 3D wave the STS come from; prefwave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; thresh [variable]: threshold for defining a lattice position (max=1); stsname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:10220

Function Selnumavests_p(name, prefwave, thresh, stsname): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as Selnumavests_p(name, prefwave, thresh, stsname).; name [string]: 3D wave the STS come from; prefwave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; thresh [variable]: threshold for defining a lattice position (max=1); stsname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:10170

Function slice1dd(matt): Usagecall as slice1dd(matt).; matt [wave]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceUNISOKU3dscutextract.ipf:33

Function stsnormlize(namehaha, start): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as stsnormlize(namehaha, start).; namehaha [string]: String name used to locate an Igor wave, graph, folder, or output object.; start [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:5124

Function stsnormlizesingle(namehaha, normhaha): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as stsnormlizesingle(namehaha, normhaha).; namehaha [string]: String name used to locate an Igor wave, graph, folder, or output object.; normhaha [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourceMiscellaneous_Codes.ipf:5146

Function/S wavelistsub(name): Usagecall as wavelistsub(name).; name [string]: graph name; Notes#special checkFig in childen window, [only in child window] Purpose: combines many waves/slices into a map, linecut, or averaged output. Main internal calls: childWindowList(). Update log: 08/25/2023: Added new function wavelistsub(name) to get wave list from all the subwindow, only in subwindow, the wave in the main window will not be accounted.; SourceSmartDisplay.ipf:39

Function Z_R_Rhomap(wg, wi, zn_consl): Usagecall as Z_R_Rhomap(wg, wi, zn_consl).; wg [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; wi [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; zn_consl [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; linecut, slice, or region extraction. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: gammaNoise().; SourceUNISOKU3dscutextract.ipf:916

Internal/static helpers (14)

KP_LoadNanonis3dsGetData KP_LoadNanonis3dsGetDataParam KP_LoadNanonis3dsGetDataSpec KP_LoadNanonis3dsGetDataWaveNames KP_LoadNanonis3dsGetHeader KP_LoadNanonis3dsSetMLSBias KP_LoadNanonisNSPGetData KP_LoadNanonisNSPGetHeaderCvt KP_LoadNanonisSXMGetData KP_LoadNanonisSXMGetHeaderCvt KP_LoadNanonisSXMGetHeaderDI KP_LoadNanonisSXMGetHeaderZC KP_LoadNanonisSxmNspGetHeader KP_LoadNanonisSxmNspGetHeaderEnd

Static Function/WAVE KP_LoadNanonis3dsGetData(pathStr, s): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetData(pathStr, s).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; s [variable]: Used in: GBLoadWave/O/Q/N=KP_tmp3ds/T={2,4}/S=(s.headerSize)/W=1 pathStr; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; reshapes existing waves; loads data from files or paths; cleans up waves/windows or brings an existing window forward. Main internal calls: KP_LoadNanonis3dsGetDataParam(), KP_LoadNanonis3dsGetDataWaveNames(), KP_LoadNanonis3dsGetDataSpec(), GetKeyState(), numpnts(), KP_NanonisCommonDataAvg().; SourceKP_NanonisLoaders.ipf:200

Static Function/WAVE KP_LoadNanonis3dsGetDataParam(w, fileName, s): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetDataParam(w, fileName, s).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; fileName [string]: File name or file-derived label used by the loader/export routine.; s [variable]: Used in: Make/N=5 scan_x = ((xw * cos(s.angle / 180 * pi) + yw * sin(s.angle / 180 * pi)) * s.xscale / 2 + s.xcenter) * 1e10 / Make/N=5 scan_y = ((-xw * sin(s.angle / 180 * pi) + yw * cos(s.angle / 180 * pi)) * s.yscale / 2 + s.ycenter) * 1e10; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; creates, switches, or removes Igor data folders. Main internal calls: WhichListItem(), x(), y().; SourceKP_NanonisLoaders.ipf:229

Static Function/WAVE KP_LoadNanonis3dsGetDataSpec(w, namew, s): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetDataSpec(w, namew, s).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; namew [string]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; s [variable]: Used in: Make/N=(s.xpnts, s.ypnts, s.zpnts) $namew[i]/WAVE=specw / SetScale/I x, 0, s.xscale * 1e10, "A", specw; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: WhichListItem(), x(), y(), KP_LoadNanonis3dsSetMLSBias(), KP_NanonisCommonConversion().; SourceKP_NanonisLoaders.ipf:283

Static Function/WAVE KP_LoadNanonis3dsGetDataWaveNames(fileName, chanList): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetDataWaveNames(fileName, chanList).; fileName [string]: File name or file-derived label used by the loader/export routine.; chanList [string]: Used in: Make/N=(ItemsInList(chanList))/T/FREE namew; NotesInternal helper function for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceKP_NanonisLoaders.ipf:265

Static Function KP_LoadNanonis3dsGetHeader(pathStr, s): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsGetHeader(pathStr, s).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: KP_NanonisCommonGetHeader(), NumVarOrDefault(), StrVarOrDefault().; SourceKP_NanonisLoaders.ipf:159

Static Function KP_LoadNanonis3dsSetMLSBias(specw, mlsw): Purposeparses a Nanonis 3ds spectroscopy/grid file and returns loaded waves.; Usagecall as KP_LoadNanonis3dsSetMLSBias(specw, mlsw).; specw [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; mlsw [variable]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInternal helper function for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceKP_NanonisLoaders.ipf:324

Static Function/WAVE KP_LoadNanonisNSPGetData(pathStr, s): Usagecall as KP_LoadNanonisNSPGetData(pathStr, s).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; s [variable]: Used in: GBLoadWave/O/Q/N=KP_tmpnsp/T={2,4}/S=(s.headerSize)/W=1 pathStr / SetScale/I x, s.starttime, s.endtime, "dat", tw; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: reshapes existing waves; assigns Igor axis scaling/units to the output; loads data from files or paths.; SourceKP_NanonisLoaders.ipf:631

Static Function KP_LoadNanonisNSPGetHeaderCvt(s): Usagecall as KP_LoadNanonisNSPGetHeaderCvt(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: date2secs().; SourceKP_NanonisLoaders.ipf:542

Static Function/WAVE KP_LoadNanonisSXMGetData(pathStr, s): Usagecall as KP_LoadNanonisSXMGetData(pathStr, s).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; s [variable]: Used in: GBLoadWave/O/Q/N=KP_tmpsxm/T={2,4}/S=(s.headerSize)/W=1 pathStr / SetScale/I x, s.xcenter - s.xscale / 2, s.xcenter + s.xscale / 2, "A", lw; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; reshapes existing waves; assigns Igor axis scaling/units to the output; uses Igor matrix operations for vectorized calculation; loads data from files or paths. Main internal calls: WaveUnits().; SourceKP_NanonisLoaders.ipf:570

Static Function KP_LoadNanonisSXMGetHeaderCvt(s): Usagecall as KP_LoadNanonisSXMGetHeaderCvt(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping. Main internal calls: time(), width(), height(), x(), y(), angle().; SourceKP_NanonisLoaders.ipf:504

Static Function/WAVE KP_LoadNanonisSXMGetHeaderDI(pathStr, refNum): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as KP_LoadNanonisSXMGetHeaderDI(pathStr, refNum).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; refNum [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInternal helper function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; reshapes existing waves.; SourceKP_NanonisLoaders.ipf:463

Static Function KP_LoadNanonisSXMGetHeaderZC(refNum): Usagecall as KP_LoadNanonisSXMGetHeaderZC(refNum).; refNum [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInternal helper function for Nanonis/STM data loading or map conversion. Main internal calls: KP_NanonisCommonVariableString().; SourceKP_NanonisLoaders.ipf:449

Static Function KP_LoadNanonisSxmNspGetHeader(pathStr, s): Purposeparses Nanonis sxm/nsp topography-style files and returns loaded waves.; Usagecall as KP_LoadNanonisSxmNspGetHeader(pathStr, s).; pathStr [string]: File-system path or data-folder string used for loading or saving data.; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInternal helper function for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: KP_LoadNanonisSXMGetHeaderZC(), KP_LoadNanonisSXMGetHeaderDI(), KP_NanonisCommonVariableString(), NumVarOrDefault(), elseif(), KP_LoadNanonisSxmNspGetHeaderEnd().; SourceKP_NanonisLoaders.ipf:390

Static Function KP_LoadNanonisSxmNspGetHeaderEnd(refNum): Purposeparses Nanonis sxm/nsp topography-style files and returns loaded waves.; Usagecall as KP_LoadNanonisSxmNspGetHeaderEnd(refNum).; refNum [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInternal helper function for Nanonis/STM data loading or map conversion. Code behavior: creates output waves; writes or exports data. Main internal calls: elseif().; SourceKP_NanonisLoaders.ipf:486

Smart Display, Graph Formatting, and Figure Tools

Panel callbacks and control handlers (152)

Button_image_auto_bothwf1 Button_image_auto_bothwf2 Button_set_auto_axis ButtonProc_appendboxonly ButtonProc_autodisplay ButtonProc_ave ButtonProc_Capturename ButtonProc_Capturename_child ButtonProc_closethiswindow ButtonProc_color_edc ButtonProc_color_edc_more2 ButtonProc_colorauto ButtonProc_colorbwr ButtonProc_colorcycling ButtonProc_colorcycling_ind ButtonProc_colordiv_ind ButtonProc_colorFFT ButtonProc_colormatauto1 ButtonProc_colormatauto2 ButtonProc_colormatauto3 ButtonProc_colormatauto4 ButtonProc_colorplain ButtonProc_colorplain_ind ButtonProc_Cons3dplot ButtonProc_Cons3dplotlc ButtonProc_Cons3dplotlcf ButtonProc_Cons3dplotmulti ButtonProc_Consactiveall ButtonProc_Conshist ButtonProc_Conslevel ButtonProc_Conslinethick ButtonProc_Consmoo ButtonProc_Csrtracor ButtonProc_Csrtracor1 ButtonProc_cyclecolorwavec ButtonProc_DisplayMat ButtonProc_displaymulti ButtonProc_Drawarrowy ButtonProc_killags ButtonProc_killlayoutforhis ButtonProc_L2dplotdo ButtonProc_L3dplotdo ButtonProc_L3dplotdof ButtonProc_Layoutmap ButtonProc_linenorm2pongraphc ButtonProc_Loaddata ButtonProc_Loaddata2 ButtonProc_Loadnewmk ButtonProc_Loadnewmk_ave ButtonProc_Loadnewmkfab ButtonProc_ls3dcons ButtonProc_lsturnoff3d ButtonProc_makeadd_data_table ButtonProc_MakeCutTable ButtonProc_MakeImagetable ButtonProc_makelayoutforhis ButtonProc_makevectorfield ButtonProc_Mk_nk_table_pi ButtonProc_Mk_vb_table_pi ButtonProc_Normalinecut ButtonProc_savegraph ButtonProc_selecshowsp ButtonProc_Showfigind ButtonProc_showpntreader ButtonProc_showtable ButtonProc_sizecurve ButtonProc_sizecurvelableon ButtonProc_sizewaterfall ButtonProc_Table_Notthesepoints ButtonProc_tableafs ButtonProc_tableallbands ButtonProc_VF ButtonProc_Zcoloro ButtonProc_Zcoloroexist ButtonWindow_movie_maker make_movie_ButtonProc movie_maker_axis_SetVarProc_1 movie_maker_close_ButtonProc movie_Maker_dir_PopMenuProc movie_maker_index_SetVarProc+ 72 more entries below

Function Button_image_auto_bothwf1(ctrlName) : ButtonControl: Usagecall as Button_image_auto_bothwf1(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelauto; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): auto. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1822

Function Button_image_auto_bothwf2(ctrlName) : ButtonControl: Usagecall as Button_image_auto_bothwf2(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelauto; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): auto. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:2088

Function Button_set_auto_axis(ctrlName) : ButtonControl: Usagecall as Button_set_auto_axis(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA axises, A axises; NotesPanel callback/helper for graph display, formatting, or window management. Panel control(s): A axises. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:9413

Function ButtonProc_appendboxonly(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBox; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Box.; SourceSmart_3D_Viewer_New.ipf:4669

Function ButtonProc_autodisplay(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs autodisplay().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): A.; SourceMiscellaneous_Codes.ipf:9025

Function ButtonProc_ave(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCalculate average; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Calculate average. Main internal calls: ave_inmarque().; SourceSmart_3D_Viewer_New.ipf:9889

Function ButtonProc_Capturename(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs Capturename().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCapture, Capture; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Capture.; SourcePierre's Template.ipf:729

Function ButtonProc_Capturename_child(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs Capturename_child().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCap#G*; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Cap#G*.; SourceSmartDisplay.ipf:5411

Function ButtonProc_closethiswindow(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelClose, Close, Close, Close, Close, Close, Close, Close; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): Close. Code behavior: cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:546

Function ButtonProc_color_edc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs color_edc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelColor, Color now; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Color, Color now.; SourcePierre's Template.ipf:699

Function ButtonProc_color_edc_more2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs color_edc_more2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelColor; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Color.; SourceSmartDisplay.ipf:937

Function ButtonProc_colorauto(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Panel control(s): Auto. Code behavior: formats graph axes, labels, colors, or annotations.; SourceModels.ipf:12331

Function ButtonProc_colorbwr(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ Usage: triggered as a wrapper that opens/runs colorbwr().; SourcePierre's Template.ipf:11932

Function ButtonProc_colorcycling(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCycleC; NotesColor Figure Panel control(s): CycleC. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: tpw().; SourceSmartDisplay.ipf:2671

Function ButtonProc_colorcycling_ind(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCycleC; NotesPanel button callback for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): CycleC. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: tpw().; SourceSmartDisplay.ipf:4233

Function ButtonProc_colordiv_ind(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDivgC; NotesPanel button callback for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): DivgC. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw().; SourceSmartDisplay.ipf:4257

Function ButtonProc_colorFFT(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs colorFFT().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFFT; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): FFT.; SourceSmartDisplay.ipf:691

Function ButtonProc_colormatauto1(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): A. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4176

Function ButtonProc_colormatauto2(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel∓1; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ∓1. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4189

Function ButtonProc_colormatauto3(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel∓π; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ∓π. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4200

Function ButtonProc_colormatauto4(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel∓V; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): ∓V. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), imageinfo().; SourceSmartDisplay.ipf:4211

Function ButtonProc_colorplain(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlainC; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Panel control(s): PlainC. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: tpw().; SourceSmartDisplay.ipf:2679

Function ButtonProc_colorplain_ind(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlainC; NotesPanel button callback for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): PlainC. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw().; SourceSmartDisplay.ipf:4244

Function ButtonProc_Cons3dplot(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs d3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3D Multifunc. Displayer; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): `3D Multifunc. Displayer`.; SourceSmart_3D_Viewer_New.ipf:4

Function ButtonProc_Cons3dplotlc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLaunch Linecut; Notes{{{{{{{{{{ Launch arbitary Linecut extraction }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Launch Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartpp(), findendpp(), grabwin(), lsize(), rgb(), findstartqq().; SourceSmart_3D_Viewer_New.ipf:791

Function ButtonProc_Cons3dplotlcf(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut FFT; Notes{{{{{{{{{{ Launch arbitary Linecut extraction }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Linecut FFT. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceSmart_3D_Viewer_New.ipf:6358

Function ButtonProc_Cons3dplotmulti(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMultiMap; Notes{{{{{{{{{{ Multimap Function }}}}}}}}}} #1 Control Function Purpose: displays waves, images, contours, or graph overlays. Panel control(s): MultiMap. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: f_for3dmulti(), levelimage2(), color3s_for3dm(), ckfig_child().; SourceSmart_3D_Viewer_New.ipf:3460

Function ButtonProc_Consactiveall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Consoffsetx().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelactive all; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): active all.; SourceSmartDisplay.ipf:1254

Function ButtonProc_Conshist(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Conshist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto Histogram; Notescontinuely tuning Histogram parameters Panel control(s): Auto Histogram.; SourceSmartDisplay.ipf:2238

Function ButtonProc_Conslevel(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Conslevel().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRmv. Fig Trend; Notescontinuely tuning levelingimage order to an image Panel control(s): `Rmv. Fig Trend`.; SourceSmartDisplay.ipf:2424

Function ButtonProc_Conslinethick(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Conslinethick().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLThick; Notescontinuely tuning line thickness on the graph Panel control(s): LThick.; SourceSmartDisplay.ipf:1417

Function ButtonProc_Consmoo(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Consmoo().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSmooth; Notescontinuely tuning smooth to any graph Panel control(s): Smooth.; SourceSmartDisplay.ipf:1268

Function ButtonProc_Csrtracor(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Csrtracor().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCursor Tracor; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Cursor Tracor.; SourceSmartDisplay.ipf:5646

Function ButtonProc_Csrtracor1(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCsr Tracor; NotesContour tracor by cursor Panel control(s): Csr Tracor. Code behavior: reads or updates panel controls.; SourceSmartDisplay.ipf:5640

Function ButtonProc_cyclecolorwavec(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs cyclecolorwavec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCycle Color; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): Cycle Color.; SourceSmartDisplay.ipf:5052

Function ButtonProc_DisplayMat(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs DisplayMat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake Image, Make Image; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Make Image.; SourcePierre's Template.ipf:1095

Function ButtonProc_displaymulti(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs displaymulti().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDisplay Waterfall; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Display Waterfall.; SourceMiscellaneous_Codes.ipf:5058

Function ButtonProc_Drawarrowy(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Drawarrowc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelaxis; NotesDraw axis Panel control(s): axis.; SourceSmartDisplay.ipf:5502

Function ButtonProc_killags(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs killags().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelKILL / Graphs; NotesEnd of Smart edit table for single wave table kill all graph Purpose: removes waves/windows/data points or cleans intermediate state. Panel control(s): KILL / Graphs.; SourceSmartDisplay.ipf:603

Function ButtonProc_killlayoutforhis(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelKill Layout; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Kill Layout.; SourceMultipeakforLinecut.ipf:1732

Function ButtonProc_L2dplotdo(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo; Notes#2 Update freehand modes Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Go. Main internal calls: makefreehandwave_2dplot().; SourceSmartDisplay.ipf:2879

Function ButtonProc_L3dplotdo(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo; Notes#2 Update freehand modes Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Go. Main internal calls: makefreehandwave_3dplot().; SourceSmart_3D_Viewer_New.ipf:2580

Function ButtonProc_L3dplotdof(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo; Notes#2 Update freehand modes Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Go. Main internal calls: makefreehandwave_3dplotf().; SourceSmart_3D_Viewer_New.ipf:7296

Function ButtonProc_Layoutmap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs layoutmap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelVMap; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): VMap.; SourceMiscellaneous_Codes.ipf:6723

Function ButtonProc_linenorm2pongraphc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linenorm2pongraphc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLnBkg (frm graph); Notesremove linear background from a waterfall Purpose: smooths, normalizes, or removes background/trend components. Panel control(s): LnBkg (frm graph).; SourceMiscellaneous_Codes.ipf:10977

Function ButtonProc_Loaddata(ctrlName) : ButtonControl//"Load BNL Data in Folder": Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLoad; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Load. Code behavior: creates, switches, or removes Igor data folders.; SourcePierre's Template.ipf:17060

Function ButtonProc_Loaddata2(ctrlName) : ButtonControl//"Load BNL Data in Folder": Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLD 2D; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): LD 2D. Code behavior: creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:12070

Function ButtonProc_Loadnewmk(ctrlName) : ButtonControl//"Load BNL Data in Folder": Usagetriggered as a wrapper that opens/runs Makegraphtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLd_Nnis; NotesEnd of the GUI demo procedure Purpose: loads data or launches an automatic loading workflow. Panel control(s): Ld_Nnis. Code behavior: creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:300

Function ButtonProc_Loadnewmk_ave(ctrlName) : ButtonControl//"Load BNL Data in Folder": Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesLoad two columes and then average those column for Y-wave This is an old version, I replace it by a new one. Code behavior: creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:463

Function ButtonProc_Loadnewmkfab(ctrlName) : ButtonControl//"Load BNL Data in Folder": Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAve; NotesLOAD DATA and average the forward and backward data Also make the conducatance value correct, follow the setpoint, Assuming the First data point of the forward scan is the real setpoint So that the averaged data is scaled following this point. Panel control(s): Ave. Code behavior: creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:548

Function ButtonProc_ls3dcons(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ffc3dpls().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLatt.Serg; Notes{{{{{{{{{{ Lattice segregation }}}}}}}}}} Panel control(s): Latt.Serg.; SourceSmart_3D_Viewer_New.ipf:9183

Function ButtonProc_lsturnoff3d(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBACK, X, X, BACK, BACK, BACK, BACK, BACK; NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): BACK, X. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:9943

Function ButtonProc_makeadd_data_table(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs makeadd_data_table().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTable; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Table.; SourcePierre's Template.ipf:950

Function ButtonProc_MakeCutTable(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs MakeCutTable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCut Table; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Cut Table.; SourcePierre's Template.ipf:26935

Function ButtonProc_MakeImagetable(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs MakeImageTable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImagetable; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Imagetable.; SourcePierre's Template.ipf:26985

Function ButtonProc_makelayoutforhis(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake Layout; NotesPart 3 Auto Layout Purpose: creates new waves, maps, figures, or simulation data. Panel control(s): Make Layout. Main internal calls: makelayoutforhis().; SourceMultipeakforLinecut.ipf:1549

Function ButtonProc_makevectorfield(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makevectorfieldc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelVector Field Plot; NotesProcedure for vector field plot You need to input the phase map and amplitude map Purpose: creates new waves, maps, figures, or simulation data. Panel control(s): Vector Field Plot.; SourceSmartDisplay.ipf:4440

Function ButtonProc_Mk_nk_table_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Mk_nk_table_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management.; SourcePierre's Template.ipf:1020

Function ButtonProc_Mk_vb_table_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Mk_vb_table_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management.; SourcePierre's Template.ipf:1010

Function ButtonProc_Normalinecut(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Normalinecutc2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNorm Matrix; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): Norm Matrix.; SourceSmart_3D_Viewer_New.ipf:1582

Function ButtonProc_savegraph(ctrlName) : ButtonControl//"Special": Purposecaptures a graph recreation command so the graph can be rebuilt later.; Usagetriggered as a wrapper that opens/runs savegraph().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management.; SourcePierre's Template.ipf:1120

Function ButtonProc_selecshowsp(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelP, P; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): P.; SourceSmart_3D_Viewer_New.ipf:9919

Function ButtonProc_Showfigind(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Paneld(*); Notes## New and Smarter version of Auto display figure## Panel control(s): d(*). Main internal calls: d(), tpw().; SourceSmartDisplay.ipf:4087

Function ButtonProc_showpntreader(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Point_reader().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBands table, Point reader, Bands table, Point reader; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Bands table, Point reader. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:613

Function ButtonProc_showtable(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow Parameters; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Show Parameters. Main internal calls: grabtable(), cktable().; SourceMultipeakforLinecut.ipf:1308

Function ButtonProc_sizecurve(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFormat; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Format. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5394

Function ButtonProc_sizecurvelableon(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLabel on; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): Label on. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5422

Function ButtonProc_sizewaterfall(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5269

Function ButtonProc_Table_Notthesepoints(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Table_Notthesepoints().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTable; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Table.; SourcePierre's Template.ipf:704

Function ButtonProc_tableafs(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow table, Table, Table, Show table, Show table, Table; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): Show table, Table. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:671

Function ButtonProc_tableallbands(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow Table; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): Show Table. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:662

Function ButtonProc_VF(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:4626

Function ButtonProc_Zcoloro(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZ_color; NotesPart I: from color table Panel control(s): Z_color. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: margin(), CTabList(). Update log: 2023-08-11: Opens the smart Z_color waterfall display from the Adjust-on-Graph section.; SourceSmartDisplay.ipf:1559

Function ButtonProc_Zcoloroexist(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExist; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): Exist. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1648

Function ButtonWindow_movie_maker(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Movie_Maker().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelJon's Movie Maker; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Jon's Movie Maker.; SourcePierre's Template.ipf:26264

Function make_movie_ButtonProc(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagecall as make_movie_ButtonProc(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake Movie; NotesUtility function in Pierre's Template.ipf. Panel control(s): Make Movie. Main internal calls: make_movie().; SourcePierre's Template.ipf:36691

Function movie_maker_axis_SetVarProc_1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecall as movie_maker_axis_SetVarProc_1(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelAxis Height; NotesPanel callback/helper for graph display, formatting, or window management. Panel control(s): Axis Height. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:36668

Function movie_maker_close_ButtonProc(ctrlName) : ButtonControl: Usagecall as movie_maker_close_ButtonProc(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCLOSE; NotesPanel callback/helper for graph display, formatting, or window management. Panel control(s): CLOSE. Code behavior: creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:36696

Function movie_Maker_dir_PopMenuProc(ctrlName, popNum, popStr) : PopupMenuControl: Usagecall as movie_Maker_dir_PopMenuProc(ctrlName, popNum, popStr).; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelCut_Direction; NotesWINDOW CONTROLS Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Cut_Direction. Main internal calls: doInsetYesNo(), elseIf(), do_movie_maker_image().; SourcePierre's Template.ipf:36596

Function movie_maker_index_SetVarProc(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecall as movie_maker_index_SetVarProc(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelComb, change_index; NotesPanel callback/helper in Pierre's Template.ipf. Panel control(s): Comb, change_index. Main internal calls: do_movie_maker_image().; SourcePierre's Template.ipf:36619

Function PopMenuProc_appendimage(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes{{{{{{{{{{ Overlay T(r) and Δ(r) }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls. Main internal calls: stringmatch(), elseif(), grabwinnonew(), gethistgram_npcolor().; SourceSmart_3D_Viewer_New.ipf:4379

Function PopMenuProc_appendimagef(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelAppend; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Append. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: grabwinnonew(), gethistgram_npcolor().; SourceSmart_3D_Viewer_New.ipf:6261

Function PopMenuProc_appendimagevf(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; Panelappendtordvf, appendtordvf; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): appendtordvf. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls. Main internal calls: margin(), arrowcolortype_vf(), gethistgram_npcolor().; SourceSmartDisplay.ipf:4797

Function PopMenuProc_bkgornot(ctrlName, popNum, popStr) : PopupMenuControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelGaus_bkg?; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Gaus_bkg?. Main internal calls: FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1052

Function PopMenuProc_bkgrmv2D_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelBkg.Rmv?; NotesPart of symmetrized QPI Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Bkg.Rmv?. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: f_for3d(), D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot(), C4_sym_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:10360

Function PopMenuProc_colormat(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopupmatcolor, popupmatcolor; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): popupmatcolor. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12203

Function PopMenuProc_colormat_ind(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup0, popup0; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): popup0. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4349

Function PopMenuProc_colormat_ind2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup1, popup1; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): popup1. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4373

Function PopMenuProc_colormatinv(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopupinvmatcolor, popupinvmatcolor; NotesPanel popup-menu callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): popupinvmatcolor. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12226

Function PopMenuProc_colormatinv1(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup1; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): popup1. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: maxwaterfall(), minwaterfall().; SourceSmartDisplay.ipf:1695

Function PopMenuProc_colormatinv2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup3; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): popup3. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: maxwaterfall(), minwaterfall().; SourceSmartDisplay.ipf:1957

Function PopMenuProc_colormatinvmore2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1167

Function PopMenuProc_colormatmore2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopuptest1; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): popuptest1. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1100

Function PopMenuProc_curvcolor(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13836

Function PopMenuProc_ftyornot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelFT_y?; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): FT_y?. Main internal calls: FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1119

Function PopMenuProc_jump2dp(ctrlName, popNum, popStr) : PopupMenuControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes#1 Control of On/OFF of the remover Usage: called automatically by Igor when the linked panel control changes. Main internal calls: getMDC_2dplot(), getEDC_2dplot(), twopgetline(), makefreehandwave_2dplot(), Lineprofilefromcircle(), tpw().; SourceSmartDisplay.ipf:3861

Function PopMenuProc_jump2dpmode(ctrlName, popNum, popStr) : PopupMenuControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes#2 Control of Remover Mode <auto or Givem> Usage: called automatically by Igor when the linked panel control changes.; SourceSmartDisplay.ipf:3956

Function PopMenuProc_jumpremover3d(ctrlName, popNum, popStr) : PopupMenuControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; Paneljumpremoveon3d; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Panel control(s): jumpremoveon3d. Main internal calls: getsinglestsf(), pcsr(), qcsr().; SourceSmart_3D_Viewer_New.ipf:6081

Function PopMenuProc_L2dpolar(ctrlName, popNum, popStr) : PopupMenuControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes#3_08 Polar plot Usage: called automatically by Igor when the linked panel control changes. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), Dopolarfig(), grabwinnonew().; SourceSmartDisplay.ipf:3561

Function PopMenuProc_more2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopuptest; Notesend check if a wave on the graph Panel control(s): popuptest.; SourceSmartDisplay.ipf:930

Function PopMenuProc_normornot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelNorm?; Notes##04 Control Function:Change Normalization or not, Purpose: smooths, normalizes, or removes background/trend components. Panel control(s): Norm?. Main internal calls: Normalinecut(), FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1387

Function PopMenuProc_selmode2dplot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes#1 control of Advanced mode (select modes) Purpose: displays waves, images, contours, or graph overlays. Main internal calls: tpw(), hook(), twopgetline(), makefreehandwave_2dplot(), Lineprofilefromcircle().; SourceSmartDisplay.ipf:2839

Function PopMenuProc_selmode3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Notes#1 control of Advanced mode (select modes) Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: grabwin(), hook(), pcsr().; SourceSmart_3D_Viewer_New.ipf:2484

Function PopMenuProc_selmode3dplotf(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; Notes#1 control of Advanced mode (select modes) Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), hook(), pcsr(), di(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:7200

Function PopMenuProc_vf(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for graph display, formatting, or window management. Main internal calls: arrowcolortype_vf().; SourceSmartDisplay.ipf:4688

Function PopMenuProc_vflenmode(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; extracts image/wave statistics.; SourceSmartDisplay.ipf:4643

Function PopMenuProc_Zcoloronthegraph(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup0; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): popup0. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: maxwaterfall(), minwaterfall().; SourceSmartDisplay.ipf:1653

Function PopMenuProc_Zcoloronthegraph2(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup2; NotesPart II: from User color table wave Panel control(s): popup2. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: maxwaterfall(), minwaterfall().; SourceSmartDisplay.ipf:1917

Function PopMenuProc_Znormornot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; Panelpopupnormornot, popupnormornot; Notes{{{{{{{{{{ normalize 3D by sts }}}}}}}}}} Purpose: smooths, normalizes, or removes background/trend components. Panel control(s): popupnormornot. Main internal calls: Norma3dmatrix(), Cons3dplotc(), f_for3d(), color3s_for3d(), grabwinnonew(), UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:348

Function SetVarProc_addX3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLV; Notes##02 Control Function:Change addX, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LV. Main internal calls: anglelinecutV(), angleline_3dp(), FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1289

Function SetVarProc_addX3dplotf(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLV; Notes##02 Control Function:Change addX, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LV. Main internal calls: anglelinecutVf(), angleline_3dpf().; SourceSmart_3D_Viewer_New.ipf:6533

Function SetVarProc_addY3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLH; Notes##01 Control Function:Change addY, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LH. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: anglelinecutH(), angleline_3dp(), FFTL2_3dplot(), color3s_subfor3dFFT(), grabwinchild().; SourceSmart_3D_Viewer_New.ipf:1242

Function SetVarProc_addY3dplotf(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLH; Notes##01 Control Function:Change addY, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LH. Main internal calls: anglelinecutHf(), angleline_3dpf().; SourceSmart_3D_Viewer_New.ipf:6508

Function SetVarProc_avedia_3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(r), Global Q?; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): FWHM(r), Global Q?. Main internal calls: lockinp3dp().; SourceSmart_3D_Viewer_New.ipf:8947

Function SetVarProc_bkgornotsigma(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ_Gaus; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): σ_Gaus. Main internal calls: FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1086

Function SetVarProc_bkgrmv2D_3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ_bkg; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): σ_bkg. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: f_for3d(), D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot(), C4_sym_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:10406

Function SetVarProc_changeds(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs coloarrangec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ; Notesmodifygraph display range follow times sigma modifygraph display range follow times sigma Panel control(s): σ.; SourceSmartDisplay.ipf:661

Function SetVarProc_coloarrange_ind(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): σ. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_np(), tpw(), imageinfo().; SourceSmartDisplay.ipf:4295

Function SetVarProc_colorinver_ind(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIV; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): IV. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4329

Function SetVarProc_colormatmorevv(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Paneldvg_bwr_20_95_c54; NotesPanel set-variable callback for graph display, formatting, or window management. Panel control(s): dvg_bwr_20_95_c54. Main internal calls: colormatmorevv().; SourceSmartDisplay.ipf:1126

Function SetVarProc_colormatmorevv_ind(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvarsetciuind; NotesPanel set-variable callback for graph display, formatting, or window management. Panel control(s): setvarsetciuind. Main internal calls: colormatmorevv_ind().; SourceSmartDisplay.ipf:4397

Function SetVarProc_colormatmorevvline(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs colormatmorevvline().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSpectrumBlack; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): SpectrumBlack.; SourceSmartDisplay.ipf:989

Function SetVarProc_colornumind(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelC_Min, C_Max; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): C_Min, C_Max. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: imageinfo(), tpw().; SourceSmartDisplay.ipf:4276

Function SetVarProc_colorratio_consFFT(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ, σ; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): σ. Main internal calls: color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:10051

Function SetVarProc_colorratio_consFFTdemo(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelColor Range σ; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): Color Range σ. Main internal calls: color3s_subfor3dFFT().; SourceSymmetrization.ipf:676

Function SetVarProc_Cons3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ, Z; Notes{{{{{{{{{{ Dsiplay 3D matrix by selected layer:control function }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Z. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: removeappendimage(), tpw(), Cons3dplotc(), grabwinnonew(), Cons3dplotcf(), grabwinchild().; SourceSmart_3D_Viewer_New.ipf:396

Function SetVarProc_Cons3dplotdivc(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelDivC, DivC; NotesPanel set-variable callback for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): DivC. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), max(), grabwinchild().; SourceSmart_3D_Viewer_New.ipf:10030

Function SetVarProc_Cons3dplotf(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; Notes{{{{{{{{{{ Dsiplay 3D matrix by selected layer:control function }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Z. Main internal calls: Cons3dplotc(), Cons3dplotcf().; SourceSmart_3D_Viewer_New.ipf:6155

Function SetVarProc_Cons3dplotmli(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; NotesPanel set-variable callback for Igor wave/matrix/cube data operation. Panel control(s): Z. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: lockinp3dp(), levelimage2().; SourceSmart_3D_Viewer_New.ipf:8779

Function SetVarProc_Conshist(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelBin Num, Ratio; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Bin Num, Ratio.; SourceSmartDisplay.ipf:2256

Function SetVarProc_Conslevelp(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelOrder, 1D or 2D; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Order, 1D or 2D.; SourceSmartDisplay.ipf:2440

Function SetVarProc_Conslinethick(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelThick; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Thick.; SourceSmartDisplay.ipf:1435

Function SetVarProc_Consmoo(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelTimes; NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Times.; SourceSmartDisplay.ipf:1280

Function SetVarProc_ConsZcuiz(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Paneldvg_bwr_20_95_c54; NotesPanel set-variable callback for graph display, formatting, or window management. Panel control(s): dvg_bwr_20_95_c54. Main internal calls: ConsZcuiz().; SourceSmartDisplay.ipf:1589

Function SetVarProc_ftyornotsigma(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ_H; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): σ_H. Main internal calls: FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:985

Function SetVarProc_ftyornotsigma2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ_V; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): σ_V. Main internal calls: FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1018

Function SetVarProc_jumpCriteria_2dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCriteria; Notes#0_2 Jump Remove: Given Mode_control jump criteria Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Criteria. Main internal calls: getMDC_2dplot(), getEDC_2dplot(), twopgetline(), makefreehandwave_2dplot(), Lineprofilefromcircle().; SourceSmartDisplay.ipf:3823

Function SetVarProc_jumpmount_2dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelGiven δ; Notes#0_1 Jump Remove: Given Mode_control jump delta Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Given δ. Main internal calls: getMDC_2dplot(), getEDC_2dplot(), twopgetline(), makefreehandwave_2dplot(), Lineprofilefromcircle().; SourceSmartDisplay.ipf:3787

Function SetVarProc_lsFFTwindow(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFFTWindow; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Panel control(s): FFTWindow. Main internal calls: MDoLSegrereapplyfftmode().; SourceLattice Segregation.ipf:1035

Function SetVarProc_pinorm_2dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelπ norm; NotesNormalize Line cut by wave/=pi, wave-=wave[0] Purpose: displays waves, images, contours, or graph overlays. Panel control(s): π norm. Main internal calls: getMDC_2dplot(), getEDC_2dplot(), twopgetline(), makefreehandwave_2dplot(), Lineprofilefromcircle().; SourceSmartDisplay.ipf:2693

Function SetVarProc_pinorm_3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelπ norm; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): π norm. Main internal calls: getsinglestsf(), pcsr(), qcsr().; SourceSmart_3D_Viewer_New.ipf:6063

Function SetVarProc_rotate3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate; Notes##03 Control Function:Change Rotation, Call to change LinecutH, LinecutV and change the indicative line, and Setvariable range setaddX/setaddY Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Rotate. Code behavior: duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: anglelinecutH(), anglelinecutV(), angleline_3dp(), findrangeforangle_LH(), findrangeforangle_LV(), FFTL2_3dplot().; SourceSmart_3D_Viewer_New.ipf:1329

Function SetVarProc_rotate3dplotf(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate; Notes##03 Control Function:Change Rotation, Call to change LinecutH, LinecutV and change the indicative line, and Setvariable range setaddX/setaddY Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Rotate. Code behavior: duplicates or stages waves for downstream processing; reads or updates panel controls. Main internal calls: anglelinecutHf(), anglelinecutVf(), angleline_3dpf(), findrangeforangle_LHf(), grabwin(), findrangeforangle_LVf().; SourceSmart_3D_Viewer_New.ipf:6558

Function SetVarProc_smornot_3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSmooth?; Notes##05 Control Function:Change Smooth Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Smooth?. Main internal calls: anglelinecutH(), anglelinecutV(), FFTL2_3dplot(), color3s_subfor3dFFT().; SourceSmart_3D_Viewer_New.ipf:1449

Function SetVarProc_thresh_cmp(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelThres; NotesPanel set-variable callback for Igor wave/matrix/cube data operation. Panel control(s): Thres. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: Selnumavests_p(), Selnumavests_n().; SourceSmart_3D_Viewer_New.ipf:10141

Function SetVarProc_vf1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel↑ length, ↑ length, ↑l_bkg; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): ↑ length, ↑l_bkg. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; extracts image/wave statistics.; SourceSmartDisplay.ipf:4729

Function SetVarProc_vf2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelThick, headLen, headFat, posMode, Thick, headLen, headFat, posMode; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): Thick, headLen, headFat, posMode. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: arrowMarker().; SourceSmartDisplay.ipf:4776

Function SliderProc_topmaxwf1(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topmaxwf1(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider0; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): slider0. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1736

Function SliderProc_topmaxwf2(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topmaxwf2(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider2; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): slider2. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1998

Function SliderProc_topminwf1(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topminwf1(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider1; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): slider1. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1780

Function SliderProc_topminwf2(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topminwf2(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider3; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): slider3. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:2044

Interactive procedures and macros (61)

Proc autodisplay(matname, datanumber, per, number, down, up, shift, size, multix): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matname, datanumber, per, number, down, up, shift, size.; matname [wave]: name of the data; datanumber [variable]: Number of DATA lincut; per [variable]: Average how many sts; number [variable]: How many stss?; down [variable]: Lowest energy for norm (meV); up [variable]: Highest energy for norm (meV); shift [variable]: the meV value added to calibrate Ef; size [variable]: length (nm); multix [variable]: rescale x axis, to multiply; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: datanumber = Number of DATA lincut; per = Average how many sts; matname = name of the data; number = How many stss?; down = Lowest energy for norm (meV); up = Highest energy for norm (meV). Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: MakeEdc_pi(), addper(), displaymulti(), rescalexmultiwhat(), normrange(), Constantoffset_n().; SourceMiscellaneous_Codes.ipf:9031

Proc AVG_showtable(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:12963

Proc Capturename(): Usagerun interactively from Igor or from a panel callback.; Notes$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ Image color scale Purpose: copies, duplicates, or renames Igor waves/traces. Code behavior: extracts image/wave statistics; reads or updates panel controls. Main internal calls: ImageNameList(), ImageInfo(), str2num(), gethistgram_np().; SourcePierre's Template.ipf:11950

Proc Capturename_child(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: extracts image/wave statistics; reads or updates panel controls. Main internal calls: tpw(), grabwinchild(), ImageInfo(), str2num(), gethistgram_np().; SourceSmartDisplay.ipf:5415

Proc Capturenamedd(): Usagerun interactively from Igor or from a panel callback.; Notestest2(20,29.283,0.41,-3.68,15) Purpose: copies, duplicates, or renames Igor waves/traces. Code behavior: extracts image/wave statistics. Main internal calls: ImageNameList().; SourceMiscellaneous_Codes.ipf:9301

Proc coloarrangec(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics.; SourceSmartDisplay.ipf:668

Proc color_digimage(matname, disp_or_not): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matname, disp_or_not.; matname [wave]: Enter the name of the image; disp_or_not [variable]: Do you want to display; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: matname = Enter the name of the image; disp_or_not = Do you want to display. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6504

Proc color_edc_more2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: WaveName(), interp(), rgb().; SourceSmartDisplay.ipf:941

Proc colorbwr(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:11936

Proc colorFFT(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: color3sfft(), tpw().; SourceSmartDisplay.ipf:696

Proc comparehotandcoldc(name, prefwave, thresh): Usagerun from Igor with parameters name, prefwave, thresh.; name [string]: 3D wave G(r,E) the STS come from; prefwave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; thresh [variable]: Threshold for defining a sublattice; NotesInteractive Igor procedure for smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: name = 3D wave G(r,E) the STS come from; Prefwave = Gap map; thresh = Threshold for defining a sublattice. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), levelimage2(), comparehotandcold().; SourceSmart_3D_Viewer_New.ipf:10079

Proc Conshist(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: reads or updates panel controls. Main internal calls: gethistgram(), getratiohis(). Update log: 08/11-03/2023: Added Auto Histogram Conshist(), the single function is gethistgram().; SourceSmartDisplay.ipf:2242

Proc Conshistc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Main internal calls: gethistgramcons().; SourceSmartDisplay.ipf:2263

Proc Conshistcsigma(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Main internal calls: gethistgramhowmanysigma().; SourceSmartDisplay.ipf:2297

Proc Conslevel(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(). Update log: 08/11/2023: Added Remove trend for image, this is a interactive procedure, the knob control the power of Poly2D fitting for this trend removing, Conslevel() Added several color tables from gwyddion.; SourceSmartDisplay.ipf:2428

Proc Conslevelp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: tpw(), levelimage2(), levelimage2_2D().; SourceSmartDisplay.ipf:2447

Proc Conslinethick(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:1421

Proc Conslinethickc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations.; SourceSmartDisplay.ipf:1442

Proc Consmoo(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: duplicateongraph(). Update log: 07/31-02/2023: Added continuously tuning smooth Consmoo()and trace offset Consoffset().; SourceSmartDisplay.ipf:1272

Proc Consmooc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Main internal calls: revoverongraph(), smoothallthegraph().; SourceSmartDisplay.ipf:1287

Proc Csrtracor(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Main internal calls: savexypairbycursor().; SourceSmartDisplay.ipf:5651

Proc cyclecolorwavec(c, index): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters c, index.; c [variable]: Cycles (>= 2); index [variable]: Color index, 14, 15, 16, 38, 39, 40, 84, 87; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: c = Cycles (>= 2); index = Color index, 14, 15, 16, 38, 39, 40, 84, 87. Code behavior: formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: cyclecolorwave(), CtabList(), tpw().; SourceSmartDisplay.ipf:5057

Proc d3d(mat3dn, zn): Usagerun from Igor with parameters mat3dn, zn. Update-log guidance - 2023-08-17: Added the smarter 3D matrix plotter.; mat3dn [wave]: Name of the; zn [variable]: Index of the Energy; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: mat3dn = Name of the; zn = Index of the Energy. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: getall3dwave(), sumoned(), di2lf(), func_zeroNaN(), color3s_for3d(), stringmatch().; SourceSmart_3D_Viewer_New.ipf:8

Proc DisplayMat(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: Show2DImage().; SourcePierre's Template.ipf:1660

Proc displaymulti(dataname, from, to): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters dataname, from, to.; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: = dimsize(File_name,0)-1; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays. Main internal calls: displaymultiF().; SourceMiscellaneous_Codes.ipf:5063

Proc displaymulti2(dataname, from, batchnum, num): Usagerun from Igor with parameters dataname, from, batchnum, num.; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; batchnum [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; Notesdisplay equal space (num) for batchnum lines Purpose: displays waves, images, contours, or graph overlays. Code behavior: opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:7147

Proc displaymulti_factor(dataname, from, to, factor): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters dataname, from, to, factor.; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:5642

Proc Drawarrowc(zerox, zeroy, angle, length): Usagerun from Igor with parameters zerox, zeroy, angle, length.; zerox [variable]: Plot relative Ox; zeroy [variable]: Plot relative Oy; angle [variable]: axis angle; length [variable]: axis length; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: zerox = Plot relative Ox; zeroy = Plot relative Oy; angle = axis angle; length = axis length. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Drawarrow().; SourceSmartDisplay.ipf:5507

Proc ffc3dp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: ff3dp(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:8258

Proc getpeakfromwaterfallc(l1, l2, ss): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters l1, l2, ss.; l1 [variable]: V(left); l2 [variable]: V(right); ss [variable]: name; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: l1 = V(left); l2 = V(right); ss = name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: xcsr(), getpeakfromwaterfall2().; SourceMiscellaneous_Codes.ipf:10904

Proc hshift(mat, number, start, am, bm, colortype, Zfrom, Zto): Usagerun from Igor with parameters mat, number, start, am, bm, colortype, Zfrom, Zto.; mat [wave]: batch name; number [variable]: How many?; start [variable]: Start number; am [variable]: x offset; bm [variable]: y offset; colortype [variable]: Color Type; Zfrom [variable]: Zmin for color; Zto [variable]: Zmax for color; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: mat = batch name; number = How many?; start = Start number; am = x offset; bm = y offset; colortype = Color Type. Code behavior: formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: offset(), zColor().; SourceMiscellaneous_Codes.ipf:8234

Proc ini_Graph_imageforslicer(ctrlName) : ButtonControl: Usagerun from Igor with parameters ctrlName.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:26200

Proc Intensity_digimage(matname, whichcolor, invornot, colorpixels, method, disp_or_not): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matname, whichcolor, invornot, colorpixels, method, disp_or_not.; matname [wave]: Enter the name of the image; whichcolor [variable]: Which color:; invornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; colorpixels [variable]: Number of color pixels; method [variable]: Enter the minimization degree; disp_or_not [variable]: Do you want to display; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: matname = Enter the name of the image; whichcolor = Which color:; colorpixels = Number of color pixels; method = Enter the minimization degree; disp_or_not = Do you want to display. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: CTablist(), color_digimage(), CTabList(), Interp(), Imatrix_digimage().; SourcePierre's Template.ipf:6624

Proc Intensity_digimage2(matname, colorwavename, v1, v2, invornot, colorpixels, method, disp_or_not): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matname, colorwavename, v1, v2, invornot, colorpixels, method, disp_or_not.; matname [wave]: Enter the name of the image; colorwavename [wave]: Color Wave Name; v1 [variable]: lowest value of color bar; v2 [variable]: highest value of color bar; invornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; colorpixels [variable]: Number of color pixels; method [variable]: Enter the minimization degree; disp_or_not [variable]: Do you want to display; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: matname = Enter the name of the image; colorwavename = Color Wave Name; v1 = lowest value of color bar; v2 = highest value of color bar; colorpixels = Number of color pixels; method = Enter the minimization degree. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tpw(), color_digimage(), Interp(), `Imatrix_digimag Usage: Update-log guidance - 08/15/2023: Improve the Intensity_digimage2(), now users can choose the value range of the color bar.; SourcePierre's Template.ipf:6551

Proc killags(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Main internal calls: KillAllGraphs().; SourceSmartDisplay.ipf:608

Proc killalldisplay_pf(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceMultipeakforLinecut.ipf:1736

Proc labelT(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:15693

Proc layoutc4(number, dis): Usagerun from Igor with parameters number, dis.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; dis [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:4575

Proc layoutc4r(number, dis): Usagerun from Igor with parameters number, dis.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; dis [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:3856

Proc layoutdata(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:4535

Proc layoutdatar(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:3819

Proc layoutmap(select, matinput, times, box, size): Usagerun from Igor with parameters select, matinput, times, box, size.; select [variable]: Mode; matinput [wave]: Name; times [variable]: Smooth times; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; size [variable]: Used in: SetScale/I x 0,size,"", $mat3 / SetScale/I y 0,size,"", $mat3; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Dialog prompts: select = Mode; matinput = Name; times = Smooth times; Box = Smooth Box; Size = Map Size. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data. Main internal calls: rot2d_pi2(), smoothmat_K2().; SourceMiscellaneous_Codes.ipf:6728

Proc layoutqpi(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves.; SourceMiscellaneous_Codes.ipf:4492

Proc layoutqpir(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves.; SourceMiscellaneous_Codes.ipf:3776

Proc linenorm2pongraphc(p1, p2): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters p1, p2.; p1 [variable]: P_start; p2 [variable]: P_end; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: p1 = P_start; p2 = P_end. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: pcsr(), linenorm2pongraph().; SourceMiscellaneous_Codes.ipf:10982

Macro Load_Wisconsin_Table_Onegroup(PATHName, FileName, waveBase, startNum, groupNum): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters PATHName, FileName, waveBase, startNum, groupNum.; PATHName [string]: File-system path or data-folder string used for loading or saving data.; FileName [string]: File name or file-derived label used by the loader/export routine.; waveBase [wave]: Igor wave reference used as input or output.; startNum [variable]: Start point, index, or coordinate for the selected range.; groupNum [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesIgor macro entry point for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output; loads data from files or paths. Main internal calls: num2istr(), Matrix_To_Wave(), AppendOneRecord_2002().; SourcePierre's Template.ipf:17107

Macro Load_Wisconsin_TableData(Wavebase, DataSetStartNum): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters Wavebase, DataSetStartNum.; Wavebase [wave]: Igor wave reference used as input or output.; DataSetStartNum [variable]: From Which Number and Above, / Default is 1; NotesIgor macro entry point for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: DataSetStartNum = From Which Number and Above, / Default is 1. Code behavior: loads data from files or paths; asks the user for parameters through Igor prompts. Main internal calls: IndexedFile(), Load_Wisconsin_Table_Onegroup(), num2istr().; SourcePierre's Template.ipf:17084

Proc loadDA30_kly(thiswave, data, mode): Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; thiswave [wave]: enter the name of 3DWave; data [variable]: enter the dataname; mode [string]: Which kinds of 3D data?; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: thiswave = enter the name of 3DWave; data = enter the dataname; mode = Which kinds of 3D data?. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output; writes or exports data; creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:1195

Proc maf(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data. Main internal calls: pcsr(), qcsr(), normwave().; SourceSmart_3D_Viewer_New.ipf:9923

Proc makeadd_data_table(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:8947

Proc MakeCutTable(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:27135

Proc makegraphtable(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:2125

Proc MakeImageTable(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:27095

Proc makevectorfieldc(name, amp): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters name, amp.; name [string]: Phase map; amp [variable]: amplitude map; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Dialog prompts: name = Phase map; amp = amplitude map. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: makevectorfield().; SourceSmartDisplay.ipf:4444

Proc Mk_nk_table_pi(number): Usagerun from Igor with parameters number.; number [variable]: Enter the number of the table; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: number = Enter the number of the table. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:6198

Proc Mk_vb_table_pi(number): Usagerun from Igor with parameters number.; number [variable]: Enter the number of the table; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: number = Enter the number of the table. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:5694

Proc Normalinecutc(name): Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesINTERACTING FUNCTIONAL: Normalization or not Purpose: smooths, normalizes, or removes background/trend components. Main internal calls: tpw(), Normalinecut().; SourceSmart_3D_Viewer_New.ipf:1557

Proc Normalinecutc2(name, sel): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name, sel.; name [string]: The Name of Linecut; sel [variable]: Mode; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: name = The Name of Linecut; sel = Mode. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), NormalinecutX(), NormalinecutY().; SourceSmart_3D_Viewer_New.ipf:1586

Proc savegraph(name, number): Purposecaptures a graph recreation command so the graph can be rebuilt later.; Usagerun from Igor with parameters name, number.; name [string]: Enter the name of the graph; number [variable]: Enter the resolution (1,2,4,5,8); NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: name = Enter the name of the graph; number = Enter the resolution (1,2,4,5,8). Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:7740

Proc ShowGraph(WaveName): Usagerun from Igor with parameters WaveName.; WaveName [wave]: Igor wave reference used as input or output.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:1716

Proc Table_Notthesepoints(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:3633

Windows, panels, and menus (80)

AVG_graph background_remover background_remover_1 Curv_Panel Data_Analysis_BNL dataploter dataploter2 dataplotersts EMDC_multiDisplay Graph3 Graph_imageforslicer Graph_zoomforCsrSlicer Help_0_to_NaN Help_2nd_derivative Help_Append_pnts HELP_background_remover help_bad_slices Help_Bkgndremover_Add_pnt Help_Bkgndremover_Bkgnd_in Help_bkgndremover_Delete_pnt Help_bkgndremover_Save_backgnd Help_bkgndremover_Save_result Help_Bkgndremover_Wave_in Help_Change_stepsize Help_channel_spacing Help_Cmbdata Help_Combine_all Help_Combine_krange Help_Combine_range Help_Combine_this_data help_convert_all_data Help_Cvt_data Help_data Help_Data_ploter Help_Data_type Help_Delete_all Help_Delete_last Help_Divide_by_FD Help_Equiv_mat Help_FFT_list Help_Find_kF Help_Initialize Help_Keep_minus Help_Keep_plus Help_Ln_mat Help_Load Help_Make_image_data_ploter Help_mat_exp_n Help_NaN0mat3d Help_NaN_to_0 Help_New_band Help_NK Help_Norm Help_Norm_matrix Help_Not_these_points Help_num_of_band Help_Open_data Help_Open_select Help_Open_this_data Help_Plot_Point_reader Help_Point_reader Help_Point_reader_Show_table Help_Point_reader_Sort Help_raw_data Help_Read_point Help_Remove_background_Dploter Help_Rotate_image Help_Smooth_factor Help_Smooth_mat Help_tab_matrices Help_tab_Misc Help_tab_Presentation help_tab_traces Help_Tools Mat3d_slicer movie_maker movie_maker_startup_warning Point_reader predict_cuts TransferGraph

Window AVG_graph() : Graph: Usagecall AVG_graph() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; reads or updates panel controls.; SourcePierre's Template.ipf:12748

Window background_remover() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall background_remover() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:9221

Window background_remover_1() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall background_remover_1() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:10658

Window Curv_Panel() : Graph: Usagecall Curv_Panel() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:13597

Window Data_Analysis_BNL() : Panel: Usagecall Data_Analysis_BNL() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; smooths wave data; loads data from files or paths; writes or exports data. Main internal calls: txt(), dat(), asc(), tabLabel().; SourcePierre's Template.ipf:155

Window dataploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall dataploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; smoothing, normalization, or background removal. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths.; SourcePierre's Template.ipf:36

Window dataploter2() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall dataploter2() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; smoothing, normalization, or background removal. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths.; SourceMiscellaneous_Codes.ipf:9644

Window dataplotersts() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall dataplotersts() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceMiscellaneous_Codes.ipf:389

Window EMDC_multiDisplay() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall EMDC_multiDisplay() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:11922

Window Graph3() : Graph: Usagecall Graph3() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays.; SourceProcedure.ipf:281

Window Graph_imageforslicer() : Graph: Usagecall Graph_imageforslicer() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24312

Window Graph_zoomforCsrSlicer() : Graph: Usagecall Graph_zoomforCsrSlicer() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: mode(), marker(), lSize(), lStyle(), rgb(), msize().; SourcePierre's Template.ipf:25707

Window Help_0_to_NaN() : Graph: Usagecall Help_0_to_NaN() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10832

Window Help_2nd_derivative() : Graph: Usagecall Help_2nd_derivative() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10842

Window Help_Append_pnts() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Append_pnts() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11117

Window HELP_background_remover() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall HELP_background_remover() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:9248

Window help_bad_slices() : Graph: Usagecall help_bad_slices() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; integrates wave data; reads or updates panel controls.; SourcePierre's Template.ipf:10100

Window Help_Bkgndremover_Add_pnt() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Bkgndremover_Add_pnt() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11330

Window Help_Bkgndremover_Bkgnd_in() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Bkgndremover_Bkgnd_in() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11344

Window Help_bkgndremover_Delete_pnt() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_bkgndremover_Delete_pnt() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11361

Window Help_bkgndremover_Save_backgnd() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_bkgndremover_Save_backgnd() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:11374

Window Help_bkgndremover_Save_result() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_bkgndremover_Save_result() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:11388

Window Help_Bkgndremover_Wave_in() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Bkgndremover_Wave_in() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11315

Window Help_Change_stepsize() : Graph: Usagecall Help_Change_stepsize() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:10861

Window Help_channel_spacing() : Graph: Usagecall Help_channel_spacing() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10115

Window Help_Cmbdata() : Graph: Usagecall Help_Cmbdata() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10126

Window Help_Combine_all() : Graph: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall Help_Combine_all() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10883

Window Help_Combine_krange() : Graph: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall Help_Combine_krange() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10900

Window Help_Combine_range() : Graph: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall Help_Combine_range() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10922

Window Help_Combine_this_data() : Graph: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall Help_Combine_this_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10313

Window help_convert_all_data() : Graph: Usagecall help_convert_all_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10147

Window Help_Cvt_data() : Graph: Usagecall Help_Cvt_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10326

Window Help_data() : Graph: Usagecall Help_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10337

Window Help_Data_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Data_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10157

Window Help_Data_type() : Graph: Usagecall Help_Data_type() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10196

Window Help_Delete_all() : Graph: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall Help_Delete_all() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11132

Window Help_Delete_last() : Graph: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall Help_Delete_last() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11148

Window Help_Divide_by_FD() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Divide_by_FD() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10942

Window Help_Equiv_mat() : Graph: Usagecall Help_Equiv_mat() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10954

Window Help_FFT_list() : Graph: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall Help_FFT_list() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10206

Window Help_Find_kF() : Graph: Usagecall Help_Find_kF() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:10552

Window Help_Initialize() : Graph: Usagecall Help_Initialize() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; reads or updates panel controls.; SourcePierre's Template.ipf:10226

Window Help_Keep_minus() : Graph: Usagecall Help_Keep_minus() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10978

Window Help_Keep_plus() : Graph: Usagecall Help_Keep_plus() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10991

Window Help_Ln_mat() : Graph: Usagecall Help_Ln_mat() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11004

Window Help_Load() : Graph: Usagecall Help_Load() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10239

Window Help_Make_image_data_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Make_image_data_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10390

Window Help_mat_exp_n() : Graph: Usagecall Help_mat_exp_n() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11014

Window Help_NaN0mat3d() : Graph: Usagecall Help_NaN0mat3d() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11024

Window Help_NaN_to_0() : Graph: Usagecall Help_NaN_to_0() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11035

Window Help_New_band() : Graph: Usagecall Help_New_band() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11164

Window Help_NK() : Graph: Usagecall Help_NK() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10424

Window Help_Norm() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Norm() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10447

Window Help_Norm_matrix() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Norm_matrix() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11045

Window Help_Not_these_points() : Graph: Usagecall Help_Not_these_points() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11055

Window Help_num_of_band() : Graph: Usagecall Help_num_of_band() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11180

Window Help_Open_data() : Graph: Usagecall Help_Open_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10254

Window Help_Open_select() : Graph: Usagecall Help_Open_select() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10284

Window Help_Open_this_data() : Graph: Usagecall Help_Open_this_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10459

Window Help_Plot_Point_reader() : Graph: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Help_Plot_Point_reader() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11198

Window Help_Point_reader() : Graph: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Help_Point_reader() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11088

Window Help_Point_reader_Show_table() : Graph: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Help_Point_reader_Show_table() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11241

Window Help_Point_reader_Sort() : Graph: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Help_Point_reader_Sort() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11257

Window Help_raw_data() : Graph: Notes????????????????????????????????????????????????????????????????????????????????????????????????????? ????????????????????????????????????????????????????????????????????????????????????????????????????? ???????????????????????????????????????????????????????? Usage: call Help_raw_data() to recreate or bring up the Igor window/panel. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:9378

Window Help_Read_point() : Graph: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Help_Read_point() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11216

Window Help_Remove_background_Dploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Remove_background_Dploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; loads data from files or paths; reads or updates panel controls.; SourcePierre's Template.ipf:10472

Window Help_Rotate_image() : Graph: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall Help_Rotate_image() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for Nanonis/STM data loading or map conversion; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11272

Window Help_Smooth_factor() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Smooth_factor() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; reads or updates panel controls.; SourcePierre's Template.ipf:10297

Window Help_Smooth_mat() : Graph: Purposesmooths, normalizes, or removes background/trend components.; Usagecall Help_Smooth_mat() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; reads or updates panel controls.; SourcePierre's Template.ipf:11287

Window Help_tab_matrices() : Graph: Usagecall Help_tab_matrices() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10707

Window Help_tab_Misc() : Graph: Usagecall Help_tab_Misc() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10811

Window Help_tab_Presentation() : Graph: Usagecall Help_tab_Presentation() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10785

Window help_tab_traces() : Graph: Usagecall help_tab_traces() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10759

Window Help_Tools() : Graph: Usagecall Help_Tools() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10685

Window Mat3d_slicer() : Graph: Usagecall Mat3d_slicer() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: margin().; SourcePierre's Template.ipf:24595

Window movie_maker(): Graph: NotesNOTE: Global variables are stored in a new data folder called "movie_maker" The data folder that is created can cause problems when loading data because of the way Pierre's macro loads data. The data folder MUST be killed before any more data is loaded. If you Usage: call movie_maker() to recreate or bring up the Igor window/panel. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; creates, switches, or removes Igor data folders.; SourcePierre's Template.ipf:36350

Window movie_maker_startup_warning() : Graph: Usagecall movie_maker_startup_warning() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:36702

Window Point_reader() : Panel: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall Point_reader() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; reads or updates panel controls.; SourcePierre's Template.ipf:64

Window predict_cuts() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall predict_cuts() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: lSize(), lStyle(), rgb(), lblMargin(), manTick(), manMinor().; SourcePierre's Template.ipf:24218

Menu "TransferGraph": Usagedefines Igor menu entries; users normally access it from the Igor menu bar.; NotesIgor menu definition for graph display, formatting, or window management.; Sourcetransfergraph.ipf:110

Computational and data helpers (148)

arrowcolortype_vf autoallfigure autoremovejump1D ave_inmarque checkmultiopen ckfig ckfig_child cklayout cktable color3s color3s_for3d color3s_for3dFFT color3s_for3dinv color3s_for3dinvqpirange color3s_for3dm color3s_for3dm2 color3s_for3dmf color3s_for3dmLS color3s_subfor3dFFT color3sfft colormatmorevv colormatmorevv_ind colormatmorevvline comparehotandcold Complextoimag Complextorealf13dp Complextorealf13dpls Complextorealf_3dplot Complextorealf_for3d Cons3dplotc Cons3dplotcf ConsZcuiz cyclecolorwave d di di2 di2lf dic dichis dilf displaymultiF displaymultiFedc do_movie_maker_image Dopolarfig Dopolarfig_nondis Drawarrow Drawarrowa Drawarrowb Drawarrowx Drawarrowy duplicateongraph ed ed2 f_for3d f_for3dmulti ff3dp ff3dpls ff_3dplot ff_3dplotn findendpp findendppf findendqq findendqqf findstartpp findstartppf findstartqq findstartqqf FTgremover_3dploty getall2dwaveongraph gethistgram gethistgram_np gethistgram_npcolor gethistgramcons gethistgramhowmanysigma getpeakfromwaterfall getpeakfromwaterfall2 getratiohis getslicerDataf grabtable grabtablenonew+ 68 more entries below

Function arrowcolortype_vf(sel): Usagecall as arrowcolortype_vf(sel).; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: zColor().; SourceSmartDisplay.ipf:4695

Function autoallfigure(): Usagecall autoallfigure() from Igor procedure code or the command line.; NotesFunction for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Update log: 08/11-03/2023: Added autoallfigure()which can perform some command going through all the graphs. Modified 2DSTS, apply tile.; SourceSmartDisplay.ipf:1198

Function autoremovejump1D(name, mode, valueif2, givencriteria): Usagecall as autoremovejump1D(name, mode, valueif2, givencriteria).; name [string]: Name or reference of the source wave/matrix being processed.; mode [string]: 1 for auto, 2 for specified value; valueif2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; givencriteria [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3 Excellent 1D jump remover Purpose: removes waves/windows/data points or cleans intermediate state. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: median(), sign().; SourceSmartDisplay.ipf:3968

Function ave_inmarque(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall ave_inmarque() from Igor procedure code or the command line.; NotesFunction for Igor wave/matrix/cube data operation. Main internal calls: tpw(). Update log: 05/10/2024: Added ave_inmarque() to the popup window of Frommarqueegetsubmatrixs(name) which calculates the average value on the partial image (only count the non-NaN value).; SourceSmart_3D_Viewer_New.ipf:9893

Function checkmultiopen(num): num [variable]: Number of spectra, waves, points, bins, or iterations to process.; Notes#5 check if there is a window with 12 subwindow Usage: call as checkmultiopen(num). Main internal calls: childWindowList(). Update log: 08/23/2023: (2) checkmultiopen() to check if there are a graph with specific number of subwindow exist.; SourceSmart_3D_Viewer_New.ipf:3695

Function ckfig(name): name [string]: name of the figure; NotesHow to use this function: in a Proc or Function, put it direction below the sentence of made a new figure and call "ckfig(winname(0,1))" Note: only complex figures which contain multiples waves need to use these functions, for simple figure which only have one Usage: call as ckfig(name). Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Killsinglewindow(). Update log: 07/09-03/2023: Add function ckfig() and cklayout(), which can kill redundant figure and layout, this should be insert in the function or procedure where new figure or layout displayed, in the form of ckfig(winname(0,1)) and cklayout(winname(0,4)), this can automatically display without repeat.; SourceSmartDisplay.ipf:13

Function ckfig_child(name): Usagecall as ckfig_child(name).; name [string]: name of the figure; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: wavelistsub(), childWindowList(), Killsinglewindow(). Update log: 2023-08-25: Checks whether a multi-subwindow graph already exists, mirroring the ckfig duplicate-window pattern for child-window displays.; SourceSmartDisplay.ipf:54

Function cklayout(name): name [string]: name of the figure; NotesEliminate duplicating display Layout How to use this function: in a Proc or Function, put it direction below the sentence of made a new figure and call "ck(winname(0,4))" Usage: call as cklayout(name). Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: graphlistinlayout(), Killsinglewindow(). Update log: 07/09-03/2023: Add function ckfig() and cklayout(), which can kill redundant figure and layout, this should be insert in the function or procedure where new figure or layout displayed, in the form of ckfig(winname(0,1)) and cklayout(winname(0,4)), this can automatically display without repeat.; SourceSmartDisplay.ipf:134

Function cktable(name): name [string]: name of the figure; NotesHow to use this function: in a Proc or Function, put it direction below the sentence of made a new figure and call "ckfig(winname(0,2))" Note: only complex figures which contain multiples waves need to use these functions, for simple figure which only have one Usage: call as cktable(name). Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Killsinglewindow(). Update log: 07/13-02/2023: Added cktable() which can kill redundant table, this should be insert in the function or procedure where new table displayed, in the form of cktable(winname(0,2)), this can automatically display without repeat.; SourceSmartDisplay.ipf:95

Function color3s(name, tt): name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction can be called in a procedure (3*sigma) Usage: call as color3s(name, tt). Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor().; SourceSmartDisplay.ipf:730

Function color3s_for3d(name, tt): name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 Special Color Range Usage: call as color3s_for3d(name, tt). Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:2219

Function color3s_for3dFFT(name, tt): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as color3s_for3dFFT(name, tt).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:2246

Function color3s_for3dinv(name, tt): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as color3s_for3dinv(name, tt).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:2277

Function color3s_for3dinvqpirange(name, tt): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as color3s_for3dinvqpirange(name, tt).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor().; SourceModels.ipf:12304

Function color3s_for3dm(name, tt): name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#4 Special Color Range for childwindows Usage: call as color3s_for3dm(name, tt). Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild(). Update log: 08/23/2023: (4) New image color scale function color3s_for3dm(name,tt), for the wave at a subwindow.; SourceSmart_3D_Viewer_New.ipf:3665

Function color3s_for3dm2(name, tt): Usagecall as color3s_for3dm2(name, tt).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild2().; SourceSmart_3D_Viewer_New.ipf:9555

Function color3s_for3dmf(name, tt): Usagecall as color3s_for3dmf(name, tt).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild().; SourceLattice Segregation.ipf:1582

Function color3s_for3dmLS(name, tt): Usagecall as color3s_for3dmLS(name, tt).; name [string]: Name or reference of the source wave/matrix being processed.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), grabwinchild().; SourceLattice Segregation.ipf:1609

Function color3s_subfor3dFFT(name, tt): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as color3s_subfor3dFFT(name, tt).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: mean(), gethistgram_npcolor(), grabwinchild().; SourceSmart_3D_Viewer_New.ipf:1150

Function color3sfft(name, tt): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as color3sfft(name, tt).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: gethistgram_npcolor().; SourceSmartDisplay.ipf:705

Function colormatmorevv(): Usagecall colormatmorevv() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: CtabList().; SourceSmartDisplay.ipf:1133

Function colormatmorevv_ind(): Usagecall colormatmorevv_ind() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: imageinfo(), tpw(), CtabList().; SourceSmartDisplay.ipf:4404

Function colormatmorevvline(): Usagecall colormatmorevvline() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: WaveName(), interp(), rgb(), CTabList(), CtabList().; SourceSmartDisplay.ipf:996

Function comparehotandcold(name, prefwave, thresh): Usagecall as comparehotandcold(name, prefwave, thresh).; name [string]: 3D wave the STS come from; prefwave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; thresh [variable]: threshold for defining a lattice position (max=1); NotesFunction for smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: Selnumavests_p(), Selnumavests_n(), rgb(), axRGB(), tlblRGB(), alblRGB().; SourceSmart_3D_Viewer_New.ipf:10094

Function Complextoimag(name1w): Usagecall as Complextoimag(name1w).; name1w [string]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:5910

Function Complextorealf13dp(name1w, select): Usagecall as Complextorealf13dp(name1w, select).; name1w [string]: Igor wave reference used as input or output.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:8302

Function Complextorealf13dpls(name1w, select): Usagecall as Complextorealf13dpls(name1w, select).; name1w [string]: Igor wave reference used as input or output.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:9248

Function Complextorealf_3dplot(name1w): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Complextorealf_3dplot(name1w).; name1w [string]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:1207

Function Complextorealf_for3d(name1w, select): Usagecall as Complextorealf_for3d(name1w, select).; name1w [string]: Igor wave reference used as input or output.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceSmart_3D_Viewer_New.ipf:2200

Function Cons3dplotc(): Usagecall Cons3dplotc() from Igor procedure code or the command line.; Notes{{{{{{{{{{ Update layer }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_zeroNaN(), max(), grabwinchild(), color3s_for3d(), checkmultiopen(), color3s_for3dm().; SourceSmart_3D_Viewer_New.ipf:545

Function Cons3dplotcf(): Usagecall Cons3dplotcf() from Igor procedure code or the command line.; Notes{{{{{{{{{{ Update layer }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: color3s_for3dinv().; SourceSmart_3D_Viewer_New.ipf:6177

Function ConsZcuiz(): Usagecall ConsZcuiz() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: maxwaterfall(), minwaterfall(), CtabList(), CTabList().; SourceSmartDisplay.ipf:1598

Function cyclecolorwave(c, index): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as cyclecolorwave(c, index).; c [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: CtabList(). Update log: 2024-01-29: Creates cyclic color waves with an arbitrary number of periods; c is the number of cycles and index selects the base color-table entry.; SourceSmartDisplay.ipf:5080

Function d(name): Usagecall as d(name). Update-log guidance - 11/15/2023: Added New image Displayer, now users can call it by d().; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: di(), margin(), CtabList().; SourceSmartDisplay.ipf:4092

Function di(destw): Usagecall as di(destw).; destw [wave]: Igor wave reference used as input or output.; Notes##Auto display figure## Display mode 1: When there already a graph with the same single wave Stop display and bring that window to front Purpose: displays waves, images, contours, or graph overlays. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: listMatch(). Update log: 07/13-02/2023: Added smart single wave table display ed() and ed2(), same as di() and di2(), mode 1 is check if there already displayed if so stop display, and mode 2 is kill the displayed window and display new.; SourceSmartDisplay.ipf:410

Function di2(name): Usagecall as di2(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesDisplay mode 2: kill the graph with same single wave and redisplay Purpose: displays waves, images, contours, or graph overlays. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: killgraphonlyhavethewave(). Update log: 07/13-02/2023: Added smart single wave table display ed() and ed2(), same as di() and di2(), mode 1 is check if there already displayed if so stop display, and mode 2 is kill the displayed window and display new.; SourceSmartDisplay.ipf:447

Function di2lf(name): Usagecall as di2lf(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesEnd display Purpose: displays waves, images, contours, or graph overlays. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: killgraphonlyhavethewave().; SourceSmartDisplay.ipf:494

Function dic(destw): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as dic(destw).; destw [wave]: Igor wave reference used as input or output.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: listMatch(). Update log: 08/11-03/2023: Added dic() to smart display a single 1D wave.; SourceSmartDisplay.ipf:1216

Function dichis(destw): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as dichis(destw).; destw [wave]: Igor wave reference used as input or output.; NotesFunction for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: listMatch().; SourceSmartDisplay.ipf:2197

Function dilf(destw): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as dilf(destw).; destw [wave]: Igor wave reference used as input or output.; NotesFunction for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: listMatch().; SourceSmartDisplay.ipf:507

Function displaymultiF(dataname, from, to): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as displaymultiF(dataname, from, to).; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: Constantoffset_nF().; SourceMiscellaneous_Codes.ipf:5071

Function displaymultiFedc(dataname, from, to): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as displaymultiFedc(dataname, from, to).; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:3337

Function do_movie_maker_image(): Usagecall do_movie_maker_image() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: reshapes existing waves; assigns Igor axis scaling/units to the output. Main internal calls: elseif().; SourcePierre's Template.ipf:36434

Function Dopolarfig(datay, datax, sel): Usagecall as Dopolarfig(datay, datax, sel).; datay [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; datax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: lsize(), rgb(), mode(), lstyle(), mrkThick(), useMrkStrokeRGB().; SourceSmartDisplay.ipf:3594

Function Dopolarfig_nondis(datay, datax, sel): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Dopolarfig_nondis(datay, datax, sel).; datay [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; datax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:3681

Function Drawarrow(zerox, zeroy, angle, length): Usagecall as Drawarrow(zerox, zeroy, angle, length).; zerox [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zeroy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management. Main internal calls: Drawarrowx(), Drawarrowy(), Drawarrowa(), Drawarrowb(). Update log: 2024-05-03: Draws x/y and a/b lattice-direction arrows on the active graph from an origin, angle, and length.; SourceSmartDisplay.ipf:5520

Function Drawarrowa(zerox, zeroy, angle, length): Usagecall as Drawarrowa(zerox, zeroy, angle, length).; zerox [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zeroy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management.; SourceSmartDisplay.ipf:5583

Function Drawarrowb(zerox, zeroy, angle, length): Usagecall as Drawarrowb(zerox, zeroy, angle, length).; zerox [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zeroy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management.; SourceSmartDisplay.ipf:5607

Function Drawarrowx(zerox, zeroy, angle, length): Usagecall as Drawarrowx(zerox, zeroy, angle, length).; zerox [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zeroy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management.; SourceSmartDisplay.ipf:5533

Function Drawarrowy(zerox, zeroy, angle, length): Usagecall as Drawarrowy(zerox, zeroy, angle, length).; zerox [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zeroy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management.; SourceSmartDisplay.ipf:5559

Function duplicateongraph(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagecall duplicateongraph() from Igor procedure code or the command line.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourceSmartDisplay.ipf:1314

Function ed(destw): Usagecall as ed(destw).; destw [wave]: Igor wave reference used as input or output.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: listMatch(). Update log: 07/13-02/2023: Added smart single wave table display ed() and ed2(), same as di() and di2(), mode 1 is check if there already displayed if so stop display, and mode 2 is kill the displayed window and display new.; SourceSmartDisplay.ipf:573

Function ed2(name): name [string]: Name or reference of the source wave/matrix being processed.; NotesSmart edit table for single wave table Usage: call as ed2(name). Main internal calls: killgraphonlyhavethewavetable(). Update log: 07/13-02/2023: Added smart single wave table display ed() and ed2(), same as di() and di2(), mode 1 is check if there already displayed if so stop display, and mode 2 is kill the displayed window and display new.; SourceSmartDisplay.ipf:547

Function f_for3d(): Notes## 01 Special FFT Usage: call f_for3d() from Igor procedure code or the command line. Code behavior: performs Fourier-transform or inverse-transform operations. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf_for3d(), FTguassianremover().; SourceSmart_3D_Viewer_New.ipf:2181

Function f_for3dmulti(name): name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes#2 FFT by name Usage: call as f_for3dmulti(name). Code behavior: performs Fourier-transform or inverse-transform operations. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf_for3d(). Update log: 08/23/2023: (5) New FFT function, that do magnitude FFT by a give name f_for3dmulti(name).; SourceSmart_3D_Viewer_New.ipf:3625

Function ff3dp(name): Usagecall as ff3dp(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf13dp(), twoDinterpolatexyFFT3dp().; SourceSmart_3D_Viewer_New.ipf:8278

Function ff3dpls(name, sel): Usagecall as ff3dpls(name, sel).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf13dpls(), twoDinterpolatexyFFT3dpls().; SourceSmart_3D_Viewer_New.ipf:9213

Function ff_3dplot(name): Usagecall as ff_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes#0_2 PreFFT: Main Purpose: displays waves, images, contours, or graph overlays. Code behavior: performs Fourier-transform or inverse-transform operations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf1(), twoDinterpolatexyFFT_3dplot().; SourceSmart_3D_Viewer_New.ipf:4516

Function ff_3dplotn(name): Usagecall as ff_3dplotn(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes#2_04_01 Extract Shearing: Main called Interoplate FFT without display Purpose: displays waves, images, contours, or graph overlays. Code behavior: performs Fourier-transform or inverse-transform operations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf1(), twoDinterpolatexyFFT_3dplotn().; SourceSmart_3D_Viewer_New.ipf:5436

Function findendpp(mat, angle, Zn, addY): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 03 Determine the Last P for assignment loop Usage: call as findendpp(mat, angle, Zn, addY). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:1827

Function findendppf(mat, angle, Zn, addY): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 03 Determine the Last P for assignment loop Usage: call as findendppf(mat, angle, Zn, addY). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:6822

Function findendqq(mat, angle, Zn, addX): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 03 Determine the Last Q for assignment loop Usage: call as findendqq(mat, angle, Zn, addX). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:2079

Function findendqqf(mat, angle, Zn, addX): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 03 Determine the Last Q for assignment loop Usage: call as findendqqf(mat, angle, Zn, addX). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:7090

Function findstartpp(mat, angle, Zn, addY): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 Determine the First P for assignment loop Usage: call as findstartpp(mat, angle, Zn, addY). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:1782

Function findstartppf(mat, angle, Zn, addY): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 Determine the First P for assignment loop Usage: call as findstartppf(mat, angle, Zn, addY). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:6777

Function findstartqq(mat, angle, Zn, addX): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 Determine the First Q for assignment loop Usage: call as findstartqq(mat, angle, Zn, addX). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:2035

Function findstartqqf(mat, angle, Zn, addX): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 Determine the First Q for assignment loop Usage: call as findstartqqf(mat, angle, Zn, addX). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:7046

Function FTgremover_3dploty(name, sigma): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as FTgremover_3dploty(name, sigma).; name [string]: Name or reference of the source wave/matrix being processed.; sigma [variable]: Width or sigma parameter for smoothing, fitting, or Fourier filtering.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Gauss1D().; SourceSmart_3D_Viewer_New.ipf:1219

Function/S getall2dwaveongraph(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall getall2dwaveongraph() from Igor procedure code or the command line.; NotesString-returning helper for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: waveDims(). Update log: 01/22/2024: Added getall2dwaveongraph(), which can return the 2D wave name on the top graph, use this function correct the get A and get B of FFT engineer. Added LF to move Q modes.; SourceFFT.ipf:2418

Function gethistgram(): Usagecall gethistgram() from Igor procedure code or the command line.; NotesProcedure for Auto Histogram Purpose: extracts values, metadata, cursor information, or derived waves. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), median(), dichis(). Update log: 08/11-03/2023: Added Auto Histogram Conshist(), the single function is gethistgram().; SourceSmartDisplay.ipf:2156

Function gethistgram_np(): Usagecall gethistgram_np() from Igor procedure code or the command line.; NotesEnd continuely histogram parameters Purpose: extracts values, metadata, cursor information, or derived waves. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), median().; SourceSmartDisplay.ipf:2362

Function gethistgram_npcolor(name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as gethistgram_npcolor(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesUtility function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: median().; SourceSmartDisplay.ipf:756

Function gethistgramcons(binnum, coverratio): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as gethistgramcons(binnum, coverratio).; binnum [variable]: > 100 to 1000; coverratio [variable]: (0,1]; NotesUtility function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; extracts image/wave statistics. Main internal calls: tpw(), median().; SourceSmartDisplay.ipf:2266

Function gethistgramhowmanysigma(aa): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as gethistgramhowmanysigma(aa).; aa [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), median().; SourceSmartDisplay.ipf:2302

Function getpeakfromwaterfall(left, right, ss): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getpeakfromwaterfall(left, right, ss).; left [variable]: Used in: CurveFit/Q/N=2/W=2 gauss, matusew(left,right)/D=$ddd; right [variable]: Used in: CurveFit/Q/N=2/W=2 gauss, matusew(left,right)/D=$ddd; ss [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: matusew().; SourceMiscellaneous_Codes.ipf:10865

Function getpeakfromwaterfall2(left, right, ss): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getpeakfromwaterfall2(left, right, ss).; left [variable]: Used in: CurveFit/Q/N=2/W=2 gauss, matusew(left,right)/D=$ddd; right [variable]: Used in: CurveFit/Q/N=2/W=2 gauss, matusew(left,right)/D=$ddd; ss [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: matusew(), ckfig().; SourceMiscellaneous_Codes.ipf:10914

Function getratiohis(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall getratiohis() from Igor procedure code or the command line.; NotesUtility function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), median().; SourceSmartDisplay.ipf:2328

Function getslicerDataf(name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Makegraphtable().; name [string]: Name or reference of the source wave/matrix being processed.; NotesUtility function for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; reshapes existing waves; assigns Igor axis scaling/units to the output; creates, switches, or removes Igor data folders.; SourceMiscellaneous_Codes.ipf:9781

Function/S grabtable(name): Usagecall as grabtable(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; Notesreturn the table name of the selected data if the data with the name exist, and did not on a display, the data will be displayed and return the name of the newest window. Main internal calls: ed(). Update log: 07/20/2023: Added grabtable() which can get the table name of a specific wave, different from grabwin() which can only count the first element at the fig, the grabtable() search among all the element at a fig.; SourceSmartDisplay.ipf:867

Function/S grabtablenonew(name): Usagecall as grabtablenonew(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesString-returning helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceMultipeakforLinecut.ipf:1757

Function/S grabwin(name): Usagecall as grabwin(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; Notesreturn the win name of the selected data if the data with the name exist, and did not on a display, the data will be displayed and return the name of the newest window. Main internal calls: di(). Update log: 08/23/2023: (3) New Grabwin function grabwinchild(nameofwave(name)) for subwindow, this will only check the wave appear at a subwindow, if the wave also displayed in a main graph, this function will ignore that, for that case please use grabwin(nameofwave(name)) and related variants. 07/20/2023: Added grabtable() which can get the table name of a specific wave, different from grabwin() which can only count the first element at the fig, the grabtable() search among all the element at a fig.; SourceSmartDisplay.ipf:806

Function/S grabwin2(name): Usagecall as grabwin2(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesString-returning helper for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: di2().; SourceSmartDisplay.ipf:832

Function/S grabwinchild(name): name [string]: Name or reference of the source wave/matrix being processed.; Notes#3 Grab chidwindowname of a 2D wave Usage: call as grabwinchild(name). Main internal calls: childWindowList(). Update log: 08/23/2023: (3) New Grabwin function grabwinchild(nameofwave(name)) for subwindow, this will only check the wave appear at a subwindow, if the wave also displayed in a main graph, this function will ignore that, for that case please use grabwin(nameofwave(name)) and related variants.; SourceSmart_3D_Viewer_New.ipf:3635

Function/S grabwinchild2(name): Usagecall as grabwinchild2(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesString-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: childWindowList().; SourceSmart_3D_Viewer_New.ipf:9581

Function/S grabwinnonew(name): name [string]: Name or reference of the source wave/matrix being processed.; Notes## 03 Special Grabwindown with open new Usage: call as grabwinnonew(name). Update log: 08/17/2023: New functions mounted, Normalinecut(name) to normalize 2D linecut along x direction. sumoned(dest,orin,zn) to calculate averaged Z curve from a 3D matrix. grabwinnonew(name) can grab the winname of a wave without display a new window.; SourceSmart_3D_Viewer_New.ipf:2307

Function/T graphlistinlayout(name): Usagecall as graphlistinlayout(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for graph display, formatting, or window management. Main internal calls: layoutinfo(), str2num().; SourceSmartDisplay.ipf:156

Function KillAllGraphs(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall KillAllGraphs() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:613

Function killgraphonlyhavethewave(dest): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as killgraphonlyhavethewave(dest).; dest [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: listMatch(), Killsinglewindow().; SourceSmartDisplay.ipf:464

Function killgraphonlyhavethewavetable(dest): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as killgraphonlyhavethewavetable(dest).; dest [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: listMatch(), Killsinglewindow().; SourceSmartDisplay.ipf:553

Function Killsinglewindow(name) //kill window of a specific name: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as Killsinglewindow(name).; name [string]: window name; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:484

Function KP_EnsureNewColorTables(): Usagecall KP_EnsureNewColorTables() from Igor procedure code or the command line.; NotesPublic entry point used by Kong_Igor_panel(). It restores the color waves that were embedded in the old template experiment. Code behavior: creates, switches, or removes Igor data folders. Main internal calls: KP_HaveNewColorTables(), SpecialDirPath(), KP_LoadNewColorTablesFrom().; SourceKP_ColorTables.ipf:10

Function levelimage2(name, sel): Usagecall as levelimage2(name, sel).; name [string]: Name or reference of the source wave/matrix being processed.; sel [variable]: Used in: CurveFit/Q/W=0 Poly sel, figpara1D /D = figpara1Dfit; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:2487

Function levelimage2_2D(name, sel): Usagecall as levelimage2_2D(name, sel).; name [string]: Name or reference of the source wave/matrix being processed.; sel [variable]: Used in: CurveFit/Q/W=0 poly2D sel, name/D = destfitw; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:2473

Function linenorm2pongraph(p1, p2): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as linenorm2pongraph(p1, p2).; p1 [variable]: Start point, index, or coordinate for the selected range.; p2 [variable]: End point, index, or coordinate for the selected range.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: linenorm2pf().; SourceMiscellaneous_Codes.ipf:10991

Function Lineprofilefromcircle(): Notes#3_07 Extract line profile by Circular Mode {Note: this function will be called every time cursor moves} Usage: call Lineprofilefromcircle() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), tpw(), autoremovejump1D(), lsize(), rgb().; SourceSmartDisplay.ipf:3410

Function Lineprofilefromcircle3d(): Notes#3_07 Extract line profile by Circular Mode {Note: this function will be called every time cursor moves} Usage: call Lineprofilefromcircle3d() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), grabwin(), lsize(), rgb(), mode().; SourceSmart_3D_Viewer_New.ipf:3273

Function Lineprofilefromcircle3df(): Notes#3_07 Extract line profile by Circular Mode {Note: this function will be called every time cursor moves} Usage: call Lineprofilefromcircle3df() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), lsize(), rgb(), mode(), lstyle().; SourceSmart_3D_Viewer_New.ipf:8088

Function LoadGraph(): Purposerebuilds a saved graph from stored recreation/procedure text.; Usagecall LoadGraph() from Igor procedure code or the command line.; NotesUtility function for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; writes or exports data; creates, switches, or removes Igor data folders. Main internal calls: GetScrapText(), RemoveSingleQuote(), RebuildAppendCmd().; Sourcetransfergraph.ipf:44

Function make_movie(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall make_movie() from Igor procedure code or the command line.; NotesUtility function for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: frameRate = Enter the desired frame rate (1-60):. Code behavior: cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: elseif(), do_movie_maker_image().; SourcePierre's Template.ipf:36563

Function makechunkdatatamap(name2, size1, threshold): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makechunkdatatamap(name2, size1, threshold).; name2 [string]: String name used to locate an Igor wave, graph, folder, or output object.; size1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; threshold [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: FFTranglemap2(), SWFFTgettwistangle(), di(), margin().; SourceTriangle Lattice_Graphene_like.ipf:271

Function makelayoutforhis(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall makelayoutforhis() from Igor procedure code or the command line.; NotesUtility function for linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: dpfig_pf().; SourceMultipeakforLinecut.ipf:1554

Function makevectorfield(name, amp): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makevectorfield(name, amp).; name [string]: Name of the phase map; amp [variable]: Name of the amplitude map; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: mode(), arrowMarker(), margin().; SourceSmartDisplay.ipf:4451

Function makevectorfield_shrink(name, amp): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makevectorfield_shrink(name, amp).; name [string]: Name of the phase map; amp [variable]: Name of the amplitude map; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; extracts image/wave statistics.; SourceSmartDisplay.ipf:4930

Function maxwaterfall(): Usagecall maxwaterfall() from Igor procedure code or the command line.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Update log: 08/11-02/2023: Added maxwaterfall() and minwaterfall() which can get the max and min value from a figure of waterfall traces.; SourceSmartDisplay.ipf:1868

Function minwaterfall(): Usagecall minwaterfall() from Igor procedure code or the command line.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Update log: 08/11-02/2023: Added maxwaterfall() and minwaterfall() which can get the max and min value from a figure of waterfall traces.; SourceSmartDisplay.ipf:1888

Function myCursorMovedHook(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes{{{{{{{{{{ Interactive Cursor, to get 1D sts }}}}}}}}}} Usage: call as myCursorMovedHook(s). Main internal calls: UpdateControls_3dp(), grabwinnonew(), UpdateControls_3dpf().; SourceSmart_3D_Viewer_New.ipf:243

Function myCursorMovedHook2(s): Usagecall as myCursorMovedHook2(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:335

Function myCursorMovedHook2c(s): Usagecall as myCursorMovedHook2c(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: InsertPoints(), hcsr(), vcsr().; SourceSmartDisplay.ipf:5663

Function myCursorMovedHook2Dcc(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_06 Cursor Hook Usage: call as myCursorMovedHook2Dcc(s). Main internal calls: Lineprofilefromcircle().; SourceSmartDisplay.ipf:3397

Function myCursorMovedHook2Dfdn(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_01 Cursor Hook Usage: call as myCursorMovedHook2Dfdn(s). Main internal calls: twopgetline().; SourceSmartDisplay.ipf:2899

Function myCursorMovedHook2Dfreehand(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_03 Cursor Hook Usage: call as myCursorMovedHook2Dfreehand(s). Main internal calls: UpdateControls_2df().; SourceSmartDisplay.ipf:3202

Function myCursorMovedHook3Dcc(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_06 Cursor Hook Usage: call as myCursorMovedHook3Dcc(s). Main internal calls: Lineprofilefromcircle3d(), UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:3259

Function myCursorMovedHook3Dccf(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_06 Cursor Hook Usage: call as myCursorMovedHook3Dccf(s). Main internal calls: Lineprofilefromcircle3df(), UpdateControls_3dpf1().; SourceSmart_3D_Viewer_New.ipf:8074

Function myCursorMovedHook3Dfdn(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_01 Cursor Hook Usage: call as myCursorMovedHook3Dfdn(s). Main internal calls: twopgetline3d(), UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:2600

Function myCursorMovedHook3Dfdnf(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_01 Cursor Hook Usage: call as myCursorMovedHook3Dfdnf(s). Main internal calls: twopgetline3df(), UpdateControls_3dpf1().; SourceSmart_3D_Viewer_New.ipf:7316

Function myCursorMovedHook3Dfreehand(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_03 Cursor Hook Usage: call as myCursorMovedHook3Dfreehand(s). Main internal calls: UpdateControls_3df(), UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:2967

Function myCursorMovedHook3Dfreehandf(s): s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_03 Cursor Hook Usage: call as myCursorMovedHook3Dfreehandf(s). Main internal calls: UpdateControls_3dff(), UpdateControls_3dpf1().; SourceSmart_3D_Viewer_New.ipf:7755

Function myCursorMovedHookf(s): Usagecall as myCursorMovedHookf(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Main internal calls: UpdateControls_3dpf(), UpdateControls_3dp().; SourceSmart_3D_Viewer_New.ipf:6219

Function Normalinecut(name): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as Normalinecut(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Update log: 08/17/2023: New functions mounted, Normalinecut(name) to normalize 2D linecut along x direction. sumoned(dest,orin,zn) to calculate averaged Z curve from a 3D matrix.; SourceSmart_3D_Viewer_New.ipf:1561

Function NormalinecutX(name): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as NormalinecutX(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourceSmart_3D_Viewer_New.ipf:1598

Function NormalinecutY(name): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as NormalinecutY(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourceSmart_3D_Viewer_New.ipf:1619

Function/S RebuildAppendCmd(cmd): Purposerebuilds Igor append commands so saved graph traces point to the current waves.; Usagecall as RebuildAppendCmd(cmd).; cmd [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesString-returning helper for graph display, formatting, or window management.; Sourcetransfergraph.ipf:94

Function recalindicativeline(): Usagecall recalindicativeline() from Igor procedure code or the command line.; Notes#5 update indicative lines Purpose: displays waves, images, contours, or graph overlays. Main internal calls: tpw().; SourceSmartDisplay.ipf:2819

Function removeappendimage(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall removeappendimage() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls. Main internal calls: stringmatch(), elseif(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:9967

Function/S RemoveSingleQuote(s0): Purposeremoves quote characters from a stored graph command string before execution.; Usagecall as RemoveSingleQuote(s0).; s0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesString-returning helper for graph display, formatting, or window management.; Sourcetransfergraph.ipf:85

Function revoverongraph(): Usagecall revoverongraph() from Igor procedure code or the command line.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceSmartDisplay.ipf:1328

Function SaveGraph2(): Purposecaptures a graph recreation command so the graph can be rebuilt later.; Usagecall SaveGraph2() from Igor procedure code or the command line.; NotesUtility function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: WinRecreation(), SetWaveNameinProcText().; Sourcetransfergraph.ipf:4

Function savexypairbycursor(): Purposesaves, exports, or converts data between files and Igor waves.; Usagecall savexypairbycursor() from Igor procedure code or the command line.; NotesUtility function for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: hook().; SourceSmartDisplay.ipf:5655

Function shrinkvf(steps): steps [variable]: Step size or energy/voltage increment used by the calculation.; NotesMake vector field plot with shrinked dimsize, steps is a int Usage: call as shrinkvf(steps). Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: shrinkmatrixbysteps(), makevectorfield_shrink().; SourceSmartDisplay.ipf:4898

Function smoothallthegraph(ss): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as smoothallthegraph(ss).; ss [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: smooths wave data.; SourceSmartDisplay.ipf:1300

Function sumoned(dest, orin, zn): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as sumoned(dest, orin, zn).; dest [variable]: Output name; orin [variable]: Input 3D matrix; zn [variable]: Index of your interesting dimension that keep in the end.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), mean(). Update log: 10/03/2023: (7) Upgrade the sumoned() function for sum over the Grid to get average 1D wave.; SourceSmart_3D_Viewer_New.ipf:2342

Function/S tpw(): Notesname = stringfromlist(0,WaveList("*", ";","WIN:"+winname(0,1))) Return name end New Version with getwindow function Usage: call tpw() from Igor procedure code or the command line. Update log: 08/23/2023: (1) updated tpw() in order to read out active subwindow. 08/12/2023: Introduce tpw() to Peng's Curvature. Added Error saving syntax to 2D_GCB.; SourceSmartDisplay.ipf:636

Function twopgetline(): Notes#3_02 Hook Called: Extract Line profile from two points {Note: this function will be called every time cursor moves} Usage: call twopgetline() from Igor procedure code or the command line. Main internal calls: pcsr(), qcsr(), twopgetlinex(), twopgetliney().; SourceSmartDisplay.ipf:2912

Function twopgetline3d(): Notes#3_02 Hook Called: Extract Line profile from two points {Note: this function will be called every time cursor moves} Usage: call twopgetline3d() from Igor procedure code or the command line. Main internal calls: pcsr(), qcsr(), twopgetline3dx(), twopgetline3dy(), Normalinecut(), FFTL2_3dplot().; SourceSmart_3D_Viewer_New.ipf:2614

Function twopgetline3df(): Notes#3_02 Hook Called: Extract Line profile from two points {Note: this function will be called every time cursor moves} Usage: call twopgetline3df() from Igor procedure code or the command line. Main internal calls: pcsr(), qcsr(), twopgetline3dxf(), twopgetline3dyf().; SourceSmart_3D_Viewer_New.ipf:7346

Function twopgetline3dx(): Usagecall twopgetline3dx() from Igor procedure code or the command line.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: qcsr(), pcsr(), grabwinnonew(), lsize(), rgb(), mode().; SourceSmart_3D_Viewer_New.ipf:2649

Function twopgetline3dxf(): Usagecall twopgetline3dxf() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: qcsr(), pcsr(), lsize(), rgb(), mode(), lstyle().; SourceSmart_3D_Viewer_New.ipf:7356

Function twopgetline3dy(): Usagecall twopgetline3dy() from Igor procedure code or the command line.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), grabwinnonew(), lsize(), rgb(), mode().; SourceSmart_3D_Viewer_New.ipf:2807

Function twopgetline3dyf(): Usagecall twopgetline3dyf() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), lsize(), rgb(), mode(), lstyle().; SourceSmart_3D_Viewer_New.ipf:7549

Function twopgetlinex(): Usagecall twopgetlinex() from Igor procedure code or the command line.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: qcsr(), pcsr(), tpw(), autoremovejump1D(), lsize(), rgb().; SourceSmartDisplay.ipf:2922

Function twopgetliney(): Usagecall twopgetliney() from Igor procedure code or the command line.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), qcsr(), tpw(), autoremovejump1D(), lsize(), rgb().; SourceSmartDisplay.ipf:3062

Function UpdateControls_2df(traceName, cursorName, pointNumber, yPointNumber): Usagecall as UpdateControls_2df(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; Notes#3_04 Extract line profile by free hand draw {Note: this function will be called every time cursor moves} Purpose: updates parameters, controls, scales, or display state. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tpw(), lsize(), rgb(), mode(), lstyle(), mrkThick().; SourceSmartDisplay.ipf:3218

Function UpdateControls_3df(traceName, cursorName, pointNumber, yPointNumber): Usagecall as UpdateControls_3df(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; Notes#3_04 Extract line profile by free hand draw {Note: this function will be called every time cursor moves} Purpose: updates parameters, controls, scales, or display state. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: grabwinnonew(), lsize(), rgb(), mode(), lstyle(), mrkThick().; SourceSmart_3D_Viewer_New.ipf:2984

Function UpdateControls_3dff(traceName, cursorName, pointNumber, yPointNumber): Usagecall as UpdateControls_3dff(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; Notes#3_04 Extract line profile by free hand draw {Note: this function will be called every time cursor moves} Purpose: updates parameters, controls, scales, or display state. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: lsize(), rgb(), mode(), lstyle(), mrkThick(), useMrkStrokeRGB().; SourceSmart_3D_Viewer_New.ipf:7772

Function UpdateControls_3dp(traceName, cursorName, pointNumber, yPointNumber): Purposeupdates parameters, controls, scales, or display state.; Usagecall as UpdateControls_3dp(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: getsinglests(), grabwinnonew(), grabwin_sfft().; SourceSmart_3D_Viewer_New.ipf:268

Function UpdateControls_3dpf(traceName, cursorName, pointNumber, yPointNumber): Purposeupdates parameters, controls, scales, or display state.; Usagecall as UpdateControls_3dpf(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Main internal calls: getsinglestsf(), grabwinnonew(), grabwin().; SourceSmart_3D_Viewer_New.ipf:6232

Function UpdateControls_3dpf1(traceName, cursorName, pointNumber, yPointNumber): Purposeupdates parameters, controls, scales, or display state.; Usagecall as UpdateControls_3dpf1(traceName, cursorName, pointNumber, yPointNumber).; traceName [wave]: Igor wave or matrix input consumed by the calculation.; cursorName [string]: String name used to locate an Igor wave, graph, folder, or output object.; pointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; yPointNumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: getsinglests().; SourceSmart_3D_Viewer_New.ipf:7328

Function wind1uniformity(w, x) : FitFunc: w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_09 Fit Function for perfect Winding number 1 Polar plot Usage: call as wind1uniformity(w, x).; SourceSmartDisplay.ipf:3756

Internal/static helpers (2)

KP_HaveNewColorTables KP_LoadNewColorTablesFrom

Static Function KP_HaveNewColorTables(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall KP_HaveNewColorTables() from Igor procedure code or the command line.; NotesInternal helper function for graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceKP_ColorTables.ipf:38

Static Function KP_LoadNewColorTablesFrom(folderPath): Usagecall as KP_LoadNewColorTablesFrom(folderPath).; folderPath [datafolder]: File-system path or data-folder string used for loading or saving data.; NotesInternal helper function for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: KP_HaveNewColorTables().; SourceKP_ColorTables.ipf:50

FFT, QPI, Fourier Filters, Phase, and Lock-In

Panel callbacks and control handlers (67)

Button_Help_FFT_filter Button_Help_FFT_list ButtonFFTfilterdata ButtonProc_2dlockinmulti ButtonProc_2dlockinmultifft ButtonProc_allqpi ButtonProc_allqpir ButtonProc_appendQPIESimu_getGMcut ButtonProc_Complextoreal ButtonProc_Const2dfilter ButtonProc_Const2dlockin ButtonProc_Constofftheset ButtonProc_Correct2Dlockinampcoutc ButtonProc_Correct2DlockinampcoutInd ButtonProc_DBD_PRQPI ButtonProc_determineqbyphase ButtonProc_determineqbyphase2 ButtonProc_doampfftforphase ButtonProc_ffc ButtonProc_FFTapply_3dplot ButtonProc_FFTlist ButtonProc_FFTpro ButtonProc_FFTr ButtonProc_FFTstripesimulationc ButtonProc_findpolarizationc ButtonProc_Fmqfft ButtonProc_Fmqfftnormal ButtonProc_FTc ButtonProc_FTclp ButtonProc_FTlinecutc ButtonProc_GpAarea ButtonProc_GPAc ButtonProc_GPAc3dp ButtonProc_GPAc3dpls ButtonProc_GpBarea ButtonProc_GpBc ButtonProc_GpBc3dp ButtonProc_GpBc3dpls ButtonProc_GPc ButtonProc_linecutFFT ButtonProc_linecutFFT2 ButtonProc_mulQPI ButtonProc_mulQPIr ButtonProc_multi4fold ButtonProc_PhaseMap ButtonProc_PhaseMapcorrectbd ButtonProc_pickupPA ButtonProc_pickupPB ButtonProc_QPIESimu_getGMcut ButtonProc_saveA_refineQ ButtonProc_saveB_refineQ ButtonProc_SumlayerFFT3Dc ButtonProc_SumlayerFFT3Dc2 ButtonProc_t2dlockin ButtonProc_t2dlockinandFilter PopMenuProc_FFTmarquearea_3dplot PopMenuProc_FFTmode_3dplot PopMenuProc_FFTwin_3dplot SetVarProc_Cons3dplotPRQPI SetVarProc_Const2dfilter SetVarProc_Const2dfilterlp SetVarProc_FTlinecutcons SetVarProc_FTlinecutcons1D SetVarProc_lsnormfftq SetVarProc_NbSe2simu SetVarProc_PRQPI_setcolorratio SetVarProc_qpirangeFFTcolor

Function Button_Help_FFT_filter(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs Help_FFT_filter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9867

Function Button_Help_FFT_list(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs Help_FFT_list().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?, ?; NotesPanel callback/helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9716

Function ButtonFFTfilterdata(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs FFTfilterdata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFFT filter, FFT filter; NotesPanel callback/helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): FFT filter.; SourcePierre's Template.ipf:622

Function ButtonProc_2dlockinmulti(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D lock-in; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 2D lock-in.; SourceSmart_3D_Viewer_New.ipf:8492

Function ButtonProc_2dlockinmultifft(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ffc3dp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelM-lockin; Notes{{{{{{{{{{ Multiple 2D-lock-in }}}}}}}}}} Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): M-lockin.; SourceSmart_3D_Viewer_New.ipf:8254

Function ButtonProc_allqpi(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes2. The next we do Interp Filter on Modula of FFT. 3. We do C4 symmetrization on Dxy-ed data.; SourceMiscellaneous_Codes.ipf:4386

Function ButtonProc_allqpir(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes2. The next we do Interp Filter on Modula of FFT. 3. We do C4 symmetrization on Dxy-ed data.; SourceMiscellaneous_Codes.ipf:3615

Function ButtonProc_appendQPIESimu_getGMcut(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAppend QPI; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Append QPI. Code behavior: duplicates or stages waves for downstream processing.; SourceModels.ipf:13461

Function ButtonProc_Complextoreal(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Complextoreal().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCmplx2Rl; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): Cmplx2Rl.; SourceFFT.ipf:571

Function ButtonProc_Const2dfilter(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Const2dfilter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesInteractive procedure for FFT filter Purpose: performs Fourier, filtering, phase, or lock-in processing.; SourceFFT.ipf:1761

Function ButtonProc_Const2dlockin(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Const2dlockin().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Notescontinuely tuning 2D-lock-in avedia Purpose: performs Fourier, filtering, phase, or lock-in processing.; SourceLawler-Fujita Drift Correction.ipf:1852

Function ButtonProc_Constofftheset(ctrlName) : ButtonControl//"Special": Usagetriggered as a wrapper that opens/runs offtheset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOffset The; NotesEnd of Analyse two compositions of a topograph Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Offset The.; SourceMiscellaneous_Codes.ipf:6000

Function ButtonProc_Correct2Dlockinampcoutc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Correct2Dlockinampcout().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCorrect Amp; NotesMoving window reference Convert 2D lock-in amp to be absolute Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Correct Amp.; SourceLawler-Fujita Drift Correction.ipf:2914

Function ButtonProc_Correct2DlockinampcoutInd(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs Correct2Dlockinampc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCr; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Cr.; SourceLawler-Fujita Drift Correction.ipf:2951

Function ButtonProc_DBD_PRQPI(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDo it; Notes$ Defect bound state Phase referenced QPI to extract $ superconducting pair phase $ Ref. Phys. Rev. B 99,014507 (2019) & references therein ############################################################## Panel control(s): Do it.; SourcePR_QPI.ipf:9

Function ButtonProc_determineqbyphase(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs determineqbyphasec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRefine Q, Refine Q; NotesRefine Q vector Ref: https://www.nature.com/articles/s41467-024-48047-0 Minimize the slope of phase map. Panel control(s): Refine Q.; SourceFFT.ipf:2442

Function ButtonProc_determineqbyphase2(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs determineqbyphasec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRefine Q; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Refine Q.; SourceFFT.ipf:2446

Function ButtonProc_doampfftforphase(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs doampfftforphase().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPreFFT; NotesPre procedure, to make amplitude FFT Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): PreFFT.; SourceMap_the_phase_difference_between_two_image.ipf:63

Function ButtonProc_ffc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ffc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLaunch; Notes(3) Do real inverse FFT IFFT/DEST=$nameffti namefftw; This will give a filtered Matrix which is dimsize($nameffti,0) = 3*dimsize(name,0), dimsize($nameffti,1) = 3*dimsize(name,1) (4) Select the [dimsize(name,0),dimsize(name,1)] data points to be the final outp Panel control(s): Launch.; SourceFFT.ipf:1192

Function ButtonProc_FFTapply_3dplot(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelApply; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Apply. Main internal calls: DoFFT_3dplot(), DoFFT_3dplot_marquee().; SourceSmart_3D_Viewer_New.ipf:5597

Function ButtonProc_FFTlist(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs FFTlist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFFT list, FFT list, FFT list; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): FFT list.; SourcePierre's Template.ipf:1253

Function ButtonProc_FFTpro(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs FFTpro().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction.; SourceFFT.ipf:3

Function ButtonProc_FFTr(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FFTrc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFFT; NotesNormal FFT for arbitary data points and all value is positive 1. Convert the wave to be complex wave "cvtcmplx(name)" 2. Do complex FFT to this converted wave, it will get a full sized FFT image 3. use Complextorealf() to convert the complex wave back magnitud Purpose: performs Fourier, filtering, phase, or lock-in processing.; SourceFFT.ipf:939

Function ButtonProc_FFTstripesimulationc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FFTstripesimulationc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelStripe@FFT; NotesSimulation of stripes features on FFT image Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Stripe@FFT.; SourceModels.ipf:13491

Function ButtonProc_findpolarizationc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs findpolarizationc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCalculate Pplarization; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): Calculate Pplarization.; SourceMap_the_phase_difference_between_two_image.ipf:4

Function ButtonProc_Fmqfft(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs Frommarqueegetsubmatrixsc2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMarqueed Area; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Marqueed Area.; SourceFFT.ipf:967

Function ButtonProc_Fmqfftnormal(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNormal; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Panel control(s): Normal. Main internal calls: FFTrls2(), tpw().; SourceFFT.ipf:958

Function ButtonProc_FTc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FTc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQC4; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): QC4.; SourceFFT.ipf:1521

Function ButtonProc_FTclp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FTclp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLP; Notes2D low pass filter locked (0,0) Panel control(s): LP.; SourceFFT.ipf:2219

Function ButtonProc_FTlinecutc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FTlinecutc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelY; Notes1D FFT filter for linecut, This is useful for Y linecut Update 09/16/23: added 1D wave filter, the procedure can recongnize it automatically but you need to input the avedia by your self. Panel control(s): Y.; SourceFFT.ipf:1925

Function ButtonProc_GpAarea(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes#01_01 Grab Marquee [Q1] Usage: called automatically by Igor when the linked panel control changes. Code behavior: creates output waves. Main internal calls: grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:4604

Function ButtonProc_GPAc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpac().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet A, Get A, getA; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): Get A, getA.; SourceFFT.ipf:1397

Function ButtonProc_GPAc3dp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpac3dp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet A; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Get A.; SourceSmart_3D_Viewer_New.ipf:8379

Function ButtonProc_GPAc3dpls(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpac3dpls().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet A; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Get A.; SourceSmart_3D_Viewer_New.ipf:9325

Function ButtonProc_GpBarea(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes#01_02 Grab Marquee [Q2] Usage: called automatically by Igor when the linked panel control changes. Code behavior: creates output waves. Main internal calls: grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:4638

Function ButtonProc_GpBc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpbc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelgetB; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Panel control(s): getB.; SourceFFT.ipf:1463

Function ButtonProc_GpBc3dp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpbc3dp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceSmart_3D_Viewer_New.ipf:8435

Function ButtonProc_GpBc3dpls(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpbc3dpls().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceSmart_3D_Viewer_New.ipf:9390

Function ButtonProc_GPc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet Peak / 2D Gaussian; NotesEnd FFT Filter Panel control(s): Get Peak / 2D Gaussian.; SourceFFT.ipf:1704

Function ButtonProc_linecutFFT(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FFTL2c().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLine@2D(2); NotesDO 1D FFT (x) to a linecut Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Line@2D(2).; SourceFFT.ipf:785

Function ButtonProc_linecutFFT2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linecutFFT().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel(1); NotesFollowing is a home made old version This do slice by slice, faster but only have half Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): (1).; SourceFFT.ipf:830

Function ButtonProc_mulQPI(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesLabel left "ky (Å)" Label bottom "kx (Å)" ModifyImage $final ctab= {*,*,ColdWarm,0} end Usage: triggered as a wrapper that opens/runs haha().; SourceMiscellaneous_Codes.ipf:4333

Function ButtonProc_mulQPIr(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs hahar().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction.; SourceMiscellaneous_Codes.ipf:3567

Function ButtonProc_multi4fold(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notesto suppress vertical brightness: fft4foldsym*=1-abs((x+y)^2/4-(x-y)^2/4) e.g. FFTpro("data",1,80,15,4.2,29.283) C4symFFT("datafftsym15",15,29.283) Usage: triggered as a wrapper that opens/runs multi4fold().; SourceFFT.ipf:217

Function ButtonProc_PhaseMap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs PhaseMap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPhase DIF of 2; NotesMain Procedure Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Phase DIF of 2.; SourceMap_the_phase_difference_between_two_image.ipf:243

Function ButtonProc_PhaseMapcorrectbd(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs correctboundPhMapc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFixBnd; NotesThis procedure used to fix the stripe artifact introduced by the movewindow Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): FixBnd.; SourceMap_the_phase_difference_between_two_image.ipf:507

Function ButtonProc_pickupPA(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs pickupPA().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelgetA; NotesPre procedure, to pick up the coordinate of FFT peak A Panel control(s): getA.; SourceMap_the_phase_difference_between_two_image.ipf:127

Function ButtonProc_pickupPB(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs pickupPB().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelgetB; NotesPre procedure, to pick up the coordinate of FFT peak B Panel control(s): getB.; SourceMap_the_phase_difference_between_two_image.ipf:181

Function ButtonProc_QPIESimu_getGMcut(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQPI(G-X); NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): QPI(G-X). Main internal calls: QPIESimu_getGMcut().; SourceModels.ipf:13298

Function ButtonProc_saveA_refineQ(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSave A; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis. Panel control(s): Save A. Main internal calls: saveA_refineQ().; SourceFFT.ipf:2464

Function ButtonProc_saveB_refineQ(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSave B; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis. Panel control(s): Save B. Main internal calls: saveB_refineQ().; SourceFFT.ipf:2491

Function ButtonProc_SumlayerFFT3Dc(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSum(E); NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Sum(E).; SourceSmart_3D_Viewer_New.ipf:10291

Function ButtonProc_SumlayerFFT3Dc2(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIt3/2; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): It3/2.; SourceSmart_3D_Viewer_New.ipf:10270

Function ButtonProc_t2dlockin(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs t2dlockin().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOld; NotesThe procedure for 2D lock-in technique Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): Old.; SourceLawler-Fujita Drift Correction.ipf:1428

Function ButtonProc_t2dlockinandFilter(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs t2dlockinandFilter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D lock-in, 2D lock-in, Lckin/Ftd; NotesThe procedure for New 2D lock-in and Filter together Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): 2D lock-in, Lckin/Ftd.; SourceLawler-Fujita Drift Correction.ipf:2229

Function PopMenuProc_FFTmarquearea_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelFFTmarque; Notes{{{{{{{{{{ MultiFunctional FFT with in a Marquee }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): FFTmarque. Main internal calls: DoFFT_3dplot(), DoFFT_3dplot_marquee().; SourceSmart_3D_Viewer_New.ipf:9615

Function PopMenuProc_FFTmode_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelFFTMode; Notes{{{{{{{{{{ Here is the start of 3D FFT player }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): FFTMode. Main internal calls: DoFFT_3dplot(), DoFFT_3dplot_marquee().; SourceSmart_3D_Viewer_New.ipf:5535

Function PopMenuProc_FFTwin_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: DoFFT_3dplot(), DoFFT_3dplot_marquee().; SourceSmart_3D_Viewer_New.ipf:5575

Function SetVarProc_Cons3dplotPRQPI(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; Notes## Control Z slice Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Z. Main internal calls: colorPRQPI().; SourcePR_QPI.ipf:165

Function SetVarProc_Const2dfilter(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(Filter_r); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): FWHM(Filter_r).; SourceFFT.ipf:1777

Function SetVarProc_Const2dfilterlp(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelN(x); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): N(x).; SourceFFT.ipf:2335

Function SetVarProc_FTlinecutcons(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM, q0; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): FWHM, q0. Main internal calls: FTlinecutcons().; SourceFFT.ipf:2024

Function SetVarProc_FTlinecutcons1D(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: FTlinecutcons1d().; SourceFFT.ipf:2112

Function SetVarProc_lsnormfftq(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelNormFFT; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal. Panel control(s): NormFFT. Code behavior: creates output waves.; SourceLattice Segregation.ipf:926

Function SetVarProc_NbSe2simu(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Paneltheta, a_{0} (Å), C1 phase shift of Q_{1} (2π/3), C2 phase shift of Q_{2} (2π/3), C3 phase shift of Q_{3} (2π/3); NotesPanel set-variable callback in Models.ipf. Panel control(s): theta, a_{0} (Å), C1 phase shift of Q_{1} (2π/3), C2 phase shift of Q_{2} (2π/3), C3 phase shift of Q_{3} (2π/3). Main internal calls: simuCDW().; SourceModels.ipf:13697

Function SetVarProc_PRQPI_setcolorratio(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ; Notes## Control Color range Panel control(s): σ. Main internal calls: colorPRQPI().; SourcePR_QPI.ipf:152

Function SetVarProc_qpirangeFFTcolor(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): σ. Main internal calls: color3s_for3dinvqpirange().; SourceModels.ipf:12294

Interactive procedures and macros (50)

Proc allqpi2(name, number, lattice, angle, point, dis, energy): Usagerun from Igor with parameters name, number, lattice, angle, point, dis, energy.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; energy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: FFTpro2(), C4symFFT2(), D2symetric2(), twoDinterpolate2().; SourceMiscellaneous_Codes.ipf:4410

Proc allqpi2r(name, number, lattice, angle, point, dis): Usagerun from Igor with parameters name, number, lattice, angle, point, dis.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: FFTpro2r(), C4symFFT2r(), rot2d_pim(), D2symetric2r(), Nan0(), twoDinterpolate2r().; SourceMiscellaneous_Codes.ipf:3638

Proc allqpihaha(name, number, lattice, angle, point, dis, energy): Usagerun from Igor with parameters name, number, lattice, angle, point, dis, energy.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; energy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: allqpipp(), allqpi2().; SourceMiscellaneous_Codes.ipf:4391

Proc allqpihahar(name, number, lattice, angle, point, dis): Usagerun from Igor with parameters name, number, lattice, angle, point, dis.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: allqpippr(), allqpi2r().; SourceMiscellaneous_Codes.ipf:3620

Proc allqpipp(name, number, lattice, angle, point): Usagerun from Igor with parameters name, number, lattice, angle, point.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: FFTpro2(), C4symFFT2(), D2symetric2().; SourceMiscellaneous_Codes.ipf:4616

Proc allqpippr(name, number, lattice, angle, point): Usagerun from Igor with parameters name, number, lattice, angle, point.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: FFTpro2r(), C4symFFT2r(), rot2d_pim(), D2symetric2r().; SourceMiscellaneous_Codes.ipf:3717

Proc Complextoreal(name1, select): Usagerun from Igor with parameters name1, select.; name1 [string]: Name of Complex Matrix; select [variable]: Which Mode; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name1 = Name of Complex Matrix; select = Which Mode. Code behavior: formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: tpw(), Complextorealf().; SourceFFT.ipf:575

Proc Const2dfilter(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls. Update log: 07/24/2023: Added interactive procedures Const2dfilter() for continuously tuning the window size of FFT filter. Bug fixed.; SourceFFT.ipf:1766

Proc Const2dfilterc(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Main internal calls: FTcons().; SourceFFT.ipf:1785

Proc Const2dfilterclp(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Main internal calls: FTconslp().; SourceFFT.ipf:2343

Proc Const2dfilterlp(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: grabwin().; SourceFFT.ipf:2324

Proc correctboundPhMapc(nn, ref, block): Usagerun from Igor with parameters nn, ref, block.; nn [variable]: Source wave; ref [variable]: Jump ref wave; block [variable]: width for correction; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Dialog prompts: nn = Source wave; ref = Jump ref wave; block = width for correction. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: correctboundPhMap().; SourceMap_the_phase_difference_between_two_image.ipf:511

Proc cutElarge2(name, index, point): Usagerun from Igor with parameters name, index, point.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; index [variable]: Step size or energy/voltage increment used by the calculation.; point [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: DeletePdata().; SourceFFT.ipf:768

Proc cutklarge2(name, index, point): Usagerun from Igor with parameters name, index, point.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; index [variable]: Step size or energy/voltage increment used by the calculation.; point [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Main internal calls: DeletePdata().; SourceFFT.ipf:760

Proc cvtcmplx2(data): Usagerun from Igor with parameters data.; data [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:615

Proc d3dfft(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: sumoned(), dilf(), color3s_for3dinv(), grabwin(), margin(), childWindowList().; SourceSmart_3D_Viewer_New.ipf:5925

Proc DBD_PRQPI(name, sel): Usagerun from Igor with parameters name, sel.; name [string]: 3D conductance g matrix, require Zn = 2; sel [variable]: Select Mode; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: name = 3D conductance g matrix, require Zn = 2; sel = Select Mode. Code behavior: performs Fourier-transform or inverse-transform operations; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), DBD_PRQPI_FP_w(), DBD_PRQPI_FP_wo(), DBD_PRQPI_cP_w(), DBD_PRQPI_cP_wo(), grabwin().; SourcePR_QPI.ipf:13

Proc determineqbyphasec(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback. Update-log guidance - 2024-05-09: Refines Q by calculating the median phase-gradient map while changing the Q position.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: writes or exports data; reads or updates panel controls. Main internal calls: determineqbyphase(). After clicking "Refine Q", users can inspect the gradient map, refine manually, or fit the center by 2D Gaussian and save the result to Qa/Qb.; SourceFFT.ipf:2454

Proc doampfftforphase(gapname, topname): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters gapname, topname.; gapname [string]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; topname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: twoDinterpolatexy().; SourceMap_the_phase_difference_between_two_image.ipf:68

Proc ffc(name, sel): Usagerun from Igor with parameters name, sel.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: Do you want to interpolate?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: sel = Do you want to interpolate?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), ffnointer(), ff().; SourceFFT.ipf:1196

Proc FFTfilterdata(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: funcFFTfilterdata().; SourcePierre's Template.ipf:3550

Proc FFTfiltermat(thismat): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters thismat.; thismat [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Dialog prompts: thismat = Enter the name of the matrix. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: funcFFTfilterdata().; SourcePierre's Template.ipf:3519

Proc FFTL2c(name, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, sel.; name [string]: Data Name; sel [variable]: Modes; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis. Dialog prompts: name = Data Name; sel = Modes. Code behavior: performs Fourier-transform or inverse-transform operations; asks the user for parameters through Igor prompts. Main internal calls: tpw(), FFTL2().; SourceFFT.ipf:789

Proc FFTlist(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:3532

Proc FFTpro(mat, number, start, a, theta, unit): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters mat, number, start, a, theta, unit.; mat [wave]: Name of Map Batch; number [variable]: Number of the Batch; start [variable]: Start number of Batch; a [variable]: lattice constance (A); theta [variable]: angle between lattice and x+; unit [variable]: k-space unit; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: mat = Name of Map Batch; number = Number of the Batch; start = Start number of Batch; a = lattice constance (A); theta = angle between lattice and x+; unit = k-space unit. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: FFTsymind(), di().; SourceFFT.ipf:7

Proc FFTpro2(mat, number, start, a, theta, unit): Usagerun from Igor with parameters mat, number, start, a, theta, unit.; mat [wave]: Name of Map Batch; number [variable]: Number of the Batch; start [variable]: Start number of Batch; a [variable]: lattice constance (A); theta [variable]: angle between lattice and x+; unit [variable]: k-space unit; NotesModifyGraph width={Plan,1,bottom,left} Label left "ky (Å)" Label bottom "kx (Å)" ModifyImage $final ctab= {*,*,ColdWarm,0} Purpose: performs Fourier, filtering, phase, or lock-in processing. Dialog prompts: mat = Name of Map Batch; number = Number of the Batch; start = Start number of Batch; a = lattice constance (A); theta = angle between lattice and x+; unit = k-space unit. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: FFTsymind2().; SourceMiscellaneous_Codes.ipf:4673

Proc FFTpro2r(mat, number, start, a, theta, unit): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters mat, number, start, a, theta, unit.; mat [wave]: Name of Map Batch; number [variable]: Number of the Batch; start [variable]: Start number of Batch; a [variable]: lattice constance (A); theta [variable]: angle between lattice and x+; unit [variable]: k-space unit; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: mat = Name of Map Batch; number = Number of the Batch; start = Start number of Batch; a = lattice constance (A); theta = angle between lattice and x+; unit = k-space unit. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: FFTsymind2r().; SourceMiscellaneous_Codes.ipf:3894

Proc FFTrc(name, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, sel.; name [string]: Data Name; sel [variable]: Apply Window Function?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: name = Data Name; sel = Apply Window Function?. Code behavior: reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: tpw(), FFTr().; SourceFFT.ipf:943

Proc findpolarizationc(DA, DB, TA, TB): Usagerun from Igor with parameters DA, DB, TA, TB.; DA [variable]: Name of phase Δ(QA); DB [variable]: Name of phase Δ(QB); TA [variable]: Name of phase T(QA); TB [variable]: Name of phase T(QB); NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: DA = Name of phase Δ(QA); DB = Name of phase Δ(QB); TA = Name of phase T(QA); TB = Name of phase T(QB). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: findpolarization(), ckfig_child().; SourceMap_the_phase_difference_between_two_image.ipf:8

Proc FitFDwithEffT(wname, thistemperature): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters wname, thistemperature.; wname [string]: Name of the wave:; thistemperature [variable]: Temperature (Kelvin); NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: wname = Name of the wave:; thistemperature = Temperature (Kelvin). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: xcsr(), x2pnt(), funcFitFDwithEffT(), wname().; SourcePierre's Template.ipf:22466

Proc FTc(avedia): Usagerun from Igor with parameters avedia.; avedia [variable]: The FWHM in real space (guassian window); NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: avedia = The FWHM in real space (guassian window). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: FT(), Const2dfilter().; SourceFFT.ipf:1525

Proc FTclp(avedia, ind1, ind2): Usagerun from Igor with parameters avedia, ind1, ind2.; avedia [variable]: The FWHM in real space (guassian window); ind1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ind2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: avedia = The FWHM in real space (guassian window). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), FTlp(), Const2dfilterlp().; SourceFFT.ipf:2223

Proc FTlinecutc(name, avedia, q0, ind1, ind2): Usagerun from Igor with parameters name, avedia, q0, ind1, ind2. Update-log guidance - 2023-09-13: FFT filter for linecuts along the Y direction.; name [string]: The Linecut to be filtered; avedia [variable]: Real space Gaussian window; q0 [variable]: Q0 locked (1/a); ind1 [variable]: Tip 1; ind2 [variable]: Tip 2; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: name = The Linecut to be filtered; avedia = Real space Gaussian window; q0 = Q0 locked (1/a); ind1 = Tip 1; ind2 = Tip 2. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: tpw(), waveDims(), onedpad2d(), FTlinecut1d(), mode(), marker().; SourceFFT.ipf:1929

Proc gpac(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: getall2dwaveongraph(), Gpa().; SourceFFT.ipf:1401

Proc gpac3dp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: Gpa3dp().; SourceSmart_3D_Viewer_New.ipf:8383

Proc gpac3dpls(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Main internal calls: Gpa3dpls().; SourceSmart_3D_Viewer_New.ipf:9329

Proc gpbc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: getall2dwaveongraph(), GpB().; SourceFFT.ipf:1468

Proc gpbc3dp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: GpB3dp().; SourceSmart_3D_Viewer_New.ipf:8440

Proc gpbc3dpls(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Main internal calls: GpB3dpls().; SourceSmart_3D_Viewer_New.ipf:9395

Proc gpc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis. Main internal calls: Gp(), tpw().; SourceFFT.ipf:1708

Proc linecutFFT(namedata) // input the name of the linecut: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters namedata.; namedata [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: linkstsmapfftlinecut().; SourceFFT.ipf:834

Proc multi4fold(num, name, lattice, theta): Usagerun from Igor with parameters num, name, lattice, theta.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; lattice, moire, or twist-angle simulation/analysis. Main internal calls: FFTpro(), C4symFFT().; SourceFFT.ipf:222

Proc offtheset(mat, delta, num): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters mat, delta, num.; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; delta [variable]: Step size or energy/voltage increment used by the calculation.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: offset().; SourceMiscellaneous_Codes.ipf:6004

Proc PhaseMap(name1, name2, size1, x1, y1, x2, y2): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name1, name2, size1, x1, y1, x2, y2.; name1 [string]: name of the gap map; name2 [string]: name of the topography; size1 [variable]: dimsize of the subwindow (must be even number, but I write a correction code inside, you do not need to care about the even odd here); x1 [variable]: x of FFT Point 1; y1 [variable]: y of FFT Point 1; x2 [variable]: x of FFT Point 2; y2 [variable]: y of FFT Point 2; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: name1 = name of the gap map; name2 = name of the topography; size1 = dimsize of the subwindow (must be even number, but I write a correction code inside, you do not need to care about the even odd here); x1 = x of FFT Point 1; y1 = y of FFT Point 1; x2 = x of FFT Point 2. Code behavior: performs Fourier-transform or inverse-transform operations; asks the user for parameters through Igor prompts. Main internal calls: makechunkdataFFT().; SourceMap_the_phase_difference_between_two_image.ipf:247

Proc pickupPA(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing. Main internal calls: pcsr(), qcsr().; SourceMap_the_phase_difference_between_two_image.ipf:131

Proc pickupPB(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing. Main internal calls: pcsr(), qcsr().; SourceMap_the_phase_difference_between_two_image.ipf:185

Proc SumlayerFFT3D2(name, startE, endE, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, startE, endE, sel.; name [string]: 3D wave; startE [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; endE [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: All range?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Dialog prompts: name = 3D wave; sel = All range?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), SumlayerFFT3D().; SourceSmart_3D_Viewer_New.ipf:10274

Proc SumlayerFFT3Dc(name, startE, endE): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, startE, endE.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; startE [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; endE [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Main internal calls: SumlayerFFT3D().; SourceSmart_3D_Viewer_New.ipf:10296

Proc t2dlockinandFilter(name, avedia, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, avedia, sel.; name [string]: Matrix input; default is the matrix grabbed by; avedia [variable]: The FWHM in real space (guassian window); sel [variable]: Which Q?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Dialog prompts: name = Matrix input; default is the matrix grabbed by; avedia = The FWHM in real space (guassian window); sel = Which Q?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: lockinpnew(), FTnew(), Dowindow2dlockinandfilter(), Const2dlockinftd().; SourceLawler-Fujita Drift Correction.ipf:2233

Proc t2dlockinmultic(sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters sel.; sel [variable]: Which Q used?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: sel = Which Q used?. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: t2dlockinmulti(), ckfig_child(), grabwinchild(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:8496

Windows, panels, and menus (1)

Help_FFT_filter

Window Help_FFT_filter() : Graph: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall Help_FFT_filter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10376

Computational and data helpers (76)

color3s_for3dmprqpi colorPRQPI Complextorealf Complextorealf1 correctboundPhMap DBD_PRQPI_cP_w DBD_PRQPI_cP_wo DBD_PRQPI_FP_w DBD_PRQPI_FP_wo determineqbyphase di3 DoFFT_3dplot DoFFT_3dplot_marquee Dowindow2dlockinandfilter extendffterealimage extendffterealimage_c f ff ff2 ffnointer FFTL2 FFTL2_3dplot FFTr FFTrls FFTrls2 FFTrQPIsimu FFTsymind FFTsymind2 FFTsymind2r findjumpphMap findpolarization FT FTcons FTconslp FTlinecut FTlinecut1D FTlinecutcons FTlinecutcons1d FTlp funcFFTfilterdata funcFitFDwithEffT getslopmap GoldFittingp Gp GpA GpA3dp GpA3dpls GpA_twistgofit GpAarea GpB GpB3dp GpB3dpls GpB_twistgofit GpBarea GpC_twistgofit grabwin_sfft linkstsmapfftlinecut lockinp3dp makechunkdataFFT MDoLSegrereapplyfftmode MinEnvelopeFilter phaseextractionforq phaseextractionforq_pad saveA_refineQ saveB_refineQ smoothphasejump SumlayerFFT3D SWFFTgettwistangle t2dlockinmulti twoDinterpFFTover twoDinterpolatexyFFT twoDinterpolatexyFFT3dp twoDinterpolatexyFFT3dpls twoDinterpolatexyFFT_3dplot twoDinterpolatexyFFT_3dplotn ysame

Function color3s_for3dmprqpi(name, tt): name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## Return the sigma range value Usage: call as color3s_for3dmprqpi(name, tt). Code behavior: extracts image/wave statistics. Main internal calls: gethistgram_npcolor(), max(). Update log: 2023-12-03: Returns a symmetric sigma range for PR-QPI diverging color scales; it is intended for use in `ModifyImage ...; SourcePR_QPI.ipf:265

Function colorPRQPI(): Notes## Set color Usage: call colorPRQPI() from Igor procedure code or the command line. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_zeroNaN(), max(), grabwinchild(), color3s_for3dmprqpi(), color3s_for3d().; SourcePR_QPI.ipf:224

Function Complextorealf(name1w, select): Usagecall as Complextorealf(name1w, select).; name1w [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: di(), color3s_for3dFFT().; SourceFFT.ipf:584

Function Complextorealf1(name1w, select): Usagecall as Complextorealf1(name1w, select).; name1w [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:1306

Function correctboundPhMap(nn, ref, block): Usagecall as correctboundPhMap(nn, ref, block). Update-log guidance - 2023-11-09: Corrects boundary artifacts in moving-window phase-difference maps.; nn [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ref [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; block [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: findjumpphMap(), di(). It removes artificial phase differences that appear when the moving window crosses a lattice phase jump, and is connected to the "FixBnd" button.; SourceMap_the_phase_difference_between_two_image.ipf:521

Function DBD_PRQPI_cP_w(wg): wg [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; Notes############################################################## #02 Old version No Phase FFT w/ cvtcmplx of source data ############################################################## Usage: call as DBD_PRQPI_cP_w(wg). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: gammaNoise(), cvtcmplx().; SourcePR_QPI.ipf:517

Function DBD_PRQPI_cP_wo(wg): wg [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; Notes############################################################## #01 Old version No Phase FFT w/o cvtcmplx of source data ############################################################## Usage: call as DBD_PRQPI_cP_wo(wg). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: extendffterealimage_c(), gammaNoise(), C4sym_PRQPI().; SourcePR_QPI.ipf:396

Function DBD_PRQPI_FP_w(wg): wg [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; Notes## Main Functional Body Usage: call as DBD_PRQPI_FP_w(wg). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: gammaNoise(), cvtcmplx().; SourcePR_QPI.ipf:63

Function DBD_PRQPI_FP_wo(wg): wg [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; Notes############################################################## #03 Old version Phase FFT w/o cvtcmplx of source data ############################################################## Usage: call as DBD_PRQPI_FP_wo(wg). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: extendffterealimage_c(), gammaNoise(), extendffterealimage().; SourcePR_QPI.ipf:629

Function determineqbyphase(grid): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as determineqbyphase(grid).; grid [wave]: dimsize of x direction; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: phaseextractionforq(), getslopmap(), di(). Update log: 2024-05-09: Backend calculation for Refine Q.; SourceFFT.ipf:2520

Function di3(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as di3(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: killgraphonlyhavethewave().; SourceFFT.ipf:1684

Function DoFFT_3dplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall DoFFT_3dplot() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: elseif(), func_naN0(), FTguassianremover(), D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot().; SourceSmart_3D_Viewer_New.ipf:5616

Function DoFFT_3dplot_marquee(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall DoFFT_3dplot_marquee() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: elseif(), frommarqueegetsubmatrix(), func_naN0(), Complextoimag().; SourceSmart_3D_Viewer_New.ipf:9675

Function Dowindow2dlockinandfilter(name, avedia, qax, qay, qbx, qby): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as Dowindow2dlockinandfilter(name, avedia, qax, qay, qbx, qby).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qax [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qay [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qbx [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qby [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: modifyphasetoponew(), modifyphasefrnew(), modifyphasenew(), color3s_for3dmf().; SourceLawler-Fujita Drift Correction.ipf:2460

Function extendffterealimage(name) // For real wave: Usagecall as extendffterealimage(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes## Half-FFT to full FFT image, do not rely on cvtcmplx() Purpose: performs Fourier, filtering, phase, or lock-in processing. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Update log: 2023-12-03: Expands the half reciprocal-space FFT of a real image into an XY-symmetric full image for PR-QPI and related visualization.; SourcePR_QPI.ipf:293

Function extendffterealimage_c(name) //For complex wave: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as extendffterealimage_c(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Update log: 2023-12-03: Complex-wave variant of extendffterealimage, used when the FFT data are kept in complex form.; SourcePR_QPI.ipf:324

Function f(): Usagecall f() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; formats graph axes, labels, colors, or annotations. Main internal calls: tpw(), func_NaN0(), cvtcmplx(), Complextorealf(). Update log: 2023-07-10: Performs a smart FFT on the first wave in the topmost graph; the workflow was later updated to handle arbitrary point counts and NaN-containing data.; SourceFFT.ipf:1087

Function ff(name): Usagecall as ff(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf1(), twoDinterpolatexyFFT().; SourceFFT.ipf:1245

Function ff2(name): Usagecall as ff2(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf1(), twoDinterpolatexyFFT().; SourceFFT.ipf:1286

Function ffnointer(name): Usagecall as ffnointer(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: func_NaN0(), cvtcmplx().; SourceFFT.ipf:1221

Function FFTL2(name, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTL2(name, sel).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; sel [variable]: 1 for x, 2 for y; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: performs Fourier-transform or inverse-transform operations. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf(), tpw(), mean().; SourceFFT.ipf:796

Function FFTL2_3dplot(name): Usagecall as FFTL2_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; Notes##000 1D FT along y for the linecuts Purpose: displays waves, images, contours, or graph overlays. Code behavior: performs Fourier-transform or inverse-transform operations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf_3dplot(), mean(), FTgremover_3dploty().; SourceSmart_3D_Viewer_New.ipf:1181

Function FFTr(name, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTr(name, sel).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), di(), color3sfft(), tpw().; SourceFFT.ipf:1062

Function FFTrls(name, sel): Usagecall as FFTrls(name, sel).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#IV.3_1 Special FFT Function Purpose: performs Fourier, filtering, phase, or lock-in processing. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealfls().; SourceLattice Segregation.ipf:1251

Function FFTrls2(name, sel, inter): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTrls2(name, sel, inter).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; inter [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), twoDinterpFFTover().; SourceFFT.ipf:982

Function FFTrQPIsimu(name): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTrQPIsimu(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx().; SourceModels.ipf:12274

Function FFTsymind(mat): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTsymind(mat).; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:91

Function FFTsymind2(mat): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTsymind2(mat).; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:4763

Function FFTsymind2r(mat): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTsymind2r(mat).; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:3984

Function findjumpphMap(nn): Usagecall as findjumpphMap(nn).; nn [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMap_the_phase_difference_between_two_image.ipf:564

Function findpolarization(DA, DB, TA, TB): Usagecall as findpolarization(DA, DB, TA, TB).; DA [variable]: Used in: Display/HOST=#/W=(0,0.05,0.33,0.33);appendimage DA;ModifyGraph width={Plan,1,bottom,left},noLabel=2,axThick=0;TextBox/C/N=text0/F=0/X=0.00/Y; DB [variable]: Used in: setActiveSubwindow ##;Display/HOST=#/W=(0,0.3,0.33,0.58);appendimage DB;ModifyGraph width={Plan,1,bottom,left},noLabel=2,axThick=0;TextBox/C; TA [variable]: Used in: setActiveSubwindow ##;Display/HOST=#/W=(0.31,0.05,0.64,0.33);appendimage TA;ModifyGraph width={Plan,1,bottom,left},noLabel=2,axThick=0;TextB; TB [variable]: Used in: setActiveSubwindow ##;Display/HOST=#/W=(0.31,0.3,0.64,0.58);appendimage TB;ModifyGraph width={Plan,1,bottom,left},noLabel=2,axThick=0;TextBo; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: shift2pi(), modifyphasenew(), modifyphasetoponew().; SourceMap_the_phase_difference_between_two_image.ipf:20

Function FT(name, avedia): Usagecall as FT(name, avedia).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: grabwin(), margin(), tpw(), color3s(), grabwinnonew(), modifyphasetopo().; SourceFFT.ipf:1533

Function FTcons(name, avedia): Usagecall as FTcons(name, avedia).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding(), grabwin().; SourceFFT.ipf:1790

Function FTconslp(avedia): Usagecall as FTconslp(avedia).; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding(), tpw().; SourceFFT.ipf:2348

Function FTlinecut(name, avedia, q0): Usagecall as FTlinecut(name, avedia, q0).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; q0 [variable]: = 0.28483; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: di().; SourceFFT.ipf:1994

Function FTlinecut1D(name, avedia, q0): Usagecall as FTlinecut1D(name, avedia, q0).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; q0 [variable]: = 0.28483; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: ysame(), lsize(), rgb(), ckfig().; SourceFFT.ipf:2070

Function FTlinecutcons(avedia, q0): Usagecall as FTlinecutcons(avedia, q0).; avedia [variable]: = avedia_2dlinecut; q0 [variable]: =q0_2dlinecut; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; cleans up waves/windows or brings an existing window forward.; SourceFFT.ipf:2033

Function FTlinecutcons1d(avedia, q0): Usagecall as FTlinecutcons1d(avedia, q0).; avedia [variable]: = avedia_2dlinecut; q0 [variable]: =q0_2dlinecut; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: ysame().; SourceFFT.ipf:2121

Function FTlp(avedia): Usagecall as FTlp(avedia).; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), twoDinterpolatexyf2(), twoDinterpyf(), unpadding(), di().; SourceFFT.ipf:2232

Function funcFFTfilterdata(matname, badlist): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as funcFFTfilterdata(matname, badlist).; matname [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; badlist [string]: Used in: Duplicate/O badlist sortedbad; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data. Main internal calls: Interp().; SourcePierre's Template.ipf:3564

Function funcFitFDwithEffT(parawave, x) : fitfunc: Purposefits or extracts spectral/peak parameters.; Usagecall as funcFitFDwithEffT(parawave, x).; parawave [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:22458

Function getslopmap(name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getslopmap(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesUtility function for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; differentiates wave data. Main internal calls: median().; SourceFFT.ipf:2789

Function GoldFittingp(dos, Tem) //the same with fitgold(dos,Tem), only different is user need to guess all the initial values of the six parameters.: Purposefits or extracts spectral/peak parameters.; Usagecall as GoldFittingp(dos, Tem).; dos [variable]: Used in: FuncFit/Q line_fermi Wfit dos(startx, endx) /D / FuncFit/Q line_fermi Wfit dos(startx, endx) /D; Tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: Wfit0 = fermi level; Wfit1 = fitting temperature; Wfit2 = below Ef line's Y value when x=0; Wfit3 = the slope of the below Ef line; Wfit4 = above Ef line's Y value when x=0; Wfit5 = the slope of the above Ef line. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; differentiates wave data. Main internal calls: csrinfo(), hcsr(), vcsr(), dos().; SourcePierre's Template.ipf:36780

Function/WAVE Gp(name111): Usagecall as Gp(name111).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: performs Fourier-transform or inverse-transform operations; runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; writes or exports data. Main internal calls: pcsr(), qcsr().; SourceFFT.ipf:1711

Function/WAVE GpA(name111, nameraw): Usagecall as GpA(name111, nameraw).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; nameraw [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), atan2(), ckwaveonfig().; SourceFFT.ipf:1406

Function/WAVE GpA3dp(name111): Usagecall as GpA3dp(name111).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceSmart_3D_Viewer_New.ipf:8387

Function/WAVE GpA3dpls(name111): Usagecall as GpA3dpls(name111).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceSmart_3D_Viewer_New.ipf:9337

Function GpA_twistgofit(nameFFT, marqueewave): Purposefits or extracts spectral/peak parameters.; Usagecall as GpA_twistgofit(nameFFT, marqueewave).; nameFFT [wave]: Igor wave or matrix input consumed by the calculation.; marqueewave [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: nameFFTw(), nametempw().; SourceTriangle Lattice_Graphene_like.ipf:175

Function/WAVE GpAarea(nameraw, rangA): nameraw [string]: Name of the layer image; rangA [variable]: Used in: CurveFit/Q gauss2D name111w(rangA[0],rangA[1])(rangA[2],rangA[3]) /D=name1111w(rangA[0],rangA[1])(rangA[2],rangA[3]);; Notes#2_03_01 Extract Shearing: Main called get Q1 Usage: call as GpAarea(nameraw, rangA). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:5335

Function/WAVE GpB(name111, nameraw): Usagecall as GpB(name111, nameraw).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; nameraw [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceFFT.ipf:1473

Function/WAVE GpB3dp(name111): Usagecall as GpB3dp(name111).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceSmart_3D_Viewer_New.ipf:8444

Function/WAVE GpB3dpls(name111): Usagecall as GpB3dpls(name111).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesWave-returning helper for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceSmart_3D_Viewer_New.ipf:9403

Function GpB_twistgofit(nameFFT, marqueewave): Purposefits or extracts spectral/peak parameters.; Usagecall as GpB_twistgofit(nameFFT, marqueewave).; nameFFT [wave]: Igor wave or matrix input consumed by the calculation.; marqueewave [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: nameFFTw(), nametempw().; SourceTriangle Lattice_Graphene_like.ipf:198

Function/WAVE GpBarea(nameraw, rangB): nameraw [string]: Name of the layer image; rangB [variable]: Used in: CurveFit/Q gauss2D name111w(rangB[0],rangB[1])(rangB[2],rangB[3]) /D=name1111w(rangB[0],rangB[1])(rangB[2],rangB[3]);; Notes#2_03_02 Extract Shearing: Main called get Q2 Usage: call as GpBarea(nameraw, rangB). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:5384

Function GpC_twistgofit(nameFFT, marqueewave): Purposefits or extracts spectral/peak parameters.; Usagecall as GpC_twistgofit(nameFFT, marqueewave).; nameFFT [wave]: Igor wave or matrix input consumed by the calculation.; marqueewave [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: nameFFTw(), nametempw().; SourceTriangle Lattice_Graphene_like.ipf:221

Function/S grabwin_sfft(name): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as grabwin_sfft(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesString-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: di().; SourceSmart_3D_Viewer_New.ipf:6322

Function linkstsmapfftlinecut(name, num, startnum): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as linkstsmapfftlinecut(name, num, startnum).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; startnum [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: di().; SourceFFT.ipf:891

Function lockinp3dp(name, qx1, qy1, qx2, qy2, avedia): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as lockinp3dp(name, qx1, qy1, qx2, qy2, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing. Main internal calls: unpadding(), atan2().; SourceSmart_3D_Viewer_New.ipf:9005

Function makechunkdataFFT(name1, name2, size1, x1, y1, x2, y2): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makechunkdataFFT(name1, name2, size1, x1, y1, x2, y2).; name1 [string]: String name used to locate an Igor wave, graph, folder, or output object.; name2 [string]: String name used to locate an Igor wave, graph, folder, or output object.; size1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; y1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; x2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; y2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; NotesUtility function for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: twoDinterpolatexyfd(), margin().; SourceMap_the_phase_difference_between_two_image.ipf:276

Function MDoLSegrereapplyfftmode(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall MDoLSegrereapplyfftmode() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves. Main internal calls: FFTrls(), color3s_for3dm2(), color3s_for3dmf(), color3s_followtopo(), color3s_followtopof(), color3s_followtopo2().; SourceLattice Segregation.ipf:1042

Function MinEnvelopeFilter(wave1, outputWave, window1): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as MinEnvelopeFilter(wave1, outputWave, window1).; wave1 [wave]: Igor wave reference used as input or output.; outputWave [wave]: Igor wave reference used as input or output.; window1 [variable]: Igor wave reference used as input or output.; NotesFunction for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: numpnts(), max(), min().; SourceModelingTunneling.ipf:926

Function phaseextractionforq(name, qx1, qy1, avedia): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as phaseextractionforq(name, qx1, qy1, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: atan2().; SourceFFT.ipf:2607

Function phaseextractionforq_pad(name, qx1, qy1, avedia): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as phaseextractionforq_pad(name, qx1, qy1, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding(), atan2().; SourceFFT.ipf:2701

Function saveA_refineQ(): Purposesaves, exports, or converts data between files and Igor waves.; Usagecall saveA_refineQ() from Igor procedure code or the command line.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations.; SourceFFT.ipf:2468

Function saveB_refineQ(): Purposesaves, exports, or converts data between files and Igor waves.; Usagecall saveB_refineQ() from Igor procedure code or the command line.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations.; SourceFFT.ipf:2495

Function smoothphasejump(xx, tt): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as smoothphasejump(xx, tt).; xx [variable]: the angle input; tt [variable]: control the jump smoothness, 0 is very sharp; NotesFunction for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Main internal calls: tanh().; SourceModels.ipf:11036

Function SumlayerFFT3D(name, startE, endE): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as SumlayerFFT3D(name, startE, endE).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; startE [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; endE [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; integrates wave data. Main internal calls: d(), tpw(), imageinfo().; SourceSmart_3D_Viewer_New.ipf:10303

Function SWFFTgettwistangle(nameFFT): Usagecall as SWFFTgettwistangle(nameFFT).; nameFFT [wave]: "name of FFT of window image"; NotesRead out the twist angle Purpose: performs Fourier, filtering, phase, or lock-in processing. Code behavior: creates output waves. Main internal calls: GpA_twistgofit(), GpB_twistgofit(), GpC_twistgofit(), atan2().; SourceTriangle Lattice_Graphene_like.ipf:151

Function t2dlockinmulti(sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as t2dlockinmulti(sel).; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: lockinp3dp(), levelimage2().; SourceSmart_3D_Viewer_New.ipf:8628

Function twoDinterpFFTover(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpFFTover(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3().; SourceFFT.ipf:1098

Function twoDinterpolatexyFFT(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyFFT(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3().; SourceFFT.ipf:1333

Function twoDinterpolatexyFFT3dp(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyFFT3dp(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: makematrix2(), makematrix3(), grabwin2(), dilf(), color3s().; SourceSmart_3D_Viewer_New.ipf:8317

Function twoDinterpolatexyFFT3dpls(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyFFT3dpls(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: makematrix2(), makematrix3(), grabwin2(), dilf(), color3s().; SourceSmart_3D_Viewer_New.ipf:9263

Function twoDinterpolatexyFFT_3dplot(name, xpoint, ypoint): Usagecall as twoDinterpolatexyFFT_3dplot(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#0_2_01 PreFFT: Main_called Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: makematrix2(), makematrix3(), grabwin2(), dilf(), color3s().; SourceSmart_3D_Viewer_New.ipf:4539

Function twoDinterpolatexyFFT_3dplotn(name, xpoint, ypoint): Usagecall as twoDinterpolatexyFFT_3dplotn(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#2_04_02 Extract Shearing: Main called Interoplate FFT without display Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3(), color3s().; SourceSmart_3D_Viewer_New.ipf:5452

Function ysame(name, ref): Usagecall as ysame(name, ref).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; ref [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics.; SourceFFT.ipf:2173

Matrix, Cube, Wave, and Batch Operations

Panel callbacks and control handlers (106)

B_rescaleforspec_orientations Button_Help_BkgndremoverWavein Button_Help_NaN0mat3d Button_Help_Norm_matrix Button_Help_Smooth_factor Button_Help_Smooth_mat Button_wave4bkgndremoval ButtonDuplicate_hvmat3d ButtonDuplicate_kzmat3d ButtonProc_automatrixTC ButtonProc_deletepoint ButtonProc_duplicateall ButtonProc_duplicatekly ButtonProc_duplicatepart ButtonProc_file2wave ButtonProc_Fmarqueegetsub ButtonProc_interpavedata ButtonProc_Interpoint ButtonProc_InterpSTS ButtonProc_Killwave ButtonProc_Lsmatrix3d ButtonProc_madewavebytemplate ButtonProc_make_mat3dk ButtonProc_make_mat3dkHD ButtonProc_make_mat3dkVD ButtonProc_mat3d_makeimage ButtonProc_mat3d_pi ButtonProc_mat3dHC_pi ButtonProc_mat3dHD_makeimage ButtonProc_mat3dHD_pi ButtonProc_mat3dk_makeimage ButtonProc_mat3dk_pi ButtonProc_mat3dkHD_makeimage ButtonProc_mat3dkHD_pi ButtonProc_mat3dkHDrot ButtonProc_mat3dkrot ButtonProc_mat3dkVD_makeimage ButtonProc_mat3dkVD_pi ButtonProc_mat3dkVDrot ButtonProc_mat3dVC_pi ButtonProc_mat3dVD_makeimage ButtonProc_mat3dVD_pi ButtonProc_NaN0mat3d ButtonProc_normcut ButtonProc_normwave ButtonProc_normwavemulti ButtonProc_normwavemulti2 ButtonProc_padmc ButtonProc_renameall ButtonProc_renamep ButtonProc_renormcuts_k ButtonProc_rescale ButtonProc_rescale_pi ButtonProc_rescaleallpr ButtonProc_rescalegroupc ButtonProc_rescalemapasa1dcurve ButtonProc_Rflwaves ButtonProc_Rm_simplebgnd_mat ButtonProc_scale_e_pi ButtonProc_scalewave ButtonProc_setmatrixindex ButtonProc_shrinkmatrixbysteps ButtonProc_shrinktocube ButtonProc_smoothall ButtonProc_smoothallmatrix ButtonProc_smoothmat_k ButtonProc_SmoothMat_k23 ButtonProc_trans2equiv_waves ButtonProc_twoDinterpolatel ButtonProc_twoDinterpy ButtonProc_twoDlinterp2Dall ButtonProc_wave2bkgndremoved ButtonProc_wave2file ButtonProc_wave2filenokill ButtonProc_xmultisall ButtonProc_xplusall ButtonProcInterp3D CheckProcMat3d CheckProcMat3dHD CheckProcMat3dk+ 26 more entries below

Function B_rescaleforspec_orientations(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs rescaleforspec_orientations().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRescale for special orientations; NotesPanel callback/helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Rescale for special orientations.; SourcePierre's Template.ipf:25236

Function Button_Help_BkgndremoverWavein(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_Bkgndremover_Wave_in().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9992

Function Button_Help_NaN0mat3d(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_NaN0mat3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9581

Function Button_Help_Norm_matrix(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_Norm_matrix().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10055

Function Button_Help_Smooth_factor(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_Smooth_factor().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9545

Function Button_Help_Smooth_mat(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_Smooth_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9437

Function Button_wave4bkgndremoval(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs wave4bkgndremoval().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelkgnd in, kgnd in; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): kgnd in.; SourcePierre's Template.ipf:531

Function ButtonDuplicate_hvmat3d(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagecall as ButtonDuplicate_hvmat3d(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel-->mat3d, -->mat3d; NotesPanel callback/helper for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): -->mat3d. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:35660

Function ButtonDuplicate_kzmat3d(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagecall as ButtonDuplicate_kzmat3d(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel-->mat3d, -->mat3d; NotesPanel callback/helper for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): -->mat3d. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:35665

Function ButtonProc_automatrixTC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs automatrixTC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCal. Matrix H(k); Notes# 01. Proc Head Panel control(s): `Cal. Matrix H(k)`.; SourceMatrixCalculation.ipf:79

Function ButtonProc_deletepoint(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs DeletePdata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDeletePoints; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): DeletePoints.; SourceMiscellaneous_Codes.ipf:1845

Function ButtonProc_duplicateall(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs duplicateall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDup All; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Dup All.; SourceMiscellaneous_Codes.ipf:6047

Function ButtonProc_duplicatekly(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs duplicatekly().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourceMiscellaneous_Codes.ipf:1307

Function ButtonProc_duplicatepart(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs duplicatpart().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelx1~x2; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): x1~x2.; SourceMiscellaneous_Codes.ipf:6018

Function ButtonProc_file2wave(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagetriggered as a wrapper that opens/runs file2wave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFile 2 wave, File 2 wave; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): File 2 wave.; SourcePierre's Template.ipf:27045

Function ButtonProc_Fmarqueegetsub(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Frommarqueegetsubmatrixsc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPartial by Marquee; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Partial by Marquee.; SourceSmart_3D_Viewer_New.ipf:9829

Function ButtonProc_interpavedata(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs interpavedata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIntra; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Intra.; SourceMiscellaneous_Codes.ipf:7177

Function ButtonProc_Interpoint(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs intercurve().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInterpolate All; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Interpolate All.; SourceMiscellaneous_Codes.ipf:5783

Function ButtonProc_InterpSTS(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs interpsts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInterpL; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): InterpL.; SourceMiscellaneous_Codes.ipf:5659

Function ButtonProc_Killwave(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs KillWave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1100

Function ButtonProc_Lsmatrix3d(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Lsmatrix3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake3D; NotesV.Lattice segregation on the whole 3D matrix Panel control(s): Make3D.; SourceLattice Segregation.ipf:1644

Function ButtonProc_madewavebytemplate(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs madewavebytemplatec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFormat wave A as B; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Format wave A as B.; SourceMiscellaneous_Codes.ipf:12935

Function ButtonProc_make_mat3dk(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs make_mat3dk().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dk, Mat3dk; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dk.; SourcePierre's Template.ipf:26940

Function ButtonProc_make_mat3dkHD(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs make_mat3dkHD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dkHD, Mat3dkHD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dkHD.; SourcePierre's Template.ipf:26950

Function ButtonProc_make_mat3dkVD(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs make_mat3dkVD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dkVD, Mat3dkVD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dkVD.; SourcePierre's Template.ipf:26945

Function ButtonProc_mat3d_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3d_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26955

Function ButtonProc_mat3d_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3d_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3D, Mat3D; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3D.; SourcePierre's Template.ipf:26995

Function ButtonProc_mat3dHC_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dHC_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelC, C, C, C; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): C.; SourcePierre's Template.ipf:27015

Function ButtonProc_mat3dHD_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dHD_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26965

Function ButtonProc_mat3dHD_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dHD_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3dHD, HD, 3dHD, HD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 3dHD, HD.; SourcePierre's Template.ipf:27010

Function ButtonProc_mat3dk_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dk_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26970

Function ButtonProc_mat3dk_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dk_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dk, Mat3dk; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dk.; SourcePierre's Template.ipf:27020

Function ButtonProc_mat3dkHD_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dkHD_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26980

Function ButtonProc_mat3dkHD_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dkHD_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dkHD, Mat3dkHD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dkHD.; SourcePierre's Template.ipf:27030

Function ButtonProc_mat3dkHDrot(ctrlName) : ButtonControl//"fit MDC": Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs mat3dkHDrot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQ, Q; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Q.; SourcePierre's Template.ipf:31669

Function ButtonProc_mat3dkrot(ctrlName) : ButtonControl//"fit MDC": Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs mat3dkrot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQ, Q; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Q.; SourcePierre's Template.ipf:31641

Function ButtonProc_mat3dkVD_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dkVD_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26975

Function ButtonProc_mat3dkVD_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dkVD_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMat3dkVD, Mat3dkVD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Mat3dkVD.; SourcePierre's Template.ipf:27025

Function ButtonProc_mat3dkVDrot(ctrlName) : ButtonControl//"fit MDC": Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs mat3dkVDrot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQ, Q; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Q.; SourcePierre's Template.ipf:31655

Function ButtonProc_mat3dVC_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dVC_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelC, C, C, C; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): C.; SourcePierre's Template.ipf:27005

Function ButtonProc_mat3dVD_makeimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dVD_makeimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake image; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make image.; SourcePierre's Template.ipf:26960

Function ButtonProc_mat3dVD_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat3dVD_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3dVD, VD, 3dVD, VD; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 3dVD, VD.; SourcePierre's Template.ipf:27000

Function ButtonProc_NaN0mat3d(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs NaN0mat3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNaN0mat3d, NaN0mat3d; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): NaN0mat3d.; SourcePierre's Template.ipf:734

Function ButtonProc_normcut(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs normcut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNorm matrix, Norm cut, Norm matrix; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Norm matrix, Norm cut.; SourcePierre's Template.ipf:995

Function ButtonProc_normwave(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs normwave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNormwave, Normwave; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): Normwave.; SourcePierre's Template.ipf:1000

Function ButtonProc_normwavemulti(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs normrange().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNumNorm_SR; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): NumNorm_SR.; SourceMiscellaneous_Codes.ipf:5725

Function ButtonProc_normwavemulti2(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs normrange2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNormNum_TR; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): NormNum_TR.; SourceMiscellaneous_Codes.ipf:6426

Function ButtonProc_padmc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs padmc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPad 2D; NotesPadding two dimensional matrix Purpose: resamples, rescales, pads, or changes wave dimensions. Panel control(s): Pad 2D.; SourceMiscellaneous_Codes.ipf:3218

Function ButtonProc_renameall(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs renameall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRename; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Rename.; SourceMiscellaneous_Codes.ipf:5752

Function ButtonProc_renamep(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs renamep().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPartial; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Partial.; SourceMiscellaneous_Codes.ipf:9197

Function ButtonProc_renormcuts_k(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs renormcuts_k().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRescale k, Rscl.*/; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Rescale k, Rscl.*/.; SourceMiscellaneous_Codes.ipf:655

Function ButtonProc_rescale(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs rescale().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelResl.; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Resl..; SourceMiscellaneous_Codes.ipf:10022

Function ButtonProc_rescale_pi(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs rescale_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRscl.+-, Rescale; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): Rscl.+-, Rescale.; SourcePierre's Template.ipf:944

Function ButtonProc_rescaleallpr(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs rescaleallpr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRsclall; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Rsclall.; SourceMiscellaneous_Codes.ipf:9985

Function ButtonProc_rescalegroupc(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs rescalegroupc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut with divider; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Linecut with divider.; SourceMiscellaneous_Codes.ipf:12894

Function ButtonProc_rescalemapasa1dcurve(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs rescalemapasa1dcurve().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelUnevenY; Notesuneven y-axis value of the linecut, make sure the correct one-to-one correspondance, namecurve[p] --> namemap[q] The prepare the scaler, you should make sure dimsize($namecurve,0)= dimsize($namemap,1) you may encounter a situation that the y-axis is like "0.01 Purpose: resamples, rescales, pads, or changes wave dimensions. Panel control(s): UnevenY.; SourceMiscellaneous_Codes.ipf:10059

Function ButtonProc_Rflwaves(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs Rflwaves().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelReflection; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Reflection.; SourceMiscellaneous_Codes.ipf:3099

Function ButtonProc_Rm_simplebgnd_mat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Remove_simplebgnd_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMatrix, Matrix; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Matrix.; SourcePierre's Template.ipf:829

Function ButtonProc_scale_e_pi(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs scale_e_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping.; SourcePierre's Template.ipf:1080

Function ButtonProc_scalewave(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs scalewaves().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelApply divider (single); NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Panel control(s): Apply divider (single).; SourceMiscellaneous_Codes.ipf:12824

Function ButtonProc_setmatrixindex(ctrlName) : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Initialize_Global_Variables().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:9821

Function ButtonProc_shrinkmatrixbysteps(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs shrinkmatrixbystepsc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCoarseM; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): CoarseM.; SourceSmartDisplay.ipf:5011

Function ButtonProc_shrinktocube(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs shrinktocube().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceFFT.ipf:742

Function ButtonProc_smoothall(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs smoothall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSmt All; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Smt All.; SourceMiscellaneous_Codes.ipf:6138

Function ButtonProc_smoothallmatrix(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs smoothallmatrix().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel(2D); NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): (2D).; SourceMiscellaneous_Codes.ipf:6115

Function ButtonProc_smoothmat_k(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs smoothmat_k().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSmooth, Smooth; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Smooth.; SourcePierre's Template.ipf:774

Function ButtonProc_SmoothMat_k23(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs SmoothMat_k23().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSm_BS, Smooth; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Sm_BS, Smooth.; SourcePierre's Template.ipf:7618

Function ButtonProc_trans2equiv_waves(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs transform2equiv_waves().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEquivalent waves, Equivalent waves; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Equivalent waves.; SourcePierre's Template.ipf:794

Function ButtonProc_twoDinterpolatel(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs twoDinterpolatexy().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInterp NxN; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Interp NxN.; SourceFFT.ipf:337

Function ButtonProc_twoDinterpy(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs twoDinterpy().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelY; NotesThis procedure will only interpolate y axis Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Y.; SourceFFT.ipf:500

Function ButtonProc_twoDlinterp2Dall(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs interp2Dall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelall; NotesThis procesure is designed for Interpolate a 2D matrix to arbiratary points. Panel control(s): all.; SourceFFT.ipf:315

Function ButtonProc_wave2bkgndremoved(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs wave2bkgndremoved().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelWave in, Wave in; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): Wave in.; SourcePierre's Template.ipf:563

Function ButtonProc_wave2file(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagetriggered as a wrapper that opens/runs wave2file().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelWave 2 file, Wave 2 file; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Wave 2 file.; SourcePierre's Template.ipf:27035

Function ButtonProc_wave2filenokill(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagetriggered as a wrapper that opens/runs wave2filenokill().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelWave2file (no kill), Wave2file (no kill); NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Wave2file (no kill).; SourcePierre's Template.ipf:27040

Function ButtonProc_xmultisall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs rescalexmultiwhat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelV*; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): V*.; SourceMiscellaneous_Codes.ipf:5226

Function ButtonProc_xplusall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs rescalex_plus().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelV+; NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): V+.; SourceMiscellaneous_Codes.ipf:5221

Function ButtonProcInterp3D(ctrlName) : ButtonControl: Purposeresamples, rescales, pads, or changes wave dimensions.; Usagetriggered as a wrapper that opens/runs Interpmat3D().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInterp, Interp; NotesPanel callback/helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Panel control(s): Interp.; SourcePierre's Template.ipf:35793

Function CheckProcMat3d(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3d(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3d; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3d.; SourcePierre's Template.ipf:36278

Function CheckProcMat3dHD(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3dHD(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3dHD; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3dHD.; SourcePierre's Template.ipf:36292

Function CheckProcMat3dk(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3dk(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3dk; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3dk.; SourcePierre's Template.ipf:36299

Function CheckProcMat3dkHD(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3dkHD(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3dkHD; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3dkHD.; SourcePierre's Template.ipf:36313

Function CheckProcMat3dkVD(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3dkVD(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3dkVD; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3dkVD.; SourcePierre's Template.ipf:36306

Function CheckProcMat3dVD(ctrlName, checked) : CheckBoxControl: Usagecall as CheckProcMat3dVD(ctrlName, checked).; ctrlName [string]: Igor control name passed automatically by the panel callback.; checked [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; PanelMat3dVD; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): Mat3dVD.; SourcePierre's Template.ipf:36285

Function PopMenuProc_5(ctrlName, popNum, popStr) : PopupMenuControl //which matrix 3d for slicer: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelWhichmat3d; NotesPanel popup-menu callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Whichmat3d.; SourcePierre's Template.ipf:27430

Function PopMenuProc_Lsmatrix3d(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation.; SourceLattice Segregation.ipf:1772

Function PopMenuProc_MatrixName(ctrlName, popNum, popStr) //: PopopMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:28505

Function setvarcenter_emat3d(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3d_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26839

Function setvarcenter_emat3dHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dHD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26855

Function setvarcenter_emat3dk(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dk_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26863

Function setvarcenter_emat3dkHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkHD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26879

Function setvarcenter_emat3dkVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkVD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26871

Function setvarcenter_emat3dVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dVD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCentral energy; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Central energy.; SourcePierre's Template.ipf:26847

Function setvarincrement_emat3d(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3d_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26791

Function setvarincrement_emat3dHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dHD_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26807

Function setvarincrement_emat3dk(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dk_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26815

Function setvarincrement_emat3dkHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkHD_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26831

Function setvarincrement_emat3dkVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkVD_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26823

Function setvarincrement_emat3dVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dVD_eplot_setincrement().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Increment.; SourcePierre's Template.ipf:26799

Function SetVarProc_appendmatrix(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCtr; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Ctr. Code behavior: opens or updates graph/image displays.; SourceSmart_3D_Viewer_New.ipf:9520

Function SetVarProc_smt(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSmooth; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Smooth.; SourceMiscellaneous_Codes.ipf:7548

Function setvarwide_emat3d(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3d_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26887

Function setvarwide_emat3dHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dHD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26903

Function setvarwide_emat3dk(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dk_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26911

Function setvarwide_emat3dkHD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkHD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26927

Function setvarwide_emat3dkVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dkVD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26919

Function setvarwide_emat3dVD(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs mat3dVD_eplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral range; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Integral range.; SourcePierre's Template.ipf:26895

Interactive procedures and macros (111)

automatrixTC AVG_wavein BEatheight_mat3d bkremoverp ChangeOneWaveLook correct2Dmapc DerivMatrix duplicateall duplicatekly duplicatemat file2wave Frommarqueegetsubmatrixsc Frommarqueegetsubmatrixsc2 HWL_subbgnd initmat3d initmat3dHD initmat3dk initmat3dkHD initmat3dkVD initmat3dVD interp2Dall interpavedata interpcurve Interpmat3D limitmat3d Lsmatrix3d madewavebytemplatec makedata mat3d_eplot mat3d_eplot_setincrement mat3d_makeimage mat3d_pi mat3d_pir mat3dHC_pi mat3dHD_eplot mat3dHD_eplot_setincrement mat3dHD_makeimage mat3dHD_pi mat3dk_eplot mat3dk_eplot_setincrement mat3dk_makeimage mat3dk_slice mat3dkHD_eplot mat3dkHD_eplot_setincrement mat3dkHD_makeimage mat3dkHd_slice mat3dkVD_eplot mat3dkVD_eplot_setincrement mat3dkVD_makeimage mat3dkvd_slice mat3dVC_pi mat3dVD_eplot mat3dVD_eplot_setincrement mat3dVD_makeimage mat3dVD_pi Matrix_To_Wave NaN0mat3d normlizeformap normmat3d normwave normwave_2 padmc putslicermat3d putslicermat3dHD putslicermat3dk putslicermat3dkHD putslicermat3dkVD putslicermat3dVD real_im_waves reflectionwave Reflectmatrix Reflectmatrix_X Reflectmatrix_Y renameall renamep rescale rescale_pi rescaleallpr rescaleforspec_orientations rescalegroupc+ 31 more entries below

Proc automatrixTC(paralist, xyzseq, sel): Usagerun from Igor with parameters paralist, xyzseq, sel.; paralist [string]: List (by;) of parameter waves (1x1 waves); xyzseq [variable]: Wave of Pauli sequence, e.g. a polynomial with 6 terms, each term has 3 paulis, the wave should be like {{0,1,2},{2,3,1},{0,2,2},{1,1,1},{2,2,2},{1,0,0}}; sel [variable]: Select Modes; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: paralist = List (by;) of parameter waves (1x1 waves); xyzseq = Wave of Pauli sequence, e.g. a polynomial with 6 terms, each term has 3 paulis, the wave should be like {{0,1,2},{2,3,1},{0,2,2},{1,1,1},{2,2,2},{1,0,0}}; sel = Select Modes. Code behavior: asks the user for parameters through Igor prompts.; SourceMatrixCalculation.ipf:83

Proc AVG_wavein(namein): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters namein.; namein [string]: Name of the image; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: namein = Name of the image. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: AVG_UpdateCirc(), AVG_Calc_avgcirc().; SourcePierre's Template.ipf:12941

Proc BEatheight_mat3d(mat3dname, outputname, typeofmatrix, height, smoothfactor): Usagerun from Igor with parameters mat3dname, outputname, typeofmatrix, height, smoothfactor.; mat3dname [wave]: Enter the name of the matrix; outputname [string]: Enter the outputname; typeofmatrix [wave]: Type of matrix; height [variable]: Height for the leading edge; smoothfactor [variable]: Enter the smooth factor; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: mat3dname = Enter the name of the matrix; outputname = Enter the outputname; typeofmatrix = Type of matrix; height = Height for the leading edge; smoothfactor = Enter the smooth factor. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: func_BEatheight_mat3d().; SourcePierre's Template.ipf:35840

Proc bkremoverp (thisdata, usewave): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters thisdata, usewave.; thisdata [variable]: which one to handle; usewave [wave]: name of norm wave. Every EDC of Data will be substracte by Normwave.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thisdata = which one to handle; usewave = name of norm wave. Every EDC of Data will be substracte by Normwave.. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:1336

Proc ChangeOneWaveLook(Waveoffset, R, G, B, size): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters Waveoffset, R, G, B, size.; Waveoffset [wave]: Igor wave reference used as input or output.; R [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; G [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; size [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: num2istr(), lsize(), rgb().; SourcePierre's Template.ipf:1646

Proc correct2Dmapc(indicate, zbwavename): Usagerun from Igor with parameters indicate, zbwavename. Update-log guidance - 2023-08-09: Added the gate-map leakage corrector behind the "Fix gate leak" button.; indicate [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; zbwavename [wave]: please enter the name of a 1D wave containing the real zero bias voltage of different gate voltages, / if this wave can be extracted from the same watefall, please enter /; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: Indicate = Notice!!! Before Lauch; zbwavename = please enter the name of a 1D wave containing the real zero bias voltage of different gate voltages, / if this wave can be extracted from the same watefall, please enter /. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getZB(), str2num(), correct2Dmap().; SourceMiscellaneous_Codes.ipf:10699

Macro DerivMatrix(OldM, num, box, choice): Usagerun from Igor with parameters OldM, num, box, choice.; OldM [variable]: Input the matrix Name; num [variable]: how many times to be smoothed; box [variable]: Input the box width; choice [variable]: choose direciton; NotesIgor macro entry point for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: OldM = Input the matrix Name; num = how many times to be smoothed; box = Input the box width; choice = choose direciton. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: DM().; SourcePierre's Template.ipf:2345

Proc duplicateall(mat, mat2, suf, totalnum): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters mat, mat2, suf, totalnum.; mat [wave]: name of the Batch waves; mat2 [wave]: duplicate to What?; suf [variable]: If you have a suffix,Please input; totalnum [variable]: numbers of the Batch; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; mat2 = duplicate to What?; totalnum = numbers of the Batch; suf = If you have a suffix,Please input. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6052

Proc duplicatekly (mat, matd): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters mat, matd.; mat [wave]: which one; matd [wave]: save as; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: mat = which one; matd = save as. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:1312

Proc duplicatemat(oldname, newname): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters oldname, newname.; oldname [string]: Which matrix would you like to duplicate?; newname [string]: Enter the new name; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: oldname = Which matrix would you like to duplicate?; newname = Enter the new name. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6322

Proc file2wave(name): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the wave or matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the wave or matrix. Code behavior: loads data from files or paths; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5218

Proc Frommarqueegetsubmatrixsc(name): Usagerun from Igor with parameters name.; name [string]: Wave name to put marquee; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: name = Wave name to put marquee. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Frommarqueegetsubmatrixs().; SourceSmart_3D_Viewer_New.ipf:9833

Proc Frommarqueegetsubmatrixsc2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), Frommarqueegetsubmatrixs2(), FFTrls2().; SourceFFT.ipf:971

Proc HWL_subbgnd(matname, matbgnd, matflat, wavebelow, waveabove): Usagerun from Igor with parameters matname, matbgnd, matflat, wavebelow, waveabove.; matname [wave]: Input name; matbgnd [wave]: Background name; matflat [wave]: Output name; wavebelow [wave]: Background curve bottom; waveabove [wave]: Background curve top; NotesInteractive Igor procedure for smoothing, normalization, or background removal; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Dialog prompts: matname = Input name; matbgnd = Background name; matflat = Output name; wavebelow = Background curve bottom; waveabove = Background curve top. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23963

Proc initmat3d(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30896

Proc initmat3dHD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30928

Proc initmat3dk(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30944

Proc initmat3dkHD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30976

Proc initmat3dkVD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30960

Proc initmat3dVD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:30912

Proc interp2Dall(name, number, xpoint, ypoint): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters name, number, xpoint, ypoint.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: twoDinterpolatexyf().; SourceFFT.ipf:319

Proc interpavedata(from, to): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters from, to.; from [variable]: Number begin; to [variable]: Number end; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Dialog prompts: from = Number begin; to = Number end. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:7181

Proc interpcurve(wave4x, wave4y, matname): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters wave4x, wave4y, matname.; wave4x [wave]: Enter the name of the xwave; wave4y [wave]: Enter the name of the ywave; matname [wave]: Enter the name of the background natrix; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: wave4x = Enter the name of the xwave; wave4y = Enter the name of the ywave; matname = Enter the name of the background natrix. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: func_give_area1().; SourcePierre's Template.ipf:17042

Proc Interpmat3D(matchoice, matdirection, qfactor): Usagerun from Igor with parameters matchoice, matdirection, qfactor.; matchoice [wave]: Matrix; matdirection [wave]: Direction; qfactor [variable]: Enter the quality factor; Noteshv mapping project end Purpose: resamples, rescales, pads, or changes wave dimensions. Dialog prompts: matchoice = Matrix; matdirection = Direction; qfactor = Enter the quality factor. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_Interpmat3D().; SourcePierre's Template.ipf:35675

Proc limitmat3d(theexponent): Usagerun from Igor with parameters theexponent.; theexponent [variable]: Enter the exponent for the highest value; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: theexponent = Enter the exponent for the highest value. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23718

Proc Lsmatrix3d(indicate, mat3dn, refwave): Usagerun from Igor with parameters indicate, mat3dn, refwave.; indicate [variable]: Indication; mat3dn [wave]: The 3D matrix to Segregated; refwave [wave]: The 2D shape reference matrix [Topography]; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: indicate = Indication; mat3dn = The 3D matrix to Segregated; refwave = The 2D shape reference matrix [Topography]. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Lsmatrix3dall().; SourceLattice Segregation.ipf:1648

Proc madewavebytemplatec(datawave, templatewave, notes): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters datawave, templatewave, notes.; datawave [wave]: A wave; templatewave [wave]: B wave; notes [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: datawave = A wave; templatewave = B wave. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: madewavebytemplate2().; SourceMiscellaneous_Codes.ipf:12940

Proc makedata(thiswave): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters thiswave.; thiswave [wave]: Igor wave reference used as input or output.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; writes or exports data; cleans up waves/windows or brings an existing window forward.; SourceMiscellaneous_Codes.ipf:1101

Proc mat3d_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30603

Proc mat3d_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30465

Proc mat3d_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30501

Proc mat3d_pi()//scaling): NotesBegining of Pierre's macros Usage: run interactively from Igor or from a panel callback. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:28569

Proc mat3d_pir()//scaling): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceMiscellaneous_Codes.ipf:724

Proc mat3dHC_pi(num, box, factor)//Use mat3d: Usagerun from Igor with parameters num, box, factor.; num [variable]: How many times to be smoothed; box [variable]: Input the box width; factor [variable]: Curvature factor; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: num = How many times to be smoothed; box = Input the box width; factor = Curvature factor. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dHC_pi().; SourcePierre's Template.ipf:28776

Proc mat3dHD_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30666

Proc mat3dHD_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30477

Proc mat3dHD_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30535

Proc mat3dHD_pi(num, box)//Use mat3d: Usagerun from Igor with parameters num, box.; num [variable]: How many times to be smoothed; box [variable]: Input the box width; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: num = How many times to be smoothed; box = Input the box width. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dHD_pi(), func_mat3dHD_als_pi().; SourcePierre's Template.ipf:33783

Proc mat3dk_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30698

Proc mat3dk_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30483

Proc mat3dk_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30552

Proc mat3dk_slice(e_low, e_high): Usagerun from Igor with parameters e_low, e_high.; e_low [variable]: integrate from:; e_high [variable]: to:; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: e_low = integrate from:; e_high = to:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; integrates wave data.; SourcePierre's Template.ipf:30794

Proc mat3dkHD_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30762

Proc mat3dkHD_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30495

Proc mat3dkHD_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30586

Proc mat3dkHd_slice(e_low, e_high): Usagerun from Igor with parameters e_low, e_high.; e_low [variable]: integrate from:; e_high [variable]: to:; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: e_low = integrate from:; e_high = to:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; integrates wave data.; SourcePierre's Template.ipf:30850

Proc mat3dkVD_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30730

Proc mat3dkVD_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30489

Proc mat3dkVD_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30569

Proc mat3dkvd_slice(e_low, e_high): Usagerun from Igor with parameters e_low, e_high.; e_low [variable]: integrate from:; e_high [variable]: to:; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: e_low = integrate from:; e_high = to:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; integrates wave data.; SourcePierre's Template.ipf:30822

Proc mat3dVC_pi(num, box, factor)//Use mat3d: Usagerun from Igor with parameters num, box, factor.; num [variable]: How many times to be smoothed; box [variable]: Input the box width; factor [variable]: Curvature factor; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: num = How many times to be smoothed; box = Input the box width; factor = Curvature factor. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dVC_pi().; SourcePierre's Template.ipf:28740

Proc mat3dVD_eplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:30634

Proc mat3dVD_eplot_setincrement(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:30471

Proc mat3dVD_makeimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:30518

Proc mat3dVD_pi(num, box)//Use mat3d: Usagerun from Igor with parameters num, box.; num [variable]: How many times to be smoothed; box [variable]: Input the box width; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: num = How many times to be smoothed; box = Input the box width. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dVD_pi().; SourcePierre's Template.ipf:28705

Macro Matrix_To_Wave(Matname, WaveBase, StartNum, toFolder): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters Matname, WaveBase, StartNum, toFolder.; Matname [wave]: Name or reference of the source wave/matrix being processed.; WaveBase [wave]: Igor wave reference used as input or output.; StartNum [variable]: Start point, index, or coordinate for the selected range.; toFolder [datafolder]: File-system path or data-folder string used for loading or saving data.; NotesIgor macro entry point for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: MatName = Input the matrix name. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: num2istr().; SourcePierre's Template.ipf:2060

Proc NaN0mat3d(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:7673

Proc normlizeformap(normwave): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters normwave.; normwave [wave]: Name of NormCurve.Data will be divided by this curve.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: normwave = Name of NormCurve.Data will be divided by this curve.. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:2010

Proc normmat3d(name): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the matrix; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix. Code behavior: creates output waves; extracts image/wave statistics; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:16945

Proc normwave(name, x_from, x_to): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name, x_from, x_to.; name [string]: Enter the name of the matrix; x_from [variable]: Normalize from:; x_to [variable]: to:; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix; x_from = Normalize from:; x_to = to:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: mean().; SourcePierre's Template.ipf:6932

Proc normwave_2(name, x_from, x_to, x_from2, x_to2): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name, x_from, x_to, x_from2, x_to2.; name [string]: Enter the name of the matrix; x_from [variable]: Normalize from:; x_to [variable]: to:; x_from2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x_to2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix; x_from = Normalize from:; x_to = to:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: mean().; SourceMiscellaneous_Codes.ipf:6453

Proc padmc(namew, factor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters namew, factor.; namew [string]: wave to pad; factor [variable]: How many time to enlarge dimsize; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: namew = wave to pad; factor = How many time to enlarge dimsize. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: padm().; SourceMiscellaneous_Codes.ipf:3222

Proc putslicermat3d(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27176

Proc putslicermat3dHD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27346

Proc putslicermat3dk(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27219

Proc putslicermat3dkHD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27387

Proc putslicermat3dkVD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27303

Proc putslicermat3dVD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), Set_Hline_slice_control(), Set_Vline_slice_control(), wintype(), Graph_imageforslicer(), putVline().; SourcePierre's Template.ipf:27262

Proc real_im_waves(thiswave): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters thiswave.; thiswave [wave]: Enter the name of the wave; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: thiswave = Enter the name of the wave. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:3502

Proc reflectionwave(mat, xvalue): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters mat, xvalue.; mat [wave]: which matrix to reflect; xvalue [variable]: x value of reference point; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: mat = which matrix to reflect; xvalue = x value of reference point. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: zeronan().; SourceMiscellaneous_Codes.ipf:3054

Proc Reflectmatrix(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:3164

Proc Reflectmatrix_X(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:3147

Proc Reflectmatrix_Y(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:3129

Proc renameall(mat, mat2, suf, totalnum): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters mat, mat2, suf, totalnum.; mat [wave]: name of the Batch waves; mat2 [wave]: Change to What?; suf [variable]: If you have a suffix,Please input; totalnum [variable]: numbers of the Batch; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; mat2 = Change to What?; totalnum = numbers of the Batch; suf = If you have a suffix,Please input. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:5756

Proc renamep(mat, mat2, suf, start, endi): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters mat, mat2, suf, start, endi.; mat [wave]: name of the Batch waves; mat2 [wave]: Change to What?; suf [variable]: If you have a suffix,Please input; start [variable]: start of the Batch; endi [variable]: end of the Batch; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; mat2 = Change to What?; start = start of the Batch; endi = end of the Batch; suf = If you have a suffix,Please input. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:9202

Proc rescale(sizex, sizey): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters sizex, sizey.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: Capturenamedd().; SourceMiscellaneous_Codes.ipf:10027

Proc rescale_pi(mat, orientation, amount): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters mat, orientation, amount.; mat [wave]: Enter the name of the matrix you want the rescale; orientation [variable]: You want to rescale the angle or the energy?; amount [variable]: How much do you want to add?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix you want the rescale; orientation = You want to rescale the angle or the energy?; amount = How much do you want to add?. Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: tpw(), x(), y(), z().; SourcePierre's Template.ipf:3392

Proc rescaleallpr(name, num, lenx, leny): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters name, num, lenx, leny.; name [string]: Batch name; num [variable]: how many data; lenx [variable]: x size; leny [variable]: y size; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch name; num = how many data; lenx = x size; leny = y size. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rescaleall().; SourceMiscellaneous_Codes.ipf:9990

Proc rescaleforspec_orientations(): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:25255

Proc rescalegroupc(ratiowave, batchname, num, notes): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters ratiowave, batchname, num, notes.; ratiowave [wave]: Divider ratio wave; batchname [string]: Batch name; num [variable]: Total spectra in Batch; notes [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: ratiowave = Divider ratio wave; batchname = Batch name; num = Total spectra in Batch. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rescalegroup().; SourceMiscellaneous_Codes.ipf:12899

Proc rescaleload(wavenames): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters wavenames.; wavenames [wave]: Igor wave reference used as input or output.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:1180

Proc rescalemapasa1dcurve(namemap, namecurve, Howmany): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters namemap, namecurve, Howmany.; namemap [wave]: The source map; namecurve [string]: The uneven y-axis wave; Howmany [variable]: How many dimsize(y) you want; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: namemap = The source map; namecurve = The uneven y-axis wave; Howmany = How many dimsize(y) you want. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), NaN0(), rescalemapasa1dcurveF(), linkEDCs(), killEDCs(), zeroNaN().; SourceMiscellaneous_Codes.ipf:10064

Proc rescalex_plus(name, num, amount): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters name, num, amount.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; amount [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Main internal calls: rescale_pi().; SourceMiscellaneous_Codes.ipf:5231

Proc rescalexmultiwhat(name, num, amount): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters name, num, amount.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; amount [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Main internal calls: renormcuts_k().; SourceMiscellaneous_Codes.ipf:5246

Proc resize2(): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:17843

Proc Rflwaves(name, a): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, a.; name [string]: The wave name you want to do reflection; a [variable]: Please Select Mode; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = The wave name you want to do reflection; a = Please Select Mode. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Reflecttrace(), reflectmatrix_X(), reflectmatrix_Y(), reflectmatrix().; SourceMiscellaneous_Codes.ipf:3104

Proc scale_e_pi(matrix, energy_shift): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters matrix, energy_shift.; matrix [wave]: Enter the name of the matrix; energy_shift [variable]: Enter the energy you want to add; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: matrix = Enter the name of the matrix; energy_shift = Enter the energy you want to add. Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5678

Proc scalewaves(mode, name, s, Pvalue, xshouldbe): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagerun from Igor with parameters mode, name, s, Pvalue, xshouldbe.; mode [string]: Mode; name [string]: Wave to apply divider; s [variable]: divider ratio; Pvalue [variable]: [Mode 2 only] Reference P point; xshouldbe [variable]: [Mode 2 only] Correct x value of the reference P point; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: mode = Mode; name = Wave to apply divider; s = divider ratio; Pvalue = [Mode 2 only] Reference P point; xshouldbe = [Mode 2 only] Correct x value of the reference P point. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: scalewave(), calculates().; SourceMiscellaneous_Codes.ipf:12829

Proc secondDall(mat, suf, totalnum, smootht): Usagerun from Igor with parameters mat, suf, totalnum, smootht.; mat [wave]: name of the Batch waves; suf [variable]: If you have a suffix,Please input; totalnum [variable]: numbers of the Batch; smootht [variable]: How many times smooth; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; suf = If you have a suffix,Please input; smootht = How many times smooth. Code behavior: duplicates or stages waves for downstream processing; smooths wave data; differentiates wave data; asks the user for parameters through Igor prompts. Main internal calls: displaymulti().; SourceMiscellaneous_Codes.ipf:6082

Proc secondDall2(mat, suf, totalnum, smootht): Usagerun from Igor with parameters mat, suf, totalnum, smootht.; mat [wave]: name of the Batch waves; suf [variable]: If you have a suffix,Please input; totalnum [variable]: numbers of the Batch; smootht [variable]: How many times smooth; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; suf = If you have a suffix,Please input; smootht = How many times smooth. Code behavior: duplicates or stages waves for downstream processing; smooths wave data; differentiates wave data; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:12004

Proc setmatrixindex(a, b, c): Purposeupdates parameters, controls, scales, or display state.; Usagerun from Igor with parameters a, b, c.; a [variable]: X is which index in Matrix? Row (0); Coloum (1); Layer (2); b [variable]: Y is which index in Matrix? Row (0); Coloum (1); Layer (2); c [variable]: E is which index in Matrix? Row (0); Coloum (1); Layer (2); NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: a = X is which index in Matrix? Row (0); Coloum (1); Layer (2); b = Y is which index in Matrix? Row (0); Coloum (1); Layer (2); c = E is which index in Matrix? Row (0); Coloum (1); Layer (2). Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:9827

Proc Shearmat3d(indicate, mat3dn, refwave, factor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters indicate, mat3dn, refwave, factor.; indicate [variable]: Indication; mat3dn [wave]: The 3D matrix to be sheared; refwave [wave]: The 2D reference matrix; factor [variable]: Scatter Interp factor (must be the same as refwave shear); NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: indicate = Indication; mat3dn = The 3D matrix to be sheared; refwave = The 2D reference matrix; factor = Scatter Interp factor (must be the same as refwave shear). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), shearall().; SourceShear Correction for C4.ipf:973

Proc shrinkmatrixbystepsc(name, steps): Usagerun from Igor with parameters name, steps.; name [string]: Matrix name; steps [variable]: Times to shrink, increase the dimdelta step times; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name; steps = Times to shrink, increase the dimdelta step times. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), shrinkmatrixbysteps().; SourceSmartDisplay.ipf:5015

Proc shrinktocube(name, num, point): Usagerun from Igor with parameters name, num, point.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; point [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: cutklarge2(), cutElarge2().; SourceFFT.ipf:746

Proc smoothall(mat, totalnum, t): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters mat, totalnum, t.; mat [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; t [variable]: smooth times; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; t = smooth times. Code behavior: smooths wave data; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6142

Proc smoothallmatrix(total, OldM, num, box): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters total, OldM, num, box.; total [variable]: =dimsize(File_name,0)-1; OldM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: SmoothMat_k23().; SourceMiscellaneous_Codes.ipf:6119

Proc SmoothMat_k(OldM, num, box, choice)//only for Vertical smooth at the moment: Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters OldM, num, box, choice.; OldM [variable]: Input the matrix Name; num [variable]: how many times to be smoothed; box [variable]: Input the box width; choice [variable]: choose direciton; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: OldM = Input the matrix Name; num = how many times to be smoothed; box = Input the box width; choice = choose direciton. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: func_SmoothMat_k().; SourcePierre's Template.ipf:7526

Proc SmoothMat_k2(OldM, num, box, choice)//only for Vertical smooth at the moment: Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters OldM, num, box, choice.; OldM [variable]: Input the matrix Name; num [variable]: how many times to be smoothed; box [variable]: Input the box width; choice [variable]: choose direciton; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: OldM = Input the matrix Name; num = how many times to be smoothed; box = Input the box width; choice = choose direciton. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_SmoothMat_k().; SourceMiscellaneous_Codes.ipf:6881

Proc SmoothMat_k23(OldM, num, box)//only for Vertical smooth at the moment: Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters OldM, num, box.; OldM [variable]: Input the matrix Name; num [variable]: how many times to be smoothed; box [variable]: Input the box width; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: OldM = Input the matrix Name; num = how many times to be smoothed; box = Input the box width. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: tpw(), func_SmoothMat_k().; SourcePierre's Template.ipf:7622

Proc sub_bline_pi_matrix(matname, numbpnts): Usagerun from Igor with parameters matname, numbpnts.; matname [wave]: Name of the matrix; numbpnts [variable]: Number of points; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: matname = Name of the matrix; numbpnts = Number of points. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: sub_bline_pi().; SourcePierre's Template.ipf:9815

Proc transform2equiv_waves(nameref, name2): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters nameref, name2.; nameref [string]: Enter the name of the model wave; name2 [string]: Enter the name of the wave to modify; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: nameref = Enter the name of the model wave; name2 = Enter the name of the wave to modify. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Func_transform2equiv_waves().; SourcePierre's Template.ipf:9274

Proc tta(name, setpointv, currentwave): Usagerun from Igor with parameters name, setpointv, currentwave.; name [string]: Name of the data set; setpointv [variable]: Voltage setpoint (mV); currentwave [wave]: The name of the wave of current (nA); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Name of the data set; setpointv = Voltage setpoint (mV); currentwave = The name of the wave of current (nA). Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: linkstsmap_P(), duplicateall().; SourceMiscellaneous_Codes.ipf:11035

Proc twoDinterpolate2(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, xpoint, ypoint.; name [string]: Name of Raw Data; xpoint [variable]: Point number of x you wanted; ypoint [variable]: Point number of y you wanted; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Name of Raw Data; xpoint = Point number of x you wanted; ypoint = Point number of y you wanted. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: aamakematrix2(), aamakematrix3().; SourceMiscellaneous_Codes.ipf:4973

Proc twoDinterpolate2r(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, xpoint, ypoint.; name [string]: Name of Raw Data; xpoint [variable]: Point number of x you wanted; ypoint [variable]: Point number of y you wanted; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Name of Raw Data; xpoint = Point number of x you wanted; ypoint = Point number of y you wanted. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: aamakematrix2r(), aamakematrix3r().; SourceMiscellaneous_Codes.ipf:4194

Proc twoDinterpolatexy(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, xpoint, ypoint.; name [string]: Name of Raw Data; xpoint [variable]: Point number of x you wanted; ypoint [variable]: Point number of y you wanted; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Dialog prompts: name = Name of Raw Data; xpoint = Point number of x you wanted; ypoint = Point number of y you wanted. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), twoDinterpolatexyf().; SourceFFT.ipf:342

Proc twoDinterpy(name, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, ypoint.; name [string]: Name of Raw Data; ypoint [variable]: Point number of y points you wanted; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Name of Raw Data; ypoint = Point number of y points you wanted. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: tpw(), makematrix2(), di().; SourceFFT.ipf:504

Proc unevenlinepc(batchname, templatewave, num): Usagerun from Igor with parameters batchname, templatewave, num.; batchname [string]: Name of the batch; templatewave [wave]: Template wave; num [variable]: Total spectra in Batch; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: batchname = Name of the batch; templatewave = Template wave; num = Total spectra in Batch. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: unevenlinep().; SourceMiscellaneous_Codes.ipf:13013

Proc wave2bkgndremoved(newname): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters newname.; newname [string]: Used in: Duplicate/O $newname bkgndremoved; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: subbkgndremover(), mode(), marker(), lstyle(), rgb(), lsize().; SourcePierre's Template.ipf:8992

Proc wave2file(name): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the wave or matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the wave or matrix. Code behavior: writes or exports data; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5201

Proc wave2filenokill(name): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the wave or matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the wave or matrix. Code behavior: writes or exports data; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5210

Proc wave4bkgndremoval(newname): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters newname.; newname [string]: Enter the name of the wave; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: newname = Enter the name of the wave. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: subbkgndremover().; SourcePierre's Template.ipf:9032

Computational and data helpers (119)

aamakematrix2 aamakematrix2r aamakematrix3 aamakematrix3r appropriate_smoothing automatrixC automatrixT bkremover calrandom_matrix ckwaveonfig correct2Dmap CutWave_EcenteredRange cvtcmplx DeNaN diagM diagM_cmplx DoLSegreXY Frommarqueegetsubmatrix Frommarqueegetsubmatrixs Frommarqueegetsubmatrixs2 func_addpntbkgndremover func_BEatheight_mat3d func_CVT2EK_pi func_delpntbkgndremover func_Interpmat3D func_mat3dHC_pi func_mat3dHD_als_pi func_mat3dHD_pi func_mat3dVC_pi func_mat3dVD_pi func_smoothmat_k Func_transform2equiv_waves getall1or2dwave getall2dwave getall3dwave getzb Imatrix_digimage Indexofmatrix Indexofmatrix_cmplx Interpolate_x Interpolate_xy Interpolate_y intersectionforCsrslider LDOSofmatrix LDOSofmatrix_cmplx Lsmatrix3dall madewavebytemplate madewavebytemplate2 makefreehandwave_2dplot makefreehandwave_3dplot makefreehandwave_3dplotf makematrix makematrix2 makematrix3 Medianfinder mpc mpn mpt NewDerivPRB98_214503_eq2_N NewDerivPRB98_214503_eq2_T Norma3dmatrix numslicehnam numslicevnam OldderivPRB98_214503_eq1_T OldDerivPRB98_214503_eq2_N OldderivPRB98_214503_eq2_T onedpad2d padm peakget plust PrintMarqueeCoords Putinsameoctant Putkfin1zone PutonsameXcorner rescaleall rescalegroup rescalemapasa1dcurveF rescalemapasa1dcurveFf Return_oneI_digimage Rotxy+ 39 more entries below

Function aamakematrix2(namee, sizex, sizey): Usagecall as aamakematrix2(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:5015

Function aamakematrix2r(namee, sizex, sizey): Usagecall as aamakematrix2r(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:4236

Function aamakematrix3(namee, sizex, sizey): Usagecall as aamakematrix3(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:5034

Function aamakematrix3r(namee, sizex, sizey): Usagecall as aamakematrix3r(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping.; SourceMiscellaneous_Codes.ipf:4255

Function appropriate_smoothing(nonsmoothed, smoothed, smoothlimit) //not completed: Purposesmooths, normalizes, or removes background/trend components.; Usagecall as appropriate_smoothing(nonsmoothed, smoothed, smoothlimit).; nonsmoothed [variable]: Used in: Duplicate/O nonsmoothed tempsmoothed / Duplicate/O nonsmoothed errorwave; smoothed [variable]: Used in: Duplicate/O tempsmoothed smoothed; smoothlimit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:4032

Function/WAVE automatrixC(paralist, xyzseq): paralist [string]: String name used to locate an Igor wave, graph, folder, or output object.; xyzseq [variable]: Momentum or Q-vector coordinate/index.; Notes# 02. Main Function for complex numerical wave [This useful for model calculation in function] Usage: call as automatrixC(paralist, xyzseq). Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: mpc(), s0(), sx(), sy(), sz().; SourceMatrixCalculation.ipf:214

Function automatrixT(paralist, xyzseq): paralist [string]: String name used to locate an Igor wave, graph, folder, or output object.; xyzseq [variable]: Momentum or Q-vector coordinate/index.; Notes# 02. Main Function for Text wave [This useful for derivation equation] Usage: call as automatrixT(paralist, xyzseq). Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: mpt(), st0(), stx(), sty(), stz(), plust().; SourceMatrixCalculation.ipf:103

Function bkremover(thisdata, usewave): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as bkremover(thisdata, usewave).; thisdata [variable]: which one; usewave [wave]: norm wave; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: thisdata = which one; usewave = norm wave. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:1345

Function calrandom_matrix(matrix_random, doping, infected): Usagecall as calrandom_matrix(matrix_random, doping, infected).; matrix_random [wave]: Matrix/2D wave input or matrix output name.; doping [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; infected [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22535

Function ckwaveonfig(name, waven): Usagecall as ckwaveonfig(name, waven).; name [string]: name of the graph; waven [wave]: name of the wave; Notescheck if a wave on the graph name = winame(0,1) waven is the name of the wave want to append If the wave on the graph, it will return =!0, if it is not on the graph, return 0 Purpose: combines many waves/slices into a map, linecut, or averaged output.; SourceSmartDisplay.ipf:902

Function correct2Dmap(zerobiaswave): Usagecall as correct2Dmap(zerobiaswave).; zerobiaswave [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: di(), displaymultiF(), ckfig(), Constantoffset_nF().; SourceMiscellaneous_Codes.ipf:10717

Function CutWave_EcenteredRange(sourceWave): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as CutWave_EcenteredRange(sourceWave).; sourceWave [wave]: Igor wave reference used as input or output.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Main internal calls: ceil().; SourceModelingTunneling.ipf:949

Function/WAVE cvtcmplx(data): Usagecall as cvtcmplx(data).; data [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output; uses Igor matrix operations for vectorized calculation.; SourceFFT.ipf:626

Function DeNaN(OriginalWave) //Evaluate all NaN to 0: Usagecall as DeNaN(OriginalWave).; OriginalWave [wave]: Igor wave reference used as input or output.; Notes#pragma rtGlobals=1 // Use modern global access method.; SourceProcedure.ipf:17

Function/WAVE diagM(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as diagM(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/29/2023: Added diagM(num) SuperdiagM(num) SubdiagM(num) (V2: added cursor hooks to also the bulk bands) (V3 is a debugged version).; SourceMatrixCalculation.ipf:865

Function/WAVE diagM_cmplx(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as diagM_cmplx(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMatrixCalculation.ipf:822

Function DoLSegreXY(name, prefwave, prefwave2, thresh, mode): name [string]: 2D wave to be segregated; prefwave [wave]: Igor wave reference used as input or output.; prefwave2 [wave]: Igor wave reference used as input or output.; thresh [variable]: threshold for defining a lattice position (max=1); mode [string]: (= 1 is Scatter imageinterpolate mode, more modes to be added); Notes#IV.4 Main Functional Codes (special case for FeXY) Usage: call as DoLSegreXY(name, prefwave, prefwave2, thresh, mode). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mean().; SourceLattice Segregation.ipf:1404

Function Frommarqueegetsubmatrix(name): Usagecall as Frommarqueegetsubmatrix(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), mean().; SourceSmart_3D_Viewer_New.ipf:9632

Function Frommarqueegetsubmatrixs(name): Usagecall as Frommarqueegetsubmatrixs(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: di(), mean(). Update log: 05/10/2024: Added ave_inmarque() to the popup window of Frommarqueegetsubmatrixs(name) which calculates the average value on the partial image (only count the non-NaN value).; SourceSmart_3D_Viewer_New.ipf:9838

Function Frommarqueegetsubmatrixs2(name): Usagecall as Frommarqueegetsubmatrixs2(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: di(), func_NaN0(), mean().; SourceFFT.ipf:1013

Function func_addpntbkgndremover(wavex, wavey): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as func_addpntbkgndremover(wavex, wavey).; wavex [wave]: Igor wave reference used as input or output.; wavey [wave]: Igor wave reference used as input or output.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: xcsr(), vcsr().; SourcePierre's Template.ipf:9077

Function func_BEatheight_mat3d(mat3dname, outputname, typeofmatrix, height, smoothfactor): Usagecall as func_BEatheight_mat3d(mat3dname, outputname, typeofmatrix, height, smoothfactor).; mat3dname [wave]: Matrix/2D wave input or matrix output name.; outputname [string]: String name used to locate an Igor wave, graph, folder, or output object.; typeofmatrix [wave]: Matrix/2D wave input or matrix output name.; height [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smoothfactor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: func_BEatheight_EDC().; SourcePierre's Template.ipf:35866

Function func_CVT2EK_pi(newmat, oldmat, newwavex, newwavez, k0, dk, i): Usagecall as func_CVT2EK_pi(newmat, oldmat, newwavex, newwavez, k0, dk, i).; newmat [wave]: Matrix/2D wave input or matrix output name.; oldmat [wave]: Matrix/2D wave input or matrix output name.; newwavex [wave]: Igor wave reference used as input or output.; newwavez [wave]: Igor wave reference used as input or output.; k0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; dk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; i [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: interp().; SourcePierre's Template.ipf:30229

Function func_delpntbkgndremover(wavex, wavey): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as func_delpntbkgndremover(wavex, wavey).; wavex [wave]: Igor wave reference used as input or output.; wavey [wave]: Igor wave reference used as input or output.; NotesFunction for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: xcsr().; SourcePierre's Template.ipf:9087

Function func_Interpmat3D(matname, indexofcol, qfactor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as func_Interpmat3D(matname, indexofcol, qfactor).; matname [wave]: Name or reference of the source wave/matrix being processed.; indexofcol [variable]: Step size or energy/voltage increment used by the calculation.; qfactor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:35719

Function func_mat3dHC_pi(mat3d, mat3dHD, num, box, factor, slitorientation): Usagecall as func_mat3dHC_pi(mat3d, mat3dHD, num, box, factor, slitorientation).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dHD [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; slitorientation [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: curvature4mat3d().; SourcePierre's Template.ipf:28793

Function func_mat3dHD_als_pi(mat3d, mat3dHD, num, box): Usagecall as func_mat3dHD_als_pi(mat3d, mat3dHD, num, box).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dHD [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:33799

Function func_mat3dHD_pi(mat3d, mat3dHD, num, box): Usagecall as func_mat3dHD_pi(mat3d, mat3dHD, num, box).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dHD [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:33822

Function func_mat3dVC_pi(mat3d, mat3dVD, num, box, factor): Usagecall as func_mat3dVC_pi(mat3d, mat3dVD, num, box, factor).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dVD [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: curvature4mat3d().; SourcePierre's Template.ipf:28755

Function func_mat3dVD_pi(mat3d, mat3dVD, num, box): Usagecall as func_mat3dVD_pi(mat3d, mat3dVD, num, box).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dVD [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:28717

Function func_smoothmat_k(OldM, NewM, num, box, choice): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as func_smoothmat_k(OldM, NewM, num, box, choice).; OldM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NewM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data.; SourcePierre's Template.ipf:7569

Function Func_transform2equiv_waves(nameref, name2): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as Func_transform2equiv_waves(nameref, name2).; nameref [string]: Used in: Duplicate/O nameref newwave; name2 [string]: Used in: Duplicate/O name2 name2x / Duplicate/O newwave name2; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:9284

Function/S getall1or2dwave(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall getall1or2dwave() from Igor procedure code or the command line.; NotesFunction to get a stringlist containing the name of all the 1 & 2 dimensional data. Main internal calls: waveDims().; SourceMultipeakforLinecut.ipf:1516

Function/S getall2dwave(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall getall2dwave() from Igor procedure code or the command line.; Notes## 06 Function to get a stringlist containing the name of all the 2 dimensional data. Main internal calls: waveDims().; SourceSmart_3D_Viewer_New.ipf:2463

Function/S getall3dwave(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall getall3dwave() from Igor procedure code or the command line. Update-log guidance - 2023-08-17: Provides the 3D-wave list used by the smarter 3D matrix plotter prompt, so users can select a root-level 3D wave before launching d3d.; Notes## 05 Function to get a stringlist containing the name of all the three dimensional data. Main internal calls: waveDims().; SourceSmart_3D_Viewer_New.ipf:2445

Function/WAVE getzb(l1, l2, r1, r2): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getzb(l1, l2, r1, r2).; l1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; l2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; r1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; r2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesWave-returning helper for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: getpeakfromwaterfall(), ed().; SourceMiscellaneous_Codes.ipf:10839

Function Imatrix_digimage(newmat, matred, matgreen, matblue, redwave, greenwave, bluewave, colorpixels, method): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Imatrix_digimage(newmat, matred, matgreen, matblue, redwave, greenwave, bluewave, colorpixels).; newmat [wave]: Matrix/2D wave input or matrix output name.; matred [wave]: Matrix/2D wave input or matrix output name.; matgreen [wave]: Matrix/2D wave input or matrix output name.; matblue [wave]: Matrix/2D wave input or matrix output name.; redwave [wave]: Igor wave reference used as input or output.; greenwave [wave]: Igor wave reference used as input or output.; bluewave [wave]: Igor wave reference used as input or output.; colorpixels [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; method [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: Return_oneI_digimage().; SourcePierre's Template.ipf:6706

Function/WAVE Indexofmatrix(mat, show): Usagecall as Indexofmatrix(mat, show).; mat [wave]: Name or reference of the source wave/matrix being processed.; show [variable]: Igor wave reference used as input or output.; NotesWave-returning helper for spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations. Main internal calls: sortColumnindex(), di(). Update log: 10/31/2023: (3) Indexofmatrix(mat,show): Calculate the LDOS distribution of each band, indexed by the eigenvalue index.; SourceModels.ipf:10019

Function/WAVE Indexofmatrix_cmplx(mat, show): mat [wave]: Name or reference of the source wave/matrix being processed.; show [variable]: Igor wave reference used as input or output.; NotesMomentum resolved LDOS(index) Usage: call as Indexofmatrix_cmplx(mat, show). Code behavior: creates output waves; formats graph axes, labels, colors, or annotations. Main internal calls: sortColumnindex(), di().; SourceModels.ipf:9189

Function Interpolate_x(OriginalWave, Factor, IntMethod): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as Interpolate_x(OriginalWave, Factor, IntMethod).; OriginalWave [wave]: Igor wave reference used as input or output.; Factor [variable]: Scaling, normalization, interpolation, or correction factor.; IntMethod [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceProcedure.ipf:63

Function Interpolate_xy(OriginalWave, Factor, IntMethod): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as Interpolate_xy(OriginalWave, Factor, IntMethod).; OriginalWave [wave]: Igor wave reference used as input or output.; Factor [variable]: Scaling, normalization, interpolation, or correction factor.; IntMethod [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: Interpolate_x(), Interpolate_y().; SourceProcedure.ipf:227

Function Interpolate_y(OriginalWave, Factor, IntMethod): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as Interpolate_y(OriginalWave, Factor, IntMethod).; OriginalWave [wave]: Igor wave reference used as input or output.; Factor [variable]: Scaling, normalization, interpolation, or correction factor.; IntMethod [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceProcedure.ipf:145

Function/WAVE intersectionforCsrslider(): Usagecall intersectionforCsrslider() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:25366

Function/WAVE LDOSofmatrix(mat, Vmin, Vmax, show): Usagecall as LDOSofmatrix(mat, Vmin, Vmax, show).; mat [wave]: Name or reference of the source wave/matrix being processed.; Vmin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output.; NotesWave-returning helper for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: sortColumnindex(), di(). Update log: 10/31/2023: (5) LDOSofmatrix(mat,Vmin,Vmax,show): Calculate the overall LDOS as a function of energy.; SourceModels.ipf:10177

Function/WAVE LDOSofmatrix_cmplx(mat, Vmin, Vmax, show): Usagecall as LDOSofmatrix_cmplx(mat, Vmin, Vmax, show).; mat [wave]: Name or reference of the source wave/matrix being processed.; Vmin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output.; NotesWave-returning helper for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: sortColumnindex(), di().; SourceModels.ipf:9334

Function Lsmatrix3dall(mat3dn, refwave, factor): Usagecall as Lsmatrix3dall(mat3dn, refwave, factor).; mat3dn [wave]: name of the mat3d to be sheared = "g2_001_G"; refwave [wave]: name of the shear reference wave = "g2_001_T" string barename = replaceString("_G",mat3dn,"_T"); factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: DoLSegre(), DoLSegreXY().; SourceLattice Segregation.ipf:1661

Function madewavebytemplate(datawave, templatewave): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as madewavebytemplate(datawave, templatewave).; datawave [wave]: Igor wave reference used as input or output.; templatewave [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:12978

Function madewavebytemplate2(datawave, templatewave): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as madewavebytemplate2(datawave, templatewave).; datawave [wave]: Igor wave reference used as input or output.; templatewave [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Update log: 2025-05-19: Reformats a wave so that its dimensions and scaling follow a reference/template wave.; SourceMiscellaneous_Codes.ipf:12949

Function makefreehandwave_2dplot(): Usagecall makefreehandwave_2dplot() from Igor procedure code or the command line.; Notes#3_05 GO Function {Note: this function Define the end of the free hand draw and set the next cursor hook call belong to new lineprofile} Purpose: creates new waves, maps, figures, or simulation data. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), autoremovejump1D(), lsize(), rgb(), mode(), lstyle().; SourceSmartDisplay.ipf:3282

Function makefreehandwave_3dplot(): Usagecall makefreehandwave_3dplot() from Igor procedure code or the command line.; Notes#3_05 GO Function {Note: this function Define the end of the free hand draw and set the next cursor hook call belong to new lineprofile} Purpose: creates new waves, maps, figures, or simulation data. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_NaN0(), rescalemapasa1dcurveF(), linkEDCs_nodis(), killEDCs(), func_zeroNaN(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:3097

Function makefreehandwave_3dplotf(): Usagecall makefreehandwave_3dplotf() from Igor procedure code or the command line.; Notes#3_05 GO Function {Note: this function Define the end of the free hand draw and set the next cursor hook call belong to new lineprofile} Purpose: creates new waves, maps, figures, or simulation data. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_NaN0(), rescalemapasa1dcurveFf(), linkEDCs_nodisf(), killEDCsf(), func_zeroNaN(), lsize().; SourceSmart_3D_Viewer_New.ipf:7883

Function makematrix(namee): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makematrix(namee).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation.; SourceFFT.ipf:290

Function makematrix2(namee, sizex, sizey): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makematrix2(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceFFT.ipf:464

Function makematrix3(namee, sizex, sizey): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makematrix3(namee, sizex, sizey).; namee [string]: String name used to locate an Igor wave, graph, folder, or output object.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceFFT.ipf:480

Function/D Medianfinder(w) // Returns median value of wave w: Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Medianfinder(w).; w [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: tempMedianWave(), numpnts().; SourceMiscellaneous_Codes.ipf:5897

Function/WAVE mpc(A, B): A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#1. Complex Usage: call as mpc(A, B). Code behavior: creates output waves. Update log: 10/12/2023: (5) mpc(A,B) mpn(A,B) mpt(A,B): matrix tensor product for complex, real, text square matrix, A and B matrix should be under same dimension.; SourceMatrixCalculation.ipf:331

Function/WAVE mpn(A, B): A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#2. Numerical (real) Usage: call as mpn(A, B). Code behavior: creates output waves. Update log: 10/12/2023: (5) mpc(A,B) mpn(A,B) mpt(A,B): matrix tensor product for complex, real, text square matrix, A and B matrix should be under same dimension.; SourceMatrixCalculation.ipf:343

Function/WAVE mpt(A, B): A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3. Text Usage: call as mpt(A, B). Code behavior: creates output waves. Main internal calls: str2num().; SourceMatrixCalculation.ipf:355

Function NewDerivPRB98_214503_eq2_N(): Notes# 02. New version numerical; equation (2) of PRB 98, 214503 Usage: call NewDerivPRB98_214503_eq2_N() from Igor procedure code or the command line. Main internal calls: wC(), Wn(), automatrixC(), cktable(). Update log: 10/12/2023: (4) NewDerivPRB98_214503_eq2_N(): Demo to show how to do complex numerical wave Hamiltonian derivation.; SourceMatrixCalculation.ipf:42

Function NewDerivPRB98_214503_eq2_T(): Notes# 01. New version Text; equation (2) of PRB 98, 214503 Usage: call NewDerivPRB98_214503_eq2_T() from Igor procedure code or the command line. Main internal calls: wT(), Wn(), automatrixT(). Update log: 10/12/2023: (3) NewDerivPRB98_214503_eq2_T(): Demo to show how to do Text wave Hamiltonian derivation.; SourceMatrixCalculation.ipf:15

Function Norma3dmatrix(name, Zn): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as Norma3dmatrix(name, Zn).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:706

Function/WAVE numslicehnam(): Usagecall numslicehnam() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: smooths wave data. Main internal calls: mean().; SourceMiscellaneous_Codes.ipf:7719

Function/WAVE numslicevnam(): Usagecall numslicevnam() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: smooths wave data. Main internal calls: mean().; SourceMiscellaneous_Codes.ipf:7760

Function OldderivPRB98_214503_eq1_T(): Notes# 01. Old version Text; equation (1) of PRB 98, 214503 Usage: call OldderivPRB98_214503_eq1_T() from Igor procedure code or the command line. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpt(), st0(), stz(), stx(), sty(), plust().; SourceMatrixCalculation.ipf:578

Function OldDerivPRB98_214503_eq2_N(): Notes# 03. Old version Numerical; equation (2) of PRB 98, 214503 Usage: call OldDerivPRB98_214503_eq2_N() from Igor procedure code or the command line. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpc(), sz(), s0(), sx(), sy(), cktable().; SourceMatrixCalculation.ipf:733

Function OldderivPRB98_214503_eq2_T(): Notes# 02. Old version Text; equation (2) of PRB 98, 214503 Usage: call OldderivPRB98_214503_eq2_T() from Igor procedure code or the command line. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpt(), stz(), st0(), stx(), sty(), plust().; SourceMatrixCalculation.ipf:634

Function onedpad2d(name): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as onedpad2d(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:2162

Function padm(namew, factor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as padm(namew, factor).; namew [string]: Igor wave reference used as input or output.; factor [variable]: how many time to enlarge the matrix; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Main internal calls: di(). Update log: 07/09-02/2023: Add function padm() to pad the 2D matrix, add some 0 points in the outer of the data and enlarge the dimension size.; SourceMiscellaneous_Codes.ipf:3230

Function/WAVE peakget(name111, nameraw): Purposefits or extracts spectral/peak parameters.; Usagecall as peakget(name111, nameraw).; name111 [string]: String name used to locate an Igor wave, graph, folder, or output object.; nameraw [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesWave-returning helper for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: name111w(), name1111w(), ckwaveonfig().; SourceFFT.ipf:2848

Function/WAVE plust(A, B): A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesText matrix Tensor Add Usage: call as plust(A, B). Code behavior: creates output waves. Main internal calls: str2num(). Update log: 10/12/2023: (6) plust(A,B): Text matrix wave summation.; SourceMatrixCalculation.ipf:399

Function PrintMarqueeCoords(): Usagecall PrintMarqueeCoords() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management.; SourceSmartDisplay.ipf:1242

Function/WAVE Putinsameoctant(waveforx, wavefory)//moves all the points of the 1st zone of the same X-Centered Fermi surface in the same octant: Usagecall as Putinsameoctant(waveforx, wavefory).; waveforx [wave]: Igor wave reference used as input or output.; wavefory [wave]: Igor wave reference used as input or output.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:29062

Function/WAVE Putkfin1zone(waveforx, wavefory)//moves all the points of the same X-Centered Fermi surface inside the first zone: Usagecall as Putkfin1zone(waveforx, wavefory).; waveforx [wave]: Igor wave reference used as input or output.; wavefory [wave]: Igor wave reference used as input or output.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:29084

Function/WAVE PutonsameXcorner(waveforx, wavefory)//translates all the points to the same X-Centered Fermi surface: Usagecall as PutonsameXcorner(waveforx, wavefory).; waveforx [wave]: Igor wave reference used as input or output.; wavefory [wave]: Igor wave reference used as input or output.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:29115

Function rescaleall(name, num, lenx, leny): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as rescaleall(name, num, lenx, leny).; name [string]: Name or reference of the source wave/matrix being processed.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; lenx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; leny [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:10002

Function rescalegroup(ratiowave, batchname, num): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as rescalegroup(ratiowave, batchname, num).; ratiowave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; batchname [string]: String name used to locate an Igor wave, graph, folder, or output object.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: scalewave(), madewavebytemplate(), linkstsmap(). Update log: 2025-05-19: Builds a corrected linecut by applying individual voltage-divider correction ratios to a batch of dI/dV curves.; SourceMiscellaneous_Codes.ipf:12910

Function rescalemapasa1dcurveF(namemap, namecurve, factor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as rescalemapasa1dcurveF(namemap, namecurve, factor).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; namecurve [string]: String name used to locate an Igor wave, graph, folder, or output object.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves.; SourceMiscellaneous_Codes.ipf:10088

Function rescalemapasa1dcurveFf(namemap, namecurve, factor): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as rescalemapasa1dcurveFf(namemap, namecurve, factor).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; namecurve [string]: String name used to locate an Igor wave, graph, folder, or output object.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves.; SourceSmart_3D_Viewer_New.ipf:8006

Function Return_oneI_digimage(redwave, greenwave, bluewave, thisred, thisgreen, thisblue, method): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Return_oneI_digimage(redwave, greenwave, bluewave, thisred, thisgreen, thisblue, method).; redwave [wave]: Igor wave reference used as input or output.; greenwave [wave]: Igor wave reference used as input or output.; bluewave [wave]: Igor wave reference used as input or output.; thisred [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; thisgreen [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; thisblue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; method [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics.; SourcePierre's Template.ipf:6688

Function/WAVE Rotxy(degree, x0, y0, Dis): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as Rotxy(degree, x0, y0, Dis).; degree [variable]: Step size or energy/voltage increment used by the calculation.; x0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Dis [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesWave-returning helper for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Update log: 01/22/2024: Added Rotxy(degree,x0,y0,Dis),which calculates the rotated (x,y) coordinate by an arbitrary rotation.; SourceMiscellaneous_Codes.ipf:4

Function/WAVE s0(): NotesComplex Pauli matrix Usage: call s0() from Igor procedure code or the command line. Code behavior: creates output waves. Update log: 10/12/2023: (7) s0() sx() sy() sz(): Complex numerical Pauli matrix.; SourceMatrixCalculation.ipf:474

Function scalewave(name, s): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as scalewave(name, s).; name [string]: Name or reference of the source wave/matrix being processed.; s [variable]: 你可以自行更改; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output. Update log: 2025-05-19: Rescales a dI/dV curve using a voltage-divider correction factor.; SourceMiscellaneous_Codes.ipf:12850

Function setscaleall(len): Purposeupdates parameters, controls, scales, or display state.; Usagecall as setscaleall(len).; len [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7628

Function/S SetWaveNameinProcText(wList, procText): Purposerewrites wave names inside stored graph recreation/procedure text.; Usagecall as SetWaveNameinProcText(wList, procText).; wList [string]: String name used to locate an Igor wave, graph, folder, or output object.; procText [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesString-returning helper for graph display, formatting, or window management; Igor wave/matrix/cube data operation.; Sourcetransfergraph.ipf:32

Function shrinkmatrixbysteps(name, steps): Usagecall as shrinkmatrixbysteps(name, steps).; name [string]: Name or reference of the source wave/matrix being processed.; steps [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output.; SourceSmartDisplay.ipf:5023

Function smoothfast(): Purposesmooths, normalizes, or removes background/trend components.; Usagecall smoothfast() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: smooths wave data.; SourceMiscellaneous_Codes.ipf:7666

Function smoothjumphalfvortex_V(name, judge, smoothnp): Usagecall as smoothjumphalfvortex_V(name, judge, smoothnp).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; judge [variable]: (=2.9); smoothnp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFailed to organize: smooth the phase jump Not implement in the current version Purpose: smooths, normalizes, or removes background/trend components. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di().; SourceModels.ipf:10958

Function smoothtimes(name): Usagecall as smoothtimes(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesINTERACTING FUNCTIONAL: Smooth times update Purpose: smooths, normalizes, or removes background/trend components. Code behavior: creates output waves; duplicates or stages waves for downstream processing; smooths wave data; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:1645

Function/WAVE st0(): NotesText Pauli matrix Usage: call st0() from Igor procedure code or the command line. Code behavior: creates output waves. Update log: 10/12/2023: (8) st0() stx() sty() stz(): Text Pauli matrix.; SourceMatrixCalculation.ipf:525

Function/WAVE stx(): Usagecall stx() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (8) st0() stx() sty() stz(): Text Pauli matrix.; SourceMatrixCalculation.ipf:547

Function/WAVE sty(): Usagecall sty() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (8) st0() stx() sty() stz(): Text Pauli matrix.; SourceMatrixCalculation.ipf:558

Function/WAVE stz(): Usagecall stz() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (8) st0() stx() sty() stz(): Text Pauli matrix.; SourceMatrixCalculation.ipf:536

Function subbkgndremover(Wavex, wavey, waveoriginal, Waveresult): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as subbkgndremover(Wavex, wavey, waveoriginal, Waveresult).; Wavex [wave]: Igor wave reference used as input or output.; wavey [wave]: Igor wave reference used as input or output.; waveoriginal [wave]: Igor wave reference used as input or output.; Waveresult [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: Interp().; SourcePierre's Template.ipf:9105

Function/WAVE SubdiagM(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as SubdiagM(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/29/2023: Added diagM(num) SuperdiagM(num) SubdiagM(num) (V2: added cursor hooks to also the bulk bands) (V3 is a debugged version).; SourceMatrixCalculation.ipf:879

Function/WAVE SubdiagM_cmplx(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as SubdiagM_cmplx(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMatrixCalculation.ipf:836

Function/WAVE SuperdiagM(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as SuperdiagM(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/29/2023: Added diagM(num) SuperdiagM(num) SubdiagM(num) (V2: added cursor hooks to also the bulk bands) (V3 is a debugged version).; SourceMatrixCalculation.ipf:893

Function/WAVE SuperdiagM_cmplx(num): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as SuperdiagM_cmplx(num).; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMatrixCalculation.ipf:850

Function/WAVE sx(): Usagecall sx() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (7) s0() sx() sy() sz(): Complex numerical Pauli matrix.; SourceMatrixCalculation.ipf:496

Function/WAVE sy(): Usagecall sy() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (7) s0() sx() sy() sz(): Complex numerical Pauli matrix.; SourceMatrixCalculation.ipf:507

Function/WAVE sz(): Usagecall sz() from Igor procedure code or the command line.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Update log: 10/12/2023: (7) s0() sx() sy() sz(): Complex numerical Pauli matrix.; SourceMatrixCalculation.ipf:485

Function tdtod(waven): Usagecall as tdtod(waven).; waven [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves.; SourceMiscellaneous_Codes.ipf:1835

Function testkrnkproduct(wave1, wave2): Usagecall as testkrnkproduct(wave1, wave2).; wave1 [wave]: Igor wave reference used as input or output.; wave2 [wave]: Igor wave reference used as input or output.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: mpt(), cktable().; SourceMatrixCalculation.ipf:424

Function Transformpredicted(parawave, perpwave, kthetawave, kphiwave): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Transformpredicted(parawave, perpwave, kthetawave, kphiwave).; parawave [wave]: Igor wave reference used as input or output.; perpwave [wave]: Igor wave reference used as input or output.; kthetawave [wave]: Igor wave reference used as input or output.; kphiwave [wave]: Igor wave reference used as input or output.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:26083

Function twoDinterpolatexycr(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexycr(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3().; SourceMiscellaneous_Codes.ipf:244

Function twoDinterpolatexyf(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyf(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3(), di().; SourceFFT.ipf:353

Function twoDinterpolatexyf2(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyf2(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3().; SourceFFT.ipf:411

Function twoDinterpolatexyfd(name, xpoint, ypoint): Usagecall as twoDinterpolatexyfd(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notesthe unplot interpolation function called in the main procedure Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3().; SourceMap_the_phase_difference_between_two_image.ipf:454

Function twoDinterpyf(name, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpyf(name, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2().; SourceFFT.ipf:535

Function unevenlinep(batchname, templatewave, num): Usagecall as unevenlinep(batchname, templatewave, num).; batchname [string]: String name used to locate an Igor wave, graph, folder, or output object.; templatewave [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: madewavebytemplate(), linkstsmap(). Update log: 2025-05-19: Builds a linecut from a batch of delta waves with uneven dimensions by using a template wave as the reference geometry.; SourceMiscellaneous_Codes.ipf:13025

Function/WAVE wC(name, ww): name [string]: Name or reference of the source wave/matrix being processed.; ww [variable]: Igor wave reference used as input or output.; Notes#3. Complex wave (real) try wT("name",{cmplx(,)}), {cmplx(1,1)} for 1D, {{cmplx(1,1)}} for 2D, {{{cmplx(1,1)}}} for 3D Usage: call as wC(name, ww). Code behavior: duplicates or stages waves for downstream processing. Update log: 10/12/2023: (9) wN(name,ww) wC(name,ww) wT(name,ww): Make wave ww under "name" for real wave, complex wave, text wave.; SourceMatrixCalculation.ipf:459

Function/WAVE WFofmatrix(mat, show): mat [wave]: Name or reference of the source wave/matrix being processed.; show [variable]: Igor wave reference used as input or output.; NotesMomentum resolved Wavefunction(index) Usage: call as WFofmatrix(mat, show). Code behavior: creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: sortColumnindex(), di(). Update log: 10/31/2023: (4) WFofmatrix(mat,show): Calculate the wavefunction distribution of each band, indexed by the eigenvalue index.; SourceModels.ipf:9215

Function/WAVE wN(name, ww): name [string]: Name or reference of the source wave/matrix being processed.; ww [variable]: Igor wave reference used as input or output.; Notes#1. Numerical wave (real) try wN("name",{}), {1} for 1D, {{1}} for 2D, {{{1}}} for 3D Usage: call as wN(name, ww). Code behavior: duplicates or stages waves for downstream processing. Update log: 10/12/2023: (9) wN(name,ww) wC(name,ww) wT(name,ww): Make wave ww under "name" for real wave, complex wave, text wave.; SourceMatrixCalculation.ipf:441

Function/WAVE wT(name, ww): name [string]: Name or reference of the source wave/matrix being processed.; ww [variable]: Igor wave reference used as input or output.; Notes#2. Text wave (real) try wT("name",{""}), {"t"} for 1D, {{"t"}} for 2D, {{{"t"}}} for 3D Usage: call as wT(name, ww). Code behavior: duplicates or stages waves for downstream processing. Update log: 10/12/2023: (9) wN(name,ww) wC(name,ww) wT(name,ww): Make wave ww under "name" for real wave, complex wave, text wave.; SourceMatrixCalculation.ipf:450

Function xreflectmatrix(name, xpoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as xreflectmatrix(name, xpoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:681

Function xreflectmatrix2(name, xpoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as xreflectmatrix2(name, xpoint).; name [string]: Name or reference of the source wave/matrix being processed.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:4838

Function xreflectmatrix2r(name, xpoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as xreflectmatrix2r(name, xpoint).; name [string]: Name or reference of the source wave/matrix being processed.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:4059

Function yreflectmatrix(name, ypoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as yreflectmatrix(name, ypoint).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceFFT.ipf:711

Function yreflectmatrix2(name, ypoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as yreflectmatrix2(name, ypoint).; name [string]: Name or reference of the source wave/matrix being processed.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:4867

Function yreflectmatrix2r(name, ypoint): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as yreflectmatrix2r(name, ypoint).; name [string]: Name or reference of the source wave/matrix being processed.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:4088

Spectroscopy, Gap, Peak, and Fitting Workflows

Panel callbacks and control handlers (55)

Function ButtonProc_choiceparameterc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D PDM with 2 Gap; NotesSimulation of 2D gap modulation with 2 gaps Panel control(s): 2D PDM with 2 Gap.; SourceGeneral_Simu.ipf:17

Function ButtonProc_Cons3dplotgapmap(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGapMap; Noteswill only show up button when the 3D matrix put into 3D smart displayer is the g(r,V) the indentification is the name with the ending character "_G", which was defined in the loading procedure. #1 Gap Map Fitting, Control Button Purpose: displays waves, images, contours, or graph overlays. Panel control(s): GapMap.; SourceSmart_3D_Viewer_New.ipf:3724

Function ButtonProc_DOS_kf(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs DOS_kf().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDOS at KF vs θ; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): DOS at KF vs θ.; SourcePierre's Template.ipf:1238

Function ButtonProc_dscgap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs plotdgap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PaneldSC; Notesunder this procedure the energy under unit "meV" Ref: 10.1038/ncomms11139 Revisiting the vortex-core tunnelling spectroscopy in YBa2Cu3O7-d Panel control(s): dSC.; SourceModels.ipf:635

Function ButtonProc_DyneFit(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs STSFiTDyne().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBCS_Dyne Fit; NotesNormal tip with a linear density of states: a*(-x)+b SC sample with Dyne function density of states Head and fitting command part of this procedure Purpose: fits or extracts spectral/peak parameters. Panel control(s): BCS_Dyne Fit.; SourceMiscellaneous_Codes.ipf:12158

Function ButtonProc_DyneFitS(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs STSFiTDyneS().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSC-SC Fit; NotesThis is a function for SC-SC tunneling simulatioon SC tip with Dyne density of states SC sample with Dyne function density of states Purpose: fits or extracts spectral/peak parameters. Panel control(s): SC-SC Fit.; SourceMiscellaneous_Codes.ipf:12344

Function ButtonProc_extracnumfromstr(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs extracnumfromstr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract_dI/dV; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Extract_dI/dV.; SourceMiscellaneous_Codes.ipf:8061

Function ButtonProc_extractfromdos(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs extractdatafromdos().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExSTS; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): ExSTS.; SourceMiscellaneous_Codes.ipf:5101

Function ButtonProc_fixgauss_Fatcsr(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs fixgauss_Fatcsr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:24087

Function ButtonProc_gapdiis(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs extrastsfrommap3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D_LS; NotesThe method is 1. Linear substraction around a peak, [From, to] 2. Wavestatus to find the x_position of Maxmimun Purpose: displays waves, images, contours, or graph overlays. Panel control(s): 2D_LS.; SourceMiscellaneous_Codes.ipf:8274

Function ButtonProc_gapdiisGuassian(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs extrastsfrommap3dGuassian().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D_G; NotesThe method is 1. Guassian Fit around a single peak [From, to] Purpose: displays waves, images, contours, or graph overlays. Panel control(s): 2D_G.; SourceMiscellaneous_Codes.ipf:8384

Function ButtonProc_gapdiisGuassian2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs extrastsfrommap3dGuassian2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D_GCB; Notesvalid result, we then take the value form linear background substration method, and choose the gapsize as the average of the left and right.............................................................................................................. In the fu Purpose: displays waves, images, contours, or graph overlays. Panel control(s): 2D_GCB.; SourceMiscellaneous_Codes.ipf:8522

Function ButtonProc_gapdiisGuassian3(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs extrastsfrommap3dGuassian3().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel1D_GCB; NotesGet Gap distribution from linecut, mapsts window should be in active This is the 1D version of GCB [Guassian-combined] method !!!!! Purpose: displays waves, images, contours, or graph overlays. Panel control(s): 1D_GCB.; SourceMiscellaneous_Codes.ipf:8780

Function ButtonProc_gapdisGua1_3dplot(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gapdiisGua1_3dplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes#3_03_01 Guassian mode <Main Function> Purpose: displays waves, images, contours, or graph overlays.; SourceSmart_3D_Viewer_New.ipf:4237

Function ButtonProc_gapdisGua2_3dplot(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gapdiisGua2_3dplot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Notes#3_01_01 GCB mode <spare Button control> Purpose: displays waves, images, contours, or graph overlays.; SourceSmart_3D_Viewer_New.ipf:3872

Function ButtonProc_gatemapextractpeak(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gatemapextractpeak().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPeakvsGate; NotesTwo peaks can be choose We use 4th derivatives to enhance the signal To begin with this procedure, please load the gate map data and normalized it properly, and then make one sts 4th derivatived, to find right1,right2,left1,left2 Purpose: extracts values, metadata, cursor information, or derived waves. Panel control(s): PeakvsGate.; SourceMiscellaneous_Codes.ipf:11960

Function ButtonProc_gauss_Fat_matin(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs gauss_Fat_matin().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:24082

Function ButtonProc_getpeakfromwfc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs getpeakfromwaterfallc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet Peak / 1D multi; Notesget peak Purpose: extracts values, metadata, cursor information, or derived waves. Panel control(s): Get Peak / 1D multi.; SourceMiscellaneous_Codes.ipf:10900

Function ButtonProc_IExyf(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mapforSTMf().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PaneldI/dV(E,x,y); NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): dI/dV(E,x,y).; SourceMiscellaneous_Codes.ipf:9839

Function ButtonProc_legend_dIdV_vs_V(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PaneldI/dV; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): dI/dV. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5261

Function ButtonProc_linecutgapdistrpp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linecutgapdistr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel1D_LS; NotesGet Gap distribution from linecut, mapsts window should be in active This is the linear background substraction method!!!!! Purpose: displays waves, images, contours, or graph overlays. Panel control(s): 1D_LS.; SourceMiscellaneous_Codes.ipf:8696

Function ButtonProc_LLDOS(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makeLLspectra().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLL DOS; NotesThe procedure bellow is to calculate LL DOS within different Temperature and Field Simple model regard LL peak as a Lorentzian, and add them all Panel control(s): LL DOS.; SourceModels.ipf:4413

Function ButtonProc_manualvalue_1Dextracp(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelManual. Extraction; NotesAdds-ons Manual change extraction value Panel control(s): `Manual. Extraction`.; SourceMultipeakforLinecut.ipf:1796

Function ButtonProc_p2dtopeak_proc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs p2dtopeak_proc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesConvert 2D data to 1D data, the order is, first fix p, run q; then p+1, run q Purpose: fits or extracts spectral/peak parameters.; SourceMiscellaneous_Codes.ipf:1788

Function ButtonProc_PE_CalculateDCBc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBatch DCB; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Batch DCB.; SourceModelingTunneling.ipf:816

Function ButtonProc_peakIndi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs peakIndi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet Q, Q; Noteswhile (i<dimsize(name,0)) variable ave = suma/count return ave end Purpose: fits or extracts spectral/peak parameters. Panel control(s): Get Q, Q.; SourceFFT.ipf:2839

Function ButtonProc_peakp2d_proc(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs peakp2d_proc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:12584

Function ButtonProc_renameEDCMDC(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs renameEDCMDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourceMiscellaneous_Codes.ipf:3545

Function ButtonProc_sEDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs sEDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EDC.; SourceMiscellaneous_Codes.ipf:3305

Function ButtonProc_sizedos(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2e2/h; NotesPanel button callback for symmetry or reflection processing; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Panel control(s): 2e2/h. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5295

Function ButtonProc_Smart2DEMDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Smart2DEMDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D Multifunc. Displayer; Notes$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ Panel control(s): `2D Multifunc. Displayer`.; SourceSmartDisplay.ipf:2556

Function ButtonProc_sMDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs sMDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMDC; NotesSLicing EDC and MDC Panel control(s): MDC.; SourceMiscellaneous_Codes.ipf:3272

Function ButtonProc_subavedidv(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs comparehotandcoldc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGrp.dI/dV, Grp.dI/dV; Notes{{{{{{{{{{ Select area average dI/dV curve }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Grp.dI/dV.; SourceSmart_3D_Viewer_New.ipf:10074

Function ButtonProc_sumonedc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs sumonedc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIt3/1; Notes## 04 Average out two dimensions for a 3D Matrix Purpose: combines many waves/slices into a map, linecut, or averaged output. Panel control(s): It3/1.; SourceSmart_3D_Viewer_New.ipf:2328

Function ButtonProc_t2nddpeakc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs t2nddpeakc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMultiPeak 1D; NotesPart 1 Multipeak extraction for linecut Purpose: fits or extracts spectral/peak parameters. Panel control(s): MultiPeak 1D.; SourceMultipeakforLinecut.ipf:15

Function ButtonProc_t2nddpeakcd(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs t2nddpeakcd().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow / dI/dV / History; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Show / dI/dV / History.; SourceMultipeakforLinecut.ipf:1028

Function ButtonProc_t2nddpeakturnoff(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelX; NotesPart 2 Extraction History Displayer Purpose: fits or extracts spectral/peak parameters. Panel control(s): X. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: grabwinnonew(), tpw(), grabtablenonew().; SourceMultipeakforLinecut.ipf:1008

Function PopMenuProc_QHZgapsym(ctrlName, popNum, popStr) : PopupMenuControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelGap. Sym.; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): `Gap. Sym.`. Code behavior: reads or updates panel controls.; SourceModels.ipf:5701

Function SetVarProc_changegap(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelD; NotesPanel set-variable callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): D.; SourceMiscellaneous_Codes.ipf:6393

Function SetVarProc_Cons3dplotprbcSC(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; Notes{{{{{{{{{{ Control the simulation parameters }}}}}}}}}} Purpose: fits or extracts spectral/peak parameters. Panel control(s): Z. Main internal calls: updatePRB_98_214503_SCFS().; SourceModels.ipf:1912

Function SetVarProc_const2nddpeakind(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelMDC index; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): MDC index. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:507

Function SetVarProc_const2nddpeakindd(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelShow Extraction History (MDC index); NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Show Extraction History (MDC index). Main internal calls: const2nddpeakcontrold().; SourceMultipeakforLinecut.ipf:1318

Function SetVarProc_const2nddpeakl1(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelL1; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): L1. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:476

Function SetVarProc_const2nddpeakl2(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelL2; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): L2. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:468

Function SetVarProc_const2nddpeakmode(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel2dDBgRemove?; Notesconst2nddpeakcontrol() end Purpose: fits or extracts spectral/peak parameters. Panel control(s): 2dDBgRemove?. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:435

Function SetVarProc_const2nddpeakmp(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelminPeak%; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): minPeak%. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:444

Function SetVarProc_const2nddpeakpm(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:484

Function SetVarProc_const2nddpeakr1(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelR1; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): R1. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:460

Function SetVarProc_const2nddpeakr2(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelR2; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): R2. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:452

Function SetVarProc_const2nddpeaksmt2ndd(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSmt.(both); NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Smt.(both). Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:500

Function SetVarProc_const2nddpeaksmt2nddadd(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSmt.(addR); NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Smt.(addR). Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:492

Function SetVarProc_const2nddpext(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCorct.extrct.; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Corct.extrct.. Main internal calls: const2nddpeakcontrol().; SourceMultipeakforLinecut.ipf:406

Function SetVarProc_const2nddpstyle(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelStyle; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Style. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: mode().; SourceMultipeakforLinecut.ipf:388

Function SetVarProc_SmartEDC_2dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEDC; Notes#2 control EDC Purpose: displays waves, images, contours, or graph overlays. Panel control(s): EDC. Main internal calls: getEDC_2dplot(), recalindicativeline().; SourceSmartDisplay.ipf:2741

Function SetVarProc_SmartMDC_2dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelMDC; Notes#1 control MDC Purpose: displays waves, images, contours, or graph overlays. Panel control(s): MDC. Main internal calls: getMDC_2dplot(), recalindicativeline().; SourceSmartDisplay.ipf:2728

Interactive procedures and macros (42)

Proc Au_DOS(datanumber, smoothf): Usagerun from Igor with parameters datanumber, smoothf.; datanumber [variable]: Data number; smoothf [variable]: Smooth factor; NotesInteractive Igor procedure for symmetry or reflection processing; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: datanumber = Data number; smoothf = Smooth factor. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype(), setvarplot(), rgb().; SourcePierre's Template.ipf:8406

Proc AutomaticallyFindPeaksc(wname, maxPeaks, minPeakPercent, show): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters wname, maxPeaks, minPeakPercent, show.; wname [string]: Peak Wave; maxPeaks [variable]: Maximum Peaks; minPeakPercent [variable]: Minimum Peak Amplitude (% max); show [variable]: Igor wave reference used as input or output.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: wname = Peak Wave; maxPeaks = Maximum Peaks; minPeakPercent = Minimum Peak Amplitude (% max). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), AutomaticallyFindPeaks2().; SourceMultipeakforLinecut.ipf:715

Proc BKFAgapatM(indexwave, gapwave, nametogive): Usagerun from Igor with parameters indexwave, gapwave, nametogive.; indexwave [wave]: Wave of indexes:; gapwave [wave]: Wave for gap:; nametogive [string]: Base name for results:; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: indexwave = Wave of indexes:; gapwave = Wave for gap:; nametogive = Base name for results:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: wintype().; SourcePierre's Template.ipf:14654

Proc CalculateDCBc(startT, deltaT, EndT): Usagerun from Igor with parameters startT, deltaT, EndT.; startT [variable]: Start T (K); deltaT [variable]: delta T (K); EndT [variable]: End T (K); NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: startT = Start T (K); deltaT = delta T (K); EndT = End T (K). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: CalculateDCB().; SourceModelingTunneling.ipf:821

Proc extractdatafromdos(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: Show_dos(), make_dos().; SourceMiscellaneous_Codes.ipf:5206

Proc FindEdcPeakDispersion(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics.; SourcePierre's Template.ipf:1830

Proc fit_peaks(name_wave, xstart, xend): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name_wave, xstart, xend.; name_wave [wave]: Enter the name of the wave; xstart [variable]: Fit to:; xend [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name_wave = Enter the name of the wave; xstart = Fit to:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: name_wave(), lorgauss().; SourcePierre's Template.ipf:18080

Proc fixgauss_Fatcsr(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: xcsr(), vcsr().; SourcePierre's Template.ipf:24037

Proc gapdiis(mat, num): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mat, num.; mat [wave]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:8756

Proc gapdisGua1_3dplot(name, froml, tol): Usagerun from Igor with parameters name, froml, tol.; name [string]: Input the name of 3d matrix g(r,V); froml [variable]: Start -Energy value for search; tol [variable]: End -Energy value for search; Notes#3_03_02 Guassian mode <Control layout> Purpose: displays waves, images, contours, or graph overlays. Dialog prompts: froml = Start -Energy value for search; tol = End -Energy value for search. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: gapdisGua1_3dplotf(), dilf(), modifyphasetopo(), color3s_for3d(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:4243

Proc gapdisGua2_3dplot(name, froml, tol, fromr, tor): Usagerun from Igor with parameters name, froml, tol, fromr, tor.; name [string]: Input the name of 3d matrix g(r,V); froml [variable]: Start -Energy value for search; tol [variable]: End -Energy value for search; fromr [variable]: Start +Energy value for search; tor [variable]: End +Energy value for search; Notes#3_01_02 GCB mode <Procedure control layout> Purpose: displays waves, images, contours, or graph overlays. Dialog prompts: froml = Start -Energy value for search; tol = End -Energy value for search; fromr = Start +Energy value for search; tor = End +Energy value for search. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: gapdisGua2_3dplotf(), dilf(), modifyphasetopo(), color3s_for3d(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:3878

Proc gapdisGua2_3dplotsel(sel, name, froml, tol, fromr, tor): Usagerun from Igor with parameters sel, name, froml, tol, fromr, tor.; sel [variable]: Mode; name [string]: Input the name of 3d matrix g(r,V); froml [variable]: Start -Energy value for search; tol [variable]: End -Energy value for search; fromr [variable]: Start +Energy value for search; tor [variable]: End +Energy value for search; Notes#2 Gap Map Fitting, select mode and set the indicative lines Purpose: displays waves, images, contours, or graph overlays. Dialog prompts: sel = Mode; Name = name of the 3D matrix g(r,V); froml = Start -Energy value for search; tol = End -Energy value for search; fromr = Start +Energy value for search; tor = End +Energy value for search. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: grabwinchild(), lstyle(), rgb(), gapdisGua2_3dplot(), gapdisGua1_3dplot(), gapdisLinear_3dplot().; SourceSmart_3D_Viewer_New.ipf:3749

Proc gapdisLinear_3dplot(name, from, to): Usagerun from Igor with parameters name, from, to.; name [string]: Input the name of 3d matrix g(r,V); from [variable]: Start -Energy value for search; to [variable]: End -Energy value for search; Notes#3_02_01 Linear substraction mode <control layout> Purpose: displays waves, images, contours, or graph overlays. Dialog prompts: from = Start -Energy value for search; to = End -Energy value for search. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: gapdisLinear_3dplotf(), dilf(), modifyphasetopo(), color3s_for3d(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:4098

Proc gauss_Fat_matin(matname): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:24045

Proc gauss_Fdivide(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:24068

Proc gauss_Fupdate(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:24054

Proc linecutgapdistr(name, from, to, suffix): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, from, to, suffix.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; suffix [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: tpw().; SourceMiscellaneous_Codes.ipf:8700

Proc make_dos(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:5173

Proc makeEDC_KLY(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:1532

Proc manualvalue_1Dextracp(Note1, Note2, leftvalue, rightvalue): Usagerun from Igor with parameters Note1, Note2, leftvalue, rightvalue.; Note1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Note2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; leftvalue [variable]: Left peaks; rightvalue [variable]: Right peaks; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: leftvalue = Left peaks; rightvalue = Right peaks. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: manualvalue_1Dextrac().; SourceMultipeakforLinecut.ipf:1800

Proc p2dtopeak_proc(name): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name.; name [string]: Name of the 2D wave, Now convert it to 1D; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Name of the 2D wave, Now convert it to 1D. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: p2dtopeak().; SourceMiscellaneous_Codes.ipf:1793

Proc peakIndi(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: getall2dwaveongraph(), peakget().; SourceFFT.ipf:2843

Proc peakp2d_proc(name): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name.; name [string]: Name of the 1D wave, Now convert it to 2D map; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Name of the 1D wave, Now convert it to 2D map. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: peakp2d().; SourceMiscellaneous_Codes.ipf:12589

Proc plotdgap(grid, gam, delta, range): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters grid, gam, delta, range.; grid [wave]: Number of points; gam [variable]: Dyne width (meV); delta [variable]: SC gap (meV); range [variable]: Energy range of spectra (meV); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: grid = Number of points; range = Energy range of spectra (meV); gam = Dyne width (meV); delta = SC gap (meV). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: integrate1D().; SourceModels.ipf:639

Proc pseudogap_profile(gap, temperature): Usagerun from Igor with parameters gap, temperature.; gap [variable]: Enter the impurity gap; temperature [variable]: Enter the temperature of the profile; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: gap = Enter the impurity gap; temperature = Enter the temperature of the profile. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: fermigap().; SourcePierre's Template.ipf:20814

Proc remove_peak_2order(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: pnt2x().; SourcePierre's Template.ipf:16786

Proc renameEDCMDC(num, name): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters num, name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: displaymulti().; SourceMiscellaneous_Codes.ipf:3549

Proc sEDC(mat): Usagerun from Igor with parameters mat.; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Main internal calls: tpw(), slicesEDC(), color_edc(). Update log: 07/30/2023: Added sEDC()and sMDC() which can slice a 2D matrix to be 1D waves.; SourceMiscellaneous_Codes.ipf:3310

Proc set_gauss_F(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:24019

Proc Show_dos(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:121

Proc simul1(gap, igap, dosgap): Usagerun from Igor with parameters gap, igap, dosgap.; gap [variable]: Enter the hybridization gap; igap [variable]: Enter the impurity gap (gap method); dosgap [variable]: Enter the impurity gap (DOS method); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Dialog prompts: gap = Enter the hybridization gap; igap = Enter the impurity gap (gap method); dosgap = Enter the impurity gap (DOS method). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: pnt2x(), fermigap().; SourcePierre's Template.ipf:19976

Proc simul1WPI(gap, igap, dosgap): Usagerun from Igor with parameters gap, igap, dosgap.; gap [variable]: Enter the hybridization gap; igap [variable]: Enter the impurity gap (gap method); dosgap [variable]: Enter the impurity gap (DOS method); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Dialog prompts: gap = Enter the hybridization gap; igap = Enter the impurity gap (gap method); dosgap = Enter the impurity gap (DOS method). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: pnt2x(), fermigap().; SourcePierre's Template.ipf:20037

Proc simul2(gap, igap, dosgap): Usagerun from Igor with parameters gap, igap, dosgap.; gap [variable]: Enter the hybridization gap; igap [variable]: Enter the impurity gap (gap method); dosgap [variable]: Enter the impurity gap (DOS method); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: gap = Enter the hybridization gap; igap = Enter the impurity gap (gap method); dosgap = Enter the impurity gap (DOS method). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tbfunc(), pnt2x(), fermigap().; SourcePierre's Template.ipf:20283

Proc simul3(gap, igap, dosgap): Usagerun from Igor with parameters gap, igap, dosgap.; gap [variable]: Enter the hybridization gap; igap [variable]: Enter the impurity gap (gap method); dosgap [variable]: Enter the impurity gap (DOS method); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: gap = Enter the hybridization gap; igap = Enter the impurity gap (gap method); dosgap = Enter the impurity gap (DOS method). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: tbfunc(), pnt2x(), rot2d_pi().; SourcePierre's Template.ipf:20099

Proc simul4(gap, igap, dosgap): Usagerun from Igor with parameters gap, igap, dosgap.; gap [variable]: Enter the hybridization gap; igap [variable]: Enter the impurity gap (gap method); dosgap [variable]: Enter the impurity gap (DOS method); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: gap = Enter the hybridization gap; igap = Enter the impurity gap (gap method); dosgap = Enter the impurity gap (DOS method). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: tbfunc(), pnt2x(), rot2d_pi().; SourcePierre's Template.ipf:20188

Proc Smart2DEMDC(name): Usagerun from Igor with parameters name.; name [string]: 2D matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: name = 2D matrix name. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: tpw(), getall2dwave(), margin(), getMDC_2dplot(), getEDC_2dplot(), childWindowList().; SourceSmartDisplay.ipf:2560

Proc sMDC(mat): Usagerun from Igor with parameters mat.; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Main internal calls: tpw(), slicesMDC(), color_edc(). Update log: 07/30/2023: Added sEDC()and sMDC() which can slice a 2D matrix to be 1D waves.; SourceMiscellaneous_Codes.ipf:3277

Proc STSFiTDyne(mat, Db, gap, tem, gradient_tip, offset_tip): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters mat, Db, gap, tem, gradient_tip, offset_tip.; mat [wave]: Name of Fit data; Db [variable]: Dyne Broadening (meV); gap [variable]: SC gap (meV); tem [variable]: Temperature (K) Fix; gradient_tip [variable]: a_tip(slope); offset_tip [variable]: b_tip(offset); NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: mat = Name of Fit data; Db = Dyne Broadening (meV); gap = SC gap (meV); tem = Temperature (K) Fix; gradient_tip = a_tip(slope); offset_tip = b_tip(offset). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: scsc(), lsize(), rgb().; SourceMiscellaneous_Codes.ipf:12162

Proc STSFiTDyneS(mat, Db, gap, gapt, tem, gradient_tip, offset_tip): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters mat, Db, gap, gapt, tem, gradient_tip, offset_tip.; mat [wave]: Name of Fit data; Db [variable]: Dyne Broadening (meV); gap [variable]: SC gap (meV)_sample; gapt [variable]: SC gap (meV)_tip; tem [variable]: Temperature (K) Fix; gradient_tip [variable]: a_tip(slope); offset_tip [variable]: b_tip(offset); NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: mat = Name of Fit data; Db = Dyne Broadening (meV); gap = SC gap (meV)_sample; gapt = SC gap (meV)_tip; tem = Temperature (K) Fix; gradient_tip = a_tip(slope). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: scscS(), lsize(), rgb().; SourceMiscellaneous_Codes.ipf:12348

Proc sumonedc(orin, dest, zn): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters orin, dest, zn.; orin [variable]: 3D wave; dest [variable]: Suffix of averaged 1D wave; zn [variable]: Dimension Index to retain; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: orin = 3D wave; dest = Suffix of averaged 1D wave; zn = Dimension Index to retain. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), sumoned().; SourceSmart_3D_Viewer_New.ipf:2332

Proc t2nddpeakc(inputname, peaknum, smootht, smoothtadd, l1, l2, r1, r2, minPeakPercent, bgr): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters inputname, peaknum, smootht, smoothtadd, l1, l2, r1, r2.; inputname [string]: The wave name for mp extract (1D or 2D); peaknum [variable]: How much peaks in expectation; smootht [variable]: Times of smooth (both); smoothtadd [variable]: Times of smooth (Add to right); l1 [variable]: L1 (meV); l2 [variable]: L2 (meV); r1 [variable]: R1 (meV); r2 [variable]: R2 (meV); minPeakPercent [variable]: Minimum Peak Amplitude (% max); bgr [variable]: Background remove (1) or not (0); NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: inputname = The wave name for mp extract (1D or 2D); peaknum = How much peaks in expectation; smootht = Times of smooth (both); smoothtadd = Times of smooth (Add to right); l1 = L1 (meV); l2 = L2 (meV). Code behavior: smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: tpw(), t2nddpeak().; SourceMultipeakforLinecut.ipf:19

Proc t2nddpeakcd(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: t2nddpeakd().; SourceMultipeakforLinecut.ipf:1032

Computational and data helpers (51)

Function appendattractedmin_max(MDC, namew) //plot the extracted positions.: Purposedisplays waves, images, contours, or graph overlays.; Usagecall as appendattractedmin_max(MDC, namew).; MDC [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; namew [string]: Igor wave reference used as input or output.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: mode(), marker(), msize(), rgb(), ckfig().; SourceMiscellaneous_Codes.ipf:11257

Function AutoFindPeaksWorker2(w, wx, pBegin, pEnd, maxPeaks, minPeakPercent, noiseLevel, smoothingFactor, show): Purposefits or extracts spectral/peak parameters.; Usagecall as AutoFindPeaksWorker2(w, wx, pBegin, pEnd, maxPeaks, minPeakPercent, noiseLevel, smoothingFactor).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; wx [variable]: Used in: Display/N=ShowPeaks w vs wx; pBegin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; pEnd [variable]: End point, index, or coordinate for the selected range.; maxPeaks [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; minPeakPercent [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; noiseLevel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smoothingFactor [variable]: Scaling, normalization, interpolation, or correction factor.; show [variable]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: AutoFindPeaks(), TrimAmpAutoPeakInfo(), AdjustAutoPeakInfoForX(), rgb(), mode(), marker().; SourceMultipeakforLinecut.ipf:790

Function AutomaticallyFindPeaks1(wname, maxPeaks, minPeakPercent, show): Purposefits or extracts spectral/peak parameters.; Usagecall as AutomaticallyFindPeaks1(wname, maxPeaks, minPeakPercent, show).; wname [string]: String name used to locate an Igor wave, graph, folder, or output object.; maxPeaks [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; minPeakPercent [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: numpnts(), EstPeakNoiseAndSmfact2(), AutoFindPeaksWorker2().; SourceMultipeakforLinecut.ipf:726

Function AutomaticallyFindPeaks2(wname, maxPeaks, minPeakPercent, show): Purposefits or extracts spectral/peak parameters.; Usagecall as AutomaticallyFindPeaks2(wname, maxPeaks, minPeakPercent, show).; wname [string]: String name used to locate an Igor wave, graph, folder, or output object.; maxPeaks [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; minPeakPercent [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: numpnts(), EstPeakNoiseAndSmfact2(), AutoFindPeaksWorker2().; SourceMultipeakforLinecut.ipf:758

Function BCS_delta_T(w, x) : FitFunc: Purposefits or extracts spectral/peak parameters.; Usagecall as BCS_delta_T(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Main internal calls: tanh().; SourceProcedure.ipf:243

Function CalculateDCB(startT, deltaT, EndT): Usagecall as CalculateDCB(startT, deltaT, EndT).; startT [variable]: Start point, index, or coordinate for the selected range.; deltaT [variable]: Step size or energy/voltage increment used by the calculation.; EndT [variable]: End point, index, or coordinate for the selected range.; NotesUtility function for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: CalculateP0E_auto(), SimulateDCB_IV().; SourceModelingTunneling.ipf:831

Function const2nddpeak(): Purposefits or extracts spectral/peak parameters.; Usagecall const2nddpeak() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward.; SourceMultipeakforLinecut.ipf:345

Function/WAVE const2nddpeakcontrol(): Purposeupdates parameters, controls, scales, or display state.; Usagecall const2nddpeakcontrol() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; smooths wave data. Main internal calls: smooth(), AutomaticallyFindPeaks1(), AutomaticallyFindPeaks2(), grabwinnonew().; SourceMultipeakforLinecut.ipf:515

Function/WAVE const2nddpeakcontrold(): Purposeupdates parameters, controls, scales, or display state.; Usagecall const2nddpeakcontrold() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; smooths wave data. Main internal calls: smooth(), AutomaticallyFindPeaks1(), AutomaticallyFindPeaks2(), grabwinnonew().; SourceMultipeakforLinecut.ipf:1326

Function const2nddpeakd(): Purposefits or extracts spectral/peak parameters.; Usagecall const2nddpeakd() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: grabwinnonew().; SourceMultipeakforLinecut.ipf:1288

Function DOSvor(grid, K, b1, delta, xrange, Erange): Usagecall as DOSvor(grid, K, b1, delta, xrange, Erange).; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; K [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; b1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; delta [variable]: Step size or energy/voltage increment used by the calculation.; xrange [variable]: nm; Erange [variable]: meV; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tanh().; SourceModels.ipf:702

Function dpfig_pf(i): Usagecall as dpfig_pf(i).; i [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: const2nddpeakcontrold(), mode(), marker(), rgb(), lsize(), standoff().; SourceMultipeakforLinecut.ipf:1601

Function drawdyne(width, delta, width2, delta2): Purposefits or extracts spectral/peak parameters.; Usagecall as drawdyne(width, delta, width2, delta2).; width [variable]: Igor wave reference used as input or output.; delta [variable]: Step size or energy/voltage increment used by the calculation.; width2 [variable]: Igor wave reference used as input or output.; delta2 [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceGeneral_Simu.ipf:1629

Function DyneS(a, delta, width): Purposefits or extracts spectral/peak parameters.; Usagecall as DyneS(a, delta, width).; a [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; delta [variable]: Step size or energy/voltage increment used by the calculation.; width [variable]: Igor wave reference used as input or output.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis. Update log: 2024-05-12: Added the Dynes superconducting density-of-states function. Example: make/n=100/o test; setscale/I x,-5,5,"",test; test=DyneS(x,1,0.1).; SourceGeneral_Simu.ipf:1642

Function EdcPeakFit(w, x) : FitFunc: Purposefits or extracts spectral/peak parameters.; Usagecall as EdcPeakFit(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1750

Function/C EstPeakNoiseAndSmfact2(w, pBegin, pEnd[, userWidth]): Purposefits or extracts spectral/peak parameters.; Usagecall as EstPeakNoiseAndSmfact2(w, pBegin, pEnd[, userWidth]).; w [wave]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; pBegin [variable]: Used in: Duplicate/O/R=[pBegin,pEnd] w, w_temp; pEnd[ [variable]: End point, index, or coordinate for the selected range.; userWidth] [variable]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; differentiates wave data. Main internal calls: max(), min(), numpnts(), ceil(), deltax(), pnt2x().; SourceMultipeakforLinecut.ipf:841

Function extractgapbymax(from, to, sizex, sizey): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as extractgapbymax(from, to, sizex, sizey).; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:8316

Function extractgapbymaxGuassian(from, to, sizex, sizey): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as extractgapbymaxGuassian(from, to, sizex, sizey).; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceMiscellaneous_Codes.ipf:8424

Function extractgapbymaxGuassian2(froml, tol, fromr, tor, sizex, sizey): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as extractgapbymaxGuassian2(froml, tol, fromr, tor, sizex, sizey).; froml [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tol [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fromr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tor [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sizey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:8557

Function extractgapbymaxGuassian3(froml, tol, fromr, tor, p1, p2, q1, q2, namedd): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as extractgapbymaxGuassian3(froml, tol, fromr, tor, p1, p2, q1, q2).; froml [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tol [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fromr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tor [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; p1 [variable]: Start point, index, or coordinate for the selected range.; p2 [variable]: End point, index, or coordinate for the selected range.; q1 [variable]: Start point, index, or coordinate for the selected range.; q2 [variable]: End point, index, or coordinate for the selected range.; namedd [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:8836

Function findjumpslice(MDCww, jumpheight) //Locate the position of jump, use MDC to extract.: Usagecall as findjumpslice(MDCww, jumpheight).; MDCww [variable]: MDC slice name; jumpheight [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; reshapes existing waves.; SourceMiscellaneous_Codes.ipf:11216

Function gapdisGua1_3dplotf(namemat3d, from, to): Usagecall as gapdisGua1_3dplotf(namemat3d, from, to).; namemat3d [wave]: the 3D matrix g(r,v); from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_03_03 Guassian mode <Main Function> Purpose: displays waves, images, contours, or graph overlays. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:4293

Function gapdisGua2_3dplotf(namemat3d, froml, tol, fromr, tor): Usagecall as gapdisGua2_3dplotf(namemat3d, froml, tol, fromr, tor).; namemat3d [wave]: the 3D matrix g(r,v); froml [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tol [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fromr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tor [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_01_03 GCB mode <Main Function> Purpose: displays waves, images, contours, or graph overlays. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: grabwin().; SourceSmart_3D_Viewer_New.ipf:3933

Function gapdisLinear_3dplotf(namemat3d, from, to): Usagecall as gapdisLinear_3dplotf(namemat3d, from, to).; namemat3d [wave]: the 3D matrix g(r,v); from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#3_02_02 Linear substraction mode <Main Function> Purpose: displays waves, images, contours, or graph overlays. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceSmart_3D_Viewer_New.ipf:4151

Function getEDC_2dplot(index): Usagecall as getEDC_2dplot(index).; index [variable]: Step size or energy/voltage increment used by the calculation.; Notes#4 get EDC Purpose: extracts values, metadata, cursor information, or derived waves. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: tpw(), autoremovejump1D().; SourceSmartDisplay.ipf:2786

Function getMDC_2dplot(index): Usagecall as getMDC_2dplot(index).; index [variable]: Step size or energy/voltage increment used by the calculation.; Notes#3 get MDC Purpose: extracts values, metadata, cursor information, or derived waves. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: tpw(), autoremovejump1D().; SourceSmartDisplay.ipf:2754

Function GoldFitting(dos, Tem)//dos is the wave to fit, Tem is the experimental Temperature.: Usagecall as GoldFitting(dos, Tem).; dos [variable]: Used in: CurveFit/Q line, dos(2,startx)/D// the result return in a wave by default w_coef / CurveFit/Q line, dos(endx,18)/D; Tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesEnd of Movie maker, by Jonathan Henry Bowen Purpose: fits or extracts spectral/peak parameters. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; formats graph axes, labels, colors, or annotations. Main internal calls: csrinfo(), hcsr(), vcsr(), dos().; SourcePierre's Template.ipf:36718

Function killEDCs(namemap): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as killEDCs(namemap).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceMiscellaneous_Codes.ipf:10153

Function killEDCsf(namemap): Usagecall as killEDCsf(namemap).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; Notes#3_05_02 GO Function Called Interpolation fucntions Purpose: removes waves/windows/data points or cleans intermediate state. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:7987

Function LHGap(hv): Usagecall as LHGap(hv).; hv [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion.; SourceMiscellaneous_Codes.ipf:1262

Function linkEDCs(namemap, namecurve, factor): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as linkEDCs(namemap, namecurve, factor).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; namecurve [string]: String name used to locate an Igor wave, graph, folder, or output object.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:10118

Function linkEDCs_nodis(namemap, namecurve, factor): Usagecall as linkEDCs_nodis(namemap, namecurve, factor).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; namecurve [string]: String name used to locate an Igor wave, graph, folder, or output object.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; Notes#3_05_02 GO Function Called Interpolation fucntion Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceSmart_3D_Viewer_New.ipf:3220

Function linkEDCs_nodisf(namemap, namecurve, factor): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as linkEDCs_nodisf(namemap, namecurve, factor).; namemap [wave]: Igor wave or matrix input consumed by the calculation.; namecurve [string]: String name used to locate an Igor wave, graph, folder, or output object.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceSmart_3D_Viewer_New.ipf:8035

Function lorgauss(m, x): Purposefits or extracts spectral/peak parameters.; Usagecall as lorgauss(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:18397

Function lorgauss_bl_fixed(m, x): Purposefits or extracts spectral/peak parameters.; Usagecall as lorgauss_bl_fixed(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:18454

Function lorgauss_strait(m, x): Purposefits or extracts spectral/peak parameters.; Usagecall as lorgauss_strait(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:18426

Function makegap1UCFeSe(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall makegap1UCFeSe() from Igor procedure code or the command line.; NotesUtility function for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:13794

Function makegap1UCFeSebabs(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall makegap1UCFeSebabs() from Igor procedure code or the command line.; NotesUtility function for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:14135

Function makegap1UCFeSed(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall makegap1UCFeSed() from Igor procedure code or the command line.; NotesUtility function for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:13965

Function manualvalue_1Dextrac(leftvalue, rightvalue): Usagecall as manualvalue_1Dextrac(leftvalue, rightvalue). Update-log guidance - 2024-06-27: Added manual correction for MultiPeak 1D extraction.; leftvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; rightvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: str2num(). Use manualvalue_1Dextrac(leftvalue, rightvalue) from the command line or panel button; each argument is a semicolon-separated list. A blank value writes NaN for a missing peak, 0 leaves the existing peak unchanged, and the entries are ordered by increasing absolute peak energy.; SourceMultipeakforLinecut.ipf:1811

Function p2dtopeak(name): Purposefits or extracts spectral/peak parameters.; Usagecall as p2dtopeak(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for Nanonis/STM data loading or map conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMiscellaneous_Codes.ipf:1799

Function p2dtopeak_rot(name): Purposefits or extracts spectral/peak parameters.; Usagecall as p2dtopeak_rot(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for Nanonis/STM data loading or map conversion; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMiscellaneous_Codes.ipf:92

Function peakp2d(name): Purposefits or extracts spectral/peak parameters.; Usagecall as peakp2d(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:12595

Function reorganizedata(MDC, namew, initialnum, sel, killim): MDC [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; namew [string]: Igor wave reference used as input or output.; initialnum [variable]: how many lines you want to initialy create; sel [variable]: select mode, 0 is 2/4 quadrant, 1 is first 1/3 quadrant.; killim [variable]: kill (1) or not kill (0) intermedia waves, that is the horizental waves from fit; NotesFrom multiple horizental waves to construct the slanted wave Usage: call as reorganizedata(MDC, namew, initialnum, sel, killim). Code behavior: creates output waves; reshapes existing waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: checkfirstNonnan(), rgb(), ckfig().; SourceMiscellaneous_Codes.ipf:11325

Function sftvfollowjump(MDC, namew, sel, increase) //Jumpping value remover: Usagecall as sftvfollowjump(MDC, namew, sel, increase).; MDC [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; sel [variable]: select mode, 0 is 2/4 quadrant, 1 is first 1/3 quadrant.; increase [variable]: the value to add sequencely to each domain; NotesFunction for FFT, QPI, phase, or lock-in analysis; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di().; SourceMiscellaneous_Codes.ipf:11690

Function slicemdc(name): Usagecall as slicemdc(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourceMiscellaneous_Codes.ipf:10538

Function slicesEDC(mat): Usagecall as slicesEDC(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: displaymultiFedc(), ckfig(), Constantoffset_nF().; SourceMiscellaneous_Codes.ipf:3315

Function slicesMDC(mat): Usagecall as slicesMDC(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: displaymultiF(), ckfig(), Constantoffset_nF().; SourceMiscellaneous_Codes.ipf:3282

Function/WAVE t2nddpeak(inputname, smootht, smoothtadd, peaknum, l1, l2, r1, r2, minPeakPercent, show, bgr): Purposefits or extracts spectral/peak parameters.; Usagecall as t2nddpeak(inputname, smootht, smoothtadd, peaknum, l1, l2, r1, r2).; inputname [string]: String name used to locate an Igor wave, graph, folder, or output object.; smootht [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smoothtadd [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; peaknum [variable]: Number of spectra, waves, points, bins, or iterations to process.; l1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; l2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; r1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; r2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; minPeakPercent [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output.; ... 1 additional parameters; see source for the full signature.; NotesWave-returning helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: smooth(), AutomaticallyFindPeaks1(), AutomaticallyFindPeaks2(), mode(), marker(), rgb(). Update log: 2023-09-21: MultiPeak extraction for 1D or 2D waves; the upgraded layout can show an arbitrary number of extracted peak figures and includes cleanup controls.; SourceMultipeakforLinecut.ipf:45

Function/WAVE t2nddpeakd(): Purposefits or extracts spectral/peak parameters.; Usagecall t2nddpeakd() from Igor procedure code or the command line.; NotesWave-returning helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: smooth(), AutomaticallyFindPeaks1(), AutomaticallyFindPeaks2(), mode(), marker(), rgb().; SourceMultipeakforLinecut.ipf:1036

Function ZeroTonum()//all data, search which points equal to 0 ,and then let them equal to the average value of corresponding MDC: Usagecall ZeroTonum() from Igor procedure code or the command line.; Notesto solve zero data points problem of DA30 high angle data Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: duplicates or stages waves for downstream processing.; SourceMiscellaneous_Codes.ipf:1272

ARPES Template and Momentum Conversion

Panel callbacks and control handlers (393)

Button_adjust_all_to_fp Button_adjust_to_fp Button_createbkgndremovedbkgnd Button_createresultremovedbkgnd Button_EMDC_Showmulti Button_Help_0_to_NaN Button_Help_2nd_derivative Button_Help_Append_pnts Button_Help_bad_slices Button_Help_bkgndremoverAddpnt Button_Help_bkgndremoverDelpnt Button_Help_bkgndremSavebackgnd Button_Help_bkgndremSaveresult Button_Help_ch_spacing Button_Help_Change_stepsize Button_Help_Cmbdata Button_Help_Combine_all Button_Help_Combine_krange Button_Help_Combine_range Button_Help_Combine_this_data Button_help_convert_all_data Button_Help_Cvt_data Button_Help_Data Button_Help_Data_ploter Button_Help_Data_type Button_Help_Delete_all Button_Help_Delete_last Button_Help_EDC Button_Help_EDC_data Button_Help_Equiv_mat Button_Help_Fermi_profile Button_Help_Find_kF Button_Help_Initialize Button_Help_Keep_minus Button_Help_Keep_plus Button_Help_Ln_mat Button_Help_Load Button_Help_mat_exp_n Button_Help_MDC Button_Help_MDC_Data_ploter Button_Help_MDC_EDC Button_Help_MDCfit Button_Help_NaN_to_0 Button_Help_New_band Button_Help_NK Button_Help_Norm Button_Help_Not_these_points Button_Help_num_of_band Button_Help_Open_data Button_Help_Open_select Button_Help_Open_this_data Button_Help_Plot_EDC Button_Help_Plot_MDC Button_Help_Plot_Point_reader Button_Help_Point_reader Button_Help_Point_Reader_Sort Button_Help_PointreaderShowtbl Button_Help_raw_data Button_Help_Read_point Button_Help_RemovebkgndDploter Button_Help_Rotate_image Button_Help_SubtractEDCDploter Button_Help_Symetrize_EDC_mat Button_Help_tab_matrices Button_Help_tab_Misc Button_Help_tab_presentation Button_help_tab_traces Button_Help_Tools Button_HELPbackgroundremover Button_HelpBkgndremoverBkgndin Button_HelpMakeimageDataploter Button_image_0_down Button_image_0_up Button_image_auto_both Button_image_auto_down Button_image_auto_up Button_list4bkgndremoveral Button_makeEMDCtable Button_selectlistbkgndremover Button_zoom_forCsrslicer+ 313 more entries below

Function Button_adjust_all_to_fp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs adjust_all_to_fp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAll, All; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): All.; SourcePierre's Template.ipf:583

Function Button_adjust_to_fp(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs adjust_to_fp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFix FP 1, Fix FP 1; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): Fix FP 1.; SourcePierre's Template.ipf:578

Function Button_createbkgndremovedbkgnd(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs createbkgndremovedbkgnd().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelave background, ave background; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): ave background.; SourcePierre's Template.ipf:541

Function Button_createresultremovedbkgnd(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs createresultremovedbkgnd().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelave result; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): ave result.; SourcePierre's Template.ipf:536

Function Button_EMDC_Showmulti(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs EMDC_Showmulti().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDisplay multi; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Display multi.; SourcePierre's Template.ipf:11849

Function Button_Help_0_to_NaN(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_0_to_NaN().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9473

Function Button_Help_2nd_derivative(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_2nd_derivative().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9662

Function Button_Help_Append_pnts(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Append_pnts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9590

Function Button_Help_bad_slices(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs help_bad_slices().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9788

Function Button_Help_bkgndremoverAddpnt(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_bkgndremover_Add_pnt().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10028

Function Button_Help_bkgndremoverDelpnt(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_bkgndremover_Delete_pnt().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9572

Function Button_Help_bkgndremSavebackgnd(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_bkgndremover_Save_backgnd().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10037

Function Button_Help_bkgndremSaveresult(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_bkgndremover_Save_result().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9849

Function Button_Help_ch_spacing(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_channel_spacing().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9779

Function Button_Help_Change_stepsize(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Change_stepsize().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10001

Function Button_Help_Cmbdata(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Cmbdata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9858

Function Button_Help_Combine_all(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs Help_Combine_all().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9464

Function Button_Help_Combine_krange(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs Help_Combine_krange().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9752

Function Button_Help_Combine_range(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs Help_Combine_range().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9903

Function Button_Help_Combine_this_data(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs Help_Combine_this_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9671

Function Button_help_convert_all_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs help_convert_all_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9761

Function Button_Help_Cvt_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Cvt_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9689

Function Button_Help_Data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9608

Function Button_Help_Data_ploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Data_ploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9894

Function Button_Help_Data_type(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Data_type().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9446

Function Button_Help_Delete_all(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs Help_Delete_all().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9500

Function Button_Help_Delete_last(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs Help_Delete_last().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9509

Function Button_Help_EDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_EDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9983

Function Button_Help_EDC_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_EDC_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9734

Function Button_Help_Equiv_mat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Equiv_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9491

Function Button_Help_Fermi_profile(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Fermi_profile().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9876

Function Button_Help_Find_kF(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Find_kF().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9885

Function Button_Help_Initialize(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Initialize().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9707

Function Button_Help_Keep_minus(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Keep_minus().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9626

Function Button_Help_Keep_plus(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Keep_plus().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9617

Function Button_Help_Ln_mat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Ln_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9527

Function Button_Help_Load(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Load().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9698

Function Button_Help_mat_exp_n(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_mat_exp_n().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9536

Function Button_Help_MDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_MDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9680

Function Button_Help_MDC_Data_ploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_MDC_Data_ploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9956

Function Button_Help_MDC_EDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_MDC_EDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9797

Function Button_Help_MDCfit(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs Help_MDCfit().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9938

Function Button_Help_NaN_to_0(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_NaN_to_0().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9563

Function Button_Help_New_band(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_New_band().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9644

Function Button_Help_NK(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_NK().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9947

Function Button_Help_Norm(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs Help_Norm().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9831

Function Button_Help_Not_these_points(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Not_these_points().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10073

Function Button_Help_num_of_band(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_num_of_band().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9929

Function Button_Help_Open_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Open_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9635

Function Button_Help_Open_select(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Open_select().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9554

Function Button_Help_Open_this_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Open_this_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9921

Function Button_Help_Plot_EDC(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Plot_EDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9965

Function Button_Help_Plot_MDC(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Plot_MDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9725

Function Button_Help_Plot_Point_reader(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Help_Plot_Point_reader().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9599

Function Button_Help_Point_reader(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Help_Point_reader().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?, ?, ?, ?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10010

Function Button_Help_Point_Reader_Sort(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Help_Point_Reader_Sort().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9974

Function Button_Help_PointreaderShowtbl(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Help_Point_reader_Show_table().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9455

Function Button_Help_raw_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_raw_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9419

Function Button_Help_Read_point(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Help_Read_point().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10064

Function Button_Help_RemovebkgndDploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Remove_background_Dploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10091

Function Button_Help_Rotate_image(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs Help_Rotate_image().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9428

Function Button_Help_SubtractEDCDploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Subtract_EDC_Dploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9653

Function Button_Help_Symetrize_EDC_mat(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs Help_Symetrize_EDC_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9743

Function Button_Help_tab_matrices(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_tab_matrices().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10046

Function Button_Help_tab_Misc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_tab_Misc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9482

Function Button_Help_tab_presentation(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_tab_presentation().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9840

Function Button_help_tab_traces(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs help_tab_traces().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9770

Function Button_Help_Tools(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Help_Tools().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10019

Function Button_HELPbackgroundremover(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs HELP_background_remover().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?, ?, ?, ?, ?, ?, ?, ?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9806

Function Button_HelpBkgndremoverBkgndin(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Bkgndremover_Bkgnd_in().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:9912

Function Button_HelpMakeimageDataploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Make_image_Data_ploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel?; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): ?. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:10082

Function Button_image_0_down(ctrlName) : ButtonControl: Usagecall as Button_image_0_down(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel0, 0; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): 0. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12179

Function Button_image_0_up(ctrlName) : ButtonControl: Usagecall as Button_image_0_up(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel0, 0; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): 0. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12155

Function Button_image_auto_both(ctrlName) : ButtonControl: Usagecall as Button_image_auto_both(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto, Auto; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Auto. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12106

Function Button_image_auto_down(ctrlName) : ButtonControl: Usagecall as Button_image_auto_down(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA, A; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): A. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12131

Function Button_image_auto_up(ctrlName) : ButtonControl: Usagecall as Button_image_auto_up(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA, A; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): A. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12082

Function Button_list4bkgndremoveral(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs list4bkgndremoveral1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelelect from list, elect from list; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): elect from list.; SourcePierre's Template.ipf:526

Function Button_makeEMDCtable(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makeEMDCtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTable; NotesPanel callback/helper for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Table.; SourcePierre's Template.ipf:11844

Function Button_selectlistbkgndremover(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs selectlistbkgndremover1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelelect from list, elect from list; NotesPanel callback/helper for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): elect from list.; SourcePierre's Template.ipf:521

Function Button_zoom_forCsrslicer(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs zoom_forCsrslicer().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZoom, Zoom, Zoom; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): Zoom.; SourcePierre's Template.ipf:25249

Function ButtonCurv_mat_in(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Curv_mat_in().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelat in; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): at in.; SourcePierre's Template.ipf:12346

Function ButtonCurv_mat_out(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Curv_mat_out().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelave; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): ave.; SourcePierre's Template.ipf:12411

Function ButtonCurvature_deriv(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Curvature_deriv().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDerivatives; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): Derivatives.; SourcePierre's Template.ipf:12432

Function ButtonProc(ctrlName) : ButtonControl: Usagecall as ButtonProc(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTable; NotesPanel callback/helper for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): Table. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:36320

Function ButtonProc_2dCurv(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for Igor wave/matrix/cube data operation. Main internal calls: twoDcurv().; SourcePierre's Template.ipf:13855

Function ButtonProc_4(ctrlName) : ButtonControl //"Fix": Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:1155

Function ButtonProc_add_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs add_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCmb. data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): `Cmb. data`.; SourcePierre's Template.ipf:1185

Function ButtonProc_add_NTP(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs increase_NTP_num_max().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAdd_NTP_wave; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Add_NTP_wave.; SourcePierre's Template.ipf:709

Function ButtonProc_add_this_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs add_this_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCombine this data, Combine this data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Combine this data.; SourcePierre's Template.ipf:1190

Function ButtonProc_addpntbkgndremover(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs addpntbkgndremover().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAdd pnt, Add pnt; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Add pnt.; SourcePierre's Template.ipf:568

Function ButtonProc_allcuts(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs allcuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAll cuts, All cuts; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): All cuts.; SourcePierre's Template.ipf:804

Function ButtonProc_angmodeconverterfs(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs anglemode_converter_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAngle Cvter FS, Angle Cvter FS; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Angle Cvter FS.; SourcePierre's Template.ipf:27090

Function ButtonProc_append_circles(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs append_circles().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAppend TB; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Append TB.; SourcePierre's Template.ipf:25785

Function ButtonProc_appendpnts(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Appendpnts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAppend pnts; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Append pnts.; SourcePierre's Template.ipf:5487

Function ButtonProc_AVG_CirccenterCsr(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AVG_CirccenterCsr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCenter at cursor; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Center at cursor.; SourcePierre's Template.ipf:12918

Function ButtonProc_AVG_namein(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AVG_wavein().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImage in; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Image in.; SourcePierre's Template.ipf:12935

Function ButtonProc_backtomain(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Data_Analysis_BNL().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:680

Function ButtonProc_bluetored(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs bluetored().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:719

Function ButtonProc_calc_tbarea(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs calc_tbarea().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCalc. doping, Doping, Doping, Calc. doping; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): `Calc. doping, Doping`.; SourcePierre's Template.ipf:26229

Function ButtonProc_CEM2DToKZ(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Kz_predict2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCEM kz; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): CEM kz.; SourceMiscellaneous_Codes.ipf:1557

Function ButtonProc_comb_krange(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs comb_krange().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCb krange, Cb krange; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Cb krange.; SourcePierre's Template.ipf:934

Function ButtonProc_combine_range(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs combine_range().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCb range, Cb range; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Cb range.; SourcePierre's Template.ipf:924

Function ButtonProc_combineall(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs combineall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCb all, Cb all; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Cb all.; SourcePierre's Template.ipf:939

Function ButtonProc_Consoffset(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Consoffset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOffsetXY; Notescontinuely tuning Y offset to any graph Panel control(s): OffsetXY.; SourceSmartDisplay.ipf:1361

Function ButtonProc_Consoffsetx(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notescontinuely tuning X offset to any graph Usage: triggered as a wrapper that opens/runs Consoffsetx().; SourceSmartDisplay.ipf:1465

Function ButtonProc_Constant(ctrlName) : ButtonControl // "Const": Usagetriggered as a wrapper that opens/runs ConstantOffset_n().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:1160

Function ButtonProc_ConstOffset(ctrlName) : ButtonControl//"Special": Usagetriggered as a wrapper that opens/runs constantoffset_n().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelConstOff; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): ConstOff.; SourcePierre's Template.ipf:1125

Function ButtonProc_ConvertAllData(ctrlName) : ButtonControl//"Convert All Data": Usagetriggered as a wrapper that opens/runs ConvtAll().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelConvert All Data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Convert All Data.; SourcePierre's Template.ipf:17068

Function ButtonProc_ConvertSingleData(ctrlName) : ButtonControl//"Convert Single Data": Usagetriggered as a wrapper that opens/runs ConvtOne().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCvt data, Cvt data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Cvt data.; SourcePierre's Template.ipf:17073

Function ButtonProc_copy_circles(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs copy_circles().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCopy TB; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Copy TB.; SourcePierre's Template.ipf:25774

Function ButtonProc_copy_circles2f(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs copy_circles_2f().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCopy TB, Copy TB; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Copy TB.; SourcePierre's Template.ipf:25779

Function ButtonProc_copymapactive(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs copymap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelave; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): ave.; SourcePierre's Template.ipf:36273

Function ButtonProc_Copytraces(ctrlName) : ButtonControl: Purposecopies, duplicates, or renames Igor waves/traces.; Usagetriggered as a wrapper that opens/runs Copytraces().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCopy all traces, Copy all traces; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Copy all traces.; SourcePierre's Template.ipf:694

Function ButtonProc_createband(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs showpointreader().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNew band; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): New band.; SourcePierre's Template.ipf:5497

Function ButtonProc_curv_data(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback in Pierre's Template.ipf. Main internal calls: curv_data(), refresh_disp().; SourcePierre's Template.ipf:13875

Function ButtonProc_curv_Zhang(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPeng's Curvature, Peng's Curvature; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Peng's Curvature. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype(), curv_data().; SourcePierre's Template.ipf:13881

Function ButtonProc_CVT2EK(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CVT2EK_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelθ to k, θ to k; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): θ to k.; SourcePierre's Template.ipf:1025

Function ButtonProc_CVT2EK_exact1cut(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CVT2EK_exact1cut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelθ2k, θ2k; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): θ2k.; SourcePierre's Template.ipf:724

Function ButtonProc_CVT2K_vs_hv(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CVT2K_vs_hv().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMap hv, Map hv; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Map hv.; SourcePierre's Template.ipf:35650

Function ButtonProc_CVT2K_vs_kz(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CVT2K_vs_kz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMap kz, Map kz; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Map kz.; SourcePierre's Template.ipf:35655

Function ButtonProc_dataploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs dataploter().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPloter, Data ploter; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Ploter, Data ploter. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:834

Function ButtonProc_deleteallpnts(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs Deleteallpnts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDelete all; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Delete all.; SourcePierre's Template.ipf:5508

Function ButtonProc_deletelastpnt(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs Deletelastpnt().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDelete last; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Delete last.; SourcePierre's Template.ipf:5503

Function ButtonProc_delpntbkgndremover(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs delpntbkgndremover().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDelete pnt, Delete pnt; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Delete pnt.; SourcePierre's Template.ipf:573

Function ButtonProc_deriv_1chunkcut(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs deriv_1chunkcut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDeriv1, Deriv1; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Deriv1.; SourcePierre's Template.ipf:27080

Function ButtonProc_deriv_allchunkcut(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs deriv_allchunkcut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDeriv all, Deriv all; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Deriv all.; SourcePierre's Template.ipf:27085

Function ButtonProc_derivmat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs derivmat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2nd derivative, 2nd derivative; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): 2nd derivative.; SourcePierre's Template.ipf:955

Function ButtonProc_disp2Dcurv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for Igor wave/matrix/cube data operation. Main internal calls: idisp().; SourcePierre's Template.ipf:13804

Function ButtonProc_disp2DDeriv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for Igor wave/matrix/cube data operation. Main internal calls: idisp().; SourcePierre's Template.ipf:13826

Function ButtonProc_dispData(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback in Pierre's Template.ipf. Main internal calls: disp().; SourcePierre's Template.ipf:13783

Function ButtonProc_dispEDCcurv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion. Main internal calls: idisp().; SourcePierre's Template.ipf:13790

Function ButtonProc_dispEDCDeriv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion. Main internal calls: idisp().; SourcePierre's Template.ipf:13812

Function ButtonProc_dispMDCcurv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion. Main internal calls: idisp().; SourcePierre's Template.ipf:13797

Function ButtonProc_dispMDCDeriv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion. Main internal calls: idisp().; SourcePierre's Template.ipf:13819

Function ButtonProc_dividematrixbyfermi(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs dividematrixbyfermi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDivide by FD, Divide by FD; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): Divide by FD.; SourcePierre's Template.ipf:1195

Function ButtonProc_dividewavebyfermi(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs dividewavebyfermi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDivide by FD, Divide by FD; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): Divide by FD.; SourcePierre's Template.ipf:1200

Function ButtonProc_doping_hexagon(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCalc. doping, Doping; NotesPanel button callback for lattice, moire, or twist-angle simulation/analysis. Panel control(s): `Calc. doping, Doping`.; SourcePierre's Template.ipf:33298

Function ButtonProc_dpemdc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs duplicateemdcc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDupli; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Dupli.; SourcePierre's Template.ipf:11799

Function ButtonProc_edc_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs edc_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelE; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): E.; SourcePierre's Template.ipf:1055

Function ButtonProc_edc_to_zero_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs edc_to_zero_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:1075

Function ButtonProc_EMDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs EMDC_ini().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEMDC, EMDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): EMDC. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:11423

Function ButtonProc_EMDC_insertmat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs EMDC_insertmat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInsert Matrix; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Insert Matrix.; SourcePierre's Template.ipf:11433

Function ButtonProc_EMDC_Showwave(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs EMDC_Showwave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelhow wave; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): how wave.; SourcePierre's Template.ipf:11438

Function ButtonProc_FFTTwistanglemap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs FFTTwistanglemap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTBG Twist angle Map; NotesTriangle lattice map the twist angle Moving window technique Purpose: performs Fourier, filtering, phase, or lock-in processing. Panel control(s): TBG Twist angle Map.; SourceTriangle Lattice_Graphene_like.ipf:19

Function ButtonProc_find_kf_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs find_kf_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelfind KF; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): find KF.; SourcePierre's Template.ipf:1050

Function ButtonProc_finddispersion_min(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs finddispersion_min().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelV-, V-; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): V-.; SourcePierre's Template.ipf:754

Function ButtonProc_finddispersion_plus(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs finddispersion_plus().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelV+, V+; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): V+.; SourcePierre's Template.ipf:764

Function ButtonProc_finddispersionHD_min(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs finddispersionHD_min().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelH-, H-; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): H-.; SourcePierre's Template.ipf:759

Function ButtonProc_finddispersionHDplus(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs finddispersionHD_plus().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelH+, H+; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): H+.; SourcePierre's Template.ipf:769

Function ButtonProc_findEres(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs findEres().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelE-Resolution, E-Resolution; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): E-Resolution.; SourcePierre's Template.ipf:8366

Function ButtonProc_FitAu(ctrlName) : ButtonControl//" Fit Au Edge": Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs Fit_Au().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:2083

Function ButtonProc_FitEDC(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs FitEDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:1090

Function ButtonProc_FlipRGBimage(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Flip_digimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFlip, Flip; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Flip.; SourcePierre's Template.ipf:647

Function ButtonProc_Generate_chunklist(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs Generate_chunklist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMk List, Mk List; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Mk List.; SourcePierre's Template.ipf:27075

Function ButtonProc_get_fermi_profile(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs get_fermi_profile().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFermi P, Fermi P; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Fermi P.; SourcePierre's Template.ipf:814

Function ButtonProc_Get_ledge_kf(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Get_ledge_kf().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLeading Edge KF; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Leading Edge KF.; SourcePierre's Template.ipf:27050

Function ButtonProc_give_area(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs give_area().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGive area, Give area; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Give area.; SourcePierre's Template.ipf:789

Function ButtonProc_image_fs(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ini_image_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImage FS; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Image FS. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:26147

Function ButtonProc_image_fs2f(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ini_image_fs2f().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImage FS, Image FS; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Image FS. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:26159

Function ButtonProc_image_fsHEX(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ini_image_fsHex().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImage FS, Image FS; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Panel control(s): Image FS. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:33608

Function ButtonProc_keep_negative(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs keep_negative().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelKeep -, Keep -; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Keep -.; SourcePierre's Template.ipf:1170

Function ButtonProc_keep_positive(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs keep_positive().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelKeep +, Keep +; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Keep +.; SourcePierre's Template.ipf:1175

Function ButtonProc_kly_Kzmap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs kly_Kzmap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelmap kz; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): map kz.; SourceMiscellaneous_Codes.ipf:680

Function ButtonProc_kly_mapping(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs kly_mapping().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelmap kxky; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): map kxky.; SourceMiscellaneous_Codes.ipf:660

Function ButtonProc_Kz_predict(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Kz_predict().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelkz/V before; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): kz/V before.; SourceMiscellaneous_Codes.ipf:670

Function ButtonProc_Kz_predict2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Kz_predict2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelkz/V after; NotesPlease use this procedure after finished "map hv""-->mat3d" Purpose: displays waves, images, contours, or graph overlays. Panel control(s): kz/V after.; SourceMiscellaneous_Codes.ipf:1552

Function ButtonProc_Kzprojection(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelProject kz; NotesPanel button callback for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): Project kz. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mpc(), s0().; SourceModels.ipf:2964

Function ButtonProc_legend_BE_vs_angle(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBE vs θ, BE vs θ; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): BE vs θ. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13934

Function ButtonProc_legend_int_vs_BE(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInt. vs BE, Int. vs BE; NotesPeng Zhang curvature end Panel control(s): `Int. vs BE`. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13918

Function ButtonProc_legend_int_vs_KE(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInt. vs KE, Int. vs KE; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): `Int. vs KE`. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13926

Function ButtonProc_legend_KE_vs_angle(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelKE vs θ, KE vs θ; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): KE vs θ. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13942

Function ButtonProc_legendBEvsmomang(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBE vs Momentum (√Ö), BE vs Momentum (Å); NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): BE vs Momentum (√Ö), BE vs Momentum (Å). Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13958

Function ButtonProc_legendBEvsmompia(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBE vs Momentum (ώ/a), BE vs Momentum (π/a); NotesPanel button callback for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): BE vs Momentum (ώ/a), BE vs Momentum (π/a). Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:13950

Function ButtonProc_LiftMdc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs LiftMdcAtEf().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:1115

Function ButtonProc_ln_mat_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ln_mat_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLn(mat), Ln(mat); NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Ln(mat).; SourcePierre's Template.ipf:990

Function ButtonProc_Load3D(ctrlName) : ButtonControl: Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs Load3D1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLoad3D; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Load3D.; SourcePierre's Template.ipf:36178

Function ButtonProc_Make_allchunkcuts(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs Make_allchunkcuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAll Ckts, All Ckts; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): All Ckts.; SourcePierre's Template.ipf:27070

Function ButtonProc_Make_onechunkcut(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs Make_onechunkcut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel1chunkcut, 1chunkcut; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): 1chunkcut.; SourcePierre's Template.ipf:27065

Function ButtonProc_make_table_hv_kz(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs make_table_hv_kz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTable, Table; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): Table.; SourcePierre's Template.ipf:35645

Function ButtonProc_Makecutimage(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs Makecutimage_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCut Image, Cut Image; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Cut Image.; SourcePierre's Template.ipf:26990

Function ButtonProc_MakeEDC(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs MakeEDC_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEDC, EDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EDC.; SourcePierre's Template.ipf:1085

Function ButtonProc_makeFeSC_normalFSc(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake FS; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Make FS.; SourceModels.ipf:11444

Function ButtonProc_Makenewmap(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs Makenewmap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAs; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): As.; SourcePierre's Template.ipf:36263

Function ButtonProc_making_fs(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Table_Notthesepoints().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMaking FS; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Making FS. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:25802

Function ButtonProc_making_fs2f(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Table_Notthesepoints().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMaking FS, Making FS; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Making FS. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:25817

Function ButtonProc_making_fsH(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Table_Notthesepoints().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMaking FS, Making FS; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Panel control(s): Making FS. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:25790

Function ButtonProc_mat3dfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel-->Plot, -->Plot, -->Plot, -->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): -->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:843

Function ButtonProc_mat3dHDfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3dHD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel-->Plot, -->Plot, -->Plot, -->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): -->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:865

Function ButtonProc_mat3dkfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3dk().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel->Plot, ->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): ->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:876

Function ButtonProc_mat3dkHDfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3dkHD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel->Plot, ->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): ->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:898

Function ButtonProc_mat3dkVDfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3dkVD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel->Plot, ->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): ->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:887

Function ButtonProc_mat3dVDfsploter(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs initmat3dVD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel-->Plot, -->Plot, -->Plot, -->Plot; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): -->Plot. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:854

Function ButtonProc_mat_n_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mat_n_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel(mat)^n, (mat)^n; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): (mat)^n.; SourcePierre's Template.ipf:975

Function ButtonProc_MatNkPlot(ctrlName) : ButtonControl//"Plot N(k)": Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs MatNKPlot().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNK, NK; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): NK.; SourcePierre's Template.ipf:1150

Function ButtonProc_MatNorm(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs MatNorm().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNorm, Norm; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Norm.; SourcePierre's Template.ipf:1105

Function ButtonProc_mdc_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs mdc_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelM; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): M.; SourcePierre's Template.ipf:1035

Function ButtonProc_MDCfit(ctrlName) : ButtonControl//"fit MDC": Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs MDCfit().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:1130

Function ButtonProc_mdcfit_pi(ctrlName) : ButtonControl: Purposefits or extracts spectral/peak parameters.; Usagetriggered as a wrapper that opens/runs mdcfit_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMDCfit; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): MDCfit.; SourcePierre's Template.ipf:1045

Function ButtonProc_Mkbad_slices(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Mkbad_slices().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBad slices; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Bad slices.; SourcePierre's Template.ipf:1030

Function ButtonProc_MkMDC(ctrlName) : ButtonControl//"Full MDC": Usagetriggered as a wrapper that opens/runs MakeMDC_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMDC, MDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): MDC.; SourcePierre's Template.ipf:1135

Function ButtonProc_Multiply(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Multiply().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:1110

Function ButtonProc_nan0(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Nan0().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNaN to 0, NaN to 0; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): NaN to 0.; SourcePierre's Template.ipf:980

Function ButtonProc_new_eres_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs new_eres_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelE-comb, E-comb; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): E-comb.; SourcePierre's Template.ipf:960

Function ButtonProc_new_kres_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs new_kres_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelM-comb, M-comb; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): M-comb.; SourcePierre's Template.ipf:965

Function ButtonProc_new_step(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs new_stepsize().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNew-stepsize, New-stepsize; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): New-stepsize.; SourcePierre's Template.ipf:1180

Function ButtonProc_norm_high_e_pi(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs norm_high_e_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal.; SourcePierre's Template.ipf:1015

Function ButtonProc_norm_range(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs norm_range().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal.; SourcePierre's Template.ipf:914

Function ButtonProc_not_in_fct(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs not_in_fct().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:714

Function ButtonProc_open_data_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs open_data_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOpen data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Open data.; SourcePierre's Template.ipf:1065

Function ButtonProc_open_onedata_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs open_onedata_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOpen this data, Open this data; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Open this data.; SourcePierre's Template.ipf:1070

Function ButtonProc_open_select(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs open_select().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOpen select; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Open select.; SourcePierre's Template.ipf:1005

Function ButtonProc_openbkgndremover(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs background_remover().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelackground remover, ackground remover; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Panel control(s): ackground remover. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:552

Function ButtonProc_phi_cst_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs phi_cst_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:27060

Function ButtonProc_plot_edc_pi(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_edc_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Plot.; SourcePierre's Template.ipf:1060

Function ButtonProc_plot_kf_edcs(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_kf_edcs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot kf EDCs; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Plot kf EDCs.; SourcePierre's Template.ipf:784

Function ButtonProc_plot_mdc_pi(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_mdc_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Plot.; SourcePierre's Template.ipf:1040

Function ButtonProc_plot_predicttbGXMG(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_predicttbGXMG().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot GXMG; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Plot GXMG.; SourcePierre's Template.ipf:26224

Function ButtonProc_plot_tbGXMG(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_tbGXMG().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot GXMG, Plot GXMG; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Plot GXMG.; SourcePierre's Template.ipf:26214

Function ButtonProc_plot_tbGXMGMprimeX2f(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_tbGXMGMprimeX_2f().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot GXMGM'X, Plot GXMGM'X; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Plot GXMGM'X.; SourcePierre's Template.ipf:26219

Function ButtonProc_plot_vb_pi(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plot_vb_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:909

Function ButtonProc_plotpnts(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Plotpnts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlot; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Plot.; SourcePierre's Template.ipf:5482

Function ButtonProc_PReader_draw_live(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs PReader_draw_live().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDraw continous; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Draw continous.; SourcePierre's Template.ipf:516

Function ButtonProc_PReader_edit_mode(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs PReader_switch_edit_mode().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEdit; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Edit.; SourcePierre's Template.ipf:506

Function ButtonProc_PReader_normal_mode(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs PReader_normal_mode().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNormal; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Normal.; SourcePierre's Template.ipf:511

Function ButtonProc_predict_cuts(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs ini_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPredict cuts; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Predict cuts. Code behavior: reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:25934

Function ButtonProc_predictcalc_tbarea(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs predictcalc_tbarea().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCalc. doping; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): `Calc. doping`.; SourcePierre's Template.ipf:26234

Function ButtonProc_put_fermi_edc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs put_fermi_edc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEF line (EDC), EF line (EDC); NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EF line (EDC).; SourcePierre's Template.ipf:744

Function ButtonProc_put_fermi_image(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs put_fermi_image().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEF line (image), EF line (image); NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EF line (image).; SourcePierre's Template.ipf:749

Function ButtonProc_readcsr(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagetriggered as a wrapper that opens/runs Readcsr().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRead point; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Read point.; SourcePierre's Template.ipf:5477

Function ButtonProc_Remove_data_EDC(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs Remove_data_EDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSubtract EDC, Subtract EDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Subtract EDC.; SourcePierre's Template.ipf:739

Function ButtonProc_renormcut_k(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs renormcut_k().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRenormcut_k; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Renormcut_k.; SourcePierre's Template.ipf:970

Function ButtonProc_return_phi_theta(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs return_phi_theta().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPt at new hv, Pt at new hv, Pt at new hv; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Pt at new hv.; SourcePierre's Template.ipf:1243

Function ButtonProc_return_phi_theta1(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs return_phi_theta1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPt at new hv, Pt at new hv, Pt at new hv; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Pt at new hv.; SourcePierre's Template.ipf:1248

Function ButtonProc_RGBimagetoIntensity(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Intensity_digimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRGB2Int, RGB2Int; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): RGB2Int.; SourcePierre's Template.ipf:657

Function ButtonProc_RGBimagetoIntensity2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Intensity_digimage2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract Image Data From Paper; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Extract Image Data From Paper.; SourcePierre's Template.ipf:6546

Function ButtonProc_RGBimagetoRGB(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs color_digimage().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelImage2RGB, Image2RGB; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Image2RGB.; SourcePierre's Template.ipf:652

Function ButtonProc_Rm_simplebgnd_data(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Remove_simplebgnd_data().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRemove backgrnd, Remove backgrnd; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Remove backgrnd.; SourcePierre's Template.ipf:824

Function ButtonProc_Rm_simplebgnd_edc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Remove_simplebgnd_edc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEDC, EDC; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EDC.; SourcePierre's Template.ipf:819

Function ButtonProc_rot2d_pi(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs rot2d_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRotate image, Rotate image; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Rotate image.; SourcePierre's Template.ipf:919

Function ButtonProc_rot_vector(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs rot_vector().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRotate, Rotate; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotate.; SourcePierre's Template.ipf:1165

Function ButtonProc_Save3D(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagetriggered as a wrapper that opens/runs Save3D().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelave3D; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): ave3D.; SourcePierre's Template.ipf:36173

Function ButtonProc_selectcut_pi(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs selectcut_pi().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:27055

Function ButtonProc_selectlistEMDC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs selectlistEMDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFrom list; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): From list.; SourcePierre's Template.ipf:11443

Function ButtonProc_selectlistmap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs selectlistmap1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelChoose; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Choose.; SourcePierre's Template.ipf:36268

Function ButtonProc_shift(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs hshift().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOffset; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Offset.; SourceMiscellaneous_Codes.ipf:8230

Function ButtonProc_shiftedc(ctrlName) : ButtonControl//"Combine": Usagetriggered as a wrapper that opens/runs shiftedc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:1145

Function ButtonProc_showmain(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Data_Analysis_BNL().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMain Panel, Main Panel, Main Panel, Main Panel, Main Panel, Main Panel, Main Panel, Main Panel; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Main Panel. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:638

Function ButtonProc_showpresentation(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Presentation_Panel().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:629

Function ButtonProc_showUpdate(ctrlName) : ButtonControl//Update: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs showupdate().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:1140

Function ButtonProc_sortpnts(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Sortpnts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSort; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Sort.; SourcePierre's Template.ipf:5492

Function ButtonProc_sym_edc_matrix(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs sym_edc_matrix_far().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSymetrize EDC mat, Symetrize EDC mat; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Symetrize EDC mat.; SourcePierre's Template.ipf:1205

Function ButtonProc_sym_kf_edcs(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs sym_kf_edcs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSym kf EDCs; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Sym kf EDCs.; SourcePierre's Template.ipf:779

Function ButtonProc_sym_one_edc(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs sym_one_edc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSym EDC, Sym EDC; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Sym EDC.; SourcePierre's Template.ipf:809

Function ButtonProc_symmat3dhv(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs symmat3dhv().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSym hv, Sym hv; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Sym hv.; SourcePierre's Template.ipf:33882

Function ButtonProc_trans2equiv_mat(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs transform2equiv_mat().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelEquiv. mat, Equiv. mat; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): `Equiv. mat`.; SourcePierre's Template.ipf:799

Function ButtonProc_twistanglemap(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs twistanglemap_3qave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo twist angle map; NotesMain Function Panel control(s): Go twist angle map.; SourceTriangle Lattice_Graphene_like.ipf:248

Function ButtonProc_update_image_fs(ctrlName) : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_image_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelUpdate, Update, Update; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Update.; SourcePierre's Template.ipf:26209

Function ButtonProc_update_making_fs(ctrlName) : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_making_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelUpdate points; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Update points.; SourcePierre's Template.ipf:26171

Function ButtonProc_update_making_fs2f(ctrlName) : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_making_fs2f().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelUpdate points; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Update points.; SourcePierre's Template.ipf:26176

Function ButtonProc_update_making_fsH(ctrlName) : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_making_fsH().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelUpdate points; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Update points.; SourcePierre's Template.ipf:26181

Function ButtonProc_zeronan(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ZeroNaN().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel0 to NaN, 0 to NaN; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): 0 to NaN.; SourcePierre's Template.ipf:985

Function ButtonProcAVG_Showres(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AVG_showtable().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow results; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Show results.; SourcePierre's Template.ipf:12973

Function ButtonProcAVG_tool(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AVG_ini().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAVG_tool, AVG_tool; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): AVG_tool. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WinType().; SourcePierre's Template.ipf:12776

Function ButtonProcCutNaNedges(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CutNaNedges().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCutNaNedges, CutNaNedges; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): CutNaNedges.; SourcePierre's Template.ipf:2275

Function Buttonshowimageforslicer(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Graph_imageforslicer().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow image, Show Image, Show Image, Show Image; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Show image, Show Image. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:27167

Function EF_SetVarProc(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecall as EF_SetVarProc(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEF; NotesPanel callback/helper for Igor wave/matrix/cube data operation. Panel control(s): EF.; SourcePierre's Template.ipf:36681

Function PopMenuProc(ctrlName, popNum, popStr) : PopupMenuControl //type of data menu: Usagecall as PopMenuProc(ctrlName, popNum, popStr).; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelData_type, Data_type; NotesPanel callback/helper in Pierre's Template.ipf. Panel control(s): Data_type.; SourcePierre's Template.ipf:588

Function PopMenuProc_1(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Paneledccolorset, edccolorset; NotesPanel popup-menu callback for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): edccolorset.; SourcePierre's Template.ipf:605

Function PopMenuProc_2(ctrlName, popNum, popStr) : PopupMenuControl //inverse the color: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelinversecoloredc, inversecoloredc; NotesPanel popup-menu callback for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Panel control(s): inversecoloredc.; SourcePierre's Template.ipf:597

Function PopMenuProc_3(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup0; NotesPanel popup-menu callback in Pierre's Template.ipf. Panel control(s): popup0.; SourcePierre's Template.ipf:25766

Function PopMenuProc_4(ctrlName, popNum, popStr) : PopupMenuControl: Usagetriggered as a wrapper that opens/runs Set_Hline_slice_control().; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelbuttonVvsH; NotesPanel popup-menu callback for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Panel control(s): buttonVvsH. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: WIntype().; SourcePierre's Template.ipf:27469

Function PopMenuProc_6(ctrlName, popNum, popStr) : PopupMenuControl //for ticks_in or out: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopupthicks_inout, popupthicks_inout; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): popupthicks_inout. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:1216

Function PopMenuProc_auto_ifs4(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup0; NotesPanel popup-menu callback in Pierre's Template.ipf. Panel control(s): popup0.; SourcePierre's Template.ipf:35002

Function PopMenuProc_curvchoice(ctrlName, popNum, popStr) : PopupMenuControl: Usagetriggered as a wrapper that opens/runs curv_update().; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup_choice; NotesPanel popup-menu callback for linecut, slice, or region extraction. Panel control(s): popup_choice.; SourcePierre's Template.ipf:12666

Function PopMenuProc_EMDC_choice(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelpopupEDCMDC; NotesPanel popup-menu callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): popupEDCMDC.; SourcePierre's Template.ipf:11809

Function PopMenuProc_EMDCdiv(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panel/ by last; NotesPanel popup-menu callback for ARPES-style loading, plotting, or momentum conversion. Panel control(s): / by last.; SourcePierre's Template.ipf:11914

Function PopMenuProc_EMDConoff(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelMulti-matrices; NotesPanel popup-menu callback for ARPES-style loading, plotting, or momentum conversion. Panel control(s): Multi-matrices.; SourcePierre's Template.ipf:11854

Function PopMenuProc_FS_Htype(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelFS type:; NotesPanel popup-menu callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): FS type:. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:33218

Function PopMenuProc_FS_Htype1(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelFS type:; NotesPanel popup-menu callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): FS type:. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:33237

Function PopMenuProc_mode_ifs4(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelMode; Notes############################################################################################ ############################################################################################ ########################################################### Panel control(s): Mode. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:34170

Function PopMenuProc_mode_mfs4(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelMode; NotesCHUNK STORY Panel control(s): Mode.; SourcePierre's Template.ipf:34190

Function PopMenuProc_predictHV(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Update_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopup0; NotesPanel popup-menu callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): popup0. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26130

Function PopMenuProc_slicermode(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelMode:; NotesPanel popup-menu callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): Mode:. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype(), margin(), PopMenuProcorientationforslicer(), mode(), marker(), lsize().; SourcePierre's Template.ipf:25519

Function PopMenuProc_viewimage_fs(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:24968

Function PopMenuProc_viewimage_fs2f(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:25133

Function PopMenuProc_viewimage_fsH(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:25029

Function PopMenuProc_viewmaking_fs(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:24914

Function PopMenuProc_viewmaking_fs2f(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:25079

Function PopMenuProc_viewmaking_fsH(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelView; NotesPanel popup-menu callback for graph display, formatting, or window management. Panel control(s): View. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:25187

Function PopMenuProcAVG_inout(ctrlName, popNum, popStr) : PopupMenuControl: Usagetriggered as a wrapper that opens/runs AVG_Calc_avgcirc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopupinout; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): popupinout.; SourcePierre's Template.ipf:12798

Function PopMenuProcorientationforslicer(ctrlName, popNum, popStr) : PopupMenuControl: Usagecall as PopMenuProcorientationforslicer(ctrlName, popNum, popStr).; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelSpecial orientation:, Special orientation:, Special orientation:; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): Special orientation:. Code behavior: reads or updates panel controls. Main internal calls: PopMenuProcwhichpnt(), SliderProcCsrslicerx(), SliderProcCsrslicery().; SourcePierre's Template.ipf:25621

Function PopMenuProcpredictorientation(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecall as PopMenuProcpredictorientation(ctrlName, popNum, popStr).; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopuppredict_orientation; NotesPanel callback/helper for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): popuppredict_orientation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:25899

Function PopMenuProcwhichpnt(ctrlName, popNum, popStr) : PopupMenuControl: Usagecall as PopMenuProcwhichpnt(ctrlName, popNum, popStr).; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelpopupwhichpnt, popupwhichpnt, popupwhichpnt; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): popupwhichpnt.; SourcePierre's Template.ipf:25602

Function setKEatEF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs KEatEF_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelKenetic E; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Kenetic E.; SourcePierre's Template.ipf:26480

Function setKEatEF2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs KEatEF_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelKenetic E; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Kenetic E.; SourcePierre's Template.ipf:26489

Function setKEatEFH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs KEatEF_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelKenetic E; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Kenetic E.; SourcePierre's Template.ipf:26498

Function setpredictKEatEF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs predictKEatEF_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelKE; NotesUtility function for linecut, slice, or region extraction. Panel control(s): KE.; SourcePierre's Template.ipf:26507

Function setquality_factor(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs quality_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelQuality, Quality, Quality; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Quality.; SourcePierre's Template.ipf:26274

Function setvaraonb2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs aonb_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela/b a>b; NotesUtility function for linecut, slice, or region extraction. Panel control(s): a/b a>b. Main internal calls: PopMenuProc_viewmaking_fs2f().; SourcePierre's Template.ipf:26418

Function setvaraonb2f_1(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs aonb_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela/b a>b; NotesUtility function for linecut, slice, or region extraction. Panel control(s): a/b a>b. Main internal calls: PopMenuProc_viewimage_fs2f().; SourcePierre's Template.ipf:26433

Function setvarAVG_circcenterx(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarAVG_circcenterx(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelInc:; NotesUtility function in Pierre's Template.ipf. Panel control(s): Inc:. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:12999

Function setvarAVG_circcentery(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarAVG_circcentery(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelInc:; NotesUtility function in Pierre's Template.ipf. Panel control(s): Inc:. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:13009

Function setvarAVG_circsize(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarAVG_circsize(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelInc; NotesUtility function in Pierre's Template.ipf. Panel control(s): Inc. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:13019

Function SetVarAVG_UpdateCirc(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs AVG_UpdateCirc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCenter x:, Center y:, Size; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Center x:, Center y:, Size.; SourcePierre's Template.ipf:12990

Function setvarEDCF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarEDCF(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_EDCF; NotesUtility function for ARPES-style loading, plotting, or momentum conversion. Panel control(s): setvar_EDCF. Code behavior: reads or updates panel controls. Main internal calls: ceil(), log(), edccurv().; SourcePierre's Template.ipf:13677

Function setvarEDCt(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarEDCt(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_EDCT; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): setvar_EDCT. Main internal calls: edccurv(), twoDcurv().; SourcePierre's Template.ipf:13646

Function setvarEDCw(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarEDCw(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_EDCW; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): setvar_EDCW. Main internal calls: edccurv(), twoDcurv().; SourcePierre's Template.ipf:13663

Function setvarglobal_mu(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_mu_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelm, m; NotesUtility function for linecut, slice, or region extraction. Panel control(s): m.; SourcePierre's Template.ipf:26647

Function setvarglobal_mu2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_mu_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelm, m; NotesUtility function for linecut, slice, or region extraction. Panel control(s): m.; SourcePierre's Template.ipf:26657

Function setvarglobal_t(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_t_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt, t; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t.; SourcePierre's Template.ipf:26677

Function setvarglobal_t2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_t_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt, t; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t.; SourcePierre's Template.ipf:26687

Function setvarglobal_tprime(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_tprime_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt', t'; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t'.; SourcePierre's Template.ipf:26707

Function setvarglobal_tprime2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_tprime_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt', t'; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t'.; SourcePierre's Template.ipf:26717

Function setvarincrement_aonb(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs aonb_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26631

Function setvarincrement_global_mu(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_mu_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26737

Function setvarincrement_global_t(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_t_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26755

Function setvarincrement_global_tprime(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs global_tprime_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26773

Function setvarincrement_ifact(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs SetVarProc_ifact_inc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:12720

Function setvarincrement_phi1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi1_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26567

Function setvarincrement_phi_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26551

Function setvarincrement_phi_zeroH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi_zero_incsetH().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26559

Function setvarincrement_predict_mu(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrement_predict_mu(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function in Pierre's Template.ipf. Panel control(s): Increment. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26745

Function setvarincrement_predict_t(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrement_predict_t(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function in Pierre's Template.ipf. Panel control(s): Increment. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26763

Function setvarincrement_predict_tprime(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrement_predict_tprime(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function in Pierre's Template.ipf. Panel control(s): Increment. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26781

Function setvarincrement_rot1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot1_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Increment.; SourcePierre's Template.ipf:26583

Function setvarincrement_rot_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Increment.; SourcePierre's Template.ipf:26575

Function setvarincrement_theta_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26527

Function setvarincrement_theta_zeroH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta_zero_incsetH().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Increment.; SourcePierre's Template.ipf:26535

Function setvarincrementpredictlattice0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrementpredictlattice0(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for lattice, moire, or twist-angle simulation/analysis. Panel control(s): Increment. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26591

Function setvarincrementpredictrotation(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrementpredictrotation(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement; NotesUtility function for geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Increment. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26613

Function setvarmDCF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarmDCF(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_MDCF; NotesUtility function for ARPES-style loading, plotting, or momentum conversion. Panel control(s): setvar_MDCF. Code behavior: reads or updates panel controls. Main internal calls: ceil(), log(), mdccurv().; SourcePierre's Template.ipf:13729

Function setvarmDCt(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarmDCt(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_MDCT; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): setvar_MDCT. Main internal calls: mdccurv(), twoDcurv().; SourcePierre's Template.ipf:13699

Function setvarmDCw(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarmDCw(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_MDCW; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): setvar_MDCW. Main internal calls: mdccurv(), twoDcurv().; SourcePierre's Template.ipf:13714

Function setvarNTP_num(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs NTP_num_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelvarNTP_num; NotesUtility function for linecut, slice, or region extraction. Panel control(s): varNTP_num.; SourcePierre's Template.ipf:2604

Function setvarphi1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi1_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelj_0, j_0, j_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): j_0.; SourcePierre's Template.ipf:26349

Function setvarphi_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelj_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): j_0.; SourcePierre's Template.ipf:26322

Function setvarphi_zero2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelj_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): j_0.; SourcePierre's Template.ipf:26331

Function setvarphi_zeroH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs phi_zero_setH().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelj_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): j_0.; SourcePierre's Template.ipf:26340

Function setvarplot(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs plotraw().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelData; NotesUtility function for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Data.; SourcePierre's Template.ipf:92

Function setvarpredict_mu(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs predict_mu_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelm; NotesUtility function for linecut, slice, or region extraction. Panel control(s): m.; SourcePierre's Template.ipf:26667

Function setvarpredict_t(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs predict_t_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t.; SourcePierre's Template.ipf:26697

Function setvarpredict_tprime(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs predict_tprime_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt'; NotesUtility function for linecut, slice, or region extraction. Panel control(s): t'.; SourcePierre's Template.ipf:26727

Function setvarpredictacept(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Update_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelAcept.; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Acept..; SourcePierre's Template.ipf:26106

Function SetVarpredictrotation(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Update_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotation; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotation.; SourcePierre's Template.ipf:26118

Function SetVarProc_2(ctrlName, varNum, varStr, varName) : SetVariableControl //base: Usagetriggered as a wrapper that opens/runs Update().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:1267

Function SetVarProc_4(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: reads or updates panel controls. Main internal calls: num2istr().; SourcePierre's Template.ipf:1624

Function SetVarProc_7(ctrlName, varNum, varStr, varName) : SetVariableControl //Delta_offset: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:1258

Function SetVarProc_8(ctrlName, varNum, varStr, varName) : SetVariableControl //Delta_Base: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:1275

Function SetVarProc_central_ifs4(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs Update_image_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction.; SourcePierre's Template.ipf:31184

Function SetVarProc_Consoffset(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelOffset(Y); NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Offset(Y).; SourceSmartDisplay.ipf:1380

Function SetVarProc_Consoffsetx(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelOffset(x); NotesPanel set-variable callback for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): Offset(x).; SourceSmartDisplay.ipf:1484

Function SetVarProc_EMDC_change_SF(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs EMDC_changeEDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSmooth; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Smooth.; SourcePierre's Template.ipf:11733

Function SetVarProc_EMDC_changecmbine(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs EMDC_changeEDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCombine; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Combine.; SourcePierre's Template.ipf:11718

Function SetVarProc_EMDC_changeEDC(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs EMDC_changeEDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEDC slice; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): EDC slice.; SourcePierre's Template.ipf:11678

Function SetVarProc_EMDC_changeMDC(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs EMDC_changeMDC().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelMDC slice; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): MDC slice.; SourcePierre's Template.ipf:11688

Function SetVarProc_ifact(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs curv_update().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelI_0 factor; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): I_0 factor.; SourcePierre's Template.ipf:12704

Proc SetVarProc_ifact_inc(): Usagerun interactively from Igor or from a panel callback.; NotesPanel set-variable callback in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:12713

Function SetVarProc_irange_ifs4(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs Update_image_fs().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIntegral window; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Integral window.; SourcePierre's Template.ipf:31195

Function SetVarProc_KZ_changea(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela (A); NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): a (A).; SourceMiscellaneous_Codes.ipf:1665

Function SetVarProc_KZ_changeC(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelc (A); NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): c (A).; SourceMiscellaneous_Codes.ipf:1653

Function SetVarProc_KZ_changeendx(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelkxrange (A); NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): kxrange (A).; SourceMiscellaneous_Codes.ipf:1687

Function SetVarProc_KZ_changehv(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEk (eV); NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): Ek (eV).; SourceMiscellaneous_Codes.ipf:1631

Function SetVarProc_KZ_changestartx(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion.; SourceMiscellaneous_Codes.ipf:1677

Function SetVarProc_KZ_changev0(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs adjustkz().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:1641

Function SetVarProc_tdefecct(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLatt.Q(°), Latt. a, Dislo.(°), Ph. shif, Background, Amplitude, Dislo.(°), Ph. shif; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal. Panel control(s): Latt.Q(°), `Latt. a, Dislo.(°), Ph. shif, Background, Amplitude`.; SourceModels.ipf:10514

Function SetVarProc_vfshrink(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCoarse, Coarse; NotesPanel set-variable callback for graph display, formatting, or window management. Panel control(s): Coarse. Main internal calls: shrinkvf().; SourceSmartDisplay.ipf:4618

Function SetVarProcanglephidelta(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Removepredicted_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelDelta; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Delta.; SourcePierre's Template.ipf:25876

Function SetVarProcanglephifrom(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Removepredicted_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelPhi: From; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Phi: From.; SourcePierre's Template.ipf:25854

Function SetVarProcanglephito(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Removepredicted_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelTo; NotesUtility function for linecut, slice, or region extraction. Panel control(s): To.; SourcePierre's Template.ipf:25863

Function SetVarProcanglethetadelta(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs Removepredicted_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelDelta; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Delta.; SourcePierre's Template.ipf:25887

Function SetVarProcanglethetafrom(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelTheta: From; NotesUtility function for linecut, slice, or region extraction. Panel control(s): Theta: From.; SourcePierre's Template.ipf:25844

Function SetVarProcanglethetato(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs update_predict_cuts().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelTo; NotesUtility function for linecut, slice, or region extraction. Panel control(s): To.; SourcePierre's Template.ipf:25830

Function SetVarProcCmbslicer(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as SetVarProcCmbslicer(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelCombine; NotesUtility function for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Combine.; SourcePierre's Template.ipf:27682

Function SetVarProclattice_hexagon(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs updateHexagonFS().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelHexagon size; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Hexagon size.; SourcePierre's Template.ipf:33256

Function SetVarProclattice_hexagon1(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs updateHexagonFS1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelHexagon size; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Hexagon size.; SourcePierre's Template.ipf:33264

Function setvarrot1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot1_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotation, Rotation, Rotation; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotation.; SourcePierre's Template.ipf:26388

Function setvarrot_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotation; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotation.; SourcePierre's Template.ipf:26361

Function setvarrot_zero2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotation; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotation.; SourcePierre's Template.ipf:26370

Function setvarrot_zeroH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs rot_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotation; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotation.; SourcePierre's Template.ipf:26379

Function setvartheta1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta1_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelq_0, Increment, q_0, Increment, q_0, Increment; NotesUtility function for linecut, slice, or region extraction. Panel control(s): q_0, Increment.; SourcePierre's Template.ipf:26309

Function setvartheta_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelq_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): q_0.; SourcePierre's Template.ipf:26282

Function setvartheta_zero2f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta_zero_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelq_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): q_0.; SourcePierre's Template.ipf:26291

Function setvartheta_zeroH(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta_zero_setH().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelq_0; NotesUtility function for linecut, slice, or region extraction. Panel control(s): q_0.; SourcePierre's Template.ipf:26300

Function setvartwoDF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvartwoDF(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelsetvar_TwoDF; NotesUtility function in Pierre's Template.ipf. Panel control(s): setvar_TwoDF. Code behavior: reads or updates panel controls. Main internal calls: ceil(), log(), twodcurv().; SourcePierre's Template.ipf:13751

Function SliderProc(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider0; NotesPanel callback/helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Panel control(s): slider0. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:27893

Function SliderProc_1(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_1(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslider1; NotesPanel callback/helper for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Panel control(s): slider1. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:28138

Function SliderProc_topmax(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topmax(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Paneltopimagetop, topimagetop; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): topimagetop. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12032

Function SliderProc_topmin(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProc_topmin(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Paneltopimagebot, topimagebot; NotesPanel callback/helper for linecut, slice, or region extraction; graph display, formatting, or window management. Panel control(s): topimagebot. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12057

Function SliderProcCsrslicerx(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProcCsrslicerx(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelsliderx, sliderx, sliderx; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): sliderx.; SourcePierre's Template.ipf:25476

Function SliderProcCsrslicery(ctrlName, sliderValue, event) : SliderControl: Usagecall as SliderProcCsrslicery(ctrlName, sliderValue, event).; ctrlName [string]: Igor control name passed automatically by the panel callback.; sliderValue [variable]: Step size or energy/voltage increment used by the calculation.; event [variable]: bit field: bit 0: value set, 1: mouse down, 2: mouse up, 3: mouse moved; Panelslidery, slidery, slidery; NotesPanel callback/helper for linecut, slice, or region extraction. Panel control(s): slidery.; SourcePierre's Template.ipf:25498

Function Tab4vs6(ctrlName, tabNum) : TabControl: Usagecall as Tab4vs6(ctrlName, tabNum).; ctrlName [string]: Igor control name passed automatically by the panel callback.; tabNum [variable]: Number of spectra, waves, points, bins, or iterations to process.; Paneltab4vs6; NotesPanel callback/helper for spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): tab4vs6. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32781

Function Tab_convert(ctrlName, tabNum) : TabControl: Usagecall as Tab_convert(ctrlName, tabNum).; ctrlName [string]: Igor control name passed automatically by the panel callback.; tabNum [variable]: Number of spectra, waves, points, bins, or iterations to process.; Panelmat3d_tab; NotesPanel callback/helper for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): mat3d_tab. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:33887

Function TabProc_main(ctrlName, tabNum) : TabControl: Usagecall as TabProc_main(ctrlName, tabNum).; ctrlName [string]: Igor control name passed automatically by the panel callback.; tabNum [variable]: Number of spectra, waves, points, bins, or iterations to process.; Paneltab_matrices, tab_matrices; NotesPanel callback/helper for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion. Panel control(s): tab_matrices. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:2625

Interactive procedures and macros (592)

Add_above Add_all Add_bottom add_data add_this_data addpntbkgndremover adjust_all_to_fp adjust_col adjust_fp adjust_meV adjust_to_fp adjustkz allcuts allHD angle2kVcut anglemode_converter_fs aonb_incset aonb_set append_circles appendpnts appendthis AppendtoCut AppendtoCutFromMat Au_100 au_temp auto2d_pi AVG_Appendimage AVG_CirccenterCsr AVG_Editresults AVG_ini AVG_MakeCirc backin360 BEatheight_EDC BFA_corrposition BKFA_adjust_EF_all BKFA_Fit1FD1L BKFA_Fit1FD2L BKFA_Fit1FD2L_Analysis BKFA_Shiftdata BKFA_Symmat BKFA_SymmatEDC bluegreenred bluetored BMGmacro1 BMGmacro2 calc4circles calc4circles2f calc_tbarea calc_xpos calculate_v0 calculateLLNewc calculateRCc calibrationFS ChangeHline ChangeVline color_edc comb_krange comb_krange1 comballcuts comballdata combEDCsallcuts combine2MDCs combine_hv combine_hv346RRRL combine_hv346RRRS combine_range combineall combineH_all combMDCsallcuts comp100_200 comp_symedc compare2 compare_mdc Consoffset Consoffsetc Consoffsetcx Consoffsetx Constantoffset_n convertforzrs ConvtAll+ 512 more entries below

Proc Add_above(from, to, exception, number_of_points): Usagerun from Igor with parameters from, to, exception, number_of_points.; from [variable]: From; to [variable]: To; exception [variable]: Name of wave:; number_of_points [variable]: Number of points:; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: from = From; to = To; exception = Name of wave:; number_of_points = Number of points:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:15432

Proc Add_all(from, to, exception): Usagerun from Igor with parameters from, to, exception.; from [variable]: From; to [variable]: To; exception [variable]: Name of wave:; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: from = From; to = To; exception = Name of wave:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:15485

Proc Add_bottom(from, to, exception): Usagerun from Igor with parameters from, to, exception.; from [variable]: From; to [variable]: To; exception [variable]: Name of wave:; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: from = From; to = To; exception = Name of wave:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:15387

Proc add_data(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: str2num(), ConvtOne(), Wintype(), setvarplot().; SourcePierre's Template.ipf:8907

Proc add_this_data(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: str2num(), ConvtOne(), setvarplot().; SourcePierre's Template.ipf:8864

Proc addpntbkgndremover(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Main internal calls: func_addpntbkgndremover(), subbkgndremover().; SourcePierre's Template.ipf:8985

Proc adjust_all_to_fp(indexfrom, indexto, ferminame, Fermilevel): Usagerun from Igor with parameters indexfrom, indexto, ferminame, Fermilevel.; indexfrom [variable]: Enter the first index; indexto [variable]: Enter the last index; ferminame [string]: Enter the name of the Fermi profile; Fermilevel [variable]: Enter the value of the Fermi level; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: indexfrom = Enter the first index; indexto = Enter the last index; ferminame = Enter the name of the Fermi profile; Fermilevel = Enter the value of the Fermi level. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: adjust_to_fp().; SourcePierre's Template.ipf:6391

Proc adjust_col(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: rgb().; SourcePierre's Template.ipf:15721

Proc adjust_fp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:19123

Proc adjust_meV(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: assigns Igor axis scaling/units to the output; smooths wave data.; SourcePierre's Template.ipf:15708

Proc adjust_to_fp(matname, ferminame, Fermilevel): Usagerun from Igor with parameters matname, ferminame, Fermilevel.; matname [wave]: Enter the name of the matrix; ferminame [string]: Enter the name of the Fermi profile; Fermilevel [variable]: Enter the value of the Fermi level; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; ferminame = Enter the name of the Fermi profile; Fermilevel = Enter the value of the Fermi level. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: Ceil(), func_adjust_to_fp().; SourcePierre's Template.ipf:6412

Proc adjustkz(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion.; SourceMiscellaneous_Codes.ipf:1756

Proc allcuts(overlap, display_or_not): Usagerun from Igor with parameters overlap, display_or_not.; overlap [variable]: Enter the number of overlapping slices; display_or_not [variable]: Do you want to show the display the cuts?; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: overlap = Enter the number of overlapping slices; display_or_not = Do you want to show the display the cuts?. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: makecutimage_pi().; SourcePierre's Template.ipf:30249

Proc allHD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: derivmat().; SourcePierre's Template.ipf:30265

Proc angle2kVcut(matname, thetaangle, phiangle, Fermilevel): Usagerun from Igor with parameters matname, thetaangle, phiangle, Fermilevel.; matname [wave]: Enter the name of the matrix; thetaangle [variable]: Enter the theta angle; phiangle [variable]: Enter the phiangle; Fermilevel [variable]: Enter the Fermi level; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; thetaangle = Enter the theta angle; phiangle = Enter the phiangle; Fermilevel = Enter the Fermi level. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: calcangle2kVcut().; SourcePierre's Template.ipf:22220

Proc anglemode_converter_fs(sequence): Usagerun from Igor with parameters sequence.; sequence [variable]: Enter the index sequence; NotesInteractive Igor procedure for linecut, slice, or region extraction. Dialog prompts: sequence = Enter the index sequence. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: Str2num().; SourcePierre's Template.ipf:35291

Proc aonb_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31984

Proc aonb_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32003

Proc append_circles(thename): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters thename.; thename [string]: Enter the name for the circles; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: thename = Enter the name for the circles. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:7926

Proc appendpnts(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:5465

Proc appendthis(name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name.; name [string]: Enter the name; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: name = Enter the name. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6845

Macro AppendtoCut(Mat): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters Mat.; Mat [wave]: input mat name; NotesIgor macro entry point for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: Mat = input mat name. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:1898

Proc AppendtoCutFromMat(oldmat, newmat, startp, endp): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters oldmat, newmat, startp, endp.; oldmat [wave]: Matrix/2D wave input or matrix output name.; newmat [wave]: Matrix/2D wave input or matrix output name.; startp [variable]: Start point, index, or coordinate for the selected range.; endp [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure for linecut, slice, or region extraction.; SourcePierre's Template.ipf:28492

Proc Au_100(datanumber, smoothf, slicecomb, thistemparature): Usagerun from Igor with parameters datanumber, smoothf, slicecomb, thistemparature.; datanumber [variable]: Data number; smoothf [variable]: Smooth factor; slicecomb [variable]: Slices combined; thistemparature [variable]: Temperature (K); NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: datanumber = Data number; smoothf = Smooth factor; slicecomb = Slices combined; thistemparature = Temperature (K). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Get_Fermi_Profile(), rgb(), findEres().; SourcePierre's Template.ipf:23726

Proc au_temp(datanumber): Usagerun from Igor with parameters datanumber.; datanumber [variable]: Enter the number of the data; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: datanumber = Enter the number of the data. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: rgb().; SourcePierre's Template.ipf:18758

Proc auto2d_pi(energy): Usagerun from Igor with parameters energy.; energy [variable]: Enter the energy at which you want to map; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: energy = Enter the energy at which you want to map. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:29667

Proc AVG_Appendimage(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:12807

Proc AVG_CirccenterCsr(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: xcsr(), vcsr(), AVG_Calc_avgcirc().; SourcePierre's Template.ipf:12789

Proc AVG_Editresults(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:12813

Proc AVG_ini(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves.; SourcePierre's Template.ipf:12820

Proc AVG_MakeCirc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:12978

Proc backin360(name1): Usagerun from Igor with parameters name1.; name1 [string]: Enter name with angle; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: name1 = Enter name with angle. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:16573

Proc BEatheight_EDC(EDCname, height, smoothfactor): Usagerun from Igor with parameters EDCname, height, smoothfactor.; EDCname [string]: Enter the name of the ECC; height [variable]: Height for the leading edge; smoothfactor [variable]: Enter the smooth factor; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: EDCname = Enter the name of the ECC; height = Height for the leading edge; smoothfactor = Enter the smooth factor. Code behavior: smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: func_BEatheight_EDC().; SourcePierre's Template.ipf:35798

Proc BFA_corrposition(fixslice): Usagerun from Igor with parameters fixslice.; fixslice [variable]: Enter the final slice position; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: fixslice = Enter the final slice position. Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: transform2equiv_mat().; SourcePierre's Template.ipf:16611

Proc BKFA_adjust_EF_all(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: BKFA_adjust_EF().; SourcePierre's Template.ipf:14750

Proc BKFA_Fit1FD1L(slicenum, pntnum): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters slicenum, pntnum.; slicenum [variable]: Enter the slice:; pntnum [variable]: Enter the point (1 or 2):; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: slicenum = Enter the slice:; pntnum = Enter the point (1 or 2):. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: xCsr(), thisname(), rgb(), marker().; SourcePierre's Template.ipf:14072

Proc BKFA_Fit1FD2L(slicenum, pntnum): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters slicenum, pntnum.; slicenum [variable]: Enter the slice:; pntnum [variable]: Enter the point (1 or 2):; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: slicenum = Enter the slice:; pntnum = Enter the point (1 or 2):. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: xCsr(), thisname(), rgb(), marker().; SourcePierre's Template.ipf:14141

Proc BKFA_Fit1FD2L_Analysis(slicenum, ncomb, band): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters slicenum, ncomb, band.; slicenum [variable]: Enter the slice:; ncomb [variable]: Number of EDCs to combine:; band [variable]: Band (alpha,beta, gamma):; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: slicenum = Enter the slice:; ncomb = Number of EDCs to combine:; band = Band (alpha,beta, gamma):. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: mean(), pnt2x(), sym_one_EDC(), thisname(), sym1FDplus2asLor(), OneasLor().; SourcePierre's Template.ipf:14476

Proc BKFA_Shiftdata(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:13967

Proc BKFA_Symmat(): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: sym_edc_matrix_far(), Wintype().; SourcePierre's Template.ipf:13995

Proc BKFA_SymmatEDC(thepnt, num2comb): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters thepnt, num2comb.; thepnt [variable]: Enter the point (1 or 2):; num2comb [variable]: Number of EDC to combine (odd):; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: thepnt = Enter the point (1 or 2):; num2comb = Number of EDC to combine (odd):. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: Wintype(), mean(), pnt2x().; SourcePierre's Template.ipf:14019

Proc bluegreenred(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: WaveName(), rgb().; SourcePierre's Template.ipf:6758

Proc bluetored(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: WaveName(), rgb().; SourcePierre's Template.ipf:6737

Proc BMGmacro1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:23492

Proc BMGmacro2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:23526

Proc calc4circles(name): Usagerun from Igor with parameters name.; name [string]: Enter the name of the sample; NotesInteractive Igor procedure for symmetry or reflection processing. Dialog prompts: name = Enter the name of the sample. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: func_calc4circles().; SourcePierre's Template.ipf:32153

Proc calc4circles2f(name): Usagerun from Igor with parameters name.; name [string]: Enter the name of the sample; NotesInteractive Igor procedure for symmetry or reflection processing. Dialog prompts: name = Enter the name of the sample. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: func_calc4circles().; SourcePierre's Template.ipf:32168

Proc calc_tbarea(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves. Main internal calls: tbfunc().; SourcePierre's Template.ipf:32581

Proc calc_xpos(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:19498

Proc calculate_v0(kz15_minus_kzV0, Energy_Reference, Delta_k): Usagerun from Igor with parameters kz15_minus_kzV0, Energy_Reference, Delta_k.; kz15_minus_kzV0 [variable]: Kz(15meV,ER)-Kz(exp,ER); Energy_Reference [variable]: Reference Energy to compare Kz; Delta_k [variable]: inplane K deviation from G; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: kz15_minus_kzV0 = Kz(15meV,ER)-Kz(exp,ER); Energy_Reference = Reference Energy to compare Kz; Delta_k = inplane K deviation from G. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:1010

Proc calculateLLNewc(hv, B, ED, num): Usagerun from Igor with parameters hv, B, ED, num.; hv [variable]: Fermi velocity (meV*A); B [variable]: Magnetic Field (T); ED [variable]: Binding Energy of Dirac Point (meV); num [variable]: number of levels; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: hv = Fermi velocity (meV*A); B = Magnetic Field (T); ED = Binding Energy of Dirac Point (meV); num = number of levels. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: calculateLLNew().; SourceModels.ipf:4221

Proc calculateRCc(pp, qq, pc, qc, angle): Usagerun from Igor with parameters pp, qq, pc, qc, angle.; pp [variable]: x_i; qq [variable]: y_i; pc [variable]: x_0; qc [variable]: y_0; angle [variable]: roate angle (˚); NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: pp = x_i; qq = y_i; pc = x_0; qc = y_0; angle = roate angle (˚). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: calculateRC2().; SourceSymmetrization.ipf:210

Proc calibrationFS(cutnumber): Usagetriggered as a wrapper that opens/runs get_fermi_profile2().; cutnumber [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: y(), Wintype().; SourceMiscellaneous_Codes.ipf:1369

Proc ChangeHline(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the matrix name; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: funcChangeHline().; SourcePierre's Template.ipf:27512

Proc ChangeVline(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the matrix name; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: funcChangeVline().; SourcePierre's Template.ipf:27723

Proc color_edc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: CTabList(), WaveName(), interp(), rgb().; SourcePierre's Template.ipf:6801

Proc comb_krange(thisdata, outputname, x_center, x_wide): Usagerun from Igor with parameters thisdata, outputname, x_center, x_wide.; thisdata [variable]: Enter the name of the matrix; outputname [string]: Enter the outputname; x_center [variable]: Enter the position; x_wide [variable]: Enter the full range to combine; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: thisdata = Enter the name of the matrix; outputname = Enter the outputname; x_center = Enter the position; x_wide = Enter the full range to combine. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: Func_comb_krange().; SourcePierre's Template.ipf:6946

Proc comb_krange1(thisdata, outputname, x_center, x_wide): Usagerun from Igor with parameters thisdata, outputname, x_center, x_wide.; thisdata [variable]: Enter the name of the matrix; outputname [string]: Enter the outputname; x_center [variable]: Enter the position; x_wide [variable]: Enter the full range to combine; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: thisdata = Enter the name of the matrix; outputname = Enter the outputname; x_center = Enter the position; x_wide = Enter the full range to combine. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: mean().; SourcePierre's Template.ipf:7027

Proc comballcuts(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:22194

Proc comballdata(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:22207

Proc combEDCsallcuts(thenumber): Usagerun from Igor with parameters thenumber.; thenumber [variable]: Number of EDCs to combine; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: thenumber = Number of EDCs to combine. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:22123

Proc combine2MDCs(from, to): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters from, to.; from [variable]: From; to [variable]: To; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: from = From; to = To. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:16871

Proc combine_hv(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Main internal calls: new_eres_pi().; SourcePierre's Template.ipf:23675

Proc combine_hv346RRRL(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:23689

Proc combine_hv346RRRS(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Main internal calls: new_kres_pi().; SourcePierre's Template.ipf:23703

Proc combine_range(name, outputname, x_from, x_to): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, outputname, x_from, x_to.; name [string]: Enter the name of the matrix; outputname [string]: Enter the name of the resulting wave; x_from [variable]: Combine from:; x_to [variable]: Combine to:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix; outputname = Enter the name of the resulting wave; x_from = Combine from:; x_to = Combine to:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6873

Proc combineall(name): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the matrix; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6853

Proc combineH_all(matname): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters matname.; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:3615

Proc combMDCsallcuts(thenumber): Usagerun from Igor with parameters thenumber.; thenumber [variable]: Number of EDCs to combine; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: thenumber = Number of EDCs to combine. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: new_eres_pi().; SourcePierre's Template.ipf:22137

Proc comp100_200(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: EDC_pi(), mean(), rgb(), manTick(), manMinor(), zero().; SourcePierre's Template.ipf:22317

Proc comp_symedc(sample1, cutname1, first_edc1, sample2, cutname2, first_edc2, total_number, showevery): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters sample1, cutname1, first_edc1, sample2, cutname2, first_edc2, total_number, showevery.; sample1 [variable]: Enter the name of the first sample; cutname1 [string]: Enter the name of the cut; first_edc1 [variable]: Enter the numer of the first edc; sample2 [variable]: Enter the name of the second sample; cutname2 [string]: Enter the name of the cut; first_edc2 [variable]: Enter the numer of the first edc; total_number [variable]: Enter the number of EDCs to load.; showevery [variable]: Show one EDC every...:; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: sample1 = Enter the name of the first sample; cutname1 = Enter the name of the cut; first_edc1 = Enter the numer of the first edc; sample2 = Enter the name of the second sample; cutname2 = Enter the name of the cut; first_edc2 = Enter the numer of the first edc. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: rgb().; SourcePierre's Template.ipf:19276

Proc compare2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: rgb().; SourcePierre's Template.ipf:20420

Proc compare_mdc(number): Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: pcsr(), xcsr(), rgb().; SourcePierre's Template.ipf:3300

Proc Consoffset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: str2num(), TraceInfo(). Update log: 07/31-02/2023: Added continuously tuning smooth Consmoo()and trace offset Consoffset().; SourceSmartDisplay.ipf:1366

Proc Consoffsetc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics. Main internal calls: Constantoffset_nFx().; SourceSmartDisplay.ipf:1387

Proc Consoffsetcx(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics. Main internal calls: Constantoffset_nFx().; SourceSmartDisplay.ipf:1491

Proc Consoffsetx(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics; reads or updates panel controls; cleans up waves/windows or brings an existing window forward.; SourceSmartDisplay.ipf:1470

Proc Constantoffset_n(Shift, number_of_same): Usagerun from Igor with parameters Shift, number_of_same.; Shift [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number_of_same [variable]: Enter the number of graphs with the same offset; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: shift = Input the amount of shift for offset; number_of_same = Enter the number of graphs with the same offset. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Constantoffset_nF().; SourcePierre's Template.ipf:6473

Proc convertforzrs(sample, gamma, work, first_energy): Usagerun from Igor with parameters sample, gamma, work, first_energy.; sample [variable]: Enter the name of the sample; gamma [variable]: Enter the position of gamma; work [variable]: Enter the work potentiel; first_energy [variable]: Energy (below Ef) from which you start normalization; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: sample = Enter the name of the sample; gamma = Enter the position of gamma; work = Enter the work potentiel; first_energy = Energy (below Ef) from which you start normalization. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: normcut(), rescale_pi(), cvt2ek_pi().; SourcePierre's Template.ipf:18875

Proc ConvtAll(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: ConvtAllpxt(), ConvtAlltxt(), ConvtAlldat(), ConvtAllA1().; SourcePierre's Template.ipf:17693

Proc ConvtAllA1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: ConvtOneProcA1().; SourcePierre's Template.ipf:17711

Proc ConvtAlldat(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: ConvtOneProcdat().; SourcePierre's Template.ipf:17723

Proc ConvtAllpxt(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: GetIndexedObjName(), Center_detector().; SourcePierre's Template.ipf:17747

Proc ConvtAlltxt(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: ConvtOneProctxt().; SourcePierre's Template.ipf:17735

Proc ConvtOne(): Notespauseupdate silent 1 ConvtOneProc(gv_groupnum-1) End Usage: run interactively from Igor or from a panel callback. Main internal calls: ConvtOneProc(), ConvtOneProctxt(), ConvtOneProcdat(), ConvtOneProcA1().; SourcePierre's Template.ipf:17472

Proc ConvtOneProc(index): Usagerun from Igor with parameters index.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: GetIndexedObjName(), Center_detector().; SourcePierre's Template.ipf:17491

Proc ConvtOneProcA1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: Center_detector().; SourcePierre's Template.ipf:17516

Proc ConvtOneProcdat(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: str2num(), Center_detector().; SourcePierre's Template.ipf:17546

Proc ConvtOneProctxt(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: str2num(), Center_detector().; SourcePierre's Template.ipf:17619

Proc copy_circles(thename): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters thename.; thename [string]: Enter the name for the circles; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: thename = Enter the name for the circles. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:7855

Proc copy_circles_2f(thename): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters thename.; thename [string]: Enter the name for the circles; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: thename = Enter the name for the circles. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:7888

Proc copycut_hv(hv): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters hv.; hv [variable]: Enter the photon energy; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: hv = Enter the photon energy. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:18782

Proc Copymap(prefix): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters prefix.; prefix [string]: Prefix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: prefix = Prefix. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:36183

Proc Copynamehv(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: comb_krange().; SourcePierre's Template.ipf:16740

Proc copynameshv(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23617

Proc copynameshv1(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23632

Proc copynameshv346RRRL(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23591

Proc copynameshv346RRRS(): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23604

Proc Copytraces(prefix): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters prefix.; prefix [string]: Enter a prefix:; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: prefix = Enter a prefix:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: XWaveRefFromTrace().; SourcePierre's Template.ipf:3332

Proc core_level_pi(matrix, first, last, photon_e, Fermi_energy): Usagerun from Igor with parameters matrix, first, last, photon_e, Fermi_energy.; matrix [wave]: Enter the name of the matrix; first [variable]: Enter the first slice; last [variable]: Enter the last slice; photon_e [variable]: Enter the photon energy (eV); Fermi_energy [variable]: Enter the Fermi energy (eV); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matrix = Enter the name of the matrix; first = Enter the first slice; last = Enter the last slice; photon_e = Enter the photon energy (eV); Fermi_energy = Enter the Fermi energy (eV). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5777

Proc correct_fp(fermil): Usagerun from Igor with parameters fermil.; fermil [variable]: Enter the Fermi level position; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: fermil = Enter the Fermi level position. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:19176

Proc correctionnameshv(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23657

Proc createband(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:5378

Proc createbkgndremovedbkgnd(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: interp().; SourcePierre's Template.ipf:8965

Proc createresultremovedbkgnd(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: Interp().; SourcePierre's Template.ipf:8975

Macro curv_ini(): Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Main internal calls: curv_data().; SourcePierre's Template.ipf:13513

Proc Curv_mat_in(this_mat): Usagerun from Igor with parameters this_mat.; this_mat [wave]: Enter the name of the matrix:; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: this_mat = Enter the name of the matrix:. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:12337

Proc Curv_mat_out(this_mat, show_or_not): Usagerun from Igor with parameters this_mat, show_or_not.; this_mat [wave]: Save under:; show_or_not [variable]: Do you want to display the info?; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: this_mat = Save under:; show_or_not = Do you want to display the info?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data.; SourcePierre's Template.ipf:12351

Proc Curv_panel_ini(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:12308

Proc curv_update(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: curv_calc_EDC(), curv_calc_MDC().; SourcePierre's Template.ipf:12646

Proc Curvature_deriv(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: func_Curvaturex(), func_Curvaturey(), func_Curvaturexy_yx().; SourcePierre's Template.ipf:12437

Proc cut_edge_all(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: cut_the_edge_pi().; SourcePierre's Template.ipf:6185

Proc cut_the_edge_pi(dataname, start_num, end_num, overwrite): Usagerun from Igor with parameters dataname, start_num, end_num, overwrite.; dataname [string]: Enter the name of the matrix; start_num [variable]: Enter the first angle; end_num [variable]: Enter the last angle; overwrite [variable]: Do you want to overwrite the old matrix?; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: dataname = Enter the name of the matrix; start_num = Enter the first angle; end_num = Enter the last angle; overwrite = Do you want to overwrite the old matrix?. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6165

Proc cutdata(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:18923

Proc CutNaNedges(matname): matname [wave]: Name of the matrix; NotesBegining of Pierre's macros Usage: run from Igor with parameters matname. Dialog prompts: matname = Name of the matrix. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: funcCutNaNedges().; SourcePierre's Template.ipf:2188

Proc CVT2EK_exact1cut(oldmat, Slit_orientation, fe, theta, phi, V0ornot, V0value, Showornot): Usagerun from Igor with parameters oldmat, Slit_orientation, fe, theta, phi, V0ornot, V0value, Showornot.; oldmat [wave]: Name of the matrix to transform; Slit_orientation [variable]: Slit orientation; fe [variable]: Enter the Fermi energy; theta [variable]: Enter the real theta (with Gamma at 0); phi [variable]: Enter the real phi (with Gamma at 0); V0ornot [variable]: Do you want to calculate kz?; V0value [variable]: If you want to calculate kz, enter V0; Showornot [variable]: Do you want to display the result; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: oldmat = Name of the matrix to transform; Slit_orientation = Slit orientation; fe = Enter the Fermi energy; theta = Enter the real theta (with Gamma at 0); phi = Enter the real phi (with Gamma at 0); V0ornot = Do you want to calculate kz?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: funcCVT2EK_exact1cutV(), funcCVT2EK_exact1cutH(), func_associate_kz().; SourcePierre's Template.ipf:29981

Proc CVT2EK_exacttab(name): Usagerun from Igor with parameters name.; name [string]: Enter the name to give to the cut; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: name = Enter the name to give to the cut. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: Wintype().; SourcePierre's Template.ipf:29948

Proc CVT2EK_pi(oldmat, answ, fe, phi): Usagerun from Igor with parameters oldmat, answ, fe, phi.; oldmat [wave]: Enter the matrix to transform; answ [variable]: Do you want also to convert the energy?; fe [variable]: Enter the Fermi energy; phi [variable]: Enter the manipulator angle (for V polarization only); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: oldmat = Enter the matrix to transform; answ = Do you want also to convert the energy?; fe = Enter the Fermi energy; phi = Enter the manipulator angle (for V polarization only). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_CVT2EK_pi().; SourcePierre's Template.ipf:30145

Proc CVT2K_vs_hv(slitorientation, CVTornot, Showornot): Usagerun from Igor with parameters slitorientation, CVTornot, Showornot.; slitorientation [variable]: Slit orientation; CVTornot [variable]: Do you convert in k space; Showornot [variable]: Do you want to display the E vs k cuts; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: slitorientation = Slit orientation; CVTornot = Do you convert in k space; Showornot = Do you want to display the E vs k cuts. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: CVT2EK_exact1cut(), Ceil(), interp2d().; SourcePierre's Template.ipf:35546

Proc CVT2K_vs_kz(slitorientation, Vzero, kzgridfactor): slitorientation [variable]: Slit orientation; Vzero [variable]: Enter V0; kzgridfactor [wave]: How many times more points; Noteshv mapping project Usage: run from Igor with parameters slitorientation, Vzero, kzgridfactor. Dialog prompts: slitorientation = Slit orientation; Vzero = Enter V0; kzgridfactor = How many times more points. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_CVT2K_vs_kz_boundaries(), func_CVT2K_vs_kz_interp().; SourcePierre's Template.ipf:35435

Proc CVT2K_vs_kz_2D(matname, BEmat, Vzero, kzgridfactor, LatticeC): Usagerun from Igor with parameters matname, BEmat, Vzero, kzgridfactor, LatticeC.; matname [wave]: name of CEM to convert; BEmat [wave]: Binding Energy of CEM; Vzero [variable]: Enter V0; kzgridfactor [wave]: How many times more points; LatticeC [variable]: Enter Lattice Periodity along Kz; Notesconvert a CEM to I(kx,kz). Dialog prompts: matname = name of CEM to convert; BEmat = Binding Energy of CEM; Vzero = Enter V0; kzgridfactor = How many times more points; LatticeC = Enter Lattice Periodity along Kz. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: func_CVT2K_vs_kz_boundaries_2D(), func_CVT2K_vs_kz_interp_2D(), grid().; SourceMiscellaneous_Codes.ipf:1412

Proc CVT2K_vs_kz_2D_2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_CVT2K_vs_kz_boundaries_2D(), func_CVT2K_vs_kz_interp_2D().; SourceMiscellaneous_Codes.ipf:1698

Proc deleteallpnts(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:5428

Proc deletelastpnt(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:5403

Proc delpntbkgndremover(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Main internal calls: func_delpntbkgndremover(), subbkgndremover().; SourcePierre's Template.ipf:9070

Proc deriv_1chunkcut(number, pass, boxwidth, factor, method): Usagerun from Igor with parameters number, pass, boxwidth, factor, method.; number [variable]: Enter the number of the chunkcut; pass [variable]: Number of smooth pass; boxwidth [variable]: Smooth box width; factor [variable]: Curvature factor (for curvature only); method [variable]: Derivative(curvature) direction; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: number = Enter the number of the chunkcut; pass = Number of smooth pass; boxwidth = Smooth box width; factor = Curvature factor (for curvature only); method = Derivative(curvature) direction. Code behavior: duplicates or stages waves for downstream processing; smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: derivthischunkcut().; SourcePierre's Template.ipf:34842

Proc deriv_allchunkcut(pass, boxwidth, factor, method): Usagerun from Igor with parameters pass, boxwidth, factor, method.; pass [variable]: Number of smooth pass; boxwidth [variable]: Smooth box width; factor [variable]: Curvature factor (curvature only); method [variable]: Derivative(curvature) direction; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: pass = Number of smooth pass; boxwidth = Smooth box width; factor = Curvature factor (curvature only); method = Derivative(curvature) direction. Code behavior: smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: deriv_1chunkcut().; SourcePierre's Template.ipf:34886

Proc derive_all(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: DerivMatrix().; SourcePierre's Template.ipf:18575

Proc DerivMat(OldM, num, box, choice): Usagerun from Igor with parameters OldM, num, box, choice.; OldM [variable]: Input the matrix Name; num [variable]: how many times to be smoothed; box [variable]: Input the box width; choice [variable]: choose direciton; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: OldM = Input the matrix Name; num = how many times to be smoothed; box = Input the box width; choice = choose direciton. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: DM().; SourcePierre's Template.ipf:2280

Macro DisplayEfmdc(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:1992

Proc dividemat3dkbyfermiconv(temperatureK, resolution, offset): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters temperatureK, resolution, offset.; temperatureK [variable]: Temperature (K):; resolution [variable]: Enter the system resolution (meV):; offset [variable]: Y offset; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: temperatureK = Temperature (K):; resolution = Enter the system resolution (meV):; offset = Y offset. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:8764

Proc dividematrixbyfermi(mode): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mode.; mode [string]: Method; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: mode = Method. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: dividematrixbyfermieffectif(), dividematrixbyfermiconv().; SourcePierre's Template.ipf:8646

Proc dividematrixbyfermiconv(thisname, temperatureK, resolution, offset): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters thisname, temperatureK, resolution, offset.; thisname [string]: Name of matrix:; temperatureK [variable]: Temperature (K):; resolution [variable]: Enter the system resolution (meV):; offset [variable]: Y offset; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thisname = Name of matrix:; temperatureK = Temperature (K):; resolution = Enter the system resolution (meV):; offset = Y offset. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:8699

Proc dividematrixbyfermieffectif(thisname, temperature, offset): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters thisname, temperature, offset.; thisname [string]: Name of matrix:; temperature [variable]: Effective temperature (meV):; offset [variable]: Y offset; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thisname = Name of matrix:; temperature = Effective temperature (meV):; offset = Y offset. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:8740

Proc dividewavebyfermi(mode): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mode.; mode [string]: Method; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: mode = Method. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: dividewavebyfermieffectif(), dividewavebyfermiconv().; SourcePierre's Template.ipf:8634

Proc dividewavebyfermiconv(thisname, temperatureK, resolution, offset): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters thisname, temperatureK, resolution, offset.; thisname [string]: Name of wave:; temperatureK [variable]: Temperature (K):; resolution [variable]: Enter the system resolution (meV):; offset [variable]: Y offset; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thisname = Name of wave:; temperatureK = Temperature (K):; resolution = Enter the system resolution (meV):; offset = Y offset. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:8658

Proc dividewavebyfermieffectif(thisname, temperature, offset): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters thisname, temperature, offset.; thisname [string]: Name of wave:; temperature [variable]: Effective temperature (meV):; offset [variable]: Y offset; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thisname = Name of wave:; temperature = Effective temperature (meV):; offset = Y offset. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:8615

Proc doallcvt2k(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Main internal calls: rescale_pi(), cvt2ek_pi().; SourcePierre's Template.ipf:30878

Proc doallkvd(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: derivmat(), wave2filenokill().; SourcePierre's Template.ipf:18836

Proc DOS_kf(Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto, smoothmax, neworold): Usagerun from Igor with parameters Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto, smoothmax, neworold.; Fermi_level [variable]: Fermi level:; avg_num [variable]: Number of averged EDCs (odd):; backgnd_type [variable]: Background type:; num_back [variable]: Points for background fitting:; normfrom [variable]: Norm from (-1=no norm):; normto [variable]: Norm to (index):; smoothmax [variable]: MAX (-1=NO) smoothing IF necessary (danger); neworold [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: Fermi_level = Fermi level:; avg_num = Number of averged EDCs (odd):; backgnd_type = Background type:; num_back = Points for background fitting:; normfrom = Norm from (-1=no norm):; normto = Norm to (index):. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: update_making_fs(), PutonsameXcorner(), Putkfin1zone(), Putinsameoctant(), Calcangleinoctant(), `wi; SourcePierre's Template.ipf:3858

Proc double_elipse(waveangle, wavesize): Usagerun from Igor with parameters waveangle, wavesize.; waveangle [wave]: Enter the wave with the angles; wavesize [wave]: Enter the wave with the sizes; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: waveangle = Enter the wave with the angles; wavesize = Enter the wave with the sizes. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:16012

Proc Drawcone(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:15210

Proc drawkline(linename, mat): Usagerun from Igor with parameters linename, mat.; linename [string]: Enter the name of the new line; mat [wave]: Enter the name of the cut; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Dialog prompts: linename = Enter the name of the new line; mat = Enter the name of the cut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:19900

Proc duplicateemdcc(name): Purposecopies, duplicates, or renames Igor waves/traces.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourcePierre's Template.ipf:11803

Proc EDC_GvsM(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: comb_krange(), transform2equiv_waves(), rgb().; SourcePierre's Template.ipf:16656

Proc EDC_pi(thismatname, addnum): Usagerun from Igor with parameters thismatname, addnum.; thismatname [wave]: Input the matrix for the EDCs; addnum [variable]: Input the number of combined edc curves; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thismatname = Input the matrix for the EDCs; addnum = Input the number of combined edc curves. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: num2istr().; SourcePierre's Template.ipf:4690

Proc edc_to_zero_pi(mat, start, Combined): Usagerun from Igor with parameters mat, start, Combined.; mat [wave]: Enter the name of the matrix; start [variable]: Start point, index, or coordinate for the selected range.; Combined [variable]: Enter the number of combined EDC; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; Start = Enter the number of the starting energy index; Combined = Enter the number of combined EDC. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: num2istr().; SourcePierre's Template.ipf:3420

Proc EfMdcArea(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Main internal calls: mean().; SourcePierre's Template.ipf:2046

Proc ellipse4silver(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:15648

Proc EMDC_changeEDC(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; smooths wave data. Main internal calls: EMDC_adjustEDClines(), transform2equiv_waves().; SourcePierre's Template.ipf:11534

Proc EMDC_changeMDC(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data. Main internal calls: EMDC_adjustMDClines().; SourcePierre's Template.ipf:11632

Proc EMDC_ini(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion.; SourcePierre's Template.ipf:11483

Proc EMDC_insertmat(matname): Usagerun from Igor with parameters matname.; matname [wave]: Insert the name of the matrix; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: matname = Insert the name of the matrix. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: EMDC_changeEDC(), EMDC_putVline().; SourcePierre's Template.ipf:11748

Proc EMDC_putVline(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:11780

Proc EMDC_Showmulti(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype(), EMDC_multiDisplay(), color_edc().; SourcePierre's Template.ipf:11862

Proc EMDC_Showwave(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:11790

Proc ES_polar_pi(energy, energy_add): Usagerun from Igor with parameters energy, energy_add.; energy [variable]: Enter the energy at which you want to make a 2D surface image; energy_add [variable]: Enter the number of curves you want to add below and above this energy; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: energy = Enter the energy at which you want to make a 2D surface image; energy_add = Enter the number of curves you want to add below and above this energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:29734

Proc extract_exp_res(subs, fitpnts): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters subs, fitpnts.; subs [variable]: Enter the substitution factor; fitpnts [variable]: Enter the number of points to use in the fit; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: subs = Enter the substitution factor; fitpnts = Enter the number of points to use in the fit. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; smooths wave data.; SourcePierre's Template.ipf:20446

Proc factor_src_all(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:8297

Proc factor_src_one(number): Usagerun from Igor with parameters number.; number [variable]: Enter the data number; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Dialog prompts: number = Enter the data number. Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:8346

Proc Fe_resonance(work_function): Usagerun from Igor with parameters work_function.; work_function [variable]: Enter the work function; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: work_function = Enter the work function. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: sub_blineedc_pi().; SourcePierre's Template.ipf:15308

Proc Fe_resonance_long(work_function): Usagerun from Igor with parameters work_function.; work_function [variable]: Enter the work function; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: work_function = Enter the work function. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: sub_blineedc_pi().; SourcePierre's Template.ipf:15352

Proc fedorov_fact(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:6455

Proc fermi_au(thiswave): Usagerun from Igor with parameters thiswave.; thiswave [wave]: Enter the name of the wave; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thiswave = Enter the name of the wave. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: pcsr(), xcsr(), Vcsr(), thiswave().; SourcePierre's Template.ipf:18798

Proc FeTeTdep(T1index, T2index, combined, shownumber, Flevel): Usagerun from Igor with parameters T1index, T2index, combined, shownumber, Flevel.; T1index [variable]: Index of T1; T2index [variable]: Index of T2; combined [variable]: number of EDCs to combine:; shownumber [variable]: Show every...:; Flevel [variable]: Fermi level:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: T1index = Index of T1; T2index = Index of T2; combined = number of EDCs to combine:; shownumber = Show every...:; Flevel = Fermi level:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: rgb().; SourcePierre's Template.ipf:15532

Proc FeTeTdepslice(thisslice, combined, Flevel): Usagerun from Igor with parameters thisslice, combined, Flevel.; thisslice [variable]: Slice:; combined [variable]: number of EDCs to combine:; Flevel [variable]: Flevel:; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: thisslice = Slice:; combined = number of EDCs to combine:; Flevel = Flevel:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: transform2equiv_waves(), color_edc().; SourcePierre's Template.ipf:15590

Proc FFTTwistanglemap(name, Notes): Usagerun from Igor with parameters name, Notes.; name [string]: Name of wave to extract twist angle map; Notes [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesPre-FFT Purpose: performs Fourier, filtering, phase, or lock-in processing. Dialog prompts: name = Name of wave to extract twist angle map; notes = Note. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), FFTranglemap().; SourceTriangle Lattice_Graphene_like.ipf:28

Proc find_kf_pi(MatrixName, Combined): Usagerun from Igor with parameters MatrixName, Combined.; MatrixName [wave]: Input the name of the matrix; Combined [variable]: Input the number of combined edc curves; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: MatrixName = Input the name of the matrix; Combined = Input the number of combined edc curves. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: pcsr(), vcsr(), num2istr(), wintype(), Interp().; SourcePierre's Template.ipf:4762

Proc find_ycomp(name, angle, ef, factor): Usagerun from Igor with parameters name, angle, ef, factor.; name [string]: Enter the name of the vector; angle [variable]: Enter the phi angle; ef [variable]: Enter the kinetic energy at Ef; factor [variable]: Enter the conversion factor; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: name = Enter the name of the vector; angle = Enter the phi angle; ef = Enter the kinetic energy at Ef; factor = Enter the conversion factor. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:18944

Proc finddetails()//for YBCO: Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: str2num().; SourcePierre's Template.ipf:20912

Proc finddispersion_min(name, peak_name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, peak_name.; name [string]: Enter the name of the cut; peak_name [string]: Enter the name of the peak; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Enter the name of the cut; peak_name = Enter the name of the peak. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: pcsr(), vcsr(), xcsr().; SourcePierre's Template.ipf:5245

Proc finddispersion_plus(name, peak_name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, peak_name.; name [string]: Enter the name of the cut; peak_name [string]: Enter the name of the peak; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Enter the name of the cut; peak_name = Enter the name of the peak. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: pcsr(), vcsr(), xcsr().; SourcePierre's Template.ipf:5274

Proc finddispersionHD_min(name, peak_name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, peak_name.; name [string]: Enter the name of the cut; peak_name [string]: Enter the name of the peak; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Enter the name of the cut; peak_name = Enter the name of the peak. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: qcsr(), xcsr(), vcsr().; SourcePierre's Template.ipf:5304

Proc finddispersionHD_plus(name, peak_name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, peak_name.; name [string]: Enter the name of the cut; peak_name [string]: Enter the name of the peak; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Enter the name of the cut; peak_name = Enter the name of the peak. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: qcsr(), xcsr(), vcsr().; SourcePierre's Template.ipf:5335

Proc findEres(thiswave, Temperature, largest_res, choiceofrange, fitfrom, fitto, displayornot): Usagerun from Igor with parameters thiswave, Temperature, largest_res, choiceofrange, fitfrom, fitto, displayornot.; thiswave [wave]: Name of the wave:; Temperature [variable]: Temperature (K); largest_res [variable]: Largest resolution (meV):; choiceofrange [variable]: Do you use cursors?; fitfrom [variable]: Fit from (eV):; fitto [variable]: Fit to (eV):; displayornot [variable]: Do you want to display?; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: thiswave = Name of the wave:; Temperature = Temperature (K); largest_res = Largest resolution (meV):; choiceofrange = Do you use cursors?; fitfrom = Fit from (eV):; fitto = Fit to (eV):. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: xcsr(), x2pnt(), thiswave(), func_findEres().; SourcePierre's Template.ipf:8371

Proc FindgapangleBKFA(nameFS) //not finished: Usagerun from Igor with parameters nameFS.; nameFS [string]: Name of FS:; NotesInteractive Igor procedure for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: nameFS = Name of FS:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: nameedc().; SourcePierre's Template.ipf:14320

Proc findmaxonedc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; differentiates wave data. Main internal calls: x2pnt().; SourcePierre's Template.ipf:20364

Proc Fit_Au(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; formats graph axes, labels, colors, or annotations. Main internal calls: vcsr(), hcsr(), num2istr(), waveName(), xcsr(), GetWaveOffset().; SourcePierre's Template.ipf:2088

Proc fit_vb_bl_fixed(name_wave, xstart, xend): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name_wave, xstart, xend.; name_wave [wave]: Enter the name of the wave; xstart [variable]: Fit to:; xend [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name_wave = Enter the name of the wave; xstart = Fit to:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: name_wave(), lorgauss_bl_fixed().; SourcePierre's Template.ipf:17979

Proc fit_vb_gen(name_wave, total_peaks, xstart, xend): Usagerun from Igor with parameters name_wave, total_peaks, xstart, xend.; name_wave [wave]: Enter the name of the wave; total_peaks [variable]: Enter the number of peaks; xstart [variable]: Fit to:; xend [variable]: End point, index, or coordinate for the selected range.; Notesunchecked Purpose: fits or extracts spectral/peak parameters. Dialog prompts: name_wave = Enter the name of the wave; total_peaks = Enter the number of peaks; xstart = Fit to:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: Define_pk(), name_wave(), lorgauss().; SourcePierre's Template.ipf:17925

Proc fitbilayer(name, num): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name, num.; name [string]: Enter the name of the sample; num [variable]: Enter the number of the table; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the sample; num = Enter the number of the table. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: SNT(), fitwave(), funclorentz3().; SourcePierre's Template.ipf:18302

Macro FitEfMdc(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces. Main internal calls: efmw(), xcsr().; SourcePierre's Template.ipf:1974

Proc fittemp(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: xcsr(), pcsr(), vcsr(), thiswave(), lorentzfermi().; SourcePierre's Template.ipf:19795

Proc fitwithbgnd(name_wave, xstart, xend, number)//not finished yet: Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name_wave, xstart, xend, number.; name_wave [wave]: Enter the name of the wave; xstart [variable]: Fit to (1000=automatic):; xend [variable]: End point, index, or coordinate for the selected range.; number [variable]: Number of the fitted range; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name_wave = Enter the name of the wave; xstart = Fit to (1000=automatic):; number = Number of the fitted range. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: no_bgnd(), lorgauss(), rgb(), lsize().; SourcePierre's Template.ipf:18191

Proc Flip_digimage(matname): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the image; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: matname = Enter the name of the image. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: func_Flip_digimage().; SourcePierre's Template.ipf:6528

Proc fsurf(matname, result_no): Usagerun from Igor with parameters matname, result_no.; matname [wave]: Enter the name of the matrix; result_no [variable]: Enter the number of the result; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; result_no = Enter the number of the result. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: xcsr(), qcsr(), vcsr().; SourcePierre's Template.ipf:7690

Proc fuck_ostie(number): Usagerun from Igor with parameters number.; number [variable]: Enter the energy; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: number = Enter the energy. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:22507

Proc funcfindangleBKFA(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: funcfind1angleBKFA().; SourcePierre's Template.ipf:14460

Proc funimage(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:19096

Proc funimage1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:19111

Proc Ga2O3_1(number, maxi): Usagerun from Igor with parameters number, maxi.; number [variable]: Enter the data index; maxi [variable]: Maximum; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: number = Enter the data index; maxi = Maximum. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23157

Proc Ga2O3_10(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:23356

Proc Ga2O3_11(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:23376

Proc Ga2O3_13(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:23390

Proc Ga2O3_14(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: thiswave().; SourcePierre's Template.ipf:23415

Proc Ga2O3_15(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:23463

Proc Ga2O3_2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:23177

Proc Ga2O3_3(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23191

Proc Ga2O3_4(number): Usagerun from Igor with parameters number.; number [variable]: Enter the photon energy; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: number = Enter the photon energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: interp(), wave2filenokill().; SourcePierre's Template.ipf:23205

Proc Ga2O3_5(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays. Main internal calls: comb_krange().; SourcePierre's Template.ipf:23243

Proc Ga2O3_6(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; extracts image/wave statistics.; SourcePierre's Template.ipf:23258

Proc Ga2O3_7(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:23272

Proc Ga2O3_8(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics.; SourcePierre's Template.ipf:23290

Proc Ga2O3_9(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: CVT2EK_exact1cut(), wave2filenokill(), comb_krange().; SourcePierre's Template.ipf:23326

Proc Ga2O3adjustEF(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: transform2equiv_waves().; SourcePierre's Template.ipf:23885

Proc Ga2O3backgrounddata18(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics.; SourcePierre's Template.ipf:23919

Proc Ga2O3coorectone(number, method, points): Usagerun from Igor with parameters number, method, points.; number [variable]: Enter hv; method [variable]: Method; points [variable]: Number of points; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: number = Enter hv; method = Method; points = Number of points. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23844

Proc Ga2O3Normall(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourcePierre's Template.ipf:23869

Proc Ga2O3weightabove(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; extracts image/wave statistics.; SourcePierre's Template.ipf:23829

Proc Generate_chunklist(imtheta, imphi1, imphi2, number): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters imtheta, imphi1, imphi2, number.; imtheta [variable]: Enter the theta angle from Image_Table; imphi1 [variable]: Enter the lowest phi angle from Image_Table; imphi2 [variable]: Enter the highest phi angle from Image_Table; number [variable]: Number of the chunkcut; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: imtheta = Enter the theta angle from Image_Table; imphi1 = Enter the lowest phi angle from Image_Table; imphi2 = Enter the highest phi angle from Image_Table; number = Number of the chunkcut. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Func_Generate_chunklist(), str2num().; SourcePierre's Template.ipf:34250

Proc get_fermi_profile(matname, smooth1, smooth2, method, putongraph): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters matname, smooth1, smooth2, method, putongraph.; matname [wave]: Enter the name of the matrix; smooth1 [variable]: Enter the number of smooth operations; smooth2 [variable]: Enter the smooth box width; method [variable]: Which method; putongraph [variable]: Do you want to append to the graph?; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: matname = Enter the name of the matrix; smooth1 = Enter the number of smooth operations; smooth2 = Enter the smooth box width; method = Which method; putongraph = Do you want to append to the graph?. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: qcsr().; SourcePierre's Template.ipf:7971

Proc Get_ledge_edc(edcname, fermi_level, search_halfwindow): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters edcname, fermi_level, search_halfwindow.; edcname [string]: Name of the wave:; fermi_level [variable]: Fermi level:; search_halfwindow [variable]: Enter the half window size:; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: edcname = Name of the wave:; fermi_level = Fermi level:; search_halfwindow = Enter the half window size:. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; differentiates wave data; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:3372

Proc Get_ledge_kf(numedc, fermi_level, search_halfwindow, method, smoothlevel, backgnd_type, num_back, neworold): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters numedc, fermi_level, search_halfwindow, method, smoothlevel, backgnd_type, num_back, neworold.; numedc [variable]: Number of EDC to combine (odd):; fermi_level [variable]: Fermi level:; search_halfwindow [variable]: Enter the half window size:; method [variable]: Method; smoothlevel [variable]: Smoothlevel (-1=no smoothing):; backgnd_type [variable]: Type of background; num_back [variable]: Points for background fitting; neworold [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: numedc = Number of EDC to combine (odd):; fermi_level = Fermi level:; search_halfwindow = Enter the half window size:; method = Method; smoothlevel = Smoothlevel (-1=no smoothing):; backgnd_type = Type of background. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: update_making_fs(),; SourcePierre's Template.ipf:28855

Macro GetAverageWidth(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point in Pierre's Template.ipf.; SourcePierre's Template.ipf:2021

Macro GetSigma(index): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters index.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesIgor macro entry point for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: smoothntimes(), pnt2x(), mean(), rgb(), num2istr(), Num2istr().; SourcePierre's Template.ipf:1542

Proc getslopes(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:18686

Macro GetWidth(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Main internal calls: mean().; SourcePierre's Template.ipf:2007

Proc give_area(namex, namey, sizegrid): Usagerun from Igor with parameters namex, namey, sizegrid.; namex [string]: Enter the name of the wave in x:; namey [string]: Enter the name of the wave in y:; sizegrid [wave]: Enter the number of rows and columns for the grid; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; smoothing, normalization, or background removal; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: namex = Enter the name of the wave in x:; namey = Enter the name of the wave in y:; sizegrid = Enter the number of rows and columns for the grid. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: func_give_area1(), func_give_area2().; SourcePierre's Template.ipf:7097

Proc give_area_old(namex, namey, sizegrid): Usagerun from Igor with parameters namex, namey, sizegrid.; namex [string]: Enter the name of the wave in x:; namey [string]: Enter the name of the wave in y:; sizegrid [wave]: Enter the number of rows and columns for the grid; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; smoothing, normalization, or background removal; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: namex = Enter the name of the wave in x:; namey = Enter the name of the wave in y:; sizegrid = Enter the number of rows and columns for the grid. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_give_area1_old(), func_give_area2_old().; SourcePierre's Template.ipf:7310

Proc give_vol_lac(namex, namey, sizegrid, measure_x, measure_y, measure_deep): Usagerun from Igor with parameters namex, namey, sizegrid, measure_x, measure_y, measure_deep.; namex [string]: Enter the name of the wave in x:; namey [string]: Enter the name of the wave in y:; sizegrid [wave]: Enter the number of rows and columns for the grid; measure_x [variable]: Enter the position x-wave name:; measure_y [variable]: Enter the position y-wave name:; measure_deep [variable]: Enter the deepness wave name:; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Dialog prompts: namex = Enter the name of the wave in x:; namey = Enter the name of the wave in y:; sizegrid = Enter the number of rows and columns for the grid; measure_x = Enter the position x-wave name:; measure_y = Enter the position y-wave name:; measure_deep = Enter the deepness wave name:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: func_vol_lac0(), func_vol_lac1(), func_vol_lac2(), func_vol_lac3(), `func_vol_; SourcePierre's Template.ipf:21320

Proc global_mu_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32069

Proc global_mu_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32075

Proc global_t_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32087

Proc global_t_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32093

Proc global_tprime_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32105

Proc global_tprime_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32111

Proc goldfermiall(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; extracts image/wave statistics; smooths wave data; differentiates wave data. Main internal calls: combine_range().; SourcePierre's Template.ipf:19951

Proc GXMG(name)//Plot the tigh-binding band along Gamma-X-M-Gamma: Usagerun from Igor with parameters name.; name [string]: Enter the name of the sample; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: name = Enter the name of the sample. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tbfunc().; SourcePierre's Template.ipf:8025

Proc GXMG_image(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:19316

Proc haha(name, number, lattice, angle, point, dis, energystart, energydelta): Usagerun from Igor with parameters name, number, lattice, angle, point, dis, energystart, energydelta.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; energystart [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; energydelta [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: allqpihaha(), layoutqpi(), layoutdata(), layoutc4().; SourceMiscellaneous_Codes.ipf:4337

Proc hahar(name, number, lattice, angle, point, dis): Usagerun from Igor with parameters name, number, lattice, angle, point, dis.; name [string]: Batch Name; number [variable]: Data number; lattice [variable]: Lattice constance (A); angle [variable]: angle of lattice to x+; point [variable]: Points of Interp FIlter; dis [variable]: size of display +- A-1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name = Batch Name; number = Data number; lattice = Lattice constance (A); angle = angle of lattice to x+; point = Points of Interp FIlter; dis = size of display +- A-1. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: allqpihahar(), layoutqpir(), layoutdatar(), layoutc4r().; SourceMiscellaneous_Codes.ipf:3571

Proc Halfslit(from, to): Usagerun from Igor with parameters from, to.; from [variable]: From; to [variable]: To; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Dialog prompts: from = From; to = To. Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:16853

Proc highlight1(matname): Usagerun from Igor with parameters matname.; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: interp2D().; SourcePierre's Template.ipf:16758

Proc homework2b(mat): Usagerun from Igor with parameters mat.; mat [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: Ceil().; SourcePierre's Template.ipf:20961

Proc homework3a(boxwidth, boxheight, boxoffset, boxcenter, pourcentage_noise) // must have noise_fct: Usagerun from Igor with parameters boxwidth, boxheight, boxoffset, boxcenter, pourcentage_noise.; boxwidth [variable]: Enter the width of the box; boxheight [variable]: Enter the heigth of the box; boxoffset [variable]: Enter the vertical offset; boxcenter [variable]: Enter the horizontal offset; pourcentage_noise [variable]: Enter the % of noise; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: boxwidth = Enter the width of the box; boxheight = Enter the heigth of the box; boxoffset = Enter the vertical offset; boxcenter = Enter the horizontal offset; pourcentage_noise = Enter the % of noise. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics. Main internal calls: file2wave(), Interp().; SourcePierre's Template.ipf:21016

Proc homework3b(name, boxwidth, boxheight, boxoffset, boxcenter): Usagerun from Igor with parameters name, boxwidth, boxheight, boxoffset, boxcenter.; name [string]: Enter the name of the wave to fit; boxwidth [variable]: Enter the width of the box; boxheight [variable]: Enter the heigth of the box; boxoffset [variable]: Enter the vertical offset; boxcenter [variable]: Enter the horizontal offset; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the wave to fit; boxwidth = Enter the width of the box; boxheight = Enter the heigth of the box; boxoffset = Enter the vertical offset; boxcenter = Enter the horizontal offset. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: xcsr(), name(), boxfunc(), rgb().; SourcePierre's Template.ipf:21063

Proc homework5a(namex, namey, sizegrid, thenumber): Usagerun from Igor with parameters namex, namey, sizegrid, thenumber.; namex [string]: Enter the name of the wave in x:; namey [string]: Enter the name of the wave in y:; sizegrid [wave]: Enter the number of rows and columns for the grid; thenumber [variable]: Enter the number of pnts for calc.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; smoothing, normalization, or background removal; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: namex = Enter the name of the wave in x:; namey = Enter the name of the wave in y:; sizegrid = Enter the number of rows and columns for the grid; thenumber = Enter the number of pnts for calc.. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_homework5a(), mode(), marker(), msize(), rgb().; SourcePierre's Template.ipf:21115

Proc Honeycomb(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:32999

Proc HWL_makemat(forx, fory, forz, matxyzraw): forx [variable]: Enter the wave in x; fory [variable]: Enter the wave in x; forz [variable]: Enter the wave in x; matxyzraw [wave]: Matrix/2D wave input or matrix output name.; NotesWenwen related Usage: run from Igor with parameters forx, fory, forz, matxyzraw. Dialog prompts: forx = Enter the wave in x; fory = Enter the wave in x; forz = Enter the wave in x. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23947

Proc HWL_xyz(matname): Usagerun from Igor with parameters matname.; matname [wave]: Input name; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: matname = Input name. Code behavior: creates output waves; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:23985

Proc increase_NTP_num_max(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:2612

Proc inf0(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw().; SourcePierre's Template.ipf:7507

Proc ini_image_fs(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourcePierre's Template.ipf:31206

Proc ini_image_fs2f(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourcePierre's Template.ipf:31250

Proc ini_image_fsHex(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:33620

Proc ini_making_fs(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:30992

Proc ini_making_fs2f(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:31046

Proc ini_making_fsH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:31098

Proc ini_predict_cuts(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourcePierre's Template.ipf:31138

Proc Initialize_Global_Variables(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates, switches, or removes Igor data folders.; SourcePierre's Template.ipf:17423

Proc integrate_VB_range(xlow, xup): Usagerun from Igor with parameters xlow, xup.; xlow [variable]: Average from:; xup [variable]: to:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: xlow = Average from:; xup = to:. Code behavior: creates output waves; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: mean().; SourcePierre's Template.ipf:5175

Proc JAPS1(matname, Eslice_first, Eslice_last, kleft, kright, combMDC): Usagerun from Igor with parameters matname, Eslice_first, Eslice_last, kleft, kright, combMDC.; matname [wave]: Enter the name of the matrix; Eslice_first [variable]: First Energy slice:; Eslice_last [variable]: Last Energy slice:; kleft [variable]: Momentum left:; kright [variable]: Momentum right:; combMDC [variable]: Number of MDC to combine (odd); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Enter the name of the matrix; Eslice_first = First Energy slice:; Eslice_last = Last Energy slice:; kleft = Momentum left:; kright = Momentum right:; combMDC = Number of MDC to combine (odd). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: thiswave(), rgb().; SourcePierre's Template.ipf:21886

Proc JAPS2(matname, Eslice_first, Eslice_last, kleft, kright, combMDC): Usagerun from Igor with parameters matname, Eslice_first, Eslice_last, kleft, kright, combMDC.; matname [wave]: Enter the name of the matrix; Eslice_first [variable]: First Energy slice:; Eslice_last [variable]: Last Energy slice:; kleft [variable]: Momentum left:; kright [variable]: Momentum right:; combMDC [variable]: Number of MDC to combine (odd); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Enter the name of the matrix; Eslice_first = First Energy slice:; Eslice_last = Last Energy slice:; kleft = Momentum left:; kright = Momentum right:; combMDC = Number of MDC to combine (odd). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: thiswave(), rgb().; SourcePierre's Template.ipf:22000

Proc KE1atEF_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32057

Proc KEatEF_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32051

Proc keep_negative(matname, Replaceby): Usagerun from Igor with parameters matname, Replaceby.; matname [wave]: Enter the name of the matrix; Replaceby [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; replaceby = Replace by. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_keep_negative().; SourcePierre's Template.ipf:8803

Proc keep_positive(matname, replaceby): Usagerun from Igor with parameters matname, replaceby.; matname [wave]: Enter the name of the matrix; replaceby [variable]: Replace by; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; replaceby = Replace by. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_keep_positive().; SourcePierre's Template.ipf:8834

Proc kly_Kzmap(initial_energy, E_delta, Efi, Eff, phii, phif, map_numcuts, initial_index): Usagerun from Igor with parameters initial_energy, E_delta, Efi, Eff, phii, phif, map_numcuts, initial_index.; initial_energy [variable]: Energy of mapping begining; E_delta [variable]: Energy delta; Efi [variable]: Ef of initial data; Eff [variable]: Ef of end data; phii [variable]: angel deviation of initial data; phif [variable]: angel deviation of end data; map_numcuts [wave]: number of energy cuts; initial_index [variable]: index of data begining; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: initial_energy = Energy of mapping begining; E_delta = Energy delta; initial_index = index of data begining; map_numcuts = number of energy cuts; Eff = Ef of end data; Efi = Ef of initial data. Code behavior: duplicates or stages waves for downstream processing; reshapes existing waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: make_table_hv_kz(), CVT2K_vs_hv(), Wintype().; SourceMiscellaneous_Codes.ipf:1022

Proc Kz_predict(C, v0, Delta_k): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters C, v0, Delta_k.; C [variable]: Lattice constance of Z; v0 [variable]: Inner potential - phi; Delta_k [variable]: In-plane K (1/A); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: Delta_k = In-plane K (1/A); v0 = Inner potential - phi; C = Lattice constance of Z. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: grid().; SourceMiscellaneous_Codes.ipf:987

Proc Kz_predict2(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: makeCEM(), CVT2K_vs_kz_2D_2(), grid(), nticks().; SourceMiscellaneous_Codes.ipf:1563

Proc lattice1_0_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31991

Proc lattice1_0_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32015

Proc lattice_0_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31978

Proc lattice_0_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31997

Proc lattice_hexagon_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:33281

Proc lattice_hexagon_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:33287

Proc Lift(WaveName): Usagerun from Igor with parameters WaveName.; WaveName [wave]: Igor wave reference used as input or output.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics.; SourcePierre's Template.ipf:1740

Proc LiftMdcAtEf(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Main internal calls: Lift().; SourcePierre's Template.ipf:1730

Proc list4bkgndremoveral1(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: list4bkgndremoveral2().; SourcePierre's Template.ipf:9141

Proc list4bkgndremoveral2(newname): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters newname.; newname [string]: Background in:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: newname = Background in:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: subbkgndremover().; SourcePierre's Template.ipf:9194

Proc liste_hazard(nombre_a_prendre, nombre_total, nomliste): Usagerun from Igor with parameters nombre_a_prendre, nombre_total, nomliste.; nombre_a_prendre [variable]: Nombre à prendre:; nombre_total [variable]: Nombre total; nomliste [string]: Nom de la liste; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: nombre_a_prendre = Nombre à prendre:; nombre_total = Nombre total; nomliste = Nom de la liste. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:19865

Proc ln_mat_pi(mat): Usagerun from Igor with parameters mat.; mat [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5228

Proc Load3D1(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Main internal calls: Load3D2().; SourcePierre's Template.ipf:36053

Proc Load3D2(thischoiceof3d): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters thischoiceof3d.; thischoiceof3d [variable]: Mapping:; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: thischoiceof3d = Mapping:. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: WhichListItem(), file2wave(), wintype(), initmat3d(), mat3d_fs_ploter(), initmat3dVD().; SourcePierre's Template.ipf:36067

Proc load_conefigs(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: File2wave().; SourcePierre's Template.ipf:15746

Proc loadallibw(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves; loads data from files or paths. Main internal calls: IndexedFile(), file2wave().; SourcePierre's Template.ipf:20891

Proc loadBFAcuts(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: file2wave().; SourcePierre's Template.ipf:16599

Proc LoadDataalltypes(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: LoadDataFromIgorFiles(), LoadDataFromtxt(), LoadDataFromdat(), LoadDataFromA1().; SourcePierre's Template.ipf:17137

Proc LoadDataFromA1(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), sortlist(), Center_detector().; SourcePierre's Template.ipf:17380

Proc LoadDataFromdat(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), sortlist(), str2num(), Center_detector().; SourcePierre's Template.ipf:17191

Proc LoadDataFromIgorFiles(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), sortlist(), ConvtOneProc().; SourcePierre's Template.ipf:17155

Proc LoadDataFromtxt(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), sortlist(), str2num(), Center_detector().; SourcePierre's Template.ipf:17286

Proc loadnplot(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: derivmat().; SourcePierre's Template.ipf:15965

Proc LoadSTM_csv(): Usagerun interactively from Igor or from a panel callback.; NotesSTM Purpose: loads data or launches an automatic loading workflow. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; cleans up waves/windows or brings an existing window forward. Main internal calls: Indexeddir(), Indexedfile().; SourcePierre's Template.ipf:17778

Proc Make_allchunkcuts(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: Make_onechunkcut().; SourcePierre's Template.ipf:34240

Proc make_mat2dk(addtheta, addphi, Fermilevel, irange): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters addtheta, addphi, Fermilevel, irange.; addtheta [variable]: Quantity to add to the physical theta; addphi [variable]: Quantity to add to the physical phi; Fermilevel [variable]: Fermi level; irange [variable]: Integral window:; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: addtheta = Quantity to add to the physical theta; addphi = Quantity to add to the physical phi; Fermilevel = Fermi level; irange = Integral window:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: size4cvtchunkcut2d(), convert1chunkcut2d(), merged1kchunk2d(), mergekchunks2d().; SourcePierre's Template.ipf:35012

Proc make_mat3dk(addtheta, addphi, Fermi_level): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters addtheta, addphi, Fermi_level.; addtheta [variable]: Quantity to add to the physical theta; addphi [variable]: Quantity to add to the physical phi; Fermi_level [variable]: Fermi level; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: addtheta = Quantity to add to the physical theta; addphi = Quantity to add to the physical phi; Fermi_level = Fermi level. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: size4cvtchunkcut(), convert1chunkcut(), merged1kchunk(), mergekchunks().; SourcePierre's Template.ipf:34309

Proc make_mat3dkHD(addtheta, addphi, Fermi_level): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters addtheta, addphi, Fermi_level.; addtheta [variable]: Quantity to add to the physical theta; addphi [variable]: Quantity to add to the physical phi; Fermi_level [variable]: Fermi level; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: addtheta = Quantity to add to the physical theta; addphi = Quantity to add to the physical phi; Fermi_level = Fermi level. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: size4cvtchunkcut(), convert1chunkcut(), merged1kchunk(), mergekchunks().; SourcePierre's Template.ipf:34493

Proc make_mat3dkVD(addtheta, addphi, Fermi_level): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters addtheta, addphi, Fermi_level.; addtheta [variable]: Quantity to add to the physical theta; addphi [variable]: Quantity to add to the physical phi; Fermi_level [variable]: Fermi level; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: addtheta = Quantity to add to the physical theta; addphi = Quantity to add to the physical phi; Fermi_level = Fermi level. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: size4cvtchunkcut(), convert1chunkcut(), merged1kchunk(), mergekchunks().; SourcePierre's Template.ipf:34401

Proc Make_onechunkcut(number): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters number.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: str2num().; SourcePierre's Template.ipf:34198

Proc make_table_hv_kz(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:35624

Proc Makearcshadow(matname, csize, cwidth, arc1, arc2): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters matname, csize, cwidth, arc1, arc2.; matname [wave]: Enter the name of the matrix; csize [variable]: Size of the circle; cwidth [variable]: Width; arc1 [variable]: From; arc2 [variable]: To; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; csize = Size of the circle; cwidth = Width; arc1 = From; arc2 = To. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_Makearcshadow().; SourcePierre's Template.ipf:16170

Proc makebold(matname, curvenamex, curvenamey, width): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters matname, curvenamex, curvenamey, width.; matname [wave]: Enter the name of the matrix; curvenamex [string]: Enter the name of the curve in x; curvenamey [string]: Enter the name of the curve in y; width [variable]: Enter the Gaussian width; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; curvenamex = Enter the name of the curve in x; curvenamey = Enter the name of the curve in y; width = Enter the Gaussian width. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: Gauss(), Func_makebold().; SourcePierre's Template.ipf:16970

Proc makeboundaryforCsrslicer(): Purposecreates new waves, maps, figures, or simulation data.; Usagetriggered as a wrapper that opens/runs update_image_fs().; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: lstyle(), rgb().; SourcePierre's Template.ipf:25456

Proc makeCsrslicerimage(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: intersectionforCsrslider(), findinglengthforCsrslicer(), fillCsrslicerimage().; SourcePierre's Template.ipf:25288

Proc MakeCutImage(phai): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters phai.; phai [variable]: input the phai angle; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: phai = input the phai angle. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: appendtocutfrommat().; SourcePierre's Template.ipf:28513

Proc MakeCutImage_pi(phai, overlap, display_or_not): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters phai, overlap, display_or_not.; phai [variable]: input the phai angle; overlap [variable]: input the wave overlap; display_or_not [variable]: Do you want to display the image?; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: phai = input the phai angle; overlap = input the wave overlap; display_or_not = Do you want to display the image?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: appendtocutfrommat().; SourcePierre's Template.ipf:29841

Proc MakeEdc(edcstart, edcend, addnum): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters edcstart, edcend, addnum.; edcstart [variable]: Input the start num; edcend [variable]: Input the end num; addnum [variable]: Input the Num to be combined; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: edcstart = Input the start num; edcend = Input the end num; addnum = Input the Num to be combined. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:1772

Proc MakeEdc_pi(edcstart, edcend, addnum, one_each): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters edcstart, edcend, addnum, one_each.; edcstart [variable]: Input the start num; edcend [variable]: Input the end num (-1=END); addnum [variable]: Input the Num to be combined (odd number); one_each [variable]: Show one curve each...?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: edcstart = Input the start num; edcend = Input the end num (-1=END); addnum = Input the Num to be combined (odd number); one_each = Show one curve each...?. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:3189

Macro MakeEfMdcTable(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesIgor macro entry point for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: winType(), wintype().; SourcePierre's Template.ipf:1937

Proc makeEMDCtable(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:11822

Proc MakeHexagon(sizeofhexagon, angle, name): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters sizeofhexagon, angle, name.; sizeofhexagon [variable]: Enter the parameter a; angle [variable]: Enter the angle (conterclockwise); name [string]: Enter the name of the hexagon; NotesInteractive Igor procedure in Pierre's Template.ipf. Dialog prompts: sizeofhexagon = Enter the parameter a; angle = Enter the angle (conterclockwise); name = Enter the name of the hexagon. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: funcMakeHexagon().; SourcePierre's Template.ipf:32961

Proc makekfedc(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:19217

Proc makeLLspectra(hv, ED, tem, num, field, ER): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters hv, ED, tem, num, field, ER.; hv [variable]: Fermi velocity (meV*A); ED [variable]: Binding Energy of Dirac Point (meV); tem [variable]: Temperature of the system (K); num [variable]: number of levels; field [variable]: Field Range: (1 to ?)T; ER [variable]: Energe range of spectrum (meV); NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: hv = Fermi velocity (meV*A); ED = Binding Energy of Dirac Point (meV); tem = Temperature of the system (K); num = number of levels; field = Field Range: (1 to ?)T; ER = Energe range of spectrum (meV). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: makeLLspectraf().; SourceModels.ipf:4418

Proc makematedckfBKFA(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:14428

Proc makematedckfBKFAout(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:14444

Proc MakeMDC_pi(mdcstart, mdcend, addnum, one_each): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters mdcstart, mdcend, addnum, one_each.; mdcstart [variable]: Input the start num; mdcend [variable]: Input the end num (-1=END); addnum [variable]: Input the Num to be combined (odd number); one_each [variable]: Show one curve each...?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: mdcstart = Input the start num; mdcend = Input the end num (-1=END); addnum = Input the Num to be combined (odd number); one_each = Show one curve each...?. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:3234

Proc Makenewmap(thisnameofmap, thiscomment4map): Usagerun from Igor with parameters thisnameofmap, thiscomment4map.; thisnameofmap [wave]: Enter a name for your mapping; thiscomment4map [wave]: Enter a comment for your mapping (do not use; NotesMap list Purpose: creates new waves, maps, figures, or simulation data. Dialog prompts: thisnameofmap = Enter a name for your mapping; thiscomment4map = Enter a comment for your mapping (do not use. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: copymap().; SourcePierre's Template.ipf:35917

Proc MakeNK(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:22095

Proc makepredicted_cuts() : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: rgb().; SourcePierre's Template.ipf:25981

Proc makereversecone(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:16150

Proc makingEDCgamma(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:16911

Proc mat2dk_pi(mat2d, offset_theta, offset_phi, Kenergy): Usagerun from Igor with parameters mat2d, offset_theta, offset_phi, Kenergy.; mat2d [wave]: Enter the name of the matrix; offset_theta [variable]: Enter the theta value to add:; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Kenergy [variable]: Enter kenetic energy; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: mat2d = Enter the name of the matrix; offset_theta = Enter the theta value to add:; Kenergy = Enter kenetic energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_mat2dk_pi().; SourcePierre's Template.ipf:31471

Proc mat3dk_pi(offset_theta, offset_phi, fermi_level)//Use mat3d: Usagerun from Igor with parameters offset_theta, offset_phi, fermi_level.; offset_theta [variable]: Enter the theta value to add:; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Enter the Fermi level:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: offset_theta = Enter the theta value to add:; fermi_level = Enter the Fermi level:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_mat3dk_pi().; SourcePierre's Template.ipf:29194

Proc mat3dkHD_pi(offset_theta, offset_phi, fermi_level)//Use mat3d: Usagerun from Igor with parameters offset_theta, offset_phi, fermi_level.; offset_theta [variable]: Enter the theta value to add:; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Enter the Fermi level:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: offset_theta = Enter the theta value to add:; fermi_level = Enter the Fermi level:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dk_pi().; SourcePierre's Template.ipf:29405

Proc mat3dkHDrot(angle, quality_fact): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters angle, quality_fact.; angle [variable]: Enter the rotation angle (degrees, counterclockwise); quality_fact [variable]: Momentum or Q-vector coordinate/index.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: angle = Enter the rotation angle (degrees, counterclockwise); Quality_fact = Enter the quality factor. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rotmat3dk_pi().; SourcePierre's Template.ipf:31674

Proc mat3dkrot(angle, quality_fact): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters angle, quality_fact.; angle [variable]: Enter the rotation angle (degrees, counterclockwise); quality_fact [variable]: Momentum or Q-vector coordinate/index.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: angle = Enter the rotation angle (degrees, counterclockwise); Quality_fact = Enter the quality factor. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rotmat3dk_pi().; SourcePierre's Template.ipf:31646

Proc mat3dkVD_pi(offset_theta, offset_phi, fermi_level)//Use mat3d: Usagerun from Igor with parameters offset_theta, offset_phi, fermi_level.; offset_theta [variable]: Enter the theta value to add:; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Enter the Fermi level:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: offset_theta = Enter the theta value to add:; fermi_level = Enter the Fermi level:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_mat3dk_pi().; SourcePierre's Template.ipf:29344

Proc mat3dkVD_pi1(offset_theta, offset_phi, fermi_level)//Use mat3d: Usagerun from Igor with parameters offset_theta, offset_phi, fermi_level.; offset_theta [variable]: Enter the theta value to add:; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Enter the Fermi level:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: offset_theta = Enter the theta value to add:; fermi_level = Enter the Fermi level:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: interp().; SourcePierre's Template.ipf:29466

Proc mat3dkVDrot(angle, quality_fact): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters angle, quality_fact.; angle [variable]: Enter the rotation angle (degrees, counterclockwise); quality_fact [variable]: Momentum or Q-vector coordinate/index.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: angle = Enter the rotation angle (degrees, counterclockwise); Quality_fact = Enter the quality factor. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rotmat3dk_pi().; SourcePierre's Template.ipf:31660

Proc mat_n_pi(mat, n): Usagerun from Igor with parameters mat, n.; mat [wave]: Enter the name of the matrix; n [variable]: Enter the power by which you want to multiply the data; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; n = Enter the power by which you want to multiply the data. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5156

Proc MatNKPlot(first, last): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters first, last.; first [variable]: Enter the first slice of the range; last [variable]: Enter the last slice of the range; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: first = Enter the first slice of the range; last = Enter the last slice of the range. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: mean(), pnt2x(), ShowGraph().; SourcePierre's Template.ipf:1672

Proc MatNorm(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal.; SourcePierre's Template.ipf:1701

Proc mayalu(matname, firstweight0, lastweight0): Usagerun from Igor with parameters matname, firstweight0, lastweight0.; matname [wave]: Enter the name of the matrix; firstweight0 [variable]: Enter the first index for weight=0; lastweight0 [variable]: Enter the last index for weight=0; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; firstweight0 = Enter the first index for weight=0; lastweight0 = Enter the last index for weight=0. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: poly().; SourcePierre's Template.ipf:19624

Proc mayalu2(matname, fitfrom, fitto): Usagerun from Igor with parameters matname, fitfrom, fitto.; matname [wave]: Enter the name of the matrix; fitfrom [variable]: Fit from:; fitto [variable]: Fit to:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix; fitfrom = Fit from:; fitto = Fit to:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:19723

Proc MDC_pi(thismatname, addnum): Usagerun from Igor with parameters thismatname, addnum.; thismatname [wave]: Input the matrix for the MDCs; addnum [variable]: Input the number of combined MDC curves; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: thismatname = Input the matrix for the MDCs; addnum = Input the number of combined MDC curves. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: num2istr().; SourcePierre's Template.ipf:4908

Proc MDC_pi_old(MatrixName, Combine): Usagerun from Igor with parameters MatrixName, Combine.; MatrixName [wave]: Input the matrix for the MDCs; Combine [variable]: Input the number of combined mdc curves; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: MatrixName = Input the matrix for the MDCs; Combine = Input the number of combined mdc curves. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: num2istr().; SourcePierre's Template.ipf:4867

Proc mdc_profile(matname, slice_low, slice_high): Usagerun from Igor with parameters matname, slice_low, slice_high.; matname [wave]: Enter the name of the matrix; slice_low [variable]: Enter the first slice; slice_high [variable]: Enter the last slice; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Enter the name of the matrix; slice_low = Enter the first slice; slice_high = Enter the last slice. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:18504

Proc MDCfit(EF, number): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters EF, number.; EF [variable]: Used in: SetScale/p x, Mstart-Ef,newdy,"",$peakname / SetScale/p x, Mstart-Ef,newdy,"",$widthname; number [variable]: Enter the mdc you want to compare; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: Ef = Fermi Energy:; number = Enter the mdc you want to compare. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: qcsr(), vcsr(), xcsr(), WaveName(), num2istr().; SourcePierre's Template.ipf:1468

Proc MDCfit2_pi(Matname, combined, number): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters Matname, combined, number.; Matname [wave]: Enter the name of the matrix; combined [variable]: Enter the number of combined MDCs; number [variable]: Enter the mdc you want to compare; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: Matname = Enter the name of the matrix; combined = Enter the number of combined MDCs; number = Enter the mdc you want to compare. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: vcsr(), xcsr(), qcsr(), pcsr(), num2istr(), WaveName().; SourcePierre's Template.ipf:5058

Proc MDCfit_pi(Matname, combined): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters Matname, combined.; Matname [wave]: Enter the name of the matrix; combined [variable]: Enter the number of combined MDCs; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: Matname = Enter the name of the matrix; combined = Enter the number of combined MDCs. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: vcsr(), xcsr(), qcsr(), pcsr(), num2istr(), WaveName().; SourcePierre's Template.ipf:4984

Proc minus_background(temperature): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters temperature.; temperature [variable]: Enter the effective temperature; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: temperature = Enter the effective temperature. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; cleans up waves/windows or brings an existing window forward. Main internal calls: x2pnt(), Interp().; SourcePierre's Template.ipf:20773

Proc mkallbds(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves.; SourcePierre's Template.ipf:19064

Proc mkallfp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves.; SourcePierre's Template.ipf:19079

Proc Mkbad_slices(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:7828

Proc mkfit_ini_tbl(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves.; SourcePierre's Template.ipf:18181

Proc NaN0(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), func_NaN0().; SourcePierre's Template.ipf:7649

Proc new_eres_pi(dataname, num_to_combine, overwrite): Usagerun from Igor with parameters dataname, num_to_combine, overwrite.; dataname [string]: Enter the name of the matrix; num_to_combine [variable]: How many energy steps do you want to combine?; overwrite [variable]: Do you want to overwrite the old matrix?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: dataname = Enter the name of the matrix; num_to_combine = How many energy steps do you want to combine?; overwrite = Do you want to overwrite the old matrix?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:6070

Proc new_kres_pi(dataname, num_to_combine, overwrite): Usagerun from Igor with parameters dataname, num_to_combine, overwrite.; dataname [string]: Enter the name of the matrix; num_to_combine [variable]: How many k steps do you want to combine?; overwrite [variable]: Do you want to overwrite the old matrix?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: dataname = Enter the name of the matrix; num_to_combine = How many k steps do you want to combine?; overwrite = Do you want to overwrite the old matrix?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6120

Proc new_stepsize(mat, choice, newdelta, overwrite) //Given as homework2a: Usagerun from Igor with parameters mat, choice, newdelta, overwrite.; mat [wave]: Enter the name of the matrix; choice [variable]: Choose the direction; newdelta [variable]: Enter the new stepsize; overwrite [variable]: Do you want to overwrite?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; choice = Choose the direction; newdelta = Enter the new stepsize; overwrite = Do you want to overwrite?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Ceil().; SourcePierre's Template.ipf:7754

Proc Newrotateproc(name, theta1): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters name, theta1.; name [string]: the name of the matrix to be rotated; theta1 [variable]: Angel (couterclockwise is positive), please only use value within -90 to 90; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name = the name of the matrix to be rotated; theta1 = Angel (couterclockwise is positive), please only use value within -90 to 90. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Newrotate().; SourceMiscellaneous_Codes.ipf:31

Proc Nkplot(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: num2istr(), fAverage(), Mean().; SourcePierre's Template.ipf:1439

Proc norm_above_ef_pi(data_number): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters data_number.; data_number [variable]: Enter the index number of the file; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: data_number = Enter the index number of the file. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: DisplayMat(), mean(), pnt2x().; SourcePierre's Template.ipf:6291

Proc norm_high_e_pi(number, e_start, e_end): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters number, e_start, e_end.; number [variable]: Enter the number of the normalization table; e_start [variable]: Range of normalization (positive value below the photon energy). From; e_end [variable]: to; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: number = Enter the number of the normalization table; e_start = Range of normalization (positive value below the photon energy). From; e_end = to. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6226

Proc norm_range(name, x_from, x_to): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name, x_from, x_to.; name [string]: Enter the name of the matrix; x_from [variable]: Normalize from:; x_to [variable]: to:; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix; x_from = Normalize from:; x_to = to:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: mean().; SourcePierre's Template.ipf:7947

Proc norm_transmission_above(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics.; SourcePierre's Template.ipf:18709

Proc normall(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal. Main internal calls: normcut().; SourcePierre's Template.ipf:20732

Proc normcut(name, index_from, index_to): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters name, index_from, index_to.; name [string]: Enter the name of the matrix; index_from [variable]: Enter the lower index; index_to [variable]: Enter the upper index; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the matrix; index_from = Enter the lower index; index_to = Enter the upper index. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_normcut().; SourcePierre's Template.ipf:6898

Proc normcut2one(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: assigns Igor axis scaling/units to the output. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:18557

Proc Normwithlong(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: ConvtOne(), open_onedata_pi().; SourcePierre's Template.ipf:16889

Proc normwithvb(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; smooths wave data. Main internal calls: sub_bline_pi().; SourcePierre's Template.ipf:18851

Proc not_dv(): Notestemplates Usage: run interactively from Igor or from a panel callback. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:17826

Proc not_in_fct(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:2592

Proc NTP_num_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:2598

Proc numb1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Main internal calls: wave2file(), wave2filenokill().; SourcePierre's Template.ipf:23556

Proc numbernorm(numbpoints): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters numbpoints.; numbpoints [variable]: Enter the number of points; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: numbpoints = Enter the number of points. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; asks the user for parameters through Igor prompts. Main internal calls: sub_bline_pi().; SourcePierre's Template.ipf:16715

Proc open_data_pi(from, to, normway, e_from, e_to, background, Normcurve, backpnts, fftonoff): Usagerun from Igor with parameters from, to, normway, e_from, e_to, background, Normcurve, backpnts.; from [variable]: From which data index?; to [variable]: To index:; normway [variable]: Normalization way?; e_from [variable]: Normalize from (E)(optinal):; e_to [variable]: To (optional):; background [variable]: Which background?; Normcurve [variable]: Name of the norm curve (optional):; backpnts [variable]: Points for background fit?; fftonoff [wave]: FFT filter?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: from = From which data index?; to = To index:; normway = Normalization way?; e_from = Normalize from (E)(optinal):; e_to = To (optional):; background = Which background?. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: FFTfilterdata(), sub_bline_pi(), func_rm_one_linear_background(), MatNKPlot(), MatNorm(), Interp().; SourcePierre's Template.ipf:4265

Proc open_onedata_pi(normway, e_from, e_to, background, Normcurve, backpnts, fftonoff): Usagerun from Igor with parameters normway, e_from, e_to, background, Normcurve, backpnts, fftonoff.; normway [variable]: Normalization way?; e_from [variable]: Normalize from (E)(optinal):; e_to [variable]: To (optional):; background [variable]: Which background?; Normcurve [variable]: Name of the norm curve (optional):; backpnts [variable]: Points for background fit?; fftonoff [wave]: FFT filter?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: normway = Normalization way?; e_from = Normalize from (E)(optinal):; e_to = To (optional):; background = Which background?; Normcurve = Name of the norm curve (optional):; backpnts = Points for background fit?. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: FFTfilterdata(), sub_bline_pi(), func_rm_one_linear_background(), MatNKPlot(), MatNorm(), Interp().; SourcePierre's Template.ipf:4416

Proc open_select(normway, e_from, e_to, background, Normcurve, backpnts, fftonoff): Usagerun from Igor with parameters normway, e_from, e_to, background, Normcurve, backpnts, fftonoff.; normway [variable]: Normalization; e_from [variable]: Normalize from (E)(optinal):; e_to [variable]: To (optional):; background [variable]: Which background?; Normcurve [variable]: Name of the norm curve (optional):; backpnts [variable]: How many points for the background fit?; fftonoff [wave]: FFT filter?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: normway = Normalization; e_from = Normalize from (E)(optinal):; e_to = To (optional):; background = Which background?; Normcurve = Name of the norm curve (optional):; backpnts = How many points for the background fit?. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: FFTfilterdata(), sub_bline_pi(), MatNKPlot(), MatNorm(), Interp(), func_rm_one_linear_background().; SourcePierre's Template.ipf:4554

Proc openalldif(e_from) //normalize above EF: Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters e_from.; e_from [variable]: Normalize from (E):; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: e_from = Normalize from (E):. Code behavior: creates output waves; duplicates or stages waves for downstream processing; smooths wave data; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: MatNKPlot(), Interp(), sub_bline_pi(), MatNorm().; SourcePierre's Template.ipf:19017

Proc pastemap(prefix): Usagerun from Igor with parameters prefix.; prefix [string]: Prefix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: prefix = Prefix. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:36206

Proc phi1_zero_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31954

Proc phi1_zero_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31972

Proc phi_cst_pi(k_phi): Usagerun from Igor with parameters k_phi.; k_phi [variable]: Enter k_phi; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: k_phi = Enter k_phi. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: ceil().; SourcePierre's Template.ipf:29625

Proc phi_zero_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31942

Proc phi_zero_incsetH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31948

Proc phi_zero_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31960

Proc phi_zero_setH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31966

Proc pi102_1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:20400

Proc pickupedc(sample, hvenergy)//Designed for YBCO: Usagerun from Igor with parameters sample, hvenergy.; sample [variable]: Enter the name of the sample; hvenergy [variable]: Enter the photon energy; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: sample = Enter the name of the sample; hvenergy = Enter the photon energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:20684

Proc plot2(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays. Main internal calls: Bluetored().; SourcePierre's Template.ipf:20832

Proc plot_and_adjust2dv(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: DerivMatrix().; SourcePierre's Template.ipf:18589

Proc plot_colorangle25KHD(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:15885

Proc plot_cone25K(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:15762

Proc plot_cone25KHD(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor(), noLabel(), fSize().; SourcePierre's Template.ipf:15842

Proc plot_cone25KVD(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:15802

Proc plot_edc_pi(MatrixName, Combined, one_each): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters MatrixName, Combined, one_each.; MatrixName [wave]: Input the name of the matrix; Combined [variable]: Input the number of combined edc curves; one_each [variable]: Show one curve over each...; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: MatrixName = Input the name of the matrix; Combined = Input the number of combined edc curves; one_each = Show one curve over each.... Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: pcsr(), qcsr(), num2istr().; SourcePierre's Template.ipf:4728

Proc Plot_kf_edcs(Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto.; Fermi_level [variable]: Fermi level:; avg_num [variable]: Number of averged EDCs (odd):; backgnd_type [variable]: Background type:; num_back [variable]: Points for background fitting:; normfrom [variable]: Normalize from (-1=no normalization):; normto [variable]: Normalize to (index):; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: Fermi_level = Fermi level:; avg_num = Number of averged EDCs (odd):; backgnd_type = Background type:; num_back = Points for background fitting:; normfrom = Normalize from (-1=no normalization):; normto = Normalize to (index):. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype(), checkNTP(), `Remove_simplebgnd_edc; SourcePierre's Template.ipf:3781

Proc plot_mdc_pi(MatrixName, Combined, one_each, SmoothFactor): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters MatrixName, Combined, one_each, SmoothFactor.; MatrixName [wave]: Input the name of the matrix; Combined [variable]: Input the number of combined mdc curves; one_each [variable]: Show one curve over each...; SmoothFactor [variable]: Smooth by ? times; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: MatrixName = Input the name of the matrix; Combined = Input the number of combined mdc curves; one_each = Show one curve over each...; SmoothFactor = Smooth by ? times. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: qcsr(), pcsr(), num2istr().; SourcePierre's Template.ipf:4946

Proc plot_predicttbGXMG(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: tbfunc(), winType().; SourcePierre's Template.ipf:32743

Proc plot_tbGXMG(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: tbfunc(), winType().; SourcePierre's Template.ipf:32639

Proc plot_tbGXMGMprimeX_2f(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: tbfunc(), winType().; SourcePierre's Template.ipf:32677

Proc plot_the_max(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; extracts image/wave statistics; smooths wave data. Main internal calls: x2pnt().; SourcePierre's Template.ipf:20542

Proc plot_vb_pi(e_fermi, normal_energy1, normal_energy2, number): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters e_fermi, normal_energy1, normal_energy2, number.; e_fermi [variable]: Enter the fermi energy (positive value below the photon energy); normal_energy1 [variable]: Energy range of normalization (positive value below the photon energy). From:; normal_energy2 [variable]: to:; number [variable]: Enter the number of the table; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: e_fermi = Enter the fermi energy (positive value below the photon energy); normal_energy1 = Energy range of normalization (positive value below the photon energy). From:; normal_energy2 = to:; number = Enter the number of the table. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:5726

Proc plot_vk(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: x2pnt().; SourcePierre's Template.ipf:19533

Proc plot_vk1(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays. Main internal calls: x2pnt().; SourcePierre's Template.ipf:19578

Proc plotatG(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: normcut(), comb_krange(), ln_mat_pi(), NaN0(), derivmat().; SourcePierre's Template.ipf:20745

Proc plotBZ_pi(lattice, orientation)//,second): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters lattice, orientation.; lattice [variable]: Enter the lattice parameter a; orientation [variable]: Enter the orientation; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Dialog prompts: lattice = Enter the lattice parameter a; orientation = Enter the orientation. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:30425

Proc plotfermi(temperature): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters temperature.; temperature [variable]: Temperature:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: temperature = Temperature:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:21870

Proc plotGa2O3hv(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:23816

Proc plotGMcalc(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:16629

Proc plotpnts(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:5441

Proc plotraw(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: ImageNameList().; SourcePierre's Template.ipf:102

Proc plottin(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:19613

Proc PlotVBatpoint_vs_hv(prefix, listindex, hv4VB, workwave, position, range): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters prefix, listindex, hv4VB, workwave, position, range.; prefix [string]: Prefix:; listindex [string]: Wave of index:; hv4VB [variable]: Wave of hv:; workwave [wave]: Wave of work functions:; position [variable]: Center (angle or k):; range [variable]: Range of integration (angle or k):; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: prefix = Prefix:; listindex = Wave of index:; hv4VB = Wave of hv:; workwave = Wave of work functions:; position = Center (angle or k):; range = Range of integration (angle or k):. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: comb_krange(), transform2equiv_waves().; SourcePierre's Template.ipf:16811

Proc polarerrorBKFA(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: rot_vector(), rgb().; SourcePierre's Template.ipf:14259

Proc polarerrorBKFAatM(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: rot_vector(), rgb().; SourcePierre's Template.ipf:14300

Proc polybackgnd(name, xstart, xend, order, cutstart, cutend, number): Usagerun from Igor with parameters name, xstart, xend, order, cutstart, cutend, number.; name [string]: Enter the name of the curve; xstart [variable]: Fit from:; xend [variable]: To:; order [variable]: Enter the order of the polynomial; cutstart [variable]: Remove weigth from:; cutend [variable]: To:; number [variable]: Number of the region; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the curve; xstart = Fit from:; xend = To:; order = Enter the order of the polynomial; cutstart = Remove weigth from:; cutend = To:. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: rgb().; SourcePierre's Template.ipf:17864

Proc PReader_draw_live(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8335

Proc PReader_normal_mode(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; graph display, formatting, or window management.; SourcePierre's Template.ipf:8329

Proc PReader_switch_edit_mode(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8318

Proc predict_anglephi_from_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32129

Proc predict_anglephi_to_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32141

Proc predict_angleprepfrom_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32147

Proc predict_angletheta_from_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32123

Proc predict_angletheta_to_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32135

Proc predict_mu_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32081

Proc predict_t_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32099

Proc predict_tprime_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32117

Proc predictcalc4circles(name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the sample; NotesInteractive Igor procedure for symmetry or reflection processing. Dialog prompts: name = Enter the name of the sample. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: func_predictcalc4circles().; SourcePierre's Template.ipf:32209

Proc predictcalc_tbarea(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves. Main internal calls: tbfunc().; SourcePierre's Template.ipf:32610

Proc predictKEatEF_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32045

Proc predictlattice_0_set(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32009

Proc predictprep_bondaries(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves.; SourcePierre's Template.ipf:31837

Proc predictupdate_4circles(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing. Main internal calls: predictcalc4circles().; SourcePierre's Template.ipf:31898

Proc prep_bondaries(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves.; SourcePierre's Template.ipf:31778

Proc prep_bondaries2f(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: creates output waves.; SourcePierre's Template.ipf:31807

Proc put45(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:19261

Proc put_curved_thicksH(name, Large_step, putfrom, putto, arclarge, smallnum, updateput): Usagerun from Igor with parameters name, Large_step, putfrom, putto, arclarge, smallnum, updateput.; name [string]: Give a name; Large_step [variable]: Enter the stepsize; putfrom [variable]: Minimum horizontal; putto [variable]: Max horizontal; arclarge [variable]: Thicks size (degrees); smallnum [variable]: Number of small thicks per big ones; updateput [variable]: Mode; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Dialog prompts: name = Give a name; Large_step = Enter the stepsize; putfrom = Minimum horizontal; putto = Max horizontal; arclarge = Thicks size (degrees); smallnum = Number of small thicks per big ones. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: rgb().; SourcePierre's Template.ipf:16477

Proc put_error_bars_on_VF(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: rot_vector().; SourcePierre's Template.ipf:16042

Proc put_fermi_edc(matname, energy, last_intensity): Usagerun from Igor with parameters matname, energy, last_intensity.; matname [wave]: Enter the name of the wave; energy [variable]: Enter the energy; last_intensity [variable]: Enter the lenght of the line; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the wave; energy = Enter the energy; last_intensity = Enter the lenght of the line. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: rgb().; SourcePierre's Template.ipf:6347

Proc put_fermi_image(matname, energy): Usagerun from Igor with parameters matname, energy.; matname [wave]: Enter the name of the matrix; energy [variable]: Enter the energy; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: matname = Enter the name of the matrix; energy = Enter the energy. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6332

Proc put_psuperlattice(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: lstyle().; SourcePierre's Template.ipf:30303

Proc put_pts_in_theta(kxwave, kywave, hnenergy): Usagerun from Igor with parameters kxwave, kywave, hnenergy.; kxwave [wave]: Enter the name for the kx wave; kywave [wave]: Enter the name for the ky wave; hnenergy [variable]: Enter the name of the photon energy; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: kxwave = Enter the name for the kx wave; kywave = Enter the name for the ky wave; hnenergy = Enter the name of the photon energy. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:20569

Proc put_superlattice(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:30281

Proc put_superlattice1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:30381

Proc putHline(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:27607

Proc putlegend(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:19602

Proc putplus(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:19246

Proc putVline(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:27818

Proc quality_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32063

Proc r1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:23576

Proc random_circles(doping, infected): Usagerun from Igor with parameters doping, infected.; doping [variable]: Enter the doping; infected [variable]: Enter which number is infected; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: doping = Enter the doping; infected = Enter which number is infected. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: calrandom_matrix().; SourcePierre's Template.ipf:22517

Proc readcontour(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: readcsr().; SourcePierre's Template.ipf:16159

Proc readcsr(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: vcsr(), hcsr().; SourcePierre's Template.ipf:5366

Proc readjusth_IVH(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:15914

Proc remove241(from, to): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters from, to.; from [variable]: From; to [variable]: To; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: from = From; to = To. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:22173

Proc remove60(sstart, eend): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters sstart, eend.; sstart [variable]: Start point, index, or coordinate for the selected range.; eend [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:21761

Proc Remove_data_EDC(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: xcsr(), combine_range().; SourcePierre's Template.ipf:4105

Proc remove_psuperlattice(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management.; SourcePierre's Template.ipf:30359

Proc Remove_simplebgnd_data(background, backpnts): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters background, backpnts.; background [variable]: Type of background:; backpnts [variable]: Num of pnts used:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: background = Type of background:; backpnts = Num of pnts used:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: sub_blineedc_pi(), func_rm_one_linear_edcbackgnd().; SourcePierre's Template.ipf:4162

Proc Remove_simplebgnd_edc(edcname, background, backpnts): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters edcname, background, backpnts.; edcname [string]: Name of EDC:; background [variable]: Type of background:; backpnts [variable]: Num of pnts used:; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: edcname = Name of EDC:; background = Type of background:; backpnts = Num of pnts used:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: sub_blineedc_pi(), func_rm_one_linear_edcbackgnd().; SourcePierre's Template.ipf:4119

Proc Remove_simplebgnd_mat(matname, background, backpnts): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters matname, background, backpnts.; matname [wave]: Name of matrix:; background [variable]: Type of background:; backpnts [variable]: Num of pnts used:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Name of matrix:; background = Type of background:; backpnts = Num of pnts used:. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: sub_blineedc_pi(), func_rm_one_linear_edcbackgnd().; SourcePierre's Template.ipf:4136

Proc remove_superlattice(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:30337

Proc remove_superlattice1(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:30403

Proc Removepredicted_cuts() : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management.; SourcePierre's Template.ipf:25961

Proc renorm_pi(dataname, the_start, the_end): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters dataname, the_start, the_end.; dataname [string]: Enter the name of the wave; the_start [variable]: Enter the energy range. From:; the_end [variable]: To:; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: dataname = Enter the name of the wave; the_start = Enter the energy range. From:; the_end = To:. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6368

Proc renormcut_k(matname, factor): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters matname, factor.; matname [wave]: Enter the name of the cut; factor [variable]: Enter the convertion factor (to divide); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: matname = Enter the name of the cut; factor = Enter the convertion factor (to divide). Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:6381

Proc renormcut_ky(matname, factor): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters matname, factor.; matname [wave]: Enter the name of the cut; factor [variable]: Enter the convertion factor (to divide); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: matname = Enter the name of the cut; factor = Enter the convertion factor (to divide). Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:640

Proc return_phi_theta(newhv): Usagerun from Igor with parameters newhv.; newhv [variable]: Enter hv; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: newhv = Enter hv. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: csrwave(), pcsr(), vcsr().; SourcePierre's Template.ipf:5855

Proc return_phi_theta1(newhv): Usagerun from Igor with parameters newhv.; newhv [variable]: Enter hv; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: newhv = Enter hv. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: csrwave(), pcsr(), xcsr(), vcsr().; SourcePierre's Template.ipf:5964

Proc ReturnFermiEandRes(FTemp, thiswavename): Usagerun from Igor with parameters FTemp, thiswavename.; FTemp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; thiswavename [wave]: Enter the name of the wave; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: FTemp1 = Enter the temperature (in Kelvin); thiswavename = Enter the name of the wave. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: xcsr(), x2pnt(), thiswavename().; SourcePierre's Template.ipf:22428

Proc rm_linear_background(number_of_pnts, method): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters number_of_pnts, method.; number_of_pnts [variable]: Enter the number of points; method [variable]: Which method?; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: number_of_pnts = Enter the number of points; method = Which method?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: func_rm_one_linear_background(), func_rm_one_AVG_linear_backgnd().; SourcePierre's Template.ipf:4244

Proc rot1_zero_incset(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32027

Proc rot1_zero_set(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32039

Proc rot2d_pi(mat, angle, px, py, qualityfactor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters mat, angle, px, py, qualityfactor.; mat [wave]: Enter the name of the matrix; angle [variable]: Enter the rotation angle (degrees, clockwise); px [variable]: Enter the x value of the pivot point; py [variable]: Enter the y value of the pivot point; qualityfactor [variable]: Enter the quality factor; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; angle = Enter the rotation angle (degrees, clockwise); px = Enter the x value of the pivot point; py = Enter the y value of the pivot point; qualityfactor = Enter the quality factor. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_rot2d_pi().; SourcePierre's Template.ipf:5513

Proc rot2d_pi2(mat, angle, px, py, qualityfactor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters mat, angle, px, py, qualityfactor.; mat [wave]: Enter the name of the matrix; angle [variable]: Enter the rotation angle (degrees, clockwise); px [variable]: Enter the x value of the pivot point; py [variable]: Enter the y value of the pivot point; qualityfactor [variable]: Enter the quality factor; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; angle = Enter the rotation angle (degrees, clockwise); px = Enter the x value of the pivot point; py = Enter the y value of the pivot point; qualityfactor = Enter the quality factor. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_rot2d_pi().; SourceMiscellaneous_Codes.ipf:6796

Proc rot2d_pim(mat, angle, px, py, qualityfactor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters mat, angle, px, py, qualityfactor.; mat [wave]: Enter the name of the matrix; angle [variable]: Enter the rotation angle (degrees, clockwise); px [variable]: Enter the x value of the pivot point; py [variable]: Enter the y value of the pivot point; qualityfactor [variable]: Enter the quality factor; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; angle = Enter the rotation angle (degrees, clockwise); px = Enter the x value of the pivot point; py = Enter the y value of the pivot point; qualityfactor = Enter the quality factor. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_rot2d_pi().; SourceMiscellaneous_Codes.ipf:7977

Proc rot2dimage_pi(mat, angle, px, py, quality_fact): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mat, angle, px, py, quality_fact.; mat [wave]: Enter the name of the matrix; angle [variable]: Enter the rotation angle (degrees, counterclockwise); px [variable]: Enter the x value of the pivot point; py [variable]: Enter the y value of the pivot point; quality_fact [variable]: Momentum or Q-vector coordinate/index.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: mat = Enter the name of the matrix; angle = Enter the rotation angle (degrees, counterclockwise); px = Enter the x value of the pivot point; py = Enter the y value of the pivot point; Quality_fact = Enter the quality factor. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_rot2d_pi().; SourcePierre's Template.ipf:31557

Proc rot_vector(xname, yname, angle, pivotx, pivoty): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters xname, yname, angle, pivotx, pivoty.; xname [string]: Enter the name of the vector x (optional); yname [string]: Enter the name of the vector y; angle [variable]: Enter the angle of rotation (counterclockwise); pivotx [variable]: Pivot x=:; pivoty [variable]: Pivot y=:; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: xname = Enter the name of the vector x (optional); yname = Enter the name of the vector y; angle = Enter the angle of rotation (counterclockwise); pivotx = Pivot x=:; pivoty = Pivot y=:. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:8071

Proc rot_zero_incset(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32021

Proc rot_zero_set(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:32033

Proc rotall(name, angle, Accuracy): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters name, angle, Accuracy.; name [string]: Name of Batch; angle [variable]: clockwise; Accuracy [variable]: Times; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name = Name of Batch; angle = clockwise; Accuracy = Times. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: rot2d_pimf().; SourceMiscellaneous_Codes.ipf:7960

Proc rotmat3dk_pi(matof3dform, angle, px, py, quality_fact, overwriteornot): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters matof3dform, angle, px, py, quality_fact, overwriteornot.; matof3dform [wave]: Enter the name of the matrix; angle [variable]: Enter the rotation angle (degrees, counterclockwise); px [variable]: Enter the x value of the pivot point; py [variable]: Enter the y value of the pivot point; quality_fact [variable]: Momentum or Q-vector coordinate/index.; overwriteornot [variable]: Do you want to overwrite?; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: matof3dform = Enter the name of the matrix; angle = Enter the rotation angle (degrees, counterclockwise); px = Enter the x value of the pivot point; py = Enter the y value of the pivot point; Quality_fact = Enter the quality factor; overwriteornot = Do you want to overwrite?. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor; SourcePierre's Template.ipf:31683

Proc Save3D(suffixe, comment): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters suffixe, comment.; suffixe [string]: Enter a suffixe; comment [variable]: Enter a comment; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: suffixe = Enter a suffixe; comment = Enter a comment. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: Wave2file().; SourcePierre's Template.ipf:35957

Proc save_cuts(): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:7725

Proc save_edckfname(numcbm): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters numcbm.; numcbm [variable]: Enter the number of combined EDCs; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: numcbm = Enter the number of combined EDCs. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:18542

Proc saveBFAcuts(): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:16587

Proc savebulkim(): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: savegraph().; SourcePierre's Template.ipf:18483

Proc savecuts(): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:18617

Proc savekcuts(sample): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun from Igor with parameters sample.; sample [variable]: Enter the name of the sample; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: sample = Enter the name of the sample. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:18907

Proc selectcut_pi(ky1, ky2): Usagerun from Igor with parameters ky1, ky2.; ky1 [variable]: Enter k_phi1; ky2 [variable]: Enter k_phi2; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: ky1 = Enter k_phi1; ky2 = Enter k_phi2. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:29559

Proc selectlistbkgndremover1(): Purposesmooths, normalizes, or removes background/trend components.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: selectlistbkgndremover2().; SourcePierre's Template.ipf:9114

Proc selectlistbkgndremover2(newname): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters newname.; newname [string]: Wave in:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: newname = Wave in:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: subbkgndremover(), mode(), marker(), lstyle(), rgb(), lsize().; SourcePierre's Template.ipf:9151

Proc selectlistEMDC(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: selectlistEMDC2().; SourcePierre's Template.ipf:11448

Proc selectlistEMDC2(newname): Usagerun from Igor with parameters newname.; newname [string]: Matrix in:; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: newname = Matrix in:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: EMDC_insertmat().; SourcePierre's Template.ipf:11475

Proc selectlistmap1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Main internal calls: selectlistmap2().; SourcePierre's Template.ipf:36229

Proc selectlistmap2(thischoiceofmap): Usagerun from Igor with parameters thischoiceofmap.; thischoiceofmap [wave]: Mapping:; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: thischoiceofmap = Mapping:. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: WhichListItem(), pastemap().; SourcePierre's Template.ipf:36244

Proc Set_Hline_slice_control(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:28457

Proc Set_numcombslicer(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:28421

Proc Set_Vline_slice_control(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:28474

Proc Shift_and_sym_edc_matrix_far(matname, Fermilevel): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters matname, Fermilevel.; matname [wave]: Enter the name of the matrix; Fermilevel [variable]: Enter the Fermi level; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Enter the name of the matrix; Fermilevel = Enter the Fermi level. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: Rescale_pi(), sym_edc_far(), func_sym_edc_matrix_far().; SourcePierre's Template.ipf:8253

Proc Show2DImage(matName): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters matName.; matName [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:1284

Proc showpointreader(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: loads data from files or paths; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:5453

Proc ShowUpdate(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: ImageNameList(), num2istr(), offset(), MatName(), WaveName(), standoff().; SourcePierre's Template.ipf:1299

Proc simulBKFA(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: interp(), lstyle(), lsize(), rgb().; SourcePierre's Template.ipf:14762

Proc simulBugolioubov(curvex, curvey, Gap, Gamma0, alpha): Usagerun from Igor with parameters curvex, curvey, Gap, Gamma0, alpha.; curvex [variable]: Enter the name of the x wave:; curvey [variable]: Enter the name of the y wave:; Gap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; Gamma0 [variable]: Im sigma 0:; alpha [variable]: alpha in: Im sigma 0+alpha|omega|:; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Dialog prompts: curvex = Enter the name of the x wave:; curvey = Enter the name of the y wave:; gap = Enter the superconducting gap Delta (meV); Gamma0 = Im sigma 0:; alpha = alpha in: Im sigma 0+alpha|omega|:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: interp(), lstyle(), lsize(), rgb().; SourcePierre's Template.ipf:14809

Proc simulBugolioubovplusmode(curvex, curvey, Gap, mode, lambda, gamma0, alpha, Eresolution, kresolution): Usagerun from Igor with parameters curvex, curvey, Gap, mode, lambda, gamma0, alpha, Eresolution.; curvex [variable]: Enter the name of the x wave:; curvey [variable]: Enter the name of the y wave:; Gap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; mode [string]: Step size or energy/voltage increment used by the calculation.; lambda [variable]: Coupling constant lambda:; gamma0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; alpha [variable]: alpha in: Im sigma 0+alpha|omega|:; Eresolution [variable]: Momentum resolution:; kresolution [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: curvex = Enter the name of the x wave:; curvey = Enter the name of the y wave:; gap = Enter the superconducting gap Delta (meV); Mode = Mode energy:; lambda = Coupling constant lambda:; Gamma0 = Im sigma 0:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Calcselfmode(), rgb(), FillAkwinSCstate3(), SimulkEresolution(), lstyle(), lsize().; SourcePierre's Template.ipf:14868

Proc sm_allcuts(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: smoothmat_k().; SourcePierre's Template.ipf:15678

Proc sm_edc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management.; SourcePierre's Template.ipf:15951

Proc sm_mdc(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: smooths wave data.; SourcePierre's Template.ipf:15733

Proc Sortpnts(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:5417

Proc STM_shift(matfixed, matmoved, diffname): Usagerun from Igor with parameters matfixed, matmoved, diffname.; matfixed [wave]: Matrix 1:; matmoved [wave]: Matrix 2:; diffname [string]: Name for (1)-(2); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: matfixed = Matrix 1:; matmoved = Matrix 2:; diffname = Name for (1)-(2). Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_STM_shift(), transform2equiv_mat(), CutNaNedges().; SourcePierre's Template.ipf:24092

Proc sub_bline_pi(number_of_average): Usagerun from Igor with parameters number_of_average.; number_of_average [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mean(), pnt2x().; SourcePierre's Template.ipf:5814

Proc sub_blineedc_pi(edcname, number_of_average): Usagerun from Igor with parameters edcname, number_of_average.; edcname [string]: String name used to locate an Igor wave, graph, folder, or output object.; number_of_average [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion. Main internal calls: mean(), pnt2x().; SourcePierre's Template.ipf:5842

Proc subEF1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:20855

Proc sum_first(which, how_much): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters which, how_much.; which [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; how_much [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:3280

Proc SumCompOrder(sel, A1, A2, A3, theta, wLength, A4, inc_L, inc_an): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters sel, A1, A2, A3, theta, wLength, A4, inc_L.; sel [variable]: Lattice; A1 [variable]: Amplitude of Q1; A2 [variable]: Amplitude of Q2; A3 [variable]: Amplitude of Q3; theta [variable]: Angel of Q1 (°); wLength [variable]: Wave length of the commensurate orders; A4 [variable]: Amplitude of an additional incommensurate vector; inc_L [variable]: wavelength off from the commensurate value; inc_an [variable]: angle off from the direction of commensurate Q1; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Dialog prompts: sel = Lattice; A1 = Amplitude of Q1; A2 = Amplitude of Q2; A3 = Amplitude of Q3; theta = Angel of Q1 (°); wLength = Wave length of the commensurate orders. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: SumCompOrder_square(), SumCompOrder_tria().; SourceModels.ipf:11489

Proc supertemp(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:23541

Proc sym_edc(cutname, fermi_level, numcombine, numshow): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters cutname, fermi_level, numcombine, numshow.; cutname [string]: Enter the name of the cut; fermi_level [variable]: Enter the Fermi energy; numcombine [variable]: Enter the number of EDCs to be combined (odd number).; numshow [variable]: Show one EDC every... EDCs; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Dialog prompts: cutname = Enter the name of the cut; fermi_level = Enter the Fermi energy; numcombine = Enter the number of EDCs to be combined (odd number).; numshow = Show one EDC every... EDCs. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:8104

Proc sym_edc_far(edcname): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters edcname.; edcname [string]: Enter the name of the EDC curvet; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: edcname = Enter the name of the EDC curvet. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: func_sym_edc_far(), interp().; SourcePierre's Template.ipf:8177

Proc sym_edc_matrix_far(matname): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: matname = Enter the name of the matrix. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: sym_edc_far(), func_sym_edc_matrix_far().; SourcePierre's Template.ipf:8233

Proc sym_kf_edcs(Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters Fermi_level, avg_num, backgnd_type, num_back, normfrom, normto.; Fermi_level [variable]: Fermi level:; avg_num [variable]: Number of averged EDCs (odd):; backgnd_type [variable]: Background type:; num_back [variable]: Points for background fitting:; normfrom [variable]: Normalize from (-1=no normalization):; normto [variable]: Normalize to (index):; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; smoothing, normalization, or background removal. Dialog prompts: Fermi_level = Fermi level:; avg_num = Number of averged EDCs (odd):; backgnd_type = Background type:; num_back = Points for background fitting:; normfrom = Normalize from (-1=no normalization):; normto = Normalize to (index):. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype(), checkNTP(), Remove_simplebgnd_edc(), mean(), `pnt2x; SourcePierre's Template.ipf:3703

Proc sym_one_edc(edcname, Fermi_level): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters edcname, Fermi_level.; edcname [string]: Enter the name of the EDC; Fermi_level [variable]: Fermi level:; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: edcname = Enter the name of the EDC; Fermi_level = Fermi level:. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: interp().; SourcePierre's Template.ipf:3670

Proc Symall(): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Main internal calls: Shift_and_sym_edc_matrix_far().; SourcePierre's Template.ipf:16703

Proc symG_on_M(matname): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: matname = Enter the name of the matrix. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:20481

Proc symmat3dhv() // symmetrize mat_khv with respect to zero. The zero must be set first: Purposeapplies symmetry, mirror, or reflection operations.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: func_symmat3dhv().; SourcePierre's Template.ipf:33845

Proc symright(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the matrix; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: name = Enter the name of the matrix. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: Ceil(), Interp().; SourcePierre's Template.ipf:18975

Proc tbfit(name): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name.; name [string]: Enter the name of the sample; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Dialog prompts: name = Enter the name of the sample. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:3463

Proc Tdep_temp(num_to_combine): Usagerun from Igor with parameters num_to_combine.; num_to_combine [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: Remove_simplebgnd_edc(), sym_one_edc().; SourcePierre's Template.ipf:18632

Proc Tdep_temp1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourcePierre's Template.ipf:18664

Proc temp1001(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Main internal calls: normcut().; SourcePierre's Template.ipf:16929

Proc Temp200(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays.; SourcePierre's Template.ipf:22151

Proc temp33(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Code behavior: smooths wave data.; SourcePierre's Template.ipf:16222

Proc temp34(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: Shift_and_sym_edc_matrix_far(), derivmat().; SourcePierre's Template.ipf:16234

Proc temp35(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:16272

Proc temp36(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:16291

Proc temp37(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:16310

Proc temp38(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays. Main internal calls: comb_krange().; SourcePierre's Template.ipf:16329

Proc temp39(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics.; SourcePierre's Template.ipf:16356

Proc temp4(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:19931

Proc temp40(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics.; SourcePierre's Template.ipf:16373

Proc temp42(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:16416

Proc temp45(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays. Main internal calls: file2wave().; SourcePierre's Template.ipf:16430

Proc temp47(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: interp2D().; SourcePierre's Template.ipf:16446

Proc temp6macro(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis.; SourcePierre's Template.ipf:21776

Proc temp7macro(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis.; SourcePierre's Template.ipf:21800

Proc temp8(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:8197

Proc temp8macro(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis.; SourcePierre's Template.ipf:21824

Proc temp9macro(matname): Usagerun from Igor with parameters matname.; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: Matname = Matrix name. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: rescale_pi(), sym_edc_matrix_far(), EDC_pi(), derivmat().; SourcePierre's Template.ipf:21848

Proc temphv(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:20635

Proc temphv1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:20664

Proc temphv2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:20649

Proc text_to_pxt(datanumber): Usagerun from Igor with parameters datanumber.; datanumber [variable]: Enter the number of the data; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: datanumber = Enter the number of the data. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:18732

Proc theta1_zero_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31918

Proc theta1_zero_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31936

Proc theta_zero_incset(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31906

Proc theta_zero_incsetH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31912

Proc theta_zero_set(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31924

Proc theta_zero_setH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:31930

Proc thisguy(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:22595

Proc thisguy1(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output. Main internal calls: CutNaNedges(), wave2filenokill().; SourcePierre's Template.ipf:22608

Proc thisguy120(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:22827

Proc thisguy120VD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: CutNaNedges(), wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:22862

Proc thisguy150(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:22997

Proc thisguy150VD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: CutNaNedges(), wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:23032

Proc thisguy2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:22622

Proc thisguy25Co(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:23067

Proc thisguy25CoVD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:23122

Proc thisguy3(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: CutNaNedges(), wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:22656

Proc thisguy4(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: derivmat(), Wave2filenokill().; SourcePierre's Template.ipf:22691

Proc thisguy5(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: derivmat().; SourcePierre's Template.ipf:22713

Proc thisguy6(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Main internal calls: ln_mat_pi(), NaN0().; SourcePierre's Template.ipf:22735

Proc thisguy80(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: manTick(), manMinor().; SourcePierre's Template.ipf:22757

Proc thisguy80VD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: CutNaNedges(), wave2filenokill(), manTick(), manMinor().; SourcePierre's Template.ipf:22792

Proc thisguychange120(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22897

Proc thisguychange25(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22957

Proc thisguychange25Co(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:23102

Proc thisguychange25VD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22977

Proc thisguychange80(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22917

Proc thisguychange80VD(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:22937

Proc tosave(): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Main internal calls: wave2filenokill().; SourcePierre's Template.ipf:18962

Proc total_edcarea(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Dialog prompts: matname = Enter the name of the matrix. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: pnt2x(), mean().; SourcePierre's Template.ipf:19462

Proc transform2equiv_mat(nameref, name2): Usagerun from Igor with parameters nameref, name2.; nameref [string]: Enter the name of the model matrix; name2 [string]: Enter the name of the matrix to modify; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: nameref = Enter the name of the model matrix; name2 = Enter the name of the matrix to modify. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Func_transform2equiv_mat().; SourcePierre's Template.ipf:9297

Proc tt(theta1, name): theta1 [variable]: angle to rotate counterclockwise; name [string]: the data want to be rotated; NotesEnd Initial procedure, now adapted to be function Usage: run from Igor with parameters theta1, name. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: p2dtopeak().; SourceMiscellaneous_Codes.ipf:124

Proc TTGsimu(xx, a1, a2, a3, theta1, theta2, theta3): Usagerun from Igor with parameters xx, a1, a2, a3, theta1, theta2, theta3.; xx [variable]: Length of the image (Å); a1 [variable]: Lattice constant of layer 1 (Å); a2 [variable]: Lattice constant of layer 2 (Å); a3 [variable]: Lattice constant of layer 3 (Å); theta1 [variable]: Twist angle of layer 1 (˚); theta2 [variable]: Twist angle of layer 2 (˚); theta3 [variable]: Twist angle of layer 3 (˚); NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Dialog prompts: xx = Length of the image (Å); a1 = Lattice constant of layer 1 (Å); a2 = Lattice constant of layer 2 (Å); a3 = Lattice constant of layer 3 (Å); theta1 = Twist angle of layer 1 (˚); theta2 = Twist angle of layer 2 (˚). Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: ExampleTriangularLattice(), rgb().; SourceGeneral_Simu.ipf:1935

Proc twistanglemap_3qave(name2, size, threshold): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name2, size, threshold.; name2 [string]: name of the topography; size [variable]: Move window length (nm); threshold [variable]: Threshold for twist angle (˚); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Dialog prompts: name2 = name of the topography; size = Move window length (nm); threshold = Threshold for twist angle (˚). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: makechunkdatatamap().; SourceTriangle Lattice_Graphene_like.ipf:252

Proc unstore_edc_ef(number): Usagerun from Igor with parameters number.; number [variable]: Enter the number of the list; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: number = Enter the number of the list. Code behavior: loads data from files or paths; asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:18526

Proc update_4circles(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing. Main internal calls: calc4circles().; SourcePierre's Template.ipf:31882

Proc update_4circles2f(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing. Main internal calls: calc4circles2f().; SourcePierre's Template.ipf:31890

Proc update_global_par(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:31866

Proc update_image_fs(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: update_image_fs_approx(), update_image_fs_exact().; SourcePierre's Template.ipf:31437

Proc update_image_fs_approx(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), mat2dk_pi(), rot2dimage_pi().; SourcePierre's Template.ipf:31449

Proc update_image_fs_exact(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: ImageNameList(), make_mat2dk(), rot2dimage_pi().; SourcePierre's Template.ipf:34975

Proc update_making_fs(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf. Main internal calls: update_making_fs_approx(), update_making_fs_exact().; SourcePierre's Template.ipf:31344

Proc update_making_fs2f()//note: the calculated points are in units of pi/a for both a and b axis. The user can adjust the calculated curves to find a/b: Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:33430

Proc update_making_fs_approx(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:31356

Proc update_making_fs_exact(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:31393

Proc update_making_fsH(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:33055

Proc update_predict_cuts() : ButtonControl: Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Transformpredicted().; SourcePierre's Template.ipf:26052

Proc update_predict_par(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Pierre's Template.ipf.; SourcePierre's Template.ipf:31874

Macro UpdateAppend(Mat): Purposeupdates parameters, controls, scales, or display state.; Usagerun from Igor with parameters Mat.; Mat [wave]: input mat name; NotesIgor macro entry point for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: Mat = input mat name. Code behavior: asks the user for parameters through Igor prompts.; SourcePierre's Template.ipf:1917

Proc updateCsrforslicer(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction.; SourcePierre's Template.ipf:25358

Proc UpdateEdc(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: num2istr(), offset().; SourcePierre's Template.ipf:1417

Proc updateHexagonFS(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Makehexagon(), rgb().; SourcePierre's Template.ipf:33092

Proc updateHexagonFS1(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Makehexagon(), rgb().; SourcePierre's Template.ipf:33658

Proc UpdateMdc(): Purposeupdates parameters, controls, scales, or display state.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: num2istr(), offset().; SourcePierre's Template.ipf:1393

Proc vb_vs_hv(normvaluelow, normvaluehigh): Usagerun from Igor with parameters normvaluelow, normvaluehigh.; normvaluelow [variable]: Low E of normalization; normvaluehigh [variable]: High E of normalization; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: normvaluelow = Low E of normalization; normvaluehigh = High E of normalization. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: combine_range(), mean(), bluetored().; SourcePierre's Template.ipf:20595

Proc XGM_image(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:19420

Proc XGMX_image(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourcePierre's Template.ipf:19368

Proc zeroNaN(matname): Usagerun from Igor with parameters matname.; matname [wave]: Enter the name of the matrix; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: matname = Enter the name of the matrix. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), func_zeroNaN().; SourcePierre's Template.ipf:7483

Proc zoom_forCsrslicer(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype(), Graph_zoomforCsrSlicer().; SourcePierre's Template.ipf:25748

Windows, panels, and menus (25)

Window Curvature_panel() : Graph: NotesCurvature panel Usage: call Curvature_panel() to recreate or bring up the Igor window/panel. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; writes or exports data; reads or updates panel controls.; SourcePierre's Template.ipf:12264

Window EMDC_Visualizer_Control() : Graph: Purposeupdates parameters, controls, scales, or display state.; Usagecall EMDC_Visualizer_Control() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; smooths wave data; reads or updates panel controls.; SourcePierre's Template.ipf:11506

Window Help_EDC() : Graph: Usagecall Help_EDC() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10529

Window Help_EDC_data() : Graph: Usagecall Help_EDC_data() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10354

Window Help_Fermi_Profile() : Graph: Usagecall Help_Fermi_Profile() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; smooths wave data; reads or updates panel controls.; SourcePierre's Template.ipf:10964

Window Help_MDC() : Graph: Usagecall Help_MDC() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10579

Window Help_MDC_Data_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_MDC_Data_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10402

Window Help_MDC_EDC() : Graph: Usagecall Help_MDC_EDC() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10505

Window Help_MDCfit() : Graph: Purposefits or extracts spectral/peak parameters.; Usagecall Help_MDCfit() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10632

Window Help_Plot_EDC() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Plot_EDC() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10602

Window Help_Plot_MDC() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_Plot_MDC() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10617

Window Help_subtract_EDC_Dploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall Help_subtract_EDC_Dploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:10491

Window Help_symetrize_EDC_mat() : Graph: Purposeapplies symmetry, mirror, or reflection operations.; Usagecall Help_symetrize_EDC_mat() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:11301

Window image_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall image_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: rgb(), lstyle(), lsize(), lSize(), lStyle(), manTick().; SourcePierre's Template.ipf:24625

Window image_fs_ploter2f() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall image_fs_ploter2f() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: lSize(), lStyle(), rgb(), manTick(), manMinor().; SourcePierre's Template.ipf:24772

Window image_fs_ploterHex() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall image_fs_ploterHex() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: lStyle(), rgb(), manTick(), manMinor().; SourcePierre's Template.ipf:33463

Window making_fs() : Graph: Usagecall making_fs() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: mode(), marker(), lSize(), lStyle(), rgb(), msize().; SourcePierre's Template.ipf:24471

Window making_fs2f() : Graph: Usagecall making_fs2f() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: mode(), marker(), lSize(), lStyle(), rgb(), msize().; SourcePierre's Template.ipf:33307

Window making_fsHEX() : Graph: Usagecall making_fsHEX() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: mode(), marker(), lStyle(), rgb(), msize(), manTick().; SourcePierre's Template.ipf:32827

Window mat3d_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3d_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24333

Window mat3dHD_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3dHD_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24379

Window mat3dk_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3dk_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24402

Window mat3dkHD_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3dkHD_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24448

Window mat3dkVD_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3dkVD_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24425

Window mat3dVD_fs_ploter() : Graph: Purposedisplays waves, images, contours, or graph overlays.; Usagecall mat3dVD_fs_ploter() to recreate or bring up the Igor window/panel.; NotesIgor window/panel recreation routine for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourcePierre's Template.ipf:24356

Computational and data helpers (167)

angleline_3dp angleline_3dpf angleline_3dpf2 anglelinecutH anglelinecutH_absamp anglelinecutHf anglelinecutV anglelinecutV_absamp anglelinecutVf AVG_Calc_avgcirc AVG_UpdateCirc BKFA_adjust_EF boxfunc Button_Help_Divide_by_FD ButtonCurv_panel Cal_Posi calcangle2kVcut Calcangleinoctant calcrealself_i Calcselfmode calculateLLall calculateLLNew calculateLLNewcons calculateRC calculateRC2 Center_detector checkNTP CheckProc_2dupdate cons_SumCompOrder_tria Constantoffset_nF Constantoffset_nFx convert1chunkcut convert1chunkcut2d curv_calc_EDC curv_calc_MDC curv_data curvature curvature2 curvature4mat3d Deriv derivthischunkcut disp DM DM1 doInsetYesNo DrawconeBFA EDCcurv EdcHWHM EMDC_adjustEDClines EMDC_adjustMDClines Fermi Fermi_convolve_at_T_old fermigap FFTranglemap FFTranglemap2 FillAkw FillAkwinSCstate FillAkwinSCstate2 FillAkwinSCstate3 fillCsrslicerimage findinglengthforCsrslicer findrangeforangle_LH findrangeforangle_LHf findrangeforangle_LV findrangeforangle_LVf findtheintersection fit_fermi fit_fermi5 fit_slope fitvk func4angle2kVcut Func_adjust_to_fp func_associate_kz func_BEatheight_EDC func_calc4circles func_comb_krange func_Curvaturex func_Curvaturexy_yx func_Curvaturey func_CVT2K_vs_kz_boundaries+ 87 more entries below

Function angleline_3dp(): NotesINTERACTING FUNCTIONAL: Update indicative lines Usage: call angleline_3dp() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartpp(), findendpp(), findstartqq(), findendqq().; SourceSmart_3D_Viewer_New.ipf:1489

Function angleline_3dpf(): NotesINTERACTING FUNCTIONAL: Update indicative lines Usage: call angleline_3dpf() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartppf(), findendppf(), findstartqqf(), findendqqf().; SourceSmart_3D_Viewer_New.ipf:6600

Function angleline_3dpf2(): NotesINTERACTING FUNCTIONAL: Update indicative lines Usage: call angleline_3dpf2() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartppf(), findendppf(), findstartqqf(), findendqqf().; SourceModels.ipf:1311

Function anglelinecutH(mat, angle, Zn, addY, normornot, smornot): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; normornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 01 Main Function Usage: call as anglelinecutH(mat, angle, Zn, addY, normornot, smornot). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartpp(), findendpp(), Normalinecut(), smoothtimes().; SourceSmart_3D_Viewer_New.ipf:1690

Function anglelinecutH_absamp(mat, angle, Zn, addY): Usagecall as anglelinecutH_absamp(mat, angle, Zn, addY).; mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartpp(), findendpp().; SourceLawler-Fujita Drift Correction.ipf:3281

Function anglelinecutHf(mat, angle, Zn, addY, normornot, smornot): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; normornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 01 Main Function Usage: call as anglelinecutHf(mat, angle, Zn, addY, normornot, smornot). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartppf(), findendppf().; SourceSmart_3D_Viewer_New.ipf:6685

Function anglelinecutV(mat, angle, Zn, addX, normornot, smornot): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; normornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 01 Main Function Usage: call as anglelinecutV(mat, angle, Zn, addX, normornot, smornot). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartqq(), findendqq(), Normalinecut(), smoothtimes().; SourceSmart_3D_Viewer_New.ipf:1932

Function anglelinecutV_absamp(mat, angle, Zn, addX): Usagecall as anglelinecutV_absamp(mat, angle, Zn, addX).; mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartqq(), findendqq().; SourceLawler-Fujita Drift Correction.ipf:3355

Function anglelinecutVf(mat, angle, Zn, addX, normornot, smornot): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; addX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; normornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 01 Main Function Usage: call as anglelinecutVf(mat, angle, Zn, addX, normornot, smornot). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findstartqqf(), findendqqf().; SourceSmart_3D_Viewer_New.ipf:6927

Function AVG_Calc_avgcirc(): Usagecall AVG_Calc_avgcirc() from Igor procedure code or the command line.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:12850

Function AVG_UpdateCirc(): Purposeupdates parameters, controls, scales, or display state.; Usagecall AVG_UpdateCirc() from Igor procedure code or the command line.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:12924

Function BKFA_adjust_EF(matname, correctwave): Usagecall as BKFA_adjust_EF(matname, correctwave).; matname [wave]: Name or reference of the source wave/matrix being processed.; correctwave [wave]: Igor wave reference used as input or output.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:14716

Function boxfunc(m, x): Usagecall as boxfunc(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21699

Function Button_Help_Divide_by_FD(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs Help_Divide_by_FD().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:9518

Function ButtonCurv_panel(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Curv_panel_ini().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: Wintype().; SourcePierre's Template.ipf:12416

Function Cal_Posi(x, y, z): Usagecall as Cal_Posi(x, y, z).; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; z [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction in Pierre's Template.ipf.; SourcePierre's Template.ipf:1891

Function calcangle2kVcut(matname, newname, paraVy, W_root, phiangle, thetaangle): Usagecall as calcangle2kVcut(matname, newname, paraVy, W_root, phiangle, thetaangle).; matname [wave]: Name or reference of the source wave/matrix being processed.; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; paraVy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; W_root [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; phiangle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; thetaangle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesUtility function for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Main internal calls: Interp2D().; SourcePierre's Template.ipf:22288

Function/WAVE Calcangleinoctant(waveforx, wavefory)//Calculate the angle along FS with respect to M-X (antinode line) Note: in degrees: Usagecall as Calcangleinoctant(waveforx, wavefory).; waveforx [wave]: Igor wave reference used as input or output.; wavefory [wave]: Igor wave reference used as input or output.; NotesWave-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: atan2().; SourcePierre's Template.ipf:29046

Function calcrealself_i(realself, energy, cmode, cgap, lambda): Usagecall as calcrealself_i(realself, energy, cmode, cgap, lambda).; realself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; energy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; cmode [string]: Step size or energy/voltage increment used by the calculation.; cgap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; lambda [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:15175

Function Calcselfmode(realself, imself, longimself, deltaself, offself, mode, cmode, cGap, lambda, Gamma0, alpha): Usagecall as Calcselfmode(realself, imself, longimself, deltaself, offself, mode, cmode, cGap).; realself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; imself [variable]: Used in: Duplicate/O longimself imself; longimself [variable]: Used in: Duplicate/O longimself thiswave / Duplicate/O longimself imself; deltaself [variable]: Step size or energy/voltage increment used by the calculation.; offself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mode [string]: Step size or energy/voltage increment used by the calculation.; cmode [string]: Step size or energy/voltage increment used by the calculation.; cGap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; lambda [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Gamma0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 1 additional parameters; see source for the full signature.; NotesUtility function for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:14937

Function calculateLLall(hv, B, ED, num): Usagecall as calculateLLall(hv, B, ED, num).; hv [variable]: =4.4/0.025//fermi velocity (meV*A); B [variable]: =4// magnetic field (T); ED [variable]: =-4.4//Dirac point (meV); num [variable]: =100; NotesUtility function for topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves.; SourceModels.ipf:4569

Function calculateLLNew(hv, B, ED, num): Usagecall as calculateLLNew(hv, B, ED, num).; hv [variable]: =4.4/0.025//fermi velocity (meV*A); B [variable]: =4// magnetic field (T); ED [variable]: =-4.4//Dirac point (meV); num [variable]: =40; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: zero(), margin().; SourceModels.ipf:4234

Function calculateLLNewcons(hv, B, ED, num): Usagecall as calculateLLNewcons(hv, B, ED, num).; hv [variable]: =4.4/0.025//fermi velocity (meV*A); B [variable]: =4// magnetic field (T); ED [variable]: =-4.4//Dirac point (meV); num [variable]: =40; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceModels.ipf:4337

Function calculateRC(pp, qq, pc, qc, angle): Usagecall as calculateRC(pp, qq, pc, qc, angle).; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qq [variable]: Momentum or Q-vector coordinate/index.; pc [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qc [variable]: Momentum or Q-vector coordinate/index.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesUtility function for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: creates output waves.; SourceSymmetrization.ipf:229

Function calculateRC2(pp, qq, pc, qc, angle): Usagecall as calculateRC2(pp, qq, pc, qc, angle).; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qq [variable]: Momentum or Q-vector coordinate/index.; pc [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qc [variable]: Momentum or Q-vector coordinate/index.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesUtility function for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: creates output waves.; SourceSymmetrization.ipf:263

Function Center_detector(matname): Usagecall as Center_detector(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:17078

Function checkNTP(NTPname, thisnumber): Usagecall as checkNTP(NTPname, thisnumber).; NTPname [string]: String name used to locate an Igor wave, graph, folder, or output object.; thisnumber [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:4085

Function CheckProc_2dupdate(ctrlName) : CheckBoxControl //problem!!: Purposeupdates parameters, controls, scales, or display state.; Usagecall as CheckProc_2dupdate(ctrlName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesFunction for Igor wave/matrix/cube data operation. Main internal calls: twoDcurv().; SourcePierre's Template.ipf:13862

Function cons_SumCompOrder_tria(A1, A2, A3, theta, A4, inc_L, inc_an, wLength): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as cons_SumCompOrder_tria(A1, A2, A3, theta, A4, inc_L, inc_an, wLength).; A1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; A2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; A3 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; A4 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; inc_L [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; inc_an [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; wLength [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: cvtcmplx(), max().; SourceModels.ipf:11713

Function Constantoffset_nF(Shift, number_of_same): Usagecall as Constantoffset_nF(Shift, number_of_same).; Shift [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number_of_same [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: WaveName(), offset().; SourcePierre's Template.ipf:6480

Function Constantoffset_nFx(Shift, number_of_same, xx): Usagecall as Constantoffset_nFx(Shift, number_of_same, xx).; Shift [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number_of_same [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: WaveName(), offset().; SourceSmartDisplay.ipf:1504

Function convert1chunkcut(achunk, kchunk, angle, addphi, addtheta, slit) //Findroots method: Usagecall as convert1chunkcut(achunk, kchunk, angle, addphi, addtheta, slit).; achunk [variable]: Used in: Make/O/N=(dimsize(achunk,0),dimsize(achunk,1)) thismat / Make/O/N=(dimsize(achunk,0),dimsize(achunk,1)) thismat; kchunk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; addphi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; addtheta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; slit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp2d(), Interp3d().; SourcePierre's Template.ipf:34630

Function convert1chunkcut2d(achunk, kchunk, angle, addphi, addtheta, slit, Fermilevel, irange) //Findroots method: Usagecall as convert1chunkcut2d(achunk, kchunk, angle, addphi, addtheta, slit, Fermilevel, irange).; achunk [variable]: Used in: Make/O/N=(dimsize(achunk,0),dimsize(achunk,1)) achunk2d; kchunk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; addphi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; addtheta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; slit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Fermilevel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; irange [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp2d().; SourcePierre's Template.ipf:35183

Function curv_calc_EDC(maty, matyy, thematrix, ifact): Usagecall as curv_calc_EDC(maty, matyy, thematrix, ifact).; maty [wave]: Matrix/2D wave input or matrix output name.; matyy [wave]: Matrix/2D wave input or matrix output name.; thematrix [wave]: Matrix/2D wave input or matrix output name.; ifact [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:12676

Function curv_calc_MDC(matx, matxx, thematrix, ifact): Usagecall as curv_calc_MDC(matx, matxx, thematrix, ifact).; matx [wave]: Matrix/2D wave input or matrix output name.; matxx [wave]: Matrix/2D wave input or matrix output name.; thematrix [wave]: Matrix/2D wave input or matrix output name.; ifact [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:12690

Function curv_data(): Usagecall curv_data() from Igor procedure code or the command line.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: temp = Enter the wave. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), EDCCurv(), MDCcurv(), twoDcurv().; SourcePierre's Template.ipf:13534

Function curvature(mat, num, box, choice, factor) //curvature. 1 is EDC, 2 is MDC, 3 is 2D with unit problem, 4 is the method that using the max between EDC and MDC(not efficient).: Usagecall as curvature(mat, num, box, choice, factor).; mat [wave]: Name or reference of the source wave/matrix being processed.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: DM1(), max(), wintype(). Update log: 2021-09-17: Signal-enhancement routine based on Peng Zhang's curvature-analysis method for highlighting dispersive features.; SourcePierre's Template.ipf:13073

Function curvature2(mat, num, box, num2, box2, choice, factor) //there are two groups of smooth parameters compared to curvature(). choice are 3 and 4.: Usagecall as curvature2(mat, num, box, num2, box2, choice, factor).; mat [wave]: Name or reference of the source wave/matrix being processed.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num2 [variable]: Number of spectra, waves, points, bins, or iterations to process.; box2 [variable]: End point, index, or coordinate for the selected range.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: DM1(), max().; SourcePierre's Template.ipf:13193

Function curvature4mat3d(mat, matcurv, num, box, choice, factor) //curvature. 1 is EDC, 2 is MDC: Usagecall as curvature4mat3d(mat, matcurv, num, box, choice, factor).; mat [wave]: Name or reference of the source wave/matrix being processed.; matcurv [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: DM1().; SourcePierre's Template.ipf:28830

Function Deriv(OldM, num, box, choice) //command line of 2nd derivative, the same as main panel.: OldM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesPeng Zhang curvature Usage: call as Deriv(OldM, num, box, choice). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: DM().; SourcePierre's Template.ipf:13041

Function derivthischunkcut(oldname, newname, pass, boxwidth, factor, choice): Usagecall as derivthischunkcut(oldname, newname, pass, boxwidth, factor, choice).; oldname [string]: Used in: Make/O/N=(dimsize(oldname,2)) thiswave / Make/O/N=(dimsize(oldname,1)) thiswave; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; pass [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; boxwidth [variable]: Igor wave reference used as input or output.; factor [variable]: for curvature only; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data. Main internal calls: curvature4mat3d().; SourcePierre's Template.ipf:34904

Function disp(mat) //disp a matrix: Purposedisplays waves, images, contours, or graph overlays.; Usagecall as disp(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:13478

Function DM(OldM, NewM, num, box, choice): Usagecall as DM(OldM, NewM, num, box, choice).; OldM [variable]: Used in: Duplicate/O OldM intermediatemat / Duplicate/O OldM intermediatemat; NewM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:2409

Function DM1(OldM, NewM, num, box, choice): Usagecall as DM1(OldM, NewM, num, box, choice).; OldM [variable]: Used in: Duplicate/O OldM intermediatemat / Duplicate/O OldM intermediatemat; NewM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; choice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:13298

Function doInsetYesNo(answer) // This funciton adds or removes the inset in the graph: answer [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFUNCTIONS Usage: call as doInsetYesNo(answer). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: lSize(), lStyle(), tick(), mirror(), lblPos(), freePos().; SourcePierre's Template.ipf:36407

Function DrawconeBFA(): Usagecall DrawconeBFA() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward. Main internal calls: Contourz().; SourcePierre's Template.ipf:16072

Function EDCcurv(): Usagecall EDCcurv() from Igor procedure code or the command line.; NotesFunction for ARPES-style loading, plotting, or momentum conversion. Main internal calls: curvature(), Deriv().; SourcePierre's Template.ipf:13550

Function EdcHWHM(para, x): Usagecall as EdcHWHM(para, x).; para [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1813

Function EMDC_adjustEDClines(Waveleft, Waveright, startvalue, endvalue): Usagecall as EMDC_adjustEDClines(Waveleft, Waveright, startvalue, endvalue).; Waveleft [wave]: Igor wave reference used as input or output.; Waveright [wave]: Igor wave reference used as input or output.; startvalue [variable]: Start point, index, or coordinate for the selected range.; endvalue [variable]: End point, index, or coordinate for the selected range.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:11698

Function EMDC_adjustMDClines(Wavelow, Wavehigh, startvalue, endvalue): Usagecall as EMDC_adjustMDClines(Wavelow, Wavehigh, startvalue, endvalue).; Wavelow [wave]: Igor wave reference used as input or output.; Wavehigh [wave]: Igor wave reference used as input or output.; startvalue [variable]: Start point, index, or coordinate for the selected range.; endvalue [variable]: End point, index, or coordinate for the selected range.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:11708

Function Fermi(w, x): Usagecall as Fermi(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:2120

Function Fermi_convolve_at_T_old(parawave, thiswave, thisenergy) : fitfunc: Usagecall as Fermi_convolve_at_T_old(parawave, thiswave, thisenergy).; parawave [wave]: Igor wave reference used as input or output.; thiswave [wave]: Igor wave reference used as input or output.; thisenergy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp().; SourcePierre's Template.ipf:22410

Function fermigap(m, x): Usagecall as fermigap(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21740

Function FFTranglemap(name): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTranglemap(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx(), di(), color3sfft(), tpw().; SourceTriangle Lattice_Graphene_like.ipf:37

Function FFTranglemap2(name): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTranglemap2(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), cvtcmplx().; SourceTriangle Lattice_Graphene_like.ipf:59

Function FillAkw(Akw, curvex, curvey, realself, imself, cGap): Usagecall as FillAkw(Akw, curvex, curvey, realself, imself, cGap).; Akw [variable]: Igor wave reference used as input or output.; curvex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; curvey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; realself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; imself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; cGap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Main internal calls: interp().; SourcePierre's Template.ipf:14986

Function FillAkwinSCstate(Akw, curvex, curvey, realself, imself, cGap): Usagecall as FillAkwinSCstate(Akw, curvex, curvey, realself, imself, cGap).; Akw [variable]: Igor wave reference used as input or output.; curvex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; curvey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; realself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; imself [variable]: Used in: Make/O/C/N=(dimsize(imself,0)) cself; cGap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: interp().; SourcePierre's Template.ipf:15020

Function FillAkwinSCstate2(Akw, curvex, curvey, realself, imself, Gap): Usagecall as FillAkwinSCstate2(Akw, curvex, curvey, realself, imself, Gap).; Akw [variable]: Igor wave reference used as input or output.; curvex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; curvey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; realself [variable]: Used in: Duplicate/O realself Ek / Duplicate/O realself uk; imself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Gap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:15049

Function FillAkwinSCstate3(Akw, curvex, curvey, realself, imself, Gap): Usagecall as FillAkwinSCstate3(Akw, curvex, curvey, realself, imself, Gap).; Akw [variable]: Igor wave reference used as input or output.; curvex [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; curvey [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; realself [variable]: Used in: Make/O/C/N=(dimsize(realself,0)) Zofw / Make/O/N=(dimsize(realself,0)) omegawave; imself [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Gap [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:15080

Function fillCsrslicerimage(thisma3d, thisimageforslicer, thisCsrslicerinter, thislattice, thisrot): Usagecall as fillCsrslicerimage(thisma3d, thisimageforslicer, thisCsrslicerinter, thislattice, thisrot).; thisma3d [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; thisimageforslicer [wave]: Igor wave or matrix input consumed by the calculation.; thisCsrslicerinter [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; thislattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; thisrot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Main internal calls: Interp3d().; SourcePierre's Template.ipf:25320

Function findinglengthforCsrslicer(interpntsforCsrslicer): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as findinglengthforCsrslicer(interpntsforCsrslicer).; interpntsforCsrslicer [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:24907

Function/WAVE findrangeforangle_LH(mat, angle, Zn): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; Notes## 04 Find the addY Range for rotated H-Linecut Usage: call as findrangeforangle_LH(mat, angle, Zn). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findendpp().; SourceSmart_3D_Viewer_New.ipf:1872

Function/WAVE findrangeforangle_LHf(mat, angle, Zn): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; Notes## 04 Find the addY Range for rotated H-Linecut Usage: call as findrangeforangle_LHf(mat, angle, Zn). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findendppf().; SourceSmart_3D_Viewer_New.ipf:6867

Function/WAVE findrangeforangle_LV(mat, angle, Zn): mat [wave]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it is used for Fourier/QPI or phase-map processing.; Notes## 04 Find the addX Range for rotated V-Linecut Usage: call as findrangeforangle_LV(mat, angle, Zn). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findendqq(), findendpp().; SourceSmart_3D_Viewer_New.ipf:2124

Function/WAVE findrangeforangle_LVf(mat, angle, Zn): mat [wave]: Name or reference of the source wave/matrix being processed.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack.; Notes## 04 Find the addX Range for rotated V-Linecut Usage: call as findrangeforangle_LVf(mat, angle, Zn). Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findendqqf(), findendppf().; SourceSmart_3D_Viewer_New.ipf:7135

Function findtheintersection(xi, yi, many, theta, av, ah, sigmaa): Usagecall as findtheintersection(xi, yi, many, theta, av, ah, sigmaa).; xi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; many [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; av [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ah [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sigmaa [variable]: Width or sigma parameter for smoothing, fitting, or Fourier filtering.; NotesFunction for Igor wave/matrix/cube data operation.; SourceModels.ipf:93

Function fit_fermi(W, x): Purposefits or extracts spectral/peak parameters.; Usagecall as fit_fermi(W, x).; W [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8605

Function fit_fermi5(W, x): Purposefits or extracts spectral/peak parameters.; Usagecall as fit_fermi5(W, x).; W [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8610

Function fit_slope(slope, x): Purposefits or extracts spectral/peak parameters.; Usagecall as fit_slope(slope, x).; slope [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:18831

Function fitvk(m, x, y) : fitfunc: Purposefits or extracts spectral/peak parameters.; Usagecall as fitvk(m, x, y).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesUtility function for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:19860

Function func4angle2kVcut(paraVy, yy): Usagecall as func4angle2kVcut(paraVy, yy).; paraVy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:22281

Function Func_adjust_to_fp(matname, thenewmat, ferminame, Fermilevel): Usagecall as Func_adjust_to_fp(matname, thenewmat, ferminame, Fermilevel).; matname [wave]: Name or reference of the source wave/matrix being processed.; thenewmat [wave]: Matrix/2D wave input or matrix output name.; ferminame [string]: String name used to locate an Igor wave, graph, folder, or output object.; Fermilevel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:6435

Function func_associate_kz(oldname, newname, fe, V0value): Usagecall as func_associate_kz(oldname, newname, fe, V0value).; oldname [string]: String name used to locate an Igor wave, graph, folder, or output object.; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; fe [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; V0value [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:30085

Function func_BEatheight_EDC(EDCname, height, smoothfactor): Usagecall as func_BEatheight_EDC(EDCname, height, smoothfactor).; EDCname [string]: Used in: Duplicate/O EDCname smoothtemp; height [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smoothfactor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data; cleans up waves/windows or brings an existing window forward. Main internal calls: x2pnt(), sign(), pnt2x().; SourcePierre's Template.ipf:35809

Function func_calc4circles(parameters, quadrant1_x, quadrant1_y): Usagecall as func_calc4circles(parameters, quadrant1_x, quadrant1_y).; parameters [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; quadrant1_x [variable]: Momentum or Q-vector coordinate/index.; quadrant1_y [variable]: Momentum or Q-vector coordinate/index.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: tbfunc().; SourcePierre's Template.ipf:32224

Function func_comb_krange(thisdata, outputname, x_center, x_wide): Usagecall as func_comb_krange(thisdata, outputname, x_center, x_wide).; thisdata [variable]: Used in: Make/O/N=(dimsize(thisdata,0)) tempwave1; outputname [string]: Used in: Duplicate/O/R=[tocut,*] outputname bidon / Duplicate/O bidon outputname; x_center [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x_wide [variable]: Igor wave reference used as input or output.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mean().; SourcePierre's Template.ipf:6962

Function func_Curvaturex(oldmat, matx, matxx, num, box): Usagecall as func_Curvaturex(oldmat, matx, matxx, num, box).; oldmat [wave]: Matrix/2D wave input or matrix output name.; matx [wave]: Matrix/2D wave input or matrix output name.; matxx [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:12572

Function func_Curvaturexy_yx(oldmat, matxy, matyx, numxy, boxxy, numyx, boxyx): Usagecall as func_Curvaturexy_yx(oldmat, matxy, matyx, numxy, boxxy, numyx, boxyx).; oldmat [wave]: Matrix/2D wave input or matrix output name.; matxy [wave]: Matrix/2D wave input or matrix output name.; matyx [wave]: Matrix/2D wave input or matrix output name.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; boxxy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numyx [variable]: Number of spectra, waves, points, bins, or iterations to process.; boxyx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:12462

Function func_Curvaturey(oldmat, maty, matyy, num, box): Usagecall as func_Curvaturey(oldmat, maty, matyy, num, box).; oldmat [wave]: Matrix/2D wave input or matrix output name.; maty [wave]: Matrix/2D wave input or matrix output name.; matyy [wave]: Matrix/2D wave input or matrix output name.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; box [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:12609

Function func_CVT2K_vs_kz_boundaries(matkhv, matkkz1, EFwave, lowestwave, highestwave, Vzero): Usagecall as func_CVT2K_vs_kz_boundaries(matkhv, matkkz1, EFwave, lowestwave, highestwave, Vzero).; matkhv [wave]: Matrix/2D wave input or matrix output name.; matkkz1 [wave]: Matrix/2D wave input or matrix output name.; EFwave [wave]: Igor wave reference used as input or output.; lowestwave [wave]: Igor wave reference used as input or output.; highestwave [wave]: Igor wave reference used as input or output.; Vzero [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_mat2d_1orNaN().; SourcePierre's Template.ipf:35520

Function func_CVT2K_vs_kz_boundaries_2D(matkhv, matkkz1, EFwave, lowestwave, highestwave, Vzero, BEmat): Usagecall as func_CVT2K_vs_kz_boundaries_2D(matkhv, matkkz1, EFwave, lowestwave, highestwave, Vzero, BEmat).; matkhv [wave]: Matrix/2D wave input or matrix output name.; matkkz1 [wave]: Matrix/2D wave input or matrix output name.; EFwave [wave]: Igor wave reference used as input or output.; lowestwave [wave]: Igor wave reference used as input or output.; highestwave [wave]: Igor wave reference used as input or output.; Vzero [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; BEmat [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: func_mat2d_1orNaN_2d().; SourceMiscellaneous_Codes.ipf:1461

Function func_CVT2K_vs_kz_interp(matkhv, matkkz, matkkz1): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as func_CVT2K_vs_kz_interp(matkhv, matkkz, matkkz1).; matkhv [wave]: Matrix/2D wave input or matrix output name.; matkkz [wave]: Matrix/2D wave input or matrix output name.; matkkz1 [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Ceil(), interp().; SourcePierre's Template.ipf:35470

Function func_CVT2K_vs_kz_interp_2D(matkhv, matkkz, matkkz1): Purposeresamples, rescales, pads, or changes wave dimensions.; Usagecall as func_CVT2K_vs_kz_interp_2D(matkhv, matkkz, matkkz1).; matkhv [wave]: Matrix/2D wave input or matrix output name.; matkkz [wave]: Matrix/2D wave input or matrix output name.; matkkz1 [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward. Main internal calls: Ceil(), interp().; SourceMiscellaneous_Codes.ipf:1506

Function func_double_elipse(para, x) : fitfunc: Usagecall as func_double_elipse(para, x).; para [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:15999

Function func_findEres(thiswave, W, largest_res, fitfrom, fitto, displayornot): Usagecall as func_findEres(thiswave, W, largest_res, fitfrom, fitto, displayornot).; thiswave [wave]: Igor wave reference used as input or output.; W [wave]: Igor wave reference used as input or output.; largest_res [variable]: Used in: Make/O/N=(floor(largest_res*1000)) reswave / Make/O/N=(floor(largest_res*1000)) minsqwave; fitfrom [variable]: Used in: Duplicate/O/R=[x2pnt(thiswave,fitfrom),x2pnt(thiswave,fitto)] thiswave, thiswaveshort; fitto [variable]: Used in: Duplicate/O/R=[x2pnt(thiswave,fitfrom),x2pnt(thiswave,fitto)] thiswave, thiswaveshort; displayornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: x2pnt(), fit_Fermi(), rgb().; SourcePierre's Template.ipf:8433

Function func_Flip_digimage(matname): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as func_Flip_digimage(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:6537

Function/S Func_Generate_chunklist(imageindex, imagetheta, imagephi, imtheta, imphi1, imphi2): Usagecall as Func_Generate_chunklist(imageindex, imagetheta, imagephi, imtheta, imphi1, imphi2).; imageindex [wave]: Step size or energy/voltage increment used by the calculation.; imagetheta [wave]: Angle parameter used for ARPES momentum conversion or rotation.; imagephi [wave]: Igor wave or matrix input consumed by the calculation.; imtheta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; imphi1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; imphi2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesString-returning helper for Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:34277

Function Func_Get_ledge_edc(edcname, fermi_level, search_halfwindow, which_way, smoothlevel): Usagecall as Func_Get_ledge_edc(edcname, fermi_level, search_halfwindow, which_way, smoothlevel).; edcname [string]: Used in: Duplicate/O edcname tempwave; fermi_level [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; search_halfwindow [variable]: Igor wave reference used as input or output.; which_way [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; smoothlevel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; smooths wave data. Main internal calls: x2pnt().; SourcePierre's Template.ipf:28999

Function func_give_area1_old(namex, namey, surfx_x, surfx_y, surfy_x, surfy_y, griddelta, lattice, firstx, firsty): Usagecall as func_give_area1_old(namex, namey, surfx_x, surfx_y, surfy_x, surfy_y, griddelta, lattice).; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; surfx_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfx_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; surfy_x [variable]: Used in: Make/O/N=1 surfy_x; surfy_y [variable]: Used in: Make/O/N=1 surfy_y; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; firstx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; firsty [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves.; SourcePierre's Template.ipf:7367

Function func_keep_negative(mat, replaceby): Usagecall as func_keep_negative(mat, replaceby).; mat [wave]: Name or reference of the source wave/matrix being processed.; replaceby [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8813

Function func_keep_positive(mat, replaceby): Usagecall as func_keep_positive(mat, replaceby).; mat [wave]: Name or reference of the source wave/matrix being processed.; replaceby [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:8844

Function func_Makearcshadow(matname, csize, cwidth, arc1, arc2): Usagecall as func_Makearcshadow(matname, csize, cwidth, arc1, arc2).; matname [wave]: Name or reference of the source wave/matrix being processed.; csize [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; cwidth [variable]: Igor wave reference used as input or output.; arc1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; arc2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:16188

Function Func_makebold(matname, curvenamex, curvenamey, profilecurve, xwaveprofile, distance): Usagecall as Func_makebold(matname, curvenamex, curvenamey, profilecurve, xwaveprofile, distance).; matname [wave]: Name or reference of the source wave/matrix being processed.; curvenamex [string]: String name used to locate an Igor wave, graph, folder, or output object.; curvenamey [string]: String name used to locate an Igor wave, graph, folder, or output object.; profilecurve [string]: File name or file-derived label used by the loader/export routine.; xwaveprofile [wave]: File name or file-derived label used by the loader/export routine.; distance [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics. Main internal calls: interp().; SourcePierre's Template.ipf:17012

Function func_mat2d_1orNaN(matname): Usagecall as func_mat2d_1orNaN(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:35501

Function func_mat2dk_pi(mat2d, matrix2dk, offset_theta, offset_phi, ktheta_min, delta_ktheta, ktheta_max, number_of_ktheta, kphi_min, kphi_max, delta_kphi, number_of_kphi, theta_min, theta_max, phi_min, phi_max, ktheta, kphi, iktheta, ikphi, i, theta, phi, Kenergy): Usagecall as func_mat2dk_pi(mat2d, matrix2dk, offset_theta, offset_phi, ktheta_min, delta_ktheta, ktheta_max, number_of_ktheta).; mat2d [wave]: Matrix/2D wave input or matrix output name.; matrix2dk [wave]: Matrix/2D wave input or matrix output name.; offset_theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ktheta_min [variable]: Angle parameter used for ARPES momentum conversion or rotation.; delta_ktheta [variable]: Step size or energy/voltage increment used by the calculation.; ktheta_max [variable]: Angle parameter used for ARPES momentum conversion or rotation.; number_of_ktheta [variable]: Number of spectra, waves, points, bins, or iterations to process.; kphi_min [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kphi_max [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 14 additional parameters; see source for the full signature.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: interp2d().; SourcePierre's Template.ipf:31528

Function func_mat3dk_pi(mat3d, mat3dk, offset_theta, offset_phi, fermi_level, ktheta_min, delta_ktheta, ktheta_max, number_of_ktheta, kphi_min, kphi_max, delta_kphi, number_of_kphi, theta_min, theta_max, phi_min, phi_max, ktheta, kphi, iktheta, ikphi, i, j, theta, phi, KE, sqrtKE)//Use mat3d: Usagecall as func_mat3dk_pi(mat3d, mat3dk, offset_theta, offset_phi, fermi_level, ktheta_min, delta_ktheta, ktheta_max).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dk [wave]: Matrix/2D wave input or matrix output name.; offset_theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ktheta_min [variable]: Angle parameter used for ARPES momentum conversion or rotation.; delta_ktheta [variable]: Step size or energy/voltage increment used by the calculation.; ktheta_max [variable]: Angle parameter used for ARPES momentum conversion or rotation.; number_of_ktheta [variable]: Number of spectra, waves, points, bins, or iterations to process.; kphi_min [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 17 additional parameters; see source for the full signature.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: interp2d().; SourcePierre's Template.ipf:29305

Function func_mat3dk_pi1(mat3d, mat3dk, offset_theta, offset_phi, fermi_level, ktheta_min, delta_ktheta, ktheta_max, number_of_ktheta, kphi_min, kphi_max, delta_kphi, number_of_kphi, theta_min, theta_max, phi_min, phi_max, ktheta, kphi, iktheta, ikphi, i, j, theta, phi, KE, sqrtKE)//Use mat3d: Usagecall as func_mat3dk_pi1(mat3d, mat3dk, offset_theta, offset_phi, fermi_level, ktheta_min, delta_ktheta, ktheta_max).; mat3d [wave]: Matrix/2D wave input or matrix output name.; mat3dk [wave]: Matrix/2D wave input or matrix output name.; offset_theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; offset_phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fermi_level [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ktheta_min [variable]: Angle parameter used for ARPES momentum conversion or rotation.; delta_ktheta [variable]: Step size or energy/voltage increment used by the calculation.; ktheta_max [variable]: Angle parameter used for ARPES momentum conversion or rotation.; number_of_ktheta [variable]: Number of spectra, waves, points, bins, or iterations to process.; kphi_min [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 17 additional parameters; see source for the full signature.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: interp().; SourcePierre's Template.ipf:29251

Function func_NaN0(matname): Usagecall as func_NaN0(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:7657

Function func_normcut(name, x_from, x_to): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as func_normcut(name, x_from, x_to).; name [string]: Name or reference of the source wave/matrix being processed.; x_from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x_to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mean().; SourcePierre's Template.ipf:6913

Function func_predictcalc4circles(parameters, quadrant1_x, quadrant1_y): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as func_predictcalc4circles(parameters, quadrant1_x, quadrant1_y).; parameters [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; quadrant1_x [variable]: Momentum or Q-vector coordinate/index.; quadrant1_y [variable]: Momentum or Q-vector coordinate/index.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: tbfunc().; SourcePierre's Template.ipf:32425

Function func_rm_one_AVG_linear_backgnd(thisdata, number_of_pnts) //remove an averaged linear background: Usagecall as func_rm_one_AVG_linear_backgnd(thisdata, number_of_pnts).; thisdata [variable]: Used in: Make/O/N=(dimsize(thisdata,1)) thiswave; number_of_pnts [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:4222

Function func_rm_one_linear_background(thisdata, number_of_pnts) //remove a linear background EDC by EDC: Purposesmooths, normalizes, or removes background/trend components.; Usagecall as func_rm_one_linear_background(thisdata, number_of_pnts).; thisdata [variable]: Used in: Make/O/N=(dimsize(thisdata,1)) thiswave; number_of_pnts [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:4187

Function func_rm_one_linear_edcbackgnd(thisedc, number_of_pnts) //remove a linear background EDC by EDC: Usagecall as func_rm_one_linear_edcbackgnd(thisedc, number_of_pnts).; thisedc [variable]: Used in: CurveFit/NTHR=0/Q/TBOX=0 line kwCWave=line_coef, thisedc[dimsize(thisedc,0)-number_of_pnts,dimsize(thisedc,0)-1] /D / Duplicate/O thisedc bgndedc; number_of_pnts [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:4208

Function func_rot2d_pi(mat, nnewmat, angle, px, py, new_delta, delta_x, delta_y, newsize_x, newsize_y, new_xoffset, new_yoffset, x_0, x_last, y_0, y_last): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as func_rot2d_pi(mat, nnewmat, angle, px, py, new_delta, delta_x, delta_y).; mat [wave]: Name or reference of the source wave/matrix being processed.; nnewmat [wave]: Matrix/2D wave input or matrix output name.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; px [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; py [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; new_delta [variable]: Step size or energy/voltage increment used by the calculation.; delta_x [variable]: Step size or energy/voltage increment used by the calculation.; delta_y [variable]: Step size or energy/voltage increment used by the calculation.; newsize_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; newsize_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 6 additional parameters; see source for the full signature.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:5597

Function func_rot3d_pi(mat, nnewmat, angle, px, py, new_delta, delta_x, delta_y, newsize_x, newsize_y, new_xoffset, new_yoffset, x_0, x_last, y_0, y_last): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as func_rot3d_pi(mat, nnewmat, angle, px, py, new_delta, delta_x, delta_y).; mat [wave]: Name or reference of the source wave/matrix being processed.; nnewmat [wave]: Matrix/2D wave input or matrix output name.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; px [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; py [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; new_delta [variable]: Step size or energy/voltage increment used by the calculation.; delta_x [variable]: Step size or energy/voltage increment used by the calculation.; delta_y [variable]: Step size or energy/voltage increment used by the calculation.; newsize_x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; newsize_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ... 6 additional parameters; see source for the full signature.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:5636

Function func_STM_shift(matfixed, matmoved, Corr_STMshift): Usagecall as func_STM_shift(matfixed, matmoved, Corr_STMshift).; matfixed [wave]: Matrix/2D wave input or matrix output name.; matmoved [wave]: Matrix/2D wave input or matrix output name.; Corr_STMshift [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: uses Igor matrix operations for vectorized calculation. Main internal calls: Correlate().; SourcePierre's Template.ipf:24133

Function func_sym_edc_far(edcname, new1, new2): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as func_sym_edc_far(edcname, new1, new2).; edcname [string]: String name used to locate an Igor wave, graph, folder, or output object.; new1 [variable]: Igor wave reference used as input or output.; new2 [variable]: Igor wave reference used as input or output.; NotesFunction for symmetry or reflection processing; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourcePierre's Template.ipf:8211

Function func_sym_edc_matrix_far(matname, newname): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as func_sym_edc_matrix_far(matname, newname).; matname [wave]: Name or reference of the source wave/matrix being processed.; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourcePierre's Template.ipf:8277

Function func_symmat3dhv(matold, matnew) // symmetrize mat_khv with respect to zero. The zero must be set first: Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as func_symmat3dhv(matold, matnew).; matold [wave]: Matrix/2D wave input or matrix output name.; matnew [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves. Main internal calls: interp().; SourcePierre's Template.ipf:33858

Function Func_transform2equiv_mat(nameref, name2): Usagecall as Func_transform2equiv_mat(nameref, name2).; nameref [string]: Used in: Duplicate/O nameref newmat; name2 [string]: Used in: Duplicate/O newmat name2; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Interp2d().; SourcePierre's Template.ipf:9307

Function func_zeroNaN(matname): Usagecall as func_zeroNaN(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:7491

Function funcChangeHline(matname): Usagecall as funcChangeHline(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:27520

Function funcChangeVline(matname): Usagecall as funcChangeVline(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:27731

Function funcCutNaNedges(matname): Usagecall as funcCutNaNedges(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:2195

Function funcCVT2EK_exact1cutH(oldname, newname, theta, phi): Usagecall as funcCVT2EK_exact1cutH(oldname, newname, theta, phi).; oldname [string]: Used in: Make/O/N=(dimsize(oldname,0)) wavek / Make/O/N=(dimsize(oldname,0)) waveI; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics. Main internal calls: interp().; SourcePierre's Template.ipf:30121

Function funcCVT2EK_exact1cutV(oldname, newname, theta, phi): Usagecall as funcCVT2EK_exact1cutV(oldname, newname, theta, phi).; oldname [string]: Used in: Make/O/N=(dimsize(oldname,0)) wavek / Make/O/N=(dimsize(oldname,0)) waveI; newname [string]: String name used to locate an Igor wave, graph, folder, or output object.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics. Main internal calls: interp().; SourcePierre's Template.ipf:30097

Function funcfind1angleBKFA(xvalue, yvalue): Usagecall as funcfind1angleBKFA(xvalue, yvalue).; xvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction in Pierre's Template.ipf.; SourcePierre's Template.ipf:14410

Function funclorentz3(m, x) : fitfunc: Usagecall as funclorentz3(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:18498

Function funcMakeHexagon(size_a, angle, namex, namey): Usagecall as funcMakeHexagon(size_a, angle, namex, namey).; size_a [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; namex [string]: String name used to locate an Igor wave, graph, folder, or output object.; namey [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:32977

Function GetWaveOffset(w): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as GetWaveOffset(w).; w [wave]: Igor wave reference used as input or output.; NotesUtility function for Igor wave/matrix/cube data operation. Main internal calls: TraceInfo(), str2num().; SourcePierre's Template.ipf:1851

Function give_b(m, x1, y1): Usagecall as give_b(m, x1, y1).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x1 [variable]: Start point, index, or coordinate for the selected range.; y1 [variable]: Start point, index, or coordinate for the selected range.; NotesFunction in Pierre's Template.ipf.; SourcePierre's Template.ipf:7850

Function give_slope(x1, y1, x2, y2): Usagecall as give_slope(x1, y1, x2, y2).; x1 [variable]: Start point, index, or coordinate for the selected range.; y1 [variable]: Start point, index, or coordinate for the selected range.; x2 [variable]: End point, index, or coordinate for the selected range.; y2 [variable]: End point, index, or coordinate for the selected range.; NotesFunction in Pierre's Template.ipf.; SourcePierre's Template.ipf:7845

Function hexfunction(kx, ky): Usagecall as hexfunction(kx, ky).; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; NotesFunction for ARPES-style loading, plotting, or momentum conversion. Main internal calls: elseif().; SourcePierre's Template.ipf:2147

Function idisp(mat): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as idisp(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourcePierre's Template.ipf:13493

Function KP_EnsureTemplateRootGlobals(): Usagecall KP_EnsureTemplateRootGlobals() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Main internal calls: KP_EnsureRootGlobalVariable(), KP_EnsureRootGlobalString().; SourceKP_GlobalState.ipf:40

Function kxtransH(paraHx, xx, yy): Usagecall as kxtransH(paraHx, xx, yy).; paraHx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:34734

Function kxtransV(paraVx, xx, yy): Usagecall as kxtransV(paraVx, xx, yy).; paraVx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:34718

Function kytransH(paraHy, xx, yy): Usagecall as kytransH(paraHy, xx, yy).; paraHy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:34742

Function kytransV(paraVy, xx, yy): Usagecall as kytransV(paraVy, xx, yy).; paraVy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:34726

Function line_fermi(Wfit, x)//function used to fit. Both below and above Ef are used lines, not constant.: Usagecall as line_fermi(Wfit, x).; Wfit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:2360

Function linear_bkgnd_plus2Lor(parwave, x) : fitfunc: Purposesmooths, normalizes, or removes background/trend components.; Usagecall as linear_bkgnd_plus2Lor(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21747

Function linear_bkgnd_plus2LorsameW(parwave, x) : fitfunc: Purposesmooths, normalizes, or removes background/trend components.; Usagecall as linear_bkgnd_plus2LorsameW(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21754

Function ListBoxProc(lba) : ListBoxControl: Usagecall as ListBoxProc(lba).; lba [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management.; SourcePierre's Template.ipf:25242

Function Lorentz(m, x): Usagecall as Lorentz(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1619

Function Lorentz2(m, x) : fitfunc: Usagecall as Lorentz2(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1614

Function Lorentzfermi(m, x) : fitfunc: Usagecall as Lorentzfermi(m, x).; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:19855

Function LorFit(w, x) : FitFunc: Purposefits or extracts spectral/peak parameters.; Usagecall as LorFit(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:1872

Function makeLLspectraf(hv, ED, tem, num, field, ER): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makeLLspectraf(hv, ED, tem, num, field, ER).; hv [variable]: Fermi velocity (meV*A); ED [variable]: Binding Energy of Dirac Point (meV); tem [variable]: Temperature of the system (K); num [variable]: number of levels; field [variable]: Field Range: (1 to ?)T; ER [variable]: Energe range of spectrum (meV); NotesUtility function for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: hv = Fermi velocity (meV*A); ED = Binding Energy of Dirac Point (meV); tem = Temperature of the system (K); num = number of levels; field = Field Range: (1 to ?)T; ER = Energe range of spectrum (meV). Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: madelldos(), linkstsmapno(), di().; SourceModels.ipf:4434

Function MDCcurv(): Usagecall MDCcurv() from Igor procedure code or the command line.; NotesFunction for ARPES-style loading, plotting, or momentum conversion. Main internal calls: curvature(), Deriv().; SourcePierre's Template.ipf:13563

Function merged1kchunk(kchunk, merged, number): Usagecall as merged1kchunk(kchunk, merged, number).; kchunk [variable]: Used in: Make/O/N=(dimsize(kchunk,0),dimsize(kchunk,1)) thismat; merged [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: interp2D().; SourcePierre's Template.ipf:34585

Function merged1kchunk2d(kchunk, merged, number): Usagecall as merged1kchunk2d(kchunk, merged, number).; kchunk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; merged [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: interp2D().; SourcePierre's Template.ipf:35263

Function mergekchunks(merged, matout): Usagecall as mergekchunks(merged, matout).; merged [variable]: Used in: Make/O/N=(dimsize(merged,3)) thiswave; matout [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:34603

Function mergekchunks2d(merged, matout): Usagecall as mergekchunks2d(merged, matout).; merged [variable]: Used in: Make/O/N=(dimsize(merged,2)) thiswave; matout [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:35271

Function Newrotate(name, theta1): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as Newrotate(name, theta1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; theta1 [variable]: counter clock-wise degree; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output. Main internal calls: func_NaN0(), dilf().; SourceMiscellaneous_Codes.ipf:39

Function Newrotatecont(name, theta1): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as Newrotatecont(name, theta1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; theta1 [variable]: counter clock-wise degree; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output. Main internal calls: func_NaN0().; SourceMiscellaneous_Codes.ipf:192

Function OneasLor(parwave, x) : fitfunc //only one lorenztian is asymmetric: Usagecall as OneasLor(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21732

Function refresh_disp(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall refresh_disp() from Igor procedure code or the command line.; NotesFunction for ARPES-style loading, plotting, or momentum conversion; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:13904

Function remove20cone(): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall remove20cone() from Igor procedure code or the command line.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays.; SourcePierre's Template.ipf:16127

Function rot2d_pimf(mats, angle, px, py, qualityfactor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as rot2d_pimf(mats, angle, px, py, qualityfactor).; mats [wave]: Matrix/2D wave input or matrix output name.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; px [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; py [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qualityfactor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: func_rot2d_pi().; SourceMiscellaneous_Codes.ipf:9900

Function set_textimageforslicer(textname): Purposeupdates parameters, controls, scales, or display state.; Usagecall as set_textimageforslicer(textname).; textname [string]: Used in: ValDisplay ttextimageforslicer format=textname //textforslicer[0]; NotesUtility function for linecut, slice, or region extraction; graph display, formatting, or window management. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:27501

Function setKE1atEF(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs KE1atEF_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesUtility function for linecut, slice, or region extraction.; SourcePierre's Template.ipf:26518

Function setvarincrement_theta1_zero(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs theta1_zero_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesUtility function for linecut, slice, or region extraction.; SourcePierre's Template.ipf:26543

Function setvarincrementpredictwedge(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvarincrementpredictwedge(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesUtility function in Pierre's Template.ipf. Code behavior: reads or updates panel controls.; SourcePierre's Template.ipf:26601

Function setvartwoDW(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagecall as setvartwoDW(ctrlName, varNum, varStr, varName).; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesUtility function in Pierre's Template.ipf. Main internal calls: twoDcurv().; SourcePierre's Template.ipf:13772

Function SimulkEresolution(mat, Eresolution, kresolution): Usagecall as SimulkEresolution(mat, Eresolution, kresolution).; mat [wave]: Name or reference of the source wave/matrix being processed.; Eresolution [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kresolution [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:15131

Function size4cvtchunkcut(thischunk, angle, addphi, addtheta, slit, kproperties): Usagecall as size4cvtchunkcut(thischunk, angle, addphi, addtheta, slit, kproperties).; thischunk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; addphi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; addtheta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; slit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kproperties [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: Ceil().; SourcePierre's Template.ipf:34750

Function size4cvtchunkcut2d(thischunk, angle, addphi, addtheta, slit, kproperties, Fermilevel): Usagecall as size4cvtchunkcut2d(thischunk, angle, addphi, addtheta, slit, kproperties, Fermilevel).; thischunk [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; addphi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; addtheta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; slit [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kproperties [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Fermilevel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: Ceil().; SourcePierre's Template.ipf:35103

Function SumCompOrder_tria(A1, A2, A3, theta, A4, inc_L, inc_an, wLength): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as SumCompOrder_tria(A1, A2, A3, theta, A4, inc_L, inc_an, wLength).; A1 [variable]: Used in: Display/HOST=#/W=(0,0.05,0.4,0.55);appendimage trian1;ModifyGraph mirror=2;ModifyImage trian1 ctab= {-max(A1,A2,A3),max(A1,A2,A3),VioletOran / setActiveSubwindow ##;Display/HOST=#/W=(0.3,0.05,0.7,0.55);appendimage trian2;ModifyGraph mirror=2;ModifyImage trian2 ctab= {-max(A1,A2,A3),; A2 [variable]: Used in: Display/HOST=#/W=(0,0.05,0.4,0.55);appendimage trian1;ModifyGraph mirror=2;ModifyImage trian1 ctab= {-max(A1,A2,A3),max(A1,A2,A3),VioletOran / setActiveSubwindow ##;Display/HOST=#/W=(0.3,0.05,0.7,0.55);appendimage trian2;ModifyGraph mirror=2;ModifyImage trian2 ctab= {-max(A1,A2,A3),; A3 [variable]: Used in: Display/HOST=#/W=(0,0.05,0.4,0.55);appendimage trian1;ModifyGraph mirror=2;ModifyImage trian1 ctab= {-max(A1,A2,A3),max(A1,A2,A3),VioletOran / setActiveSubwindow ##;Display/HOST=#/W=(0.3,0.05,0.7,0.55);appendimage trian2;ModifyGraph mirror=2;ModifyImage trian2 ctab= {-max(A1,A2,A3),; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; A4 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; inc_L [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; inc_an [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; wLength [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: cvtcmplx(), max(), ckfig_child().; SourceModels.ipf:11608

Function sym1FDplus1Lor(parwave, x) : fitfunc: Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as sym1FDplus1Lor(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21706

Function sym1FDplus2Lor(parwave, x) : fitfunc: Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as sym1FDplus2Lor(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21713

Function tbfunc(w, x, y) : FitFunc: Usagecall as tbfunc(w, x, y).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:3450

Function temp41(): Usagecall temp41() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:16389

Function temp43(mat3dkfirstVD): Usagecall as temp43(mat3dkfirstVD).; mat3dkfirstVD [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; smooths wave data; differentiates wave data.; SourcePierre's Template.ipf:16458

Function testnewangle(tt): tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFailed to organize: smooth the phase jump Not implement in the current version Usage: call as testnewangle(tt). Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: atan2(), smoothphasejump(), di().; SourceModels.ipf:11014

Function twoDcurv(): Usagecall twoDcurv() from Igor procedure code or the command line.; NotesFunction for ARPES-style loading, plotting, or momentum conversion. Main internal calls: curvature2().; SourcePierre's Template.ipf:13576

Function updatePRB_98_214503_normalFS(): Purposeupdates parameters, controls, scales, or display state.; Usagecall updatePRB_98_214503_normalFS() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourceModels.ipf:1550

Function updatePRB_98_214503_SCFS(): Purposeupdates parameters, controls, scales, or display state.; Usagecall updatePRB_98_214503_SCFS() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation.; SourceModels.ipf:2113

Lattice, Moire, Symmetry, Drift, and Strain

Panel callbacks and control handlers (86)

ButtonProc__SQConst2dlockinftd ButtonProc_C4_symc ButtonProc_C4shearcorrectc ButtonProc_C4sheargetparac ButtonProc_c4special ButtonProc_C4symFFT ButtonProc_cal_strainbyshearc ButtonProc_calculateMoireLc ButtonProc_calculateRCc ButtonProc_cnfyjc ButtonProc_Cons3dplotgetshear ButtonProc_ConstLF ButtonProc_ContinitialShearFit ButtonProc_D2symetric ButtonProc_D4_symc ButtonProc_Fitimagehoneycombc ButtonProc_Fitimagesquarec ButtonProc_Fitimagetriangularc ButtonProc_GPAtwist ButtonProc_GPBtwist ButtonProc_GPCtwist ButtonProc_Gshear ButtonProc_Honeycomb ButtonProc_latticesergeon3d ButtonProc_LF ButtonProc_LFtc ButtonProc_LS ButtonProc_LS2 ButtonProc_lsturnoff ButtonProc_makelatticec ButtonProc_Makelatticedata ButtonProc_makeshearXimagec ButtonProc_Mdiag_symc ButtonProc_Moffdiag_symc ButtonProc_Mx_symc ButtonProc_My_symc ButtonProc_plotlattice ButtonProc_put_psuperlattice ButtonProc_put_superlattice ButtonProc_put_superlattice1 ButtonProc_RDF ButtonProc_reflecttrace ButtonProc_remove_psuperlattice ButtonProc_remove_superlattice ButtonProc_remove_superlattice1 ButtonProc_rotatedshearc ButtonProc_rotatedsheard ButtonProc_Shearmat3d ButtonProc_shiftNsym ButtonProc_Strain_anglec ButtonProc_Strainanalysisc ButtonProc_StrainFTtheta ButtonProc_symbands ButtonProc_symbands_cmplx ButtonProc_symmetrizeQPIdallc PopMenuProc_bkgrmv2Ddemo_3dplot PopMenuProc_Constsrain PopMenuProc_mirroronoff PopMenuProc_symmode_3dplot setvarincrement_lattice1_0 setvarincrement_lattice_0 setvarincrement_lattice_hexagon setvarlattice1_0 setvarlattice_0 setvarlattice_02f setvarlattice_0H setvarpredictlattice_0 SetVarProc_apsquare SetVarProc_bkgrmv2Ddemo_3dplot SetVarProc_caclcshearx SetVarProc_ciShearFit SetVarProc_Const2dlockin SetVarProc_Const2dlockinftd SetVarProc_Const2dlockinftd2 SetVarProc_Const2dlockininampabs SetVarProc_ConstLF SetVarProc_ConstLFstrain SetVarProc_Constsrain SetVarProc_lsend SetVarProc_lsends+ 6 more entries below

Function ButtonProc__SQConst2dlockinftd(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSave Q; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Panel control(s): Save Q. Code behavior: creates output waves.; SourceLawler-Fujita Drift Correction.ipf:2320

Function ButtonProc_C4_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelC4; Notes####. C4 symmetrization of a matrix Purpose: applies symmetry, mirror, or reflection operations. Panel control(s): C4.; SourceSymmetrization.ipf:128

Function ButtonProc_C4shearcorrectc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs C4shearcorrectc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo!, Go!, Go; NotesCorrect the shear image Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): Go!, Go.; SourceShear Correction for C4.ipf:255

Function ButtonProc_C4sheargetparac(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs C4sheargetparac().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelC4 shearing, C4 shearing, Coef; Notes(1) Click "Fit Shear" to call C4sheargetpara(), this will fit the FFT Q1, Q2 to get the shear parameter. Maybe need multiple tries to fit good (2) Click "Go" to call C4shearcorrect(), calculate the correction matrix and get the corrected X and Y wave, do scatt Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): C4 shearing, Coef.; SourceShear Correction for C4.ipf:28

Function ButtonProc_c4special(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesThis procedure is used to make non Nxm (m <N) matrix to become (N x N-1) matrix, after this you can make C4 symmetric operation Usage: triggered as a wrapper that opens/runs c4special().; SourceFFT.ipf:243

Function ButtonProc_C4symFFT(ctrlName) : ButtonControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagetriggered as a wrapper that opens/runs C4symFFT().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction.; SourceFFT.ipf:134

Function ButtonProc_cal_strainbyshearc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cal_strainbyshearc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelε; NotesCalculate lattice strain (a-b)/a after shear The lattice can be at arbitary angle compare to the shear axis Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): ε.; SourceShear Correction for C4.ipf:1119

Function ButtonProc_calculateMoireLc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs calculateMoireLc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMoiré λ; NotesCalculate Moire wavelength Panel control(s): Moiré λ.; SourceTriangle Lattice_Graphene_like.ipf:345

Function ButtonProc_calculateRCc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRnu_{ / m i}= nu_{ / m j}; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): Rnu_{ / m i}= nu_{ / m j}.; SourceSymmetrization.ipf:206

Function ButtonProc_cnfyjc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cnfyjc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelJump 2D; NotesMain Function Panel control(s): Jump 2D.; SourceLawler-Fujita Drift Correction.ipf:438

Function ButtonProc_Cons3dplotgetshear(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShear(V); Notes{{{{{{{{{{ Extract Energy dependent Shearing parameters }}}}}}}}}} #0_1 PreFFT:control Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Shear(V). Main internal calls: ff_3dplot().; SourceSmart_3D_Viewer_New.ipf:4508

Function ButtonProc_ConstLF(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesAn interactive GUI to tune the Avedia for LF correction you need to run LF normally before use this part Usage: triggered as a wrapper that opens/runs ConstLF().; SourceLawler-Fujita Drift Correction.ipf:1179

Function ButtonProc_ContinitialShearFit(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs ContinitialShearFit().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesThen click the "c" button will lead to a interactive button on the FFT image Please check the value change in Table while tuning the value of the button After get the local minimum wanted, just click "GO". This is helpful for change the fitting local minimum Purpose: fits or extracts spectral/peak parameters.; SourceShear Correction for C4.ipf:709

Function ButtonProc_D2symetric(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs D2symetric().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction.; SourceFFT.ipf:649

Function ButtonProc_D4_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelD4; Notes1: Mx Mdiag; Mx Moffdiag; My Mdiag; My Moffdiag; 2: C4 Mx; C4 My; 3: C4 Moffdiag; C4 Mdiag We use method 1 Purpose: applies symmetry, mirror, or reflection operations. Panel control(s): D4.; SourceSymmetrization.ipf:516

Function ButtonProc_Fitimagehoneycombc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Fitimagehoneycombc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGr-lat; NotesAppend Honeycomb lattice to a Topography Purpose: fits or extracts spectral/peak parameters. Panel control(s): Gr-lat.; SourceGeneral_Simu.ipf:2272

Function ButtonProc_Fitimagesquarec(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Fitimagesquarec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSq; NotesAppend Square lattice to a Topography Purpose: fits or extracts spectral/peak parameters. Panel control(s): Sq.; SourceGeneral_Simu.ipf:2538

Function ButtonProc_Fitimagetriangularc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Fitimagetriangularc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTri; NotesAppend Triangular lattice to a Topography Purpose: fits or extracts spectral/peak parameters. Panel control(s): Tri.; SourceGeneral_Simu.ipf:2416

Function ButtonProc_GPAtwist(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpac_twist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet A; NotesGet the area for FFT peak fit Panel control(s): Get A.; SourceTriangle Lattice_Graphene_like.ipf:77

Function ButtonProc_GPBtwist(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpbc_twist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet B; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Panel control(s): Get B.; SourceTriangle Lattice_Graphene_like.ipf:99

Function ButtonProc_GPCtwist(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs gpCc_twist().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management.; SourceTriangle Lattice_Graphene_like.ipf:122

Function ButtonProc_Gshear(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGet Shear; Notes#2_01 Extract Shearing:control Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): Get Shear. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: elseif(), stringmatch(), lstyle(), rgb(), lsize(), mode().; SourceSmart_3D_Viewer_New.ipf:4695

Function ButtonProc_Honeycomb(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Ahoneycombc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA(honeycomb); NotesSimu Honeycomb lattice Panel control(s): A(honeycomb).; SourceGeneral_Simu.ipf:2207

Function ButtonProc_latticesergeon3d(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLattice Segregation; NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Lattice Segregation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls. Main internal calls: LS22(), grabwinnonew().; SourceSmart_3D_Viewer_New.ipf:9457

Function ButtonProc_LF(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs LawlerFujita().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLawler-Fujita, Lawler-Fujita, 2D; NotesPut cursor A & B, at left-bottom and right-top corner around the FFT peak in the 1st quandrant, click GetA to call "gpac()", the procedure will save the cooridnate of Q_A by 2D Gaussian Fit. Repeat this operation around Q_B, click GetB. (4) Click LF button, to Panel control(s): Lawler-Fujita, 2D.; SourceLawler-Fujita Drift Correction.ipf:29

Function ButtonProc_LFtc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs LFtc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3D; NotesLF correction for 3D wave Panel control(s): 3D.; SourceLawler-Fujita Drift Correction.ipf:2145

Function ButtonProc_LS(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSelf; Notes#I.2 Single 2D wave segregation [Do Segregation to itself] Panel control(s): Self. Main internal calls: LS().; SourceLattice Segregation.ipf:35

Function ButtonProc_LS2(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOther; Notes#I.2 Single 2D wave segregation [Do Segregation to other wave] Panel control(s): Other.; SourceLattice Segregation.ipf:57

Function ButtonProc_lsturnoff(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelX; NotesPanel button callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): X. Code behavior: cleans up waves/windows or brings an existing window forward.; SourceLattice Segregation.ipf:733

Function ButtonProc_makelatticec(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makelatticec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo; NotesEstimate QPI Grid and Range Purpose: creates new waves, maps, figures, or simulation data. Panel control(s): Go.; SourceModels.ipf:12134

Function ButtonProc_Makelatticedata(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Makelatticedata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOld; Notesthe kernal part is to determine the positions of the atomics 1. find a initial point (xi,yi) of the left-top atom, 2. determine the ''many'' to fully cover the region of interest xn,yn 3, use the same value of theta, av, ah, in the last procedure Purpose: creates new waves, maps, figures, or simulation data. Panel control(s): Old.; SourceModels.ipf:56

Function ButtonProc_makeshearXimagec(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makeshearXimagec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesMake a only X-Sheared image Purpose: creates new waves, maps, figures, or simulation data.; SourceShear Correction for C4.ipf:609

Function ButtonProc_Mdiag_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelM_dia; Notes####. Mirror symmetrization (Mirror plane: diagnoal) Purpose: displays waves, images, contours, or graph overlays. Panel control(s): M_dia.; SourceSymmetrization.ipf:303

Function ButtonProc_Moffdiag_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelM_offdia; Notes####. Mirror symmetrization (Mirror plane: off diagnoal) For FFT data, owing to the C2 symmetry of the FFT data, the off-diagonal Mirror symmetrization is same as the diagonal symmetrization So, this procedure does not provide new information Purpose: displays waves, images, contours, or graph overlays. Panel control(s): M_offdia.; SourceSymmetrization.ipf:383

Function ButtonProc_Mx_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMx; Notes####. Mirror symmetrization of a matrix along x Purpose: applies symmetry, mirror, or reflection operations. Panel control(s): Mx.; SourceSymmetrization.ipf:332

Function ButtonProc_My_symc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMy; Notes####. Mirror symmetrization of a matrix along y For FFT data, owing to the C2 symmetry of the FFT data, the y-Mirror symmetrization is same as the x-mirror symmetrization So, this procedure does not provide new information Purpose: applies symmetry, mirror, or reflection operations. Panel control(s): My.; SourceSymmetrization.ipf:464

Function ButtonProc_plotlattice(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs plotlattice().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation.; SourceModels.ipf:4

Function ButtonProc_put_psuperlattice(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs put_psuperlattice().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSuperlattices ON; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Superlattices ON.; SourcePierre's Template.ipf:26244

Function ButtonProc_put_superlattice(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs put_superlattice().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSuperlattices ON; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Superlattices ON.; SourcePierre's Template.ipf:26239

Function ButtonProc_put_superlattice1(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs put_superlattice1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSuperlattices ON; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Superlattices ON.; SourcePierre's Template.ipf:26259

Function ButtonProc_RDF(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs RDF().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRDF; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): RDF.; SourceMiscellaneous_Codes.ipf:3356

Function ButtonProc_reflecttrace(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs reflectionwave().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesThis is a stupid procedure I replace it by a smarter one Purpose: applies symmetry, mirror, or reflection operations.; SourceMiscellaneous_Codes.ipf:3049

Function ButtonProc_remove_psuperlattice(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs remove_psuperlattice().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOFF; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): OFF.; SourcePierre's Template.ipf:26254

Function ButtonProc_remove_superlattice(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs remove_superlattice().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOFF; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): OFF.; SourcePierre's Template.ipf:26249

Function ButtonProc_remove_superlattice1(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs remove_superlattice1().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOFF; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): OFF.; SourcePierre's Template.ipf:26269

Function ButtonProc_rotatedshearc(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs rotatedshearc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShear; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Shear.; SourceShear Correction for C4.ipf:486

Function ButtonProc_rotatedsheard(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Demo_rotatedshear().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDemo; NotesMake a shear rotated image This procedure is used to make sheared image with the shear axis rotated +θ from the +x axis. The formula is (x_sheared,y_sheared)^T = R(-θ)^-1 x S x R(-θ) x (x',y')^T Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): Demo.; SourceShear Correction for C4.ipf:469

Function ButtonProc_Shearmat3d(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Shearmat3d().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelGo3D; NotesShear Correction on the whole 3D matrix Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): Go3D.; SourceShear Correction for C4.ipf:969

Function ButtonProc_shiftNsym(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs Shift_and_sym_edc_matrix_far().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShiftNsym, ShiftNsym; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion. Panel control(s): ShiftNsym.; SourcePierre's Template.ipf:929

Function ButtonProc_Strain_anglec(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCaculate ε(θ); Notes## ANGULAR DEPENDENT FUNCTION Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): Caculate ε(θ). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: Strain_angle(), max(), min().; SourceLawler-Fujita Drift Correction.ipf:4893

Function ButtonProc_Strainanalysisc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Strainanalysisc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCal. Tensor, Strain Analysis; Notes## STRAIN ANALYSIS Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): `Cal. Tensor, Strain Analysis`.; SourceLawler-Fujita Drift Correction.ipf:3496

Function ButtonProc_StrainFTtheta(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelθ = θ(Se-Se); NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): θ = θ(Se-Se). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: Drawarrow(), Strainanalysis(), mdg_strain2(), max(), min().; SourceLawler-Fujita Drift Correction.ipf:3933

Function ButtonProc_symbands(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs symbandsall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSymx; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): Symx.; SourceMiscellaneous_Codes.ipf:2872

Function ButtonProc_symbands_cmplx(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs symbands_cmplx().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for symmetry or reflection processing; linecut, slice, or region extraction.; SourceMiscellaneous_Codes.ipf:2967

Function ButtonProc_symmetrizeQPIdallc(ctrlName) : ButtonControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagetriggered as a wrapper that opens/runs symmetrizeQPIdallc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSym. All; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): `Sym. All`.; SourceSymmetrization.ipf:578

Function PopMenuProc_bkgrmv2Ddemo_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelBkg.Rmv?; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; smoothing, normalization, or background removal. Panel control(s): Bkg.Rmv?. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot(), C4_sym_3dplot(), FTguassianremover(), color3s_subfor3dFFT().; SourceSymmetrization.ipf:698

Function PopMenuProc_Constsrain(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: Drawarrow(), Strainanalysis(), mdg_strain2(), max(), min().; SourceLawler-Fujita Drift Correction.ipf:4036

Function PopMenuProc_mirroronoff(ctrlName, popNum, popStr) : PopupMenuControl: Purposeapplies symmetry, mirror, or reflection operations.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelmirror_onoff, mirror_onoff; NotesPanel popup-menu callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): mirror_onoff. Code behavior: formats graph axes, labels, colors, or annotations.; SourcePierre's Template.ipf:1227

Function PopMenuProc_symmode_3dplot(ctrlName, popNum, popStr) : PopupMenuControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index. In this context it is used for Fourier/QPI or phase-map processing.; popStr [string]: Selected popup-menu item text.; PanelSym. Mode; NotesPanel popup-menu callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; linecut, slice, or region extraction. Panel control(s): `Sym. Mode`. Code behavior: duplicates or stages waves for downstream processing.; SourceSmart_3D_Viewer_New.ipf:10455

Function setvarincrement_lattice1_0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice1_0_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Increment.; SourcePierre's Template.ipf:26639

Function setvarincrement_lattice_0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice_0_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment, Increment; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Increment.; SourcePierre's Template.ipf:26623

Function setvarincrement_lattice_hexagon(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice_hexagon_incset().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIncrement, Increment; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): Increment.; SourcePierre's Template.ipf:33272

Function setvarlattice1_0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice1_0_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelp/a, p/a, p/a; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): p/a.; SourcePierre's Template.ipf:26468

Function setvarlattice_0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice_0_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelp/a; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): p/a.; SourcePierre's Template.ipf:26400

Function setvarlattice_02f(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice_0_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelp/a; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): p/a.; SourcePierre's Template.ipf:26409

Function setvarlattice_0H(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs lattice_0_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelp/a; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): p/a.; SourcePierre's Template.ipf:26448

Function setvarpredictlattice_0(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs predictlattice_0_set().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelp/a; NotesUtility function for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): p/a.; SourcePierre's Template.ipf:26457

Function SetVarProc_apsquare(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela(Å), θ(˚), dx(Å), dy(Å); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis. Panel control(s): a(Å), θ(˚), dx(Å), dy(Å). Main internal calls: Fitimagetriangular(), tpw().; SourceGeneral_Simu.ipf:2442

Function SetVarProc_bkgrmv2Ddemo_3dplot(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelσ_bkg; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; smoothing, normalization, or background removal. Panel control(s): σ_bkg. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot(), C4_sym_3dplot(), FTguassianremover(), color3s_subfor3dFFT().; SourceSymmetrization.ipf:745

Function SetVarProc_caclcshearx(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Paneltheta, alpha, pp1; NotesPanel set-variable callback for symmetry or reflection processing; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): theta, alpha, pp1.; SourceShear Correction for C4.ipf:942

Function SetVarProc_ciShearFit(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelθ / (trial) / [degree], α / (trial) / [degree], P / (trial); NotesPanel set-variable callback for symmetry or reflection processing; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): θ / (trial) / [degree], α / (trial) / [degree], P / (trial).; SourceShear Correction for C4.ipf:732

Function SetVarProc_Const2dlockin(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(l); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): FWHM(l).; SourceLawler-Fujita Drift Correction.ipf:1876

Function SetVarProc_Const2dlockinftd(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(L), QA(x), QA(y), QB(x), QB(y); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): FWHM(L), QA(x), QA(y), QB(x), QB(y). Main internal calls: LF().; SourceLawler-Fujita Drift Correction.ipf:2334

Function SetVarProc_Const2dlockinftd2(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelDo / LF?; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Panel control(s): Do / LF?. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: LF(), di().; SourceLawler-Fujita Drift Correction.ipf:3438

Function SetVarProc_Const2dlockininampabs(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelC_Min, C_Max; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Panel control(s): C_Min, C_Max. Code behavior: formats graph axes, labels, colors, or annotations.; SourceLawler-Fujita Drift Correction.ipf:3059

Function SetVarProc_ConstLF(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(r), Cond, factor; NotesPanel set-variable callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): FWHM(r), Cond, factor.; SourceLawler-Fujita Drift Correction.ipf:1213

Function SetVarProc_ConstLFstrain(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelFWHM(r); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): FWHM(r). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: Drawarrow(), Strainanalysis(), mdg_strain2(), max(), min().; SourceLawler-Fujita Drift Correction.ipf:3828

Function SetVarProc_Constsrain(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelOrder of Polynomial, Fe-Fe Frame?, θ(˚); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Order of Polynomial, Fe-Fe Frame?, θ(˚). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: Drawarrow(), Strainanalysis(), mdg_strain2(), max(), min().; SourceLawler-Fujita Drift Correction.ipf:4141

Function SetVarProc_lsend(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEnd, End, End; Notes#III.3 Interactively tuning the contourplot [Contour level end] Panel control(s): End. Code behavior: formats graph axes, labels, colors, or annotations.; SourceLattice Segregation.ipf:345

Function SetVarProc_lsends(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEnd, End, End, End; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis. Panel control(s): End. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceLattice Segregation.ipf:1219

Function SetVarProc_lsn(ctrlName, varNum, varStr, varName) : SetVariableControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Notes#III.4 Interactively tuning the contourplot [Contour level Number] Usage: called automatically by Igor when the linked panel control changes. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceLattice Segregation.ipf:388

Function SetVarProc_lsns(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceLattice Segregation.ipf:1165

Function SetVarProc_lsstart(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelStart; Notes#III.2 Interactively tuning the contourplot [Contour level start] Panel control(s): Start. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceLattice Segregation.ipf:302

Function SetVarProc_lsstarts(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelStart; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Panel control(s): Start. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceLattice Segregation.ipf:1192

Function SetVarProc_lsthresh(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelThreshold; Notes#IV.2 Control threshold Panel control(s): Threshold. Main internal calls: MDoLSegrereapply().; SourceLattice Segregation.ipf:757

Function SetVarProc_SumCompOrder_square(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel|A1|, |A2|, θ; NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis. Panel control(s): |A1|, |A2|, θ. Main internal calls: cons_SumCompOrder_square().; SourceModels.ipf:11569

Interactive procedures and macros (54)

Proc Ahoneycombc(xx, a, theta, widthr): Usagerun from Igor with parameters xx, a, theta, widthr.; xx [variable]: L, Length of image (Å); a [variable]: a, Lattice constant (Å); theta [variable]: Lattice orientation (˚); widthr [variable]: r, Width of Gaussian = a/r; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: xx = L, Length of image (Å); a = a, Lattice constant (Å); theta = Lattice orientation (˚); widthr = r, Width of Gaussian = a/r. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Ahoneycomb().; SourceGeneral_Simu.ipf:2212

Proc C4_symc(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), C4_sym().; SourceSymmetrization.ipf:132

Proc C4shearcorrectc(name, factor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters name, factor.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Main internal calls: C4shearcorrect().; SourceShear Correction for C4.ipf:259

Proc C4sheargetparac(alphaini, ppini, thetaini, qq, hold): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters alphaini, ppini, thetaini, qq, hold.; alphaini [variable]: α (Ideal vector angle from +x in degree); ppini [variable]: P (X shear parameter); thetaini [variable]: θ (Shear axis angle from +x in degree); qq [variable]: |q| (vector norm of the ideal lattice. ##Note## this should be real value, the length directly read from FFT should be multipied by 2pi. #This value affects only choose Hold |q| and put a non-zero value, other wise, the |q| will be automatically given by q1 and q2#); hold [variable]: Hold ideal |q| ?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: alphaini = α (Ideal vector angle from +x in degree); ppini = P (X shear parameter); thetaini = θ (Shear axis angle from +x in degree); qq = |q| (vector norm of the ideal lattice. ##Note## this should be real value, the length directly read from FFT should be multipied by 2pi. #This value affects only choose Hold |q| and put a non-zero value, other wise, the |q| will be automatically given by q1 and q2#); hold = Hold ideal |q| ?.; SourceShear Correction for C4.ipf:32

Proc c4special(name1, point): Usagerun from Igor with parameters name1, point.; name1 [string]: Name of the data to interpolate; point [variable]: point number of the short dimension; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name1 = Name of the data to interpolate; point = point number of the short dimension. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: makematrix(), di().; SourceFFT.ipf:247

Proc C4symFFT(name, num, theta): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, num, theta.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; theta [variable]: angle between lattice and x+; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: theta = angle between lattice and x+. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: di().; SourceFFT.ipf:140

Proc C4symFFT2(name, num, theta): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, num, theta.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; theta [variable]: angle between lattice and x+; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: theta = angle between lattice and x+. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:4897

Proc C4symFFT2r(name, num, theta): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters name, num, theta.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; theta [variable]: angle between lattice and x+; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: theta = angle between lattice and x+. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:4118

Proc caclcshearxc(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Main internal calls: caclcshearx().; SourceShear Correction for C4.ipf:949

Proc cal_strainbyshearc(angleoff, sh): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters angleoff, sh.; angleoff [variable]: The angle from shear axis-X to one of the lattice axis (˚)###### it always equal to α-θ [lattice Q angle - shear axis angle]; sh [variable]: Shear strength; NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: angleoff = The angle from shear axis-X to one of the lattice axis (˚)###### it always equal to α-θ [lattice Q angle - shear axis angle]; sh = Shear strength. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: cal_strainbyshear().; SourceShear Correction for C4.ipf:1124

Proc calccshearparameter(): Usagerun interactively from Igor or from a panel callback.; NotesA quick Template procedure to make an interactive GUI Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: opens or updates graph/image displays; reads or updates panel controls.; SourceShear Correction for C4.ipf:930

Proc calculateMoireLc(asample, asub, angle): Usagerun from Igor with parameters asample, asub, angle.; asample [variable]: lattice constant of top layer; asub [variable]: lattice constant of bottom layer; angle [variable]: twist angle ˚; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Dialog prompts: asample = lattice constant of top layer; asub = lattice constant of bottom layer; angle = twist angle ˚. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: calculateMoireL().; SourceTriangle Lattice_Graphene_like.ipf:349

Proc CisFitc(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Main internal calls: C4sheargetpara2().; SourceShear Correction for C4.ipf:739

Proc cnfyjc(namew, add, cond): Usagerun from Igor with parameters namew, add, cond.; namew [string]: Name of the wave to be manipulated; add [variable]: the theoretical phase difference at the jump; cond [variable]: Threshold for dinstinguish a jump; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Dialog prompts: namew = Name of the wave to be manipulated; cond = Threshold for dinstinguish a jump; add = the theoretical phase difference at the jump. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), cnfyj().; SourceLawler-Fujita Drift Correction.ipf:443

Proc Const2dlockin(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: reads or updates panel controls. Main internal calls: grabwin().; SourceLawler-Fujita Drift Correction.ipf:1856

Proc Const2dlockinc(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Main internal calls: lockinp2(), grabwin().; SourceLawler-Fujita Drift Correction.ipf:1883

Proc Const2dlockincftd(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Main internal calls: lockinpnew(), FTnew().; SourceLawler-Fujita Drift Correction.ipf:2371

Proc ConstLF(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: reads or updates panel controls. Update log: 2023-07-20: Interactive Lawler-Fujita tuning panel. Run the single-value LF workflow first, then use the "adj" control to continuously tune the LF correction parameters.; SourceLawler-Fujita Drift Correction.ipf:1183

Proc ContinitialShearFit(): Purposefits or extracts spectral/peak parameters.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: grabtable(), grabwin(), margin(). Update log: 2023-07-20: Interactive shear-correction fitting panel.; SourceShear Correction for C4.ipf:713

Proc Correct2Dlockinampc(ind, ind2, scr, angle, windowsize): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters ind, ind2, scr, angle, windowsize.; ind [variable]: Indication; ind2 [variable]: Indication; scr [variable]: Name of gap map; angle [variable]: angle of QA (°); windowsize [variable]: window size (Usually it equal to lamda); NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: ind = Indication; ind2 = Indication; scr = Name of gap map; angle = angle of QA (°); windowsize = window size (Usually it equal to lamda). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: Correct2Dlockinamp(), modifyphasetoponew(), modifyphasenew(), ckfig_child().; SourceLawler-Fujita Drift Correction.ipf:2955

Proc Correct2Dlockinampcout(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Main internal calls: atan2(), Correct2Dlockinampc().; SourceLawler-Fujita Drift Correction.ipf:2919

Proc D2symetric(name2, centralx, centraly): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name2, centralx, centraly.; name2 [string]: Data name; centralx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; centraly [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name2 = Data name. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: xreflectmatrix(), yreflectmatrix(), di().; SourceFFT.ipf:653

Proc D2symetric2(name2, centralx, centraly): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name2, centralx, centraly.; name2 [string]: Data name; centralx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; centraly [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name2 = Data name. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: xreflectmatrix2(), yreflectmatrix2().; SourceMiscellaneous_Codes.ipf:4807

Proc D2symetric2r(name2, centralx, centraly): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name2, centralx, centraly.; name2 [string]: Data name; centralx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; centraly [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: name2 = Data name. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: xreflectmatrix2r(), yreflectmatrix2r().; SourceMiscellaneous_Codes.ipf:4028

Proc D4_symc(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), D4_sym().; SourceSymmetrization.ipf:520

Proc Demo_rotatedshear(pp, theta): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters pp, theta.; pp [variable]: P (X shear coef); theta [variable]: θ (Shear axis angle from +x in degree); NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Dialog prompts: pp = P (X shear coef); theta = θ (Shear axis angle from +x in degree). Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: dilf(), rotatedshear().; SourceShear Correction for C4.ipf:473

Proc Fitimagehoneycombc(name, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name, a, theta, dx, dy.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: tpw(), Fitimagehoneycomb(), grabwin(). Update log: 2024-11-25: Appends or fits a honeycomb lattice overlay on an image using lattice constant, rotation angle, and xy offset parameters.; SourceGeneral_Simu.ipf:2276

Proc Fitimagesquarec(name, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name, a, theta, dx, dy.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: tpw(), Fitimagesquare(), grabwin(). Update log: 2024-11-25: Appends or fits a square lattice overlay on an image using lattice constant, rotation angle, and xy offset parameters.; SourceGeneral_Simu.ipf:2542

Proc Fitimagetriangularc(name, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters name, a, theta, dx, dy.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: tpw(), Fitimagetriangular(), grabwin(). Update log: 2024-11-25: Appends or fits a triangular lattice overlay on an image using lattice constant, rotation angle, and xy offset parameters.; SourceGeneral_Simu.ipf:2420

Proc gpac_twist(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Main internal calls: Gpa_twist().; SourceTriangle Lattice_Graphene_like.ipf:81

Proc gpbc_twist(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Main internal calls: GpB_twist().; SourceTriangle Lattice_Graphene_like.ipf:104

Proc gpCc_twist(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Main internal calls: GpC_twist().; SourceTriangle Lattice_Graphene_like.ipf:127

Proc LawlerFujita(avedia, condA, condB, factor, sel): Usagerun from Igor with parameters avedia, condA, condB, factor, sel.; avedia [variable]: The FWHM in real space (guassian window); condA [variable]: the threshold for determine a jump for vector A, in portion of pi; condB [variable]: the threshold for determine a jump for vector B, in portion of pi; factor [variable]: factor of the output, how many times the dimsize of original matrix; sel [variable]: Which Q?; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Dialog prompts: avedia = The FWHM in real space (guassian window); factor = factor of the output, how many times the dimsize of original matrix; condA = the threshold for determine a jump for vector A, in portion of pi; condB = the threshold for determine a jump for vector B, in portion of pi; sel = Which Q?. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: grabwinnonew(), LF(), Dosubwindisplay(), ConstLF().; SourceLawler-Fujita Drift Correction.ipf:34

Proc LawlerFujita2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Main internal calls: LF(), grabwinchild().; SourceLawler-Fujita Drift Correction.ipf:1220

Proc LFtc(ind1, ind2, ind3, scrwave, XX, YY): Usagerun from Igor with parameters ind1, ind2, ind3, scrwave, XX, YY.; ind1 [variable]: Tip #1; ind2 [variable]: Tip #2; ind3 [variable]: Tip #3; scrwave [wave]: The 3D wave; XX [variable]: LF YY wave; YY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: ind1 = Tip #1; ind2 = Tip #2; ind3 = Tip #3; scrwave = The 3D wave; XX = LF YY wave. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getall3dwave(), LFt().; SourceLawler-Fujita Drift Correction.ipf:2149

Proc LSc2(src, topo): Usagerun from Igor with parameters src, topo.; src [variable]: Source Wave [Data]; topo [wave]: Location wave [Topograph]; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: src = Source Wave [Data]; topo = Location wave [Topograph]. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: LS22().; SourceLattice Segregation.ipf:61

Proc makelatticec(a, angle, num, areaL, q_por): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters a, angle, num, areaL, q_por.; a [variable]: Lattice constant (Å); angle [variable]: degree of the lattice axis; num [variable]: Grid Points; areaL [variable]: Map area (Å x Å); q_por [variable]: Interpocket |q| vector, portion of G; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing. Dialog prompts: a = Lattice constant (Å); angle = degree of the lattice axis; num = Grid Points; areaL = Map area (Å x Å); q_por = Interpocket |q| vector, portion of G. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: makelattice().; SourceModels.ipf:12138

Proc Makelatticedata(xi, yi, many, theta, av, ah, sigmaa, xn, yn): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters xi, yi, many, theta, av, ah, sigmaa, xn.; xi [variable]: xi(initial x for calculation); yi [variable]: yi(initial y for calculation); many [variable]: The size of lattice will be calculated is many x many; theta [variable]: angle of lattice to x+ (degree); av [variable]: av(lattice constance v); ah [variable]: ah(lattice constance h); sigmaa [variable]: sigma of the Guassian; xn [variable]: x scale of lattice; yn [variable]: y scale of lattice; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Dialog prompts: xi = xi(initial x for calculation); yi = yi(initial y for calculation); many = The size of lattice will be calculated is many x many; theta = angle of lattice to x+ (degree); ah = ah(lattice constance h); av = av(lattice constance v). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: findtheintersection().; SourceModels.ipf:61

Proc makeshearXimagec(pp, name, factor): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters pp, name, factor.; pp [variable]: X shear parameter; name [string]: name of the wave to be sheared; factor [variable]: interpolate factor; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: pp = X shear parameter; name = name of the wave to be sheared; factor = interpolate factor. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: makeshearXimage().; SourceShear Correction for C4.ipf:613

Proc Mdiag_symc(name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Mdiag_sym().; SourceSymmetrization.ipf:307

Proc Moffdiag_symc(name): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Moffdiag_sym().; SourceSymmetrization.ipf:387

Proc Mx_symc(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), Mx_sym().; SourceSymmetrization.ipf:336

Proc My_symc(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Matrix name; NotesInteractive Igor procedure for symmetry or reflection processing; Igor wave/matrix/cube data operation. Dialog prompts: name = Matrix name. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), My_sym().; SourceSymmetrization.ipf:468

Proc plotlattice(num, theta, ah, av, b, c): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters num, theta, ah, av, b, c.; num [variable]: number of line; theta [variable]: angle of lattice to x+; ah [variable]: lattice constance h; av [variable]: lattice constance v; b [variable]: offset#1; c [variable]: offset#2; Notesthis procedure can draw lattice in 2D. it can also be used as a fitting to an experimental data, by manually adjust these parameters. Dialog prompts: num = number of line; theta = angle of lattice to x+; ah = lattice constance h; av = lattice constance v; b = offset#1; c = offset#2. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourceModels.ipf:12

Proc RDF(name, OP, OQ): Usagerun from Igor with parameters name, OP, OQ.; name [string]: Name or reference of the source wave/matrix being processed.; OP [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; OQ [variable]: Momentum or Q-vector coordinate/index.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Main internal calls: tpw(), pcsr(), qcsr(), getpolaraveRcurve().; SourceMiscellaneous_Codes.ipf:3360

Proc Reflecttrace(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:3182

Proc rotatedshearc(name, pp, theta): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters name, pp, theta.; name [string]: Name of the wave to be manipulated; pp [variable]: P (X shear coef); theta [variable]: θ (Shear axis angle from +x in degree); NotesInteractive Igor procedure for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Dialog prompts: name = Name of the wave to be manipulated; pp = P (X shear coef); theta = θ (Shear axis angle from +x in degree). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), rotatedshear().; SourceShear Correction for C4.ipf:490

Proc Strainanalysisc(uxt, uyt, order, mothername, selqmode): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun from Igor with parameters uxt, uyt, order, mothername, selqmode.; uxt [variable]: name of the displacement matrix ux; uyt [variable]: name of the displacement matrix uy; order [variable]: Polynimal order for BKremove; mothername [string]: name of the topography; selqmode [string]: Which Q?; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Dialog prompts: uxt = name of the displacement matrix ux; uyt = name of the displacement matrix uy; order = Polynimal order for BKremove; mothername = name of the topography; selqmode = Which Q?. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: atan2(), Strainanalysis(), mdg_strain1(), manTick(), manMinor(), grid().; SourceLawler-Fujita Drift Correction.ipf:3500

Proc symbands(matname, point, flag): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters matname, point, flag.; matname [wave]: which matrix to symmetry; point [variable]: The point as reference; flag [variable]: Please Select Mode; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: matname = which matrix to symmetry; point = The point as reference; flag = Please Select Mode. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: DeletePdata(), symkrtr(), symkrtl().; SourceMiscellaneous_Codes.ipf:2893

Proc symbands_cmplx(matname, point, flag): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters matname, point, flag.; matname [wave]: which matrix to symmetry; point [variable]: The point as reference; flag [variable]: Please Select Mode; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; graph display, formatting, or window management. Dialog prompts: matname = which matrix to symmetry; point = The point as reference; flag = Please Select Mode. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: DeletePdata(), symkrtr_cmplx(), symkrtl_cmplx().; SourceMiscellaneous_Codes.ipf:2973

Proc symbandsall(s, matname, point, flag): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters s, matname, point, flag.; s [variable]: Data Type; matname [wave]: which matrix to symmetry; point [variable]: The point as reference; flag [variable]: Please Select Mode; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Dialog prompts: s = Data Type; matname = which matrix to symmetry; point = The point as reference; flag = Please Select Mode. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), symbands(), symbands_cmplx().; SourceMiscellaneous_Codes.ipf:2877

Proc symmetrizeQPIdallc(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing. Main internal calls: tpw(), symmetrizeQPIdall().; SourceSymmetrization.ipf:582

Proc t2dlockin(avedia): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters avedia.; avedia [variable]: The FWHM in real space (guassian window); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: avedia = The FWHM in real space (guassian window). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: lockinp(), grabwin2(), modifyphasetopo(), grabwin(), tpw(), Const2dlockin().; SourceLawler-Fujita Drift Correction.ipf:1433

Proc testlattice(a, b, c, theta): Usagerun from Igor with parameters a, b, c, theta.; a [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; b [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; c [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:9363

Computational and data helpers (112)

Ahoneycomb appendhoneycomb00 appendsquare00 appendtriangular00 C4_sym C4_sym_3dplot C4shearcorrect C4sheargetpara C4sheargetpara2 C4sheargetpara_3dplot C4sym_PRQPI caclcshearx cal_strainbyshear calculateMoireL cnfyj color3slf Complextorealfls cons_SumCompOrder_square Const2dlockinftd Correct2Dlockinamp countaverage countaveragetop10 CreateTriangularLatticeCoordinates D4_sym D4_sym_3dplot differentiatealonga differentiatealongb differentiatealongx differentiatealongy DoLSegre Dosubwindisplay DPdata2 ExampleTriangularLattice fflf findxsjump findysjump Fitimagehoneycomb Fitimagesquare Fitimagetriangular FTconsls FTguassianremover FTnew func_nantonoise func_vol_lac4 getabsamp gethistgram_absamp GpA_twist GpB_twist GpC_twist initialcontrolforstrainan jprm jump2pi jump2piX jump2piY latticefit LF LFt linkstsmapjr lockinp lockinp2 lockinpnew LS LS22 makelattice makeshearXimage mdg_strain1 mdg_strain2 Mdiag_sym Mdiag_sym_3dplot MDoLSegre MDoLSegrereapply meanexceptzero minorbugremove modifyphase modifyphasefr modifyphasefrnew modifyphasenew modifyphasetopo modifyphasetoponew Moffdiag_sym+ 32 more entries below

Function Ahoneycomb(xx, a, theta, widthr): Usagecall as Ahoneycomb(xx, a, theta, widthr).; xx [variable]: = 100 // x-scale limit; a [variable]: = 10 // Lattice constant; theta [variable]: =0; widthr [variable]: = 5.5; NotesFunction for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: CreateTriangularLatticeCoordinates(), gauss2D(), di().; SourceGeneral_Simu.ipf:2224

Function appendhoneycomb00(xx, yy, a, theta, dx, dy): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as appendhoneycomb00(xx, yy, a, theta, dx, dy).; xx [variable]: = 100 // x-scale limit; yy [variable]: = 100 // y-scale limit; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; reshapes existing waves. Main internal calls: ceil().; SourceGeneral_Simu.ipf:2340

Function appendsquare00(xx, yy, a, theta, dx, dy): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as appendsquare00(xx, yy, a, theta, dx, dy).; xx [variable]: = 100 // x-scale limit; yy [variable]: = 100 // y-scale limit; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1 // Phase shift in y-direction; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; reshapes existing waves. Main internal calls: ceil().; SourceGeneral_Simu.ipf:2606

Function appendtriangular00(xx, yy, a, theta, dx, dy): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as appendtriangular00(xx, yy, a, theta, dx, dy).; xx [variable]: = 100 // x-scale limit; yy [variable]: = 100 // y-scale limit; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; reshapes existing waves. Main internal calls: ceil().; SourceGeneral_Simu.ipf:2484

Function C4_sym(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as C4_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: calculateRC(), di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:137

Function C4_sym_3dplot(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as C4_sym_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: calculateRC().; SourceSmart_3D_Viewer_New.ipf:10493

Function C4shearcorrect(name, factor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as C4shearcorrect(name, factor).; name [string]: Name or reference of the source wave/matrix being processed.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; formats graph axes, labels, colors, or annotations; uses Igor matrix operations for vectorized calculation. Main internal calls: func_NaN0(), di2lf(), grabwin().; SourceShear Correction for C4.ipf:264

Function C4sheargetpara(name, alphaini, ppini, thetaini, qq, hold): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as C4sheargetpara(name, alphaini, ppini, thetaini, qq, hold).; name [string]: Name or reference of the source wave/matrix being processed.; alphaini [variable]: c1: alpha [The vector q1 angle] [0,pi/2]; ppini [variable]: c2: pp [The X shear parameter]; thetaini [variable]: c3: theta [the angle of X shear axis] [0,pi/2]; qq [variable]: c0: the vector norm of ideal q; hold [variable]: select the mode for Hold |q| (1), not Hold (2); NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: DoNewGlobalFit(), cktable(), ckwaveonfig(), mode(), marker(), rgb().; SourceShear Correction for C4.ipf:62

Function C4sheargetpara2(name, alphaini, ppini, thetaini, qq, hold): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as C4sheargetpara2(name, alphaini, ppini, thetaini, qq, hold).; name [string]: Name or reference of the source wave/matrix being processed.; alphaini [variable]: c1: alpha [The vector q1 angle] [0,pi/2]; ppini [variable]: c2: pp [The X shear parameter]; thetaini [variable]: c3: theta [the angle of X shear axis] [0,pi/2]; qq [variable]: c0: the vector norm of ideal q; hold [variable]: select the mode for Hold |q| (1), not Hold (2); NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: DoNewGlobalFit().; SourceShear Correction for C4.ipf:744

Function C4sheargetpara_3dplot(name): Usagecall as C4sheargetpara_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed.; Notes#2_02 Extract Shearing:Main Purpose: displays waves, images, contours, or graph overlays. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: DoNewGlobalFit(), ckwaveonfig(), mode(), marker(), rgb(), mrkThick().; SourceSmart_3D_Viewer_New.ipf:5140

Function C4sym_PRQPI(name): Usagecall as C4sym_PRQPI(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes## C4 symmetrilization of a wave Purpose: applies symmetry, mirror, or reflection operations. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Update log: 2023-12-03: Applies fourfold symmetrization to a PR-QPI wave before display or further analysis.; SourcePR_QPI.ipf:358

Function caclcshearx(theta1, alpha1, pp1): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as caclcshearx(theta1, alpha1, pp1).; theta1 [variable]: Angle parameter used for ARPES momentum conversion or rotation.; alpha1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; pp1 [variable]: Start point, index, or coordinate for the selected range.; NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceShear Correction for C4.ipf:952

Function cal_strainbyshear(angleoff, sh): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as cal_strainbyshear(angleoff, sh). Update-log guidance - 2024-01-24: Calculates lattice mismatch after shear correction for a lattice at an arbitrary angle relative to the shear axis; connected to the epsilon button in the strain workflow.; angleoff [variable]: degree; sh [variable]: shear strength; NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Main internal calls: shearxy(), max().; SourceShear Correction for C4.ipf:1133

Function calculateMoireL(asample, asub, angle): Usagecall as calculateMoireL(asample, asub, angle).; asample [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; asub [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesUtility function for lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceTriangle Lattice_Graphene_like.ipf:358

Function cnfyj(namew, cond, add): Usagecall as cnfyj(namew, cond, add).; namew [string]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; cond [variable]: pi, the jump height threshold to define a jump, usually it can be set as add/2; add [variable]: 2pi, the theoretical phase difference at the jump; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: findysjump(), linkstsmapjr(), findxsjump(), minorbugremove(). Update log: 2023-07-16: Improved the Lawler-Fujita phase-jump remover for images with multiple phase jumps.; SourceLawler-Fujita Drift Correction.ipf:453

Function color3slf(name): Usagecall as color3slf(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; formats graph axes, labels, colors, or annotations; extracts image/wave statistics.; SourceLawler-Fujita Drift Correction.ipf:1138

Function Complextorealfls(name1w, select): name1w [string]: Igor wave reference used as input or output.; select [variable]: Mode flag controlling which branch of the workflow is used.; Notes#IV.3_2 Special FFT Function (called) Usage: call as Complextorealfls(name1w, select). Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceLattice Segregation.ipf:1276

Function cons_SumCompOrder_square(A1, A2, theta): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as cons_SumCompOrder_square(A1, A2, theta).; A1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; A2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: cvtcmplx(), max().; SourceModels.ipf:11582

Function Const2dlockinftd(): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall Const2dlockinftd() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: writes or exports data; reads or updates panel controls.; SourceLawler-Fujita Drift Correction.ipf:2286

Function Correct2Dlockinamp(scr, angle, windowsize): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as Correct2Dlockinamp(scr, angle, windowsize).; scr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; windowsize [variable]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: getabsamp(), mean(), gethistgram_absamp(). Update log: 05/01/2024: Changed the method for converting the relative amplitude from 2D lock-in to the real value from individual factor mode to averaged factor modes.; SourceLawler-Fujita Drift Correction.ipf:3075

Function countaverage(mat): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as countaverage(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:5194

Function countaveragetop10(mat): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as countaveragetop10(mat).; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: extracts image/wave statistics.; SourceLawler-Fujita Drift Correction.ipf:5217

Function CreateTriangularLatticeCoordinates(xx, yy, a, theta): Usagecall as CreateTriangularLatticeCoordinates(xx, yy, a, theta).; xx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; a [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; Notes#1 Core Function to output atomic positions of Honeycomb lattice Purpose: creates new waves, maps, figures, or simulation data. Code behavior: creates output waves; reshapes existing waves. Main internal calls: ceil(). Update log: 2024-11-23: Calculates honeycomb/triangular lattice coordinates from the origin, lattice constant, and rotation angle; used by the TBG/TTG and lattice-simulation tools.; SourceGeneral_Simu.ipf:2134

Function D4_sym(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as D4_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:525

Function D4_sym_3dplot(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as D4_sym_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:10578

Function differentiatealonga(name): Usagecall as differentiatealonga(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesKernel#07 ** Function for ua derivative Purpose: displays waves, images, contours, or graph overlays. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4712

Function differentiatealongb(name): Usagecall as differentiatealongb(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesKernel#08 ** Function for ub derivative Purpose: displays waves, images, contours, or graph overlays. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4742

Function differentiatealongx(name): Usagecall as differentiatealongx(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesKernel#05 ** Function for ux derivative Purpose: displays waves, images, contours, or graph overlays. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4653

Function differentiatealongy(name): Usagecall as differentiatealongy(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesKernel#06 ** Function for uy derivative Purpose: displays waves, images, contours, or graph overlays. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4683

Function DoLSegre(name, prefwave, thresh, mode): name [string]: 2D wave to be segregated; prefwave [wave]: Igor wave reference used as input or output.; thresh [variable]: threshold for defining a lattice position (max=1); mode [string]: (= 1 is Scatter imageinterpolate mode, more modes to be added); Notes#IV.4 Main Functional Codes Usage: call as DoLSegre(name, prefwave, thresh, mode). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mean().; SourceLattice Segregation.ipf:1306

Function Dosubwindisplay(name, avedia): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Dosubwindisplay(name, avedia).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: color3s_for3dmf(), grabwinchild().; SourceLawler-Fujita Drift Correction.ipf:1292

Function DPdata2(name, flag, stp, edp, numbercut)//testing finished: Usagecall as DPdata2(name, flag, stp, edp, numbercut).; name [string]: Name or reference of the source wave/matrix being processed.; flag [variable]: delete k demision(raw)=0 delete E demision(colum) =1; stp [variable]: Start point, index, or coordinate for the selected range.; edp [variable]: End point, index, or coordinate for the selected range.; numbercut [variable]: number of cuts; NotesFunction for symmetry or reflection processing; linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceShear Correction for C4.ipf:1048

Function ExampleTriangularLattice(xx, yy, a, theta): xx [variable]: = 100 // x-scale limit; yy [variable]: = 100 // y-scale limit; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; Notes#0 Main Function Usage: call as ExampleTriangularLattice(xx, yy, a, theta). Main internal calls: CreateTriangularLatticeCoordinates().; SourceGeneral_Simu.ipf:2119

Function fflf(name): name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; Notes############################################################################# End Jump Remover Version 1 ############################################################################# Usage: call as fflf(name). Code behavior: performs Fourier-transform or inverse-transform operations. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealf1(), twoDinterpolatexyflf().; SourceLawler-Fujita Drift Correction.ipf:1067

Function findxsjump (namew, cond, add): namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; cond [variable]: pi, the jump height threshold to define a jump; add [variable]: 2pi, the theoretical phase difference at the jump; NotesFirst EDC check the phase of the first coloum, they are the start phase of each row Usage: call as findxsjump(namew, cond, add). Code behavior: creates output waves; reshapes existing waves. Main internal calls: checkfirstNonnan(), sign().; SourceLawler-Fujita Drift Correction.ipf:647

Function findysjump(namew, cond, add, i): Usagecall as findysjump(namew, cond, add, i).; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; cond [variable]: pi, the jump height threshold to define a jump, usually it can be set as add/2; add [variable]: 2pi, the theoretical phase difference at the jump; i [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesMDCs Get phases of the Row [i], the intra-MDC phase relationship are correct, but inter-MDC phase is not correct, it will be corrected by EDC procedure later. Code behavior: creates output waves; reshapes existing waves. Main internal calls: checkfirstNonnan(), sign().; SourceLawler-Fujita Drift Correction.ipf:512

Function Fitimagehoneycomb(namew, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagecall as Fitimagehoneycomb(namew, a, theta, dx, dy).; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesUtility function for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Main internal calls: Appendhoneycomb00().; SourceGeneral_Simu.ipf:2313

Function Fitimagesquare(namew, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagecall as Fitimagesquare(namew, a, theta, dx, dy).; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesUtility function for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Main internal calls: Appendsquare00().; SourceGeneral_Simu.ipf:2579

Function Fitimagetriangular(namew, a, theta, dx, dy): Purposefits or extracts spectral/peak parameters.; Usagecall as Fitimagetriangular(namew, a, theta, dx, dy).; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; a [variable]: = 10 // Lattice constant; theta [variable]: = 0.1 // Rotation angle in radians; dx [variable]: = 2 // Phase shift in x-direction; dy [variable]: = 1; NotesUtility function for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; lattice, moire, or twist-angle simulation/analysis. Main internal calls: Appendtriangular00().; SourceGeneral_Simu.ipf:2457

Function FTconsls(name, avedia): name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#II.1 Special FT Filter for LS package Usage: call as FTconsls(name, avedia). Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding().; SourceLattice Segregation.ipf:94

Function FTguassianremover(name, sigma): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as FTguassianremover(name, sigma).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; sigma [variable]: Width or sigma parameter for smoothing, fitting, or Fourier filtering.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: Gauss2D().; SourceSymmetrization.ipf:4

Function FTnew(name, avedia, qax, qay, qbx, qby): Usagecall as FTnew(name, avedia, qax, qay, qbx, qby).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; qax [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qay [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qbx [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; qby [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding().; SourceLawler-Fujita Drift Correction.ipf:2581

Function func_nantonoise(matname): Usagecall as func_nantonoise(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:2196

Function func_vol_lac4(surfx_x, surfx_y, sizegrid, griddelta, lattice, deepness_matrix, position_x, position_y, position_deepness, inside_out)//calculates the volume: Usagecall as func_vol_lac4(surfx_x, surfx_y, sizegrid, griddelta, lattice, deepness_matrix, position_x, position_y).; surfx_x [variable]: Used in: Duplicate/O surfx_x xsurfx_x; surfx_y [variable]: Used in: Duplicate/O surfx_y xsurfx_y; sizegrid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; griddelta [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; lattice [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; deepness_matrix [wave]: Matrix/2D wave input or matrix output name. In this context it usually refers to STM/STS or Nanonis-derived data.; position_x [variable]: Used in: Duplicate/O position_x sq_distance1; position_y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; position_deepness [variable]: Step size or energy/voltage increment used by the calculation.; inside_out [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourcePierre's Template.ipf:21629

Function getabsamp(scr, angle, windowsize): Usagecall as getabsamp(scr, angle, windowsize).; scr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; windowsize [variable]: Igor wave reference used as input or output.; NotesMoving window Procedure to extract correct amplitude Purpose: extracts values, metadata, cursor information, or derived waves. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: findrangeforangle_LH(), anglelinecutH_absamp(), removezerop().; SourceLawler-Fujita Drift Correction.ipf:3168

Function gethistgram_absamp(name): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as gethistgram_absamp(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesUtility function for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: median().; SourceLawler-Fujita Drift Correction.ipf:3135

Function GpA_twist(): Usagecall GpA_twist() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourceTriangle Lattice_Graphene_like.ipf:84

Function GpB_twist(): Usagecall GpB_twist() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourceTriangle Lattice_Graphene_like.ipf:107

Function GpC_twist(): Usagecall GpC_twist() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourceTriangle Lattice_Graphene_like.ipf:130

Function initialcontrolforstrainan(): Purposeupdates parameters, controls, scales, or display state.; Usagecall initialcontrolforstrainan() from Igor procedure code or the command line.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourceLawler-Fujita Drift Correction.ipf:3803

Function jprm(namew, cond, jump): namew [string]: Igor wave reference used as input or output.; cond [variable]: =pi; jump [variable]: =2*pi; NotesMain Function Usage: call as jprm(namew, cond, jump). Code behavior: creates output waves; reshapes existing waves. Main internal calls: checkfirstNonnan(), reorgjump().; SourceLawler-Fujita Drift Correction.ipf:752

Function jump2pi(namew): namew [string]: Igor wave reference used as input or output.; NotesMain Function Usage: call as jump2pi(namew).; SourceLawler-Fujita Drift Correction.ipf:942

Function jump2piX(namew): Usagecall as jump2piX(namew).; namew [string]: Igor wave reference used as input or output.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:1015

Function jump2piY(namew): Usagecall as jump2piY(namew).; namew [string]: Igor wave reference used as input or output.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:966

Function latticefit(w, x, y) : FitFunc: Usagecall as latticefit(w, x, y).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes#III.5 FitFunction for Cos(q*r+phi) Purpose: fits or extracts spectral/peak parameters.; SourceLattice Segregation.ipf:431

Function LF(name, qx1, qy1, qx2, qy2, avedia, condA, condB, factor): UsageUpdate-log guidance - 2023-07-13: Lawler-Fujita drift correction using the same Launch/GetA/GetB workflow as the FFT filter.; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); condA [variable]: the threshold for determine a jump for vector A, in portion of pi; condB [variable]: the threshold for determine a jump for vector B, in portion of pi; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesMain Function Usage: call as LF(name, qx1, qy1, qx2, qy2, avedia, condA, condB). Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; cleans up waves/windows or brings an existing window forward. Main internal calls: unpadding(), atan2(), cnfyj(). Later FFT Engineering updates use Q_A and Q_B from the interpolated FFT image and support marquee-based fitting limits.; SourceLawler-Fujita Drift Correction.ipf:144

Function LFt(scrwave, XX, YY): Usagecall as LFt(scrwave, XX, YY).; scrwave [wave]: Igor wave reference used as input or output.; XX [variable]: Used in: Make/O/N=(dimsize(XX,0),3) sampleTripletLFall; YY [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:2165

Function linkstsmapjr(name, wn): Usagecall as linkstsmapjr(name, wn).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; wn [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Noteslink 2D Map Purpose: combines many waves/slices into a map, linecut, or averaged output. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:601

Function lockinp(name, qx1, qy1, qx2, qy2, avedia): Usagecall as lockinp(name, qx1, qy1, qx2, qy2, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesMain Function Purpose: performs Fourier, filtering, phase, or lock-in processing. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations. Main internal calls: unpadding(), atan2(), dilf(), modifyphase(), modifyphasefr(), modifyphasetopo().; SourceLawler-Fujita Drift Correction.ipf:1521

Function lockinp2(name, qx1, qy1, qx2, qy2, avedia): Usagecall as lockinp2(name, qx1, qy1, qx2, qy2, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesEnd of continuely tuning line thickness on the graph Purpose: performs Fourier, filtering, phase, or lock-in processing. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing. Main internal calls: unpadding(), atan2().; SourceLawler-Fujita Drift Correction.ipf:1936

Function lockinpnew(name, qx1, qy1, qx2, qy2, avedia): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as lockinpnew(name, qx1, qy1, qx2, qy2, avedia).; name [string]: the data to be manipulated; qx1 [variable]: The FFT value of the vector, conversion (1/a), the scaled value directly readed from igor FFT image.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; avedia [variable]: The FWHM in real space (guassian window); NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: performs Fourier-transform or inverse-transform operations; duplicates or stages waves for downstream processing. Main internal calls: unpadding(), atan2().; SourceLawler-Fujita Drift Correction.ipf:2638

Function LS(): Usagecall LS() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Main internal calls: levelimage2(), FTconsls(), SimlatticebyFit(), MDoLSegre().; SourceLattice Segregation.ipf:39

Function LS22(src, topo): Usagecall as LS22(src, topo).; src [variable]: This is the 2D wave to be segregated; topo [wave]: This is the 2D wave to extract simulated sublattices; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Main internal calls: levelimage2(), FTconsls(), SimlatticebyFit(), MDoLSegre().; SourceLattice Segregation.ipf:68

Function makelattice(a, angle, num, areaL, q_por): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makelattice(a, angle, num, areaL, q_por).; a [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; angle [variable]: Angle parameter used for ARPES momentum conversion or rotation.; num [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it is used for Fourier/QPI or phase-map processing.; areaL [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; q_por [variable]: Momentum or Q-vector coordinate/index. In this context it is used for Fourier/QPI or phase-map processing.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: FFTrQPIsimu().; SourceModels.ipf:12235

Function makeshearXimage(pp, name, factor): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makeshearXimage(pp, name, factor).; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; name [string]: Name or reference of the source wave/matrix being processed.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesUtility function for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; uses Igor matrix operations for vectorized calculation. Main internal calls: func_NaN0().; SourceShear Correction for C4.ipf:622

Function mdg_strain1(index, divornot): Usagecall as mdg_strain1(index, divornot).; index [variable]: Step size or energy/voltage increment used by the calculation.; divornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesKernel#10 ** Color style Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw(), CtabList().; SourceLawler-Fujita Drift Correction.ipf:4825

Function mdg_strain2(index, divornot, num): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as mdg_strain2(index, divornot, num).; index [variable]: Step size or energy/voltage increment used by the calculation.; divornot [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: subwindow number; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: CtabList().; SourceLawler-Fujita Drift Correction.ipf:4244

Function Mdiag_sym(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Mdiag_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:312

Function Mdiag_sym_3dplot(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Mdiag_sym_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for Nanonis/STM data loading or map conversion; symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:10532

Function MDoLSegre(Src, Topo): Src [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Topo [wave]: Topography wave or topography-derived reference data. In this context it is used for Fourier/QPI or phase-map processing.; Notes#IV.1 Body Function Usage: call as MDoLSegre(Src, Topo). Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: DoLSegre(), DoLSegreXY(), FFTrls(), color3s_for3dm(), color3s_for3dmf(), color3s_followtopo().; SourceLattice Segregation.ipf:466

Function MDoLSegrereapply(): Usagecall MDoLSegrereapply() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: DoLSegre(), DoLSegreXY(), FFTrls(), color3s_for3dm2(), color3s_for3dmf(), color3s_followtopo().; SourceLattice Segregation.ipf:764

Function meanexceptzero(name): Usagecall as meanexceptzero(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:3243

Function minorbugremove(namew): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as minorbugremove(namew).; namew [string]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; ARPES-style loading, plotting, or momentum conversion.; SourceLawler-Fujita Drift Correction.ipf:627

Function modifyphase(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphase() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: margin(), tpw(). Update log: 08/18-02/2023: correct the scale bar location problem in modifyphase() modifyphasetopo() modifyphasefr() and format/topo.; SourceLawler-Fujita Drift Correction.ipf:1732

Function modifyphasefr(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphasefr() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: margin(), tpw(). Update log: 08/18-02/2023: correct the scale bar location problem in modifyphase() modifyphasetopo() modifyphasefr() and format/topo.; SourceLawler-Fujita Drift Correction.ipf:1799

Function modifyphasefrnew(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphasefrnew() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw().; SourceLawler-Fujita Drift Correction.ipf:2875

Function modifyphasenew(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphasenew() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw().; SourceLawler-Fujita Drift Correction.ipf:2808

Function modifyphasetopo(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphasetopo() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: margin(), tpw(). Update log: 08/18-02/2023: correct the scale bar location problem in modifyphase() modifyphasetopo() modifyphasefr() and format/topo.; SourceLawler-Fujita Drift Correction.ipf:1765

Function modifyphasetoponew(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall modifyphasetoponew() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: tpw().; SourceLawler-Fujita Drift Correction.ipf:2841

Function Moffdiag_sym(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Moffdiag_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:392

Function Mx_sym(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as Mx_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:341

Function Mx_sym_3dplot(name): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as Mx_sym_3dplot(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceSmart_3D_Viewer_New.ipf:10545

Function My_sym(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as My_sym(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing. Main internal calls: di(), color3s_for3dFFT(), tpw().; SourceSymmetrization.ipf:473

Function Newrotate_forstrain(name, theta1): Usagecall as Newrotate_forstrain(name, theta1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; theta1 [variable]: counter clock-wise degree; NotesKernel#04 ** Function for Rotate the matrix Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:4599

Function Newrotate_forstrain_c(name, theta1): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as Newrotate_forstrain_c(name, theta1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; theta1 [variable]: counter clock-wise degree; NotesFunction for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:5080

Function Newrotate_forstrainback(name, theta1): Usagecall as Newrotate_forstrainback(name, theta1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; theta1 [variable]: counter clock-wise degree; NotesKernel#09 ** Function for Rotate the matrix back Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:4772

Function projectstrainmatrix(ux, uy, theta): Usagecall as projectstrainmatrix(ux, uy, theta).; ux [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; uy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: degree; NotesKernel#02 ** Function for Project matrix to arbitary axis Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4536

Function projectstrainmatrix45(ux, uy, theta): Usagecall as projectstrainmatrix45(ux, uy, theta).; ux [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; uy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: degree; NotesKernel#03 ** Function for Project matrix to arbitary axis +45 Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:4567

Function projectstrainmatrix_c(ux, uy, theta): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as projectstrainmatrix_c(ux, uy, theta).; ux [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; uy [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: degree; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing.; SourceLawler-Fujita Drift Correction.ipf:5130

Function removezerop(name): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagecall as removezerop(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:3261

Function reorgjump(namew, cond, jump, jumppoin, addvalu): Usagecall as reorgjump(namew, cond, jump, jumppoin, addvalu).; namew [string]: Igor wave reference used as input or output.; cond [variable]: =pi; jump [variable]: =2*pi; jumppoin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; addvalu [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation.; SourceLawler-Fujita Drift Correction.ipf:841

Function rotatedshear(name, pp, theta): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as rotatedshear(name, pp, theta).; name [string]: Name or reference of the source wave/matrix being processed.; pp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesFunction for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; uses Igor matrix operations for vectorized calculation; cleans up waves/windows or brings an existing window forward. Main internal calls: func_NaN0(), dilf().; SourceShear Correction for C4.ipf:501

Function Shear_q1x(w, x) : FitFunc: Usagecall as Shear_q1x(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFit function q1x Purpose: applies geometric correction or extracts deformation/strain information.; SourceShear Correction for C4.ipf:374

Function Shear_q1y(w, x) : FitFunc: Usagecall as Shear_q1y(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFit function q1y Purpose: applies geometric correction or extracts deformation/strain information.; SourceShear Correction for C4.ipf:394

Function shear_q2x(w, x) : FitFunc: Usagecall as shear_q2x(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFit function q2x Purpose: applies geometric correction or extracts deformation/strain information.; SourceShear Correction for C4.ipf:414

Function shear_q2y(w, x) : FitFunc: Usagecall as shear_q2y(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFit function q2y Purpose: applies geometric correction or extracts deformation/strain information.; SourceShear Correction for C4.ipf:435

Function shearall(mat3dn, refwave, factor): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as shearall(mat3dn, refwave, factor).; mat3dn [wave]: name of the mat3d to be sheared = "g2_001_G"; refwave [wave]: name of the shear reference wave = "g2_001_T" string barename = replaceString("_G",mat3dn,"_T"); factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesFunction for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; assigns Igor axis scaling/units to the output. Main internal calls: func_zeroNaN(). Update log: 2023-09-12: Applies shear correction to every layer of a 3D matrix through the "Go3D" workflow.; SourceShear Correction for C4.ipf:986

Function/WAVE shearxy(x0, y0, sh, Dis): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as shearxy(x0, y0, sh, Dis).; x0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sh [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Dis [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesWave-returning helper for symmetry or reflection processing; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; cleans up waves/windows or brings an existing window forward.; SourceShear Correction for C4.ipf:1187

Function SimlatticebyFit(name): Usagecall as SimlatticebyFit(name).; name [string]: The name of experimental data [From this wave to extract]; Notes#III.1 Simulate Lattice Body Purpose: fits or extracts spectral/peak parameters. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: mean(), cktable(), sign(), color3s_for3dm(), color3s_for3dmLS(), ckfig_child().; SourceLattice Segregation.ipf:158

Function Strain_angle(ux, uy, order, mothername, selqmode): Purposeapplies geometric correction or extracts deformation/strain information.; Usagecall as Strain_angle(ux, uy, order, mothername, selqmode).; ux [variable]: bare displacement matrix Ux; uy [variable]: bare displacement matrix Uy; order [variable]: polynomial order to remove background; mothername [string]: name of the topography; selqmode [string]: prompt sel,"Which Q?",popup,"Global;Just Fitted"; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: umatrixsubbackground_c(), atan2(), projectstrainmatrix_c(), Newrotate_forstrain_c(), differentiatealongx(), differentiatealongy().; SourceLawler-Fujita Drift Correction.ipf:4932

Function Strainanalysis(ux, uy, order, mothername, selqmode, frame2ornot, theta): Usagecall as Strainanalysis(ux, uy, order, mothername, selqmode, frame2ornot, theta).; ux [variable]: bare displacement matrix Ux; uy [variable]: bare displacement matrix Uy; order [variable]: polynomial order to remove background; mothername [string]: name of the topography; selqmode [string]: prompt sel,"Which Q?",popup,"Global;Just Fitted"; frame2ornot [variable]: whether or not calculate the second frame, =1 yes; =0 No; theta [variable]: angle of the lattice in topo degree; Notes## MAIN FUNCTION Purpose: applies geometric correction or extracts deformation/strain information. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: umatrixsubbackground(), projectstrainmatrix(), projectstrainmatrix45(), Newrotate_forstrain(), differentiatealongx(), differentiatealongy().; SourceLawler-Fujita Drift Correction.ipf:4286

Function SumCompOrder_square(A1, A2, theta): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as SumCompOrder_square(A1, A2, theta).; A1 [variable]: Used in: Display/HOST=#/W=(0,0.05,0.4,0.55);appendimage Square1;ModifyGraph mirror=2;ModifyImage Square1 ctab= {-max(A1,A2),max(A1,A2),VioletOrangeYe / setActiveSubwindow ##;Display/HOST=#/W=(0.3,0.05,0.7,0.55);appendimage Square2;ModifyGraph mirror=2;ModifyImage Square2 ctab= {-max(A1,A2),m; A2 [variable]: Used in: Display/HOST=#/W=(0,0.05,0.4,0.55);appendimage Square1;ModifyGraph mirror=2;ModifyImage Square1 ctab= {-max(A1,A2),max(A1,A2),VioletOrangeYe / setActiveSubwindow ##;Display/HOST=#/W=(0.3,0.05,0.7,0.55);appendimage Square2;ModifyGraph mirror=2;ModifyImage Square2 ctab= {-max(A1,A2),m; theta [variable]: Angle parameter used for ARPES momentum conversion or rotation.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: cvtcmplx(), max(), ckfig_child().; SourceModels.ipf:11521

Function sym1FDplus2asLor(parwave, x) : fitfunc //only one lorenztian is asymmetric: Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as sym1FDplus2asLor(parwave, x).; parwave [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for symmetry or reflection processing; Igor wave/matrix/cube data operation.; SourcePierre's Template.ipf:21721

Function symkrtl(n, temp): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as symkrtl(n, temp).; n [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; temp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:2941

Function symkrtl_cmplx(n, temp): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as symkrtl_cmplx(n, temp).; n [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; temp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:3022

Function symkrtr(n, temp): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as symkrtr(n, temp).; n [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; temp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:2917

Function symkrtr_cmplx(n, temp): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as symkrtr_cmplx(n, temp).; n [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; temp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for symmetry or reflection processing; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:2997

Function symmetrizeQPIdall(name): Purposeapplies symmetry, mirror, or reflection operations.; Usagecall as symmetrizeQPIdall(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: D4_sym_3dplot(), Mdiag_sym_3dplot(), Mx_sym_3dplot(), C4_sym_3dplot(), margin(), color3s_subfor3dFFT().; SourceSymmetrization.ipf:587

Function twoDinterpolatexyflf(name, xpoint, ypoint): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as twoDinterpolatexyflf(name, xpoint, ypoint).; name [string]: Name or reference of the source wave/matrix being processed.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: makematrix2(), makematrix3(), dilf(), color3slf().; SourceLawler-Fujita Drift Correction.ipf:1078

Function umatrixsubbackground(ux, uy, order): Usagecall as umatrixsubbackground(ux, uy, order).; ux [variable]: Used in: CurveFit/Q/W=0 poly2D order, ux/D = destfitw; uy [variable]: Used in: CurveFit/Q/W=0 poly2D order, uy/D = destfitw; order [variable]: =2; NotesKernel#01 ** Function for remove polynomial background Purpose: smooths, normalizes, or removes background/trend components. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:4497

Function umatrixsubbackground_c(ux, uy, order): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as umatrixsubbackground_c(ux, uy, order).; ux [variable]: Used in: CurveFit/Q/W=0 poly2D order, ux/D = destfitw; uy [variable]: Used in: CurveFit/Q/W=0 poly2D order, uy/D = destfitw; order [variable]: =2; NotesFunction for geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceLawler-Fujita Drift Correction.ipf:5158

Function unpadding(name, winput): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as unpadding(name, winput).; name [string]: name of the original image which contain the original dimsize before padding; winput [variable]: the padded wave; NotesFunction for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceLawler-Fujita Drift Correction.ipf:402

Model Simulation and Theory

Panel callbacks and control handlers (146)

ButtonProc_appendQPIESimu_getGMcut2 ButtonProc_Batchscalingoure ButtonProc_calculateband ButtonProc_CalculateP0Ec ButtonProc_CdGMDirac ButtonProc_Cons3dplotlcf2 ButtonProc_Cons3dplotlcf2SC ButtonProc_Cons3dplotlcf3 ButtonProc_Cons3dplotlcfmodel ButtonProc_Cons3dplotZ ButtonProc_convallc ButtonProc_convolvetempc ButtonProc_fanoline ButtonProc_FeSC_normal ButtonProc_fourbandkpFeSC ButtonProc_gapdisGua2_forPDMsimu ButtonProc_gapdisGua2_forPDMsimuc2 ButtonProc_gaph_forPDMsimu ButtonProc_getparameterPDMsimu ButtonProc_HaldaneA ButtonProc_HaldaneBC ButtonProc_HaldaneCons ButtonProc_LDOSQPIESimu ButtonProc_LFuModel ButtonProc_make3DfakeSISTMc ButtonProc_make3DfakeSISTMcconv ButtonProc_make3DfakeSISTMcraw ButtonProc_MZMscaling_poison ButtonProc_nonsinodal ButtonProc_oneUCFeSegapsimu ButtonProc_pdmsimu_example1 ButtonProc_pdmsimu_example2 ButtonProc_pdmsimu_example3 ButtonProc_pdmsimu_example4 ButtonProc_pdmsimu_example5 ButtonProc_pdmsimu_example6 ButtonProc_pdmsimu_example7 ButtonProc_pdmsimu_example8 ButtonProc_PE_DCB ButtonProc_PE_dcbbatchexample ButtonProc_PE_save2 ButtonProc_PE_save3 ButtonProc_PE_save4 ButtonProc_PE_saveantenamode ButtonProc_PRB_98_214503_n ButtonProc_predictLL ButtonProc_QHZ ButtonProc_QHZ_bandemhq ButtonProc_QHZ_LDOSE ButtonProc_QHZ_LDOSEawrhq ButtonProc_QHZ_LDOSEawrrn ButtonProc_QHZ_LDOSindex ButtonProc_QHZ_LDOSindexHQ ButtonProc_QHZband ButtonProc_QHZChernd0 ButtonProc_QHZChernd0l1 ButtonProc_QHZChernd0l2 ButtonProc_QHZChernm0 ButtonProc_QHZChernm02 ButtonProc_QHZedge ButtonProc_QHZLDOSCall ButtonProc_QHZslabcutc ButtonProc_QPIESimutemp1 ButtonProc_QPIESimutemp2 ButtonProc_QPIESimutemp3 ButtonProc_QPISIMUNew ButtonProc_QWZ3d ButtonProc_QWZChern ButtonProc_QWZCons ButtonProc_RCSJ ButtonProc_S_Svortex ButtonProc_S_Svortexindiv ButtonProc_simuCDWc ButtonProc_SimuPDW1Dc ButtonProc_SimuPDW2Dc ButtonProc_simupdwwithw ButtonProc_Solveedgestate_QHZc ButtonProc_sum2dlinecutc ButtonProc_SumCompOrder ButtonProc_Svortex+ 66 more entries below

Function ButtonProc_appendQPIESimu_getGMcut2(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAppend Band; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Append Band. Code behavior: duplicates or stages waves for downstream processing.; SourceModels.ipf:13467

Function ButtonProc_Batchscalingoure(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Batchscalingoure().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2D; NotesScaling 2D Panel control(s): 2D.; SourceModels.ipf:395

Function ButtonProc_calculateband(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs calculateband().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBand abinitio; NotesRef: arXiv:1802.01376v1 This code is compiled to show a 2D (kx,ky,0) eigne value. If you want to get band along high symmetry line please check the code and change the k-space range setting to what you want e.g. G-M you need ky=kx G-X you need ky=0 Panel control(s): Band abinitio.; SourceModels.ipf:154

Function ButtonProc_CalculateP0Ec(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CalculateP0Ec().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelP(E) Theory; NotesRef: Ast, C., Jäck, B., Senkpiel, J. et al. Sensing the quantum limit in scanning tunnelling spectroscopy. Nat Commun 7, 13009 (2016).; SourceModelingTunneling.ipf:25

Function ButtonProc_CdGMDirac(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs CdGM_Dirac_singlevortex().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCdGM; NotesHere is the procedure to calcultate energe level of CdGM states related to single quantized vortex (voeticity n=1), in a superconducting Dirac Material Refenrence Eq (20) in PHYSICAL REVIEW B 79, 224506 (2009) Purpose: displays waves, images, contours, or graph overlays. Panel control(s): CdGM.; SourceModels.ipf:598

Function ButtonProc_Cons3dplotlcf2(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut; Notes{{{{{{{{{{ Launch arbitary Linecut extraction (Z is horizental) }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceModels.ipf:1067

Function ButtonProc_Cons3dplotlcf2SC(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut; Notes{{{{{{{{{{ Launch arbitary Linecut extraction (Z is horizental) }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceModels.ipf:1757

Function ButtonProc_Cons3dplotlcf3(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceModels.ipf:11295

Function ButtonProc_Cons3dplotlcfmodel(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceSmartDisplay.ipf:5278

Function ButtonProc_Cons3dplotZ(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut, Linecut, Linecut, Linecut; Notes{{{{{{{{{{ Launch arbitary Linecut extraction (Z is horizental) }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Linecut. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: findstartppf(), findendppf(), grabwin(), lsize(), rgb(), findstartqqf().; SourceModels.ipf:2448

Function ButtonProc_convallc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs convallc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelT-conv batch; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): T-conv batch.; SourceGeneral_Simu.ipf:1726

Function ButtonProc_convolvetempc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs convolvetempc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTemp convolve; NotesConvolute any curve by temperature broadening Panel control(s): Temp convolve.; SourceGeneral_Simu.ipf:1658

Function ButtonProc_fanoline(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs fanoline().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFano; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Fano.; SourceModels.ipf:738

Function ButtonProc_FeSC_normal(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFeSC FS; NotesTB FeSC Fermi Surface Purpose: smooths, normalizes, or removes background/trend components. Panel control(s): FeSC FS. Main internal calls: FeSC_normal().; SourceModels.ipf:11056

Function ButtonProc_fourbandkpFeSC(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFeSC(Γ k.p); NotesGamma kp model used in Nat. Phys. 15, 41 (2019) Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): FeSC(Γ k.p).; SourceModels.ipf:2273

Function ButtonProc_gapdisGua2_forPDMsimu(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract Delta( / m Gaus); NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Extract Delta( / m Gaus). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceGeneral_Simu.ipf:1040

Function ButtonProc_gapdisGua2_forPDMsimuc2(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract Delta(g_{ / m max}); NotesPanel button callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Extract Delta(g_{ / m max}). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceGeneral_Simu.ipf:1236

Function ButtonProc_gaph_forPDMsimu(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract g(Delta); NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Panel control(s): Extract g(Delta). Main internal calls: extracthight_PDMsimu().; SourceGeneral_Simu.ipf:1199

Function ButtonProc_getparameterPDMsimu(ctrlName) : ButtonControl: Purposeextracts values, metadata, cursor information, or derived waves.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPrint Parameters; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Print Parameters.; SourceGeneral_Simu.ipf:1588

Function ButtonProc_HaldaneA(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelA(k,ω); NotesBuild Haldane Spectral Function Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): A(k,ω).; SourceModels.ipf:3185

Function ButtonProc_HaldaneBC(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelΩ(k); NotesCalculate Berry Curvature Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Ω(k).; SourceModels.ipf:3281

Function ButtonProc_HaldaneCons(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelHaldane Model; NotesInteractive Tuning Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Haldane Model.; SourceModels.ipf:3497

Function ButtonProc_LDOSQPIESimu(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLDOS; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Panel control(s): LDOS. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls.; SourceModels.ipf:13475

Function ButtonProc_LFuModel(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs makeu1u2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelProfile; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Profile.; SourceMiscellaneous_Codes.ipf:6336

Function ButtonProc_make3DfakeSISTMc(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake 3D; NotesPanel button callback for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Panel control(s): Make 3D. Main internal calls: make3DfakeSISTM().; SourceGeneral_Simu.ipf:899

Function ButtonProc_make3DfakeSISTMcconv(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow Conv; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Show Conv.; SourceGeneral_Simu.ipf:1034

Function ButtonProc_make3DfakeSISTMcraw(ctrlName) : ButtonControl: Purposecreates new waves, maps, figures, or simulation data.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelShow Raw; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Show Raw.; SourceGeneral_Simu.ipf:1028

Function ButtonProc_MZMscaling_poison(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Batchscaling().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelScal.+Poison; NotesScaling+Poison output Gs (2e2/h) vs Gamma (meV) curve under different poiosning rate Batchscaling(0.01,10,0.4,0,0.1,5,1000) Panel control(s): Scal.+Poison.; SourceModels.ipf:478

Function ButtonProc_nonsinodal(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs nonsinodal().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCPR; NotesThe nonsinodal CPR from andreev bound state, the model is from PHYSICAL REVIEW B 100, 064523 (2019) Panel control(s): CPR.; SourceModels.ipf:915

Function ButtonProc_oneUCFeSegapsimu(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs oneUCFeSegapsimu().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel∆(1UC-FeSe); NotesPlot the 3D surface Gizmo for the 1UC-FeSe gap distribution. Gap function is from ref: https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.117.117001 Panel control(s): ∆(1UC-FeSe).; SourceModels.ipf:13756

Function ButtonProc_pdmsimu_example1(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel1; Notescdynetest=exp(-x^2/(FWHM/(2*sqrt(ln(2)))^2)) Examples of parameters Case#1 only have in-phase gap size modulation (no peak height modulation ) Panel control(s): 1. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1326

Function ButtonProc_pdmsimu_example2(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2; NotesCase#2 No gap modulation but severe out-of-phase height modulation Panel control(s): 2. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1340

Function ButtonProc_pdmsimu_example3(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3; NotesCase#3 Case of 1UC-FeSe case 1, gap in-phase/ height out-of-phase Panel control(s): 3. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1356

Function ButtonProc_pdmsimu_example4(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel4; NotesCase#4 only have in-phase gap size modulation (no peak height modulation ) Panel control(s): 4. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1371

Function ButtonProc_pdmsimu_example5(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel5; NotesCase#5 in-phase gap size modulation/ out-of-phase peak height modulation Panel control(s): 5. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1387

Function ButtonProc_pdmsimu_example6(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel6; NotesCase#6 single gap Panel control(s): 6. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1402

Function ButtonProc_pdmsimu_example7(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel7; NotesCase#7 maybe our case? with correct peak height Panel control(s): 7. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1417

Function ButtonProc_pdmsimu_example8(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel8; NotesCase#8 special Panel control(s): 8. Code behavior: reads or updates panel controls. Main internal calls: pdmsimu_example().; SourceGeneral_Simu.ipf:1432

Function ButtonProc_PE_DCB(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Main internal calls: SimulateDCB_IV().; SourceModelingTunneling.ipf:662

Function ButtonProc_PE_dcbbatchexample(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panele.g.; NotesPanel button callback for ARPES-style loading, plotting, or momentum conversion. Panel control(s): e.g.. Main internal calls: CalculateDCB().; SourceModelingTunneling.ipf:888

Function ButtonProc_PE_save2(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExamaple / #2; NotesPanel button callback in ModelingTunneling.ipf. Panel control(s): Examaple / #2. Main internal calls: CalculateP0E_auto().; SourceModelingTunneling.ipf:703

Function ButtonProc_PE_save3(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExamaple / #3; NotesPanel button callback in ModelingTunneling.ipf. Panel control(s): Examaple / #3. Main internal calls: CalculateP0E_auto().; SourceModelingTunneling.ipf:741

Function ButtonProc_PE_save4(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExamaple / #4; NotesPanel button callback in ModelingTunneling.ipf. Panel control(s): Examaple / #4. Main internal calls: CalculateP0E_auto().; SourceModelingTunneling.ipf:778

Function ButtonProc_PE_saveantenamode(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExamaple / #1; NotesPanel button callback in ModelingTunneling.ipf. Panel control(s): Examaple / #1. Main internal calls: CalculateP0E_auto().; SourceModelingTunneling.ipf:621

Function ButtonProc_PRB_98_214503_n(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFeSC(M k.p); NotesThis is the simulation of normal bands in PRB 98,214503 (2018) This is the eignevalue of equation (1) Panel control(s): FeSC(M k.p).; SourceModels.ipf:990

Function ButtonProc_predictLL(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs calculateLLNewc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLL; NotesSimulate Landau Level Landau level prediction. valid when 2D dirac cone istropic. Panel control(s): LL.; SourceModels.ipf:4216

Function ButtonProc_QHZ(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Cons_QHZcut2c().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQi-Hughes-Zhang; NotesInteractive Tune band structure Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Qi-Hughes-Zhang.; SourceModels.ipf:5632

Function ButtonProc_QHZ_bandemhq(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelHQ; NotesPanel button callback for topological-model simulation; graph display, formatting, or window management. Panel control(s): HQ. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations. Main internal calls: Solveedgestate_QHZhq_cmplx(), Solveedgestate_QHZhq(), displaymultiFQHZ(), userticks(), rgb(), ckfig().; SourceModels.ipf:8822

Function ButtonProc_QHZ_LDOSE(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLDOS(E); NotesPanel button callback for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation; graph display, formatting, or window management. Panel control(s): LDOS(E). Main internal calls: QHZLDOSindex(), QHZLDOS().; SourceModels.ipf:9428

Function ButtonProc_QHZ_LDOSEawrhq(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelHQ; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Panel control(s): HQ. Main internal calls: QHZslabcut_cmplx(), QHZslabcut().; SourceModels.ipf:9667

Function ButtonProc_QHZ_LDOSEawrrn(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRename; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Rename.; SourceModels.ipf:9705

Function ButtonProc_QHZ_LDOSindex(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLDOS(index); NotesPanel button callback for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation; graph display, formatting, or window management. Panel control(s): LDOS(index). Code behavior: reads or updates panel controls. Main internal calls: QHZLDOSindex().; SourceModels.ipf:9399

Function ButtonProc_QHZ_LDOSindexHQ(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation; graph display, formatting, or window management. Main internal calls: QHZLDOSindex().; SourceModels.ipf:9414

Function ButtonProc_QHZband(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3D; NotesPanel button callback for topological-model simulation. Panel control(s): 3D. Main internal calls: QHZSpectralFunction(), QWZSpectralFunction2().; SourceModels.ipf:5750

Function ButtonProc_QHZChernd0(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelChern(Δ=0); NotesCalculate Chern number when d = 0 Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Chern(Δ=0). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: QHZ_d0pBerryCurvature(), QHZ_d0mBerryCurvature(), ckfig_child().; SourceModels.ipf:6840

Function ButtonProc_QHZChernd0l1(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZ(m,Δ=0,μ=μ0); NotesPanel button callback for linecut, slice, or region extraction; topological-model simulation. Panel control(s): Z(m,Δ=0,μ=μ0).; SourceModels.ipf:7231

Function ButtonProc_QHZChernd0l2(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZ(μ,Δ=0,m=m0); NotesPanel button callback for linecut, slice, or region extraction; topological-model simulation. Panel control(s): Z(μ,Δ=0,m=m0).; SourceModels.ipf:7235

Function ButtonProc_QHZChernm0(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelChern(m=0); NotesCalculate Chern number when m = 0 Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Chern(m=0). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: QHZ_hpBerryCurvature(), QHZ_hmBerryCurvature(), ckfig_child().; SourceModels.ipf:5936

Function ButtonProc_QHZChernm02(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelZ(Δ,m=0); NotesPanel button callback for topological-model simulation. Panel control(s): Z(Δ,m=0). Main internal calls: QHZeq8Chernline().; SourceModels.ipf:5954

Function ButtonProc_QHZedge(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSlab; NotesPanel button callback for linecut, slice, or region extraction; topological-model simulation. Panel control(s): Slab.; SourceModels.ipf:8674

Function ButtonProc_QHZLDOSCall(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel*(LDOS); NotesCalculate the LDOS of Edge mode, continue slab calculation Calculate Egienvalue index resolved LDOS Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): *(LDOS).; SourceModels.ipf:8946

Function ButtonProc_QHZslabcutc(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel*(A[k,ω,L]); NotesCalculate the Spectral function with layer weight Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): *(A[k,ω,L]).; SourceModels.ipf:9447

Function ButtonProc_QPIESimutemp1(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTemp#h; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Temp#h. Main internal calls: QPIESimu2Dband_interact().; SourceModels.ipf:12763

Function ButtonProc_QPIESimutemp2(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTemp#e-h; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Temp#e-h. Main internal calls: QPIESimu2Dband_interact().; SourceModels.ipf:12875

Function ButtonProc_QPIESimutemp3(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTemp#e; NotesPanel button callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Temp#e. Main internal calls: QPIESimu2Dband_interact().; SourceModels.ipf:12819

Function ButtonProc_QPISIMUNew(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFeSC-A(ω,k)+LDOS+QPI / Two bands TB; NotesNew simultaneous simulation of Spectral function of QPI 2 band tight-binding model Gamma hole & M electron Panel control(s): FeSC-A(ω,k)+LDOS+QPI / Two bands TB.; SourceModels.ipf:12343

Function ButtonProc_QWZ3d(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel3D; NotesPanel button callback for topological-model simulation; Igor wave/matrix/cube data operation. Panel control(s): 3D. Main internal calls: QWZSpectralFunction().; SourceModels.ipf:5008

Function ButtonProc_QWZChern(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelChern; NotesPanel button callback for topological-model simulation. Panel control(s): Chern. Main internal calls: QWZChernline().; SourceModels.ipf:5018

Function ButtonProc_QWZCons(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelQi-Wu-Zhang; Notes#02 Interactive Link Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): Qi-Wu-Zhang.; SourceModels.ipf:5003

Function ButtonProc_RCSJ(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs RCSJc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRCSJ Model; NotesSimulate RCSJ Model for Supercurrent Panel control(s): RCSJ Model.; SourceModelingTunneling.ipf:1371

Function ButtonProc_S_Svortex(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs automultiSV().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelS/Vortex Ln; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): S/Vortex Ln.; SourceModels.ipf:254

Function ButtonProc_S_Svortexindiv(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs indivlinecut().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelInd. S/Vortex; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): `Ind. S/Vortex`.; SourceModels.ipf:348

Function ButtonProc_simuCDWc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs simuCDWc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel{ / m NbSe}_{2}; NotesSimulation for NbSe2 STM data, Science 372,1447 (2021) Panel control(s): { / m NbSe}_{2}.; SourceModels.ipf:13616

Function ButtonProc_SimuPDW1Dc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs SimuPDW1Dc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPDW Linecut; NotesSimulation of 1D PDW (only Qx) linecut and corresponding 2D PDW map (Qx and Qy) Panel control(s): PDW Linecut.; SourceModels.ipf:11785

Function ButtonProc_SimuPDW2Dc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs SimuPDW2Dc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMake3D; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): Make3D.; SourceModels.ipf:12014

Function ButtonProc_simupdwwithw(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs simupdwwithw().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOLD; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): OLD.; SourceModels.ipf:11752

Function ButtonProc_Solveedgestate_QHZc(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel*(Slab); NotesPanel button callback for linecut, slice, or region extraction; topological-model simulation. Panel control(s): *(Slab).; SourceModels.ipf:8562

Function ButtonProc_sum2dlinecutc(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs sum2dlinecutc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIt2/1; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): It2/1.; SourceModels.ipf:11909

Function ButtonProc_SumCompOrder(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs SumCompOrder().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMulti.Order; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Multi.Order.; SourceModels.ipf:11485

Function ButtonProc_Svortex(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs DyneModbyvortex().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBCSVortex line; NotesPanel button callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): BCSVortex line.; SourceModels.ipf:682

Function ButtonProc_TBGsimu(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs TBGsimu().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTBG; NotesSimulation of TBG and TTG lattice Panel control(s): TBG.; SourceGeneral_Simu.ipf:1801

Function ButtonProc_tbmodel(ctrlName) : ButtonControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagetriggered as a wrapper that opens/runs tbmodel().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTB_Cprt; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): TB_Cprt.; SourceModels.ipf:770

Function ButtonProc_tbmodelIBSC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs fourbandmodel().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTB_FeSC; Notesa tight binding model used in arXiv:1808.08390, and builded in Phys. Rev. X 2, 021009 (2012), to simulate the band structure of Iron-based superconductor. In this model only four bands were considered, in which on double degenerate hole band around gamma point Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps.; SourceModels.ipf:847

Function ButtonProc_TTGsimu(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs TTGsimu().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTTG; NotesPanel button callback for linecut, slice, or region extraction; lattice, moire, or twist-angle simulation/analysis. Panel control(s): TTG.; SourceGeneral_Simu.ipf:1930

Function ButtonProc_vortexantivortexsimuc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs vortexantivortexsimuc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelvortex pair; NotesRef: PHYSICAL REVIEW B 93, 064522 (2016) https://journals.aps.org/prb/pdf/10.1103/PhysRevB.93.064522 eq. 5b Panel control(s): vortex pair.; SourceModels.ipf:10612

Function PopMenuProc_simuSISTM1(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; PanelConvolute, Convolve; NotesString varName variable/G dphih2_simuSISTM = varNum*pi pi //phi of the gap size 1 controlsimuSISTM1() end Panel control(s): Convolute, Convolve. Main internal calls: controlsimuSISTM1().; SourceGeneral_Simu.ipf:620

Function PopMenuProc_simuSISTMSeFe(ctrlName, popNum, popStr) : PopupMenuControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; popNum [variable]: Selected popup-menu item index.; popStr [string]: Selected popup-menu item text.; Panelr(Delta_{ / m max}), r(Delta_{ / m max}); NotesPanel popup-menu callback for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): r(Delta_{ / m max}). Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceGeneral_Simu.ipf:524

Function SetVarProc_addX3dplotf2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLV, LV, LV, LV, LV; Notes##02 Control Function:Change addX, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LV. Main internal calls: anglelinecutVf(), angleline_3dpf2().; SourceModels.ipf:1246

Function SetVarProc_addY3dplotf2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLH, LH, LH, LH, LH; Notes##01 Control Function:Change addY, Call to change LinecutH and change the indicative line Purpose: displays waves, images, contours, or graph overlays. Panel control(s): LH. Main internal calls: anglelinecutHf(), angleline_3dpf2().; SourceModels.ipf:1221

Function SetVarProc_aph(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela(Å), θ(˚), dx(Å), dy(Å); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis. Panel control(s): a(Å), θ(˚), dx(Å), dy(Å). Main internal calls: Fitimagehoneycomb(), tpw().; SourceGeneral_Simu.ipf:2298

Function SetVarProc_aptri(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela(Å), θ(˚), dx(Å), dy(Å); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis. Panel control(s): a(Å), θ(˚), dx(Å), dy(Å). Main internal calls: Fitimagesquare(), tpw().; SourceGeneral_Simu.ipf:2564

Function SetVarProc_Cons3dplot2(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; topological-model simulation. Panel control(s): Z. Main internal calls: tpw(), Cons3dplotc(), Cons3dplotcQWZ(), grabwinnonew(), Cons3dplotcf().; SourceModels.ipf:9813

Function SetVarProc_Cons3dplotFeSC_normalc(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelE'; NotesPanel set-variable callback for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Panel control(s): E'. Main internal calls: updateFeSC_normalFS().; SourceModels.ipf:11132

Function SetVarProc_Cons3dplotpdw(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Z. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_zeroNaN(), max(), grabwinchild(), color3s_for3d(), checkmultiopen(), color3s_for3dm().; SourceModels.ipf:12061

Function SetVarProc_Cons3dplotprbc(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelZ; Notes{{{{{{{{{{ Control the simulation parameters }}}}}}}}}} Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Z. Main internal calls: updatePRB_98_214503_normalFS().; SourceModels.ipf:1388

Function SetVarProc_ConstQPIsimuand2bands(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelIm∑, N1/S2, NxN, BandShape(h), Δ(h), μ(h), +M(E,A)_h, +M(E,σ)_h; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Panel control(s): Im∑, N1/S2, NxN, BandShape(h), Δ(h), μ(h). Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: QPIESimu2Dband_interact(), max().; SourceModels.ipf:12931

Function SetVarProc_ConstQPIsimuand2bandsFS(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelE; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Panel control(s): E. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: QPIESimu2Dband_interactFS(), max().; SourceModels.ipf:12955

Function SetVarProc_DiracLL(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelVelocity (meV*A), B (T), ED (meV), Num; NotesPanel set-variable callback for ARPES-style loading, plotting, or momentum conversion. Panel control(s): Velocity (meV*A), B (T), ED (meV), Num. Main internal calls: calculateLLNewcons().; SourceModels.ipf:4323

Function SetVarProc_FeSC_normal(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt1, t2, t, t', u', Im(∑)'', Re(∑)'; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): t1, t2, t, t', u', Im(∑)''. Main internal calls: updateFeSC_normal().; SourceModels.ipf:11182

Function SetVarProc_FTstripesimu(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelP1, Q1, P2, Q2, L(X), L(Y), Background, σ(noise); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Panel control(s): P1, Q1, P2, Q2, L(X), L(Y). Main internal calls: FFTstripesimulation_cons().; SourceModels.ipf:13577

Function SetVarProc_haldane(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelt1, t2, M, phi, Im(Σ), Update, HQ; Notes#02 Interactive Link Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Panel control(s): t1, t2, M, phi, Im(Σ), Update. Main internal calls: Cons_Haldanecut(), Cons_HaldaneFS(), cons_HaldaneBC().; SourceModels.ipf:3552

Function SetVarProc_lamda_fesc2d(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelλ1, λ2, λ3, λR; NotesPanel set-variable callback for Igor wave/matrix/cube data operation. Panel control(s): λ1, λ2, λ3, λR. Main internal calls: updatefourbandFeSC2D().; SourceModels.ipf:2823

Function SetVarProc_pe(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelAntenna on?, omega_{0}^{ / m{Antenna}} (ueV), alpha, C_J (fF), I_c (nA), R(omega = 0) (Ω), T (K), Data range: ±E_{ / m{max}} (ueV); NotesPanel set-variable callback for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Panel control(s): Antenna on?, omega_{0}^{ / m{Antenna}} (ueV), alpha, C_J (fF), I_c (nA), R(omega = 0) (Ω). Main internal calls: SimulateDCB_IV(), CalculateP0E_auto().; SourceModelingTunneling.ipf:253

Function SetVarProc_peic(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; NotesPanel set-variable callback for ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; differentiates wave data. Main internal calls: SimulateDCB_IV().; SourceModelingTunneling.ipf:180

Function SetVarProc_PRB_98_214503_normala(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): a. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1418

Function SetVarProc_PRB_98_214503_normalm(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelm; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): m. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1410

Function SetVarProc_PRB_98_214503_normalselfi(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∑''; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): ∑''. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1435

Function SetVarProc_PRB_98_214503_normalselfr(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∑'; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): ∑'. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1443

Function SetVarProc_PRB_98_214503_normalu(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelµ; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): µ. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1402

Function SetVarProc_PRB_98_214503_normalvsoc(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposesmooths, normalizes, or removes background/trend components.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelVsoc; NotesPanel set-variable callback for smoothing, normalization, or background removal. Panel control(s): Vsoc. Main internal calls: updatePRB_98_214503_normal().; SourceModels.ipf:1426

Function SetVarProc_PRB_98_214503_SCa(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela; NotesPanel set-variable callback in Models.ipf. Panel control(s): a. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1943

Function SetVarProc_PRB_98_214503_SCd0(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∆; NotesPanel set-variable callback in Models.ipf. Panel control(s): ∆. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1985

Function SetVarProc_PRB_98_214503_SCd2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∆; NotesPanel set-variable callback in Models.ipf. Panel control(s): ∆. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1976

Function SetVarProc_PRB_98_214503_SCk0(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelk'; NotesPanel set-variable callback in Models.ipf. Panel control(s): k'. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1993

Function SetVarProc_PRB_98_214503_SCm(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelm; NotesPanel set-variable callback in Models.ipf. Panel control(s): m. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1935

Function SetVarProc_PRB_98_214503_SCselfi(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∑''; NotesPanel set-variable callback in Models.ipf. Panel control(s): ∑''. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1960

Function SetVarProc_PRB_98_214503_SCselfr(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel∑'; NotesPanel set-variable callback in Models.ipf. Panel control(s): ∑'. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1968

Function SetVarProc_PRB_98_214503_SCu(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelµ; NotesPanel set-variable callback in Models.ipf. Panel control(s): µ. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1927

Function SetVarProc_PRB_98_214503_SCvsoc(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelVsoc; NotesPanel set-variable callback in Models.ipf. Panel control(s): Vsoc. Main internal calls: updatePRB_98_214503_SC().; SourceModels.ipf:1951

Function SetVarProc_QHZ_band(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelA, B, M, μ, Re(Δ), Im(Δ), Im(Δ), Im(Σ); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; topological-model simulation. Panel control(s): A, B, M, μ, Re(Δ), Im(Δ). Main internal calls: Cons_QHZcut(), Cons_QHZcut2(), grabwinnonew(), Solveedgestate_QHZ_cmplx(), Solveedgestate_QHZ(), effQHZ_LDOSEawr().; SourceModels.ipf:5885

Function SetVarProc_QHZ_bandem(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelA, B, μ; NotesPanel set-variable callback for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Panel control(s): A, B, μ. Main internal calls: Solveedgestate_QHZ_cmplx(), Solveedgestate_QHZ(), Cons_QHZcut(), Cons_QHZcut2(), effQHZ_LDOSEawr().; SourceModels.ipf:8909

Function SetVarProc_QHZ_LDOSEawr(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelA(ω,k,i), A(Update); NotesPanel set-variable callback for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Panel control(s): A(ω,k,i), A(Update). Main internal calls: effQHZ_LDOSEawr().; SourceModels.ipf:9603

Function SetVarProc_QPIrangesimu(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelLatt. a (Å), Latt.Q (°), Grid (NxN), Lenght (nm x nm), λ(a0); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; lattice, moire, or twist-angle simulation/analysis. Panel control(s): `Latt. a (Å), Latt.Q (°), Grid (NxN), Lenght (nm x nm), λ(a0)`. Code behavior: creates output waves.; SourceModels.ipf:12206

Function SetVarProc_QWZ(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelA, B, M, μ, Im(Σ), Update, HQ; NotesPanel set-variable callback for linecut, slice, or region extraction; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Panel control(s): A, B, M, μ, Im(Σ), Update. Main internal calls: Cons_QWZcut(), Cons_QWZFS(), cons_QWZBC().; SourceModels.ipf:5029

Function SetVarProc_RCSJ(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelT (K), beta_{c}, smooth; NotesPanel set-variable callback in ModelingTunneling.ipf. Panel control(s): T (K), beta_{c}, smooth. Main internal calls: SimulateRCSJ_IV_Hysteresis_Realistic().; SourceModelingTunneling.ipf:1446

Function SetVarProc_RCSJ2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelI/ I_{c}, T_{Voltage only} (K); NotesPanel set-variable callback for Igor wave/matrix/cube data operation. Panel control(s): I/ I_{c}, T_{Voltage only} (K). Main internal calls: SimulateRCSJ_voltage_vs_Time().; SourceModelingTunneling.ipf:1466

Function SetVarProc_rotate3dplotf2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate, Rotate, Rotate, Rotate, Rotate; Notes##03 Control Function:Change Rotation, Call to change LinecutH, LinecutV and change the indicative line, and Setvariable range setaddX/setaddY Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Rotate. Code behavior: duplicates or stages waves for downstream processing; reads or updates panel controls. Main internal calls: anglelinecutHf(), anglelinecutVf(), angleline_3dpf2(), findrangeforangle_LHf(), grabwin(), findrangeforangle_LVf().; SourceModels.ipf:1271

Function SetVarProc_rotate3dplotf22(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate, LH, LV; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Panel control(s): Rotate, LH, LV. Code behavior: assigns Igor axis scaling/units to the output. Main internal calls: angleline_3dpf2().; SourceModels.ipf:1580

Function SetVarProc_rotate3dplotf22SC(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate, LH, LV; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Panel control(s): Rotate, LH, LV. Code behavior: assigns Igor axis scaling/units to the output. Main internal calls: angleline_3dpf2().; SourceModels.ipf:2150

Function SetVarProc_SimPDW1dlinecut(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelΔ0 (meV), |Δp| (meV), FWHM (meV), T (K), FWHM(|E|)?; NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): Δ0 (meV), |Δp| (meV), FWHM (meV), T (K), FWHM(|E|)?. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: SimuPDW1D(), sum2dlinecut(), FFTLpdw(), color3s_for3dmf().; SourceModels.ipf:11852

Function SetVarProc_simuSISTM1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelleft|Gamma_{ / m Q}^{Delta_{1}} / ight|, left|Gamma_{ / m Q}^{Delta_{2}} / ight|, Gamma_{0}^{Delta_{1}}, Gamma_{0}^{Delta_{2}}, left| Delta^{1}_{ / m Q} / ight|, left| Delta^{2}_{ / m Q} / ight|, Delta^{1}_{0}, Delta^{2}_{0}; NotesPanel set-variable callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): left|Gamma_{ / m Q}^{Delta_{1}} / ight|, left|Gamma_{ / m Q}^{Delta_{2}} / ight|, Gamma_{0}^{Delta_{1}}, Gamma_{0}^{Delta_{2}}, left| Delta^{1}_{ / m Q} / ight|, left| Delta^{2}_{ / m Q} / ight|. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; reads or updates panel controls. Main internal calls: controlsimuSISTM1(), tconvchoiceparameter().; SourceGeneral_Simu.ipf:628

Function SetVarProc_simuSISTM1convmode(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelmode; NotesPanel set-variable callback in General_Simu.ipf. Panel control(s): mode. Main internal calls: tconvchoiceparameter().; SourceGeneral_Simu.ipf:513

Function SetVarProc_simuSISTM1slice(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelslice; NotesPanel set-variable callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Panel control(s): slice. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceGeneral_Simu.ipf:545

Function SetVarProc_simuSISTM2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Paneldeltaphi^{Delta_{1}}, deltaphi^{Delta_{2}}, deltaphi^{ / m H_{1}}, deltaphi^{ / m H_{2}}; NotesPanel set-variable callback for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Panel control(s): deltaphi^{Delta_{1}}, deltaphi^{Delta_{2}}, deltaphi^{ / m H_{1}}, deltaphi^{ / m H_{2}}. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; reads or updates panel controls. Main internal calls: controlsimuSISTM1(), tconvchoiceparameter().; SourceGeneral_Simu.ipf:664

Function SetVarProc_simuSISTMlinecutx(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelx-slice; NotesPanel set-variable callback for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Panel control(s): x-slice. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceGeneral_Simu.ipf:474

Function SetVarProc_SumCompOrder_tria(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panel|A1|, |A2|, |A3|, θ, |A4|, δθ, δλ, λ; NotesPanel set-variable callback in Models.ipf. Panel control(s): |A1|, |A2|, |A3|, θ, |A4|, δθ. Main internal calls: cons_SumCompOrder_tria().; SourceModels.ipf:11695

Function SetVarProc_TBG(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelX(Å); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): X(Å). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:1852

Function SetVarProc_TBG1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela1(Å), θ1(˚); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): a1(Å), θ1(˚). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:1884

Function SetVarProc_TBG2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela2(Å), θ2(˚); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): a2(Å), θ2(˚). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:1908

Function SetVarProc_Tconv(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelT(K), mode; NotesPanel set-variable callback in General_Simu.ipf. Panel control(s): T(K), mode. Main internal calls: convolvetemp(), tpw().; SourceGeneral_Simu.ipf:1684

Function SetVarProc_tp_cpr(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelτp, Δ(meV), T(mK); NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): τp, Δ(meV), T(mK).; SourceModels.ipf:958

Function SetVarProc_TTG(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelX(Å); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): X(Å). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:2000

Function SetVarProc_TTG1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela1(Å), θ1(˚); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): a1(Å), θ1(˚). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:2040

Function SetVarProc_TTG2(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela2(Å), θ2(˚); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): a2(Å), θ2(˚). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:2066

Function SetVarProc_TTG3(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panela3(Å), θ3(˚); NotesPanel set-variable callback for lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Panel control(s): a3(Å), θ3(˚). Code behavior: duplicates or stages waves for downstream processing. Main internal calls: ExampleTriangularLattice().; SourceGeneral_Simu.ipf:2090

Function SetVarProc_vortex1(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelSepration, A, B, |m|:vorticity, [-*]:vorticity, ∆φ(π); NotesPanel set-variable callback for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Sepration, A, B, |m|:vorticity, [-*]:vorticity, ∆φ(π). Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: vortexantivortexsimu_tune(), makevectorfield_vortexsimu_tune(), shrinkvf(), cyclecolorwave(), tpw().; SourceModels.ipf:10923

Interactive procedures and macros (44)

Proc calculateband(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Models.ipf. Main internal calls: claculateband().; SourceModels.ipf:158

Proc CalculateP0Ec(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management. Code behavior: creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: CalculateP0E_auto(), log(), mirror(), rgb(), lstyle(), axRGB(). Update log: 2025-06-08: Opens the P(E)-theory simulation panel for environmental tunneling calculations and dynamic Coulomb blockade examples.; SourceModelingTunneling.ipf:29

Proc CdGM_Dirac_singlevortex(EF, hv, delta, level): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters EF, hv, delta, level.; EF [variable]: Fermi Energy (meV); hv [variable]: Fermi Velocity (meV A); delta [variable]: SC gap (meV); level [variable]: How many levels do you want to display; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: EF = Fermi Energy (meV); hv = Fermi Velocity (meV A); delta = SC gap (meV); level = How many levels do you want to display. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: macdonald(), zero(), nticks(), grid().; SourceModels.ipf:602

Proc choiceparameterc()//(ampw1,ampw2,ampini1,ampini2,ampg1,ampg2,ampgini1,ampgini2): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis. Main internal calls: choiceparametercf(). Update log: 05/12/2024: Added a new simulation program for 2D PDM with 2 gaps. chooseparameterc() V02:debug V03:updated and added examples.; SourceGeneral_Simu.ipf:22

Proc Cons_QHZcut2c(A, B, m, mu, ReD, ImD, selfimg, numxy, mode): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters A, B, m, mu, ReD, ImD, selfimg, numxy.; A [variable]: = A_QHZ; B [variable]: = B_QHZ; m [variable]: = m_QHZ; mu [variable]: μ; ReD [variable]: Re(Δ); ImD [variable]: Im(Δ); selfimg [wave]: Im(Σ); numxy [variable]: Number of point in k space; mode [string]: Pairing sym; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; topological-model simulation. Dialog prompts: mu = μ; ReD = Re(Δ); ImD = Im(Δ); selfimg = Im(Σ); numxy = Number of point in k space; mode = Pairing sym. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZ_bandtune().; SourceModels.ipf:5636

Proc ConsHaldane(): Usagerun interactively from Igor or from a panel callback.; Notes#01 Body Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls. Main internal calls: Cons_Haldanecut(), Cons_HaldaneFS(), cons_HaldaneBC(), max(), ckfig_child(), ShrinkDigit().; SourceModels.ipf:3503

Proc ConsQWZ(): Usagerun interactively from Igor or from a panel callback.; Notes#01 Body Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics; reads or updates panel controls. Main internal calls: Cons_QWZcut(), Cons_QWZFS(), cons_QWZBC(), max(), ckfig_child(), ShrinkDigit().; SourceModels.ipf:4948

Proc convallc(bathname, num, mode, temp): Usagerun from Igor with parameters bathname, num, mode, temp.; bathname [string]: Bath name; num [variable]: Number of the batch; mode [string]: Select mode; temp [variable]: Temperature (K); NotesInteractive Igor procedure in General_Simu.ipf. Dialog prompts: bathname = Bath name; num = Number of the batch; mode = Select mode; temp = Temperature (K). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: convall().; SourceGeneral_Simu.ipf:1730

Proc convolvetempc(name, tt2): Usagerun from Igor with parameters name, tt2.; name [string]: The 1D wave want to be convolved; tt2 [variable]: Temperature (K); NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = The 1D wave want to be convolved; tt2 = Temperature (K). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: tpw(), convolvetemp(), rgb(), margin().; SourceGeneral_Simu.ipf:1662

Proc DyneModbyvortex(grid, K, b1, delta, xrange, Erange): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters grid, K, b1, delta, xrange, Erange.; grid [wave]: Grid/map size, grid wave, or grid-data selector used by STM/STS workflows. In this context it usually refers to STM/STS or Nanonis-derived data.; K [variable]: Coherent length (nm); b1 [variable]: Dyne broadenig (meV); delta [variable]: Gap Amplitude (meV); xrange [variable]: Distance from Core center (nm); Erange [variable]: Energy Range (meV); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: Grid = Number of data point; K = Coherent length (nm); b1 = Dyne broadenig (meV); delta = Gap Amplitude (meV); xrange = Distance from Core center (nm); Erange = Energy Range (meV). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: DOSvor().; SourceModels.ipf:686

Proc fanoline(G_res, E_res, endnum): Usagerun from Igor with parameters G_res, E_res, endnum.; G_res [variable]: FWHM of resonace peak; E_res [variable]: resonace energy; endnum [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceModels.ipf:742

Proc FFTstripesimulationc(p1, q1, p2, q2, scalex, scaley, b, sigma, h, hd): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagerun from Igor with parameters p1, q1, p2, q2, scalex, scaley, b, sigma.; p1 [variable]: P for the 1st point; q1 [variable]: Q for the 1st point; p2 [variable]: P for the 2nd point; q2 [variable]: Q for the 2nd point; scalex [variable]: X length for the real space image; scaley [variable]: Y length for the real space image; b [variable]: Background intensity of image; sigma [variable]: Guassian noise sigma; h [variable]: Intensity of 1st/2nd points; hd [variable]: difference between st/2nd points; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: p1 = P for the 1st point; q1 = Q for the 1st point; p2 = P for the 2nd point; q2 = Q for the 2nd point; scalex = X length for the real space image; scaley = Y length for the real space image. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: FFTstripesimulation().; SourceModels.ipf:13495

Proc fourbandkpFeSC(sel): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters sel.; sel [variable]: select mode; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: sel = select mode. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: fourbandFeSC2D(), fourbandFeSC3D().; SourceModels.ipf:2278

Proc fourbandmodel(a, t2, t2p, t1, t3, u, grid, rx1, rx2, ry1): Usagerun from Igor with parameters a, t2, t2p, t1, t3, u, grid, rx1.; a [variable]: Lattice constance (A); t2 [variable]: t2(NN_1) meV; t2p [variable]: t2p(NN_2) meV; t1 [variable]: t1(N) meV; t3 [variable]: t3(NNN) meV; u [variable]: Chemical potential meV; grid [wave]: Number of points; rx1 [variable]: left of kx (0,2pi); rx2 [variable]: right of kx (0,2pi); ry1 [variable]: left of ky (0,2pi); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Dialog prompts: t1 = t1(N) meV; a = Lattice constance (A); t2 = t2(NN_1) meV; t2p = t2p(NN_2) meV; t3 = t3(NNN) meV; u = Chemical potential meV. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations.; SourceModels.ipf:851

Proc gapdisGua2_forPDMsimuc(tip, namemat3d, froml, tol, fromr, tor): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters tip, namemat3d, froml, tol, fromr, tor.; tip [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; namemat3d [wave]: Name of convoluted 3D data; froml [variable]: -(ampgini2_simuSISTM+2*ampg2_simuSISTM); tol [variable]: -(ampgini1_simuSISTM-2*ampg1_simuSISTM); fromr [variable]: = (ampgini1_simuSISTM-2*ampg1_simuSISTM); tor [variable]: = (ampgini2_simuSISTM+2*ampg2_simuSISTM); NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Dialog prompts: namemat3d = Name of convoluted 3D data. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: gapdisGua2_forPDMsimu().; SourceGeneral_Simu.ipf:1059

Proc gapdisGua2_forPDMsimuc2(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: gapdisGua2_forPDMsimu2().; SourceGeneral_Simu.ipf:1253

Proc HaldaneBerryCurvaturec(t1, t2, M, phi, numxy, sel): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters t1, t2, M, phi, numxy, sel.; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; M [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: N x N in (kx,ky) space; sel [variable]: Select algorithm; NotesInteractive Igor procedure for topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: numxy = N x N in (kx,ky) space; sel = Select algorithm. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: HaldaneBerryCurvature(), HaldaneBCFukui().; SourceModels.ipf:3285

Proc HaldaneSpectralFunctionc(t1, t2, M, phi, selfimg, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters t1, t2, M, phi, selfimg, numxy.; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; M [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Im(Σ); numxy [variable]: N x N in (kx,ky) space; NotesInteractive Igor procedure for topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: selfimg = Im(Σ); numxy = N x N in (kx,ky) space. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: HaldaneSpectralFunction().; SourceModels.ipf:3189

Proc make3DfakeSISTMc(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: make3DfakeSISTM().; SourceGeneral_Simu.ipf:922

Proc makeFeSC_normalFSc(t1, t2, t, tp, u, selfimg, selfreal): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters t1, t2, t, tp, u, selfimg, selfreal.; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: = 1; t [variable]: = 1; tp [variable]: = 1; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: = 0.1; selfreal [variable]: =; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Main internal calls: makeFeSC_normalFS().; SourceModels.ipf:11449

Proc nonsinodal(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: tanh(), renormcuts_k(), nticks(), grid(), margin(), rgb().; SourceModels.ipf:919

Proc nonsinodalcprf(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: tanh(), renormcuts_k().; SourceModels.ipf:966

Proc oneUCFeSegapsimu(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Main internal calls: makegap1UCFeSe(), di(), makegap1UCFeSed(), makegap1UCFeSebabs(). Update log: 04/28/2024: Added Model simulation oneUCFeSegapsimu() To plot the 3D surface Gizmo of the 1UC-FeSe gap function.; SourceModels.ipf:13760

Proc PRB_98_214503(sel): Usagerun from Igor with parameters sel.; sel [variable]: Model of Phys Rev B 98, 214503 (2018); NotesInteractive Igor procedure for smoothing, normalization, or background removal. Dialog prompts: sel = Model of Phys Rev B 98, 214503 (2018). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: PRB_98_214503_normal(), PRB_98_214503_SC().; SourceModels.ipf:995

Proc QHZd0Chernlinemmc(mm): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters mm.; mm [variable]: please fix a m value, we calculate Z along μ; NotesInteractive Igor procedure for topological-model simulation. Dialog prompts: mm = please fix a m value, we calculate Z along μ. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZd0Chernlinemm().; SourceModels.ipf:7300

Proc QHZd0Chernlineuuc(uu): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters uu.; uu [variable]: please fix a μ value, we calculate Z along m; NotesInteractive Igor procedure for topological-model simulation. Dialog prompts: uu = please fix a μ value, we calculate Z along m. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZd0Chernlineuu().; SourceModels.ipf:7240

Proc QHZLDOSC(A, B, m, mu, ReD, ImD, nslab, num, Vmin, Vmax): Usagerun from Igor with parameters A, B, m, mu, ReD, ImD, nslab, num.; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Number of Slab; num [variable]: Number of point in k space; Vmin [variable]: E(min); Vmax [variable]: E(max); NotesCalculate LDOS(E) Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Dialog prompts: nslab = Number of Slab; num = Number of point in k space; Vmin = E(min); Vmax = E(max). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZLDOS().; SourceModels.ipf:9247

Proc QHZLDOSCall(m, mu, ReD, ImD, nslab, num, Vmax, sel, mode): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters m, mu, ReD, ImD, nslab, num, Vmax, sel.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Number of Slab; num [variable]: Number of point in k space; Vmax [variable]: E(max); sel [variable]: Select Mode; mode [string]: Pairing sym; NotesInteractive Igor procedure for symmetry or reflection processing; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Dialog prompts: nslab = Number of Slab; num = Number of point in k space; Vmax = E(max); sel = Select Mode; mode = Pairing sym. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZLDOSCindex(), QHZLDOSC().; SourceModels.ipf:8950

Proc QHZLDOSCindex(A, B, m, mu, ReD, ImD, nslab, num): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters A, B, m, mu, ReD, ImD, nslab, num.; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Number of Slab; num [variable]: Number of point in k space; NotesInteractive Igor procedure for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Dialog prompts: nslab = Number of Slab; num = Number of point in k space. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZLDOSindex().; SourceModels.ipf:8980

Proc QHZslabcutc(m, mu, ReD, ImD, nslab, numxy, ratio, xi, Vmax, mode): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters m, mu, ReD, ImD, nslab, numxy, ratio, xi.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Number of Slab; numxy [variable]: Number of point in k space; ratio [variable]: Weight?; xi [variable]: ξ(layer) [Slab decay length]; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mode [string]: Pairing sym; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; topological-model simulation. Dialog prompts: nslab = Number of Slab; numxy = Number of point in k space; ratio = Weight?; xi = ξ(layer) [Slab decay length]; mode = Pairing sym. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QHZslabcut_cmplx(), QHZslabcut(), di().; SourceModels.ipf:9451

Proc QPIESimu2Dbandc(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel): Usagerun from Igor with parameters shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel.; shape_hole [variable]: Band shape (hole band); shape_ele [variable]: Band shape (electron band); mu_hole [variable]: μ(hole band); mu_ele [variable]: μ(electron band); gap_hole [variable]: Δ(hole band); gap_ele [variable]: Δ(electron band); selfE [variable]: Im∑; sel [variable]: SC or Normal; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: shape_hole = Band shape (hole band); shape_ele = Band shape (electron band); gap_hole = Δ(hole band); gap_ele = Δ(electron band); mu_hole = μ(hole band); mu_ele = μ(electron band). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: QPIESimu2Dband().; SourceModels.ipf:12348

Proc RCSJc(TT, beta_c, sm, current): Usagerun from Igor with parameters TT, beta_c, sm, current.; TT [variable]: Temperature (K); beta_c [variable]: beta_{c}:Stewart–McCumber parameter; sm [variable]: smooth; current [variable]: Normalized drive current （Ic）; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; graph display, formatting, or window management. Dialog prompts: TT = Temperature (K); beta_c = beta_{c}:Stewart–McCumber parameter; sm = smooth; current = Normalized drive current （Ic）. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: SimulateRCSJ_IV_Hysteresis_Realistic(), SimulateRCSJ_voltage_vs_Time(), margin(), zColor(), lstyle(), rgb().; SourceModelingTunneling.ipf:1375

Proc simuCDWc(theta, wLength, c1, c2, c3): Usagerun from Igor with parameters theta, wLength, c1, c2, c3.; theta [variable]: Latticfe angle˚; wLength [variable]: Lattice constant; c1 [variable]: Phase shift of Q1 (c1*2π/3); c2 [variable]: Phase shift of Q2 (c2*2π/3); c3 [variable]: Phase shift of Q3 (c3*2π/3); NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Dialog prompts: theta = Latticfe angle˚; wLength = Lattice constant; c1 = Phase shift of Q1 (c1*2π/3); c2 = Phase shift of Q2 (c2*2π/3); c3 = Phase shift of Q3 (c3*2π/3). Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: simuCDW(), margin().; SourceModels.ipf:13621

Proc SimuPDW1Dc(delta0, deltap, FWHM, T, Edb): Usagerun from Igor with parameters delta0, deltap, FWHM, T, Edb.; delta0 [variable]: Δ0 (meV); deltap [variable]: |Δp| (meV); FWHM [variable]: FWHM (meV); T [variable]: T (K); Edb [variable]: FWHM(|E|)?; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: delta0 = Δ0 (meV); deltap = |Δp| (meV); FWHM = FWHM (meV); T = T (K); Edb = FWHM(|E|)?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: SimuPDW1Dbody().; SourceModels.ipf:11789

Proc SimuPDW2Dc(delta0, deltap, FWHM, T, Edb): Usagerun from Igor with parameters delta0, deltap, FWHM, T, Edb.; delta0 [variable]: Δ0 (meV); deltap [variable]: |Δp| (meV); FWHM [variable]: FWHM (meV); T [variable]: T (K); Edb [variable]: FWHM(|E|)?; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: delta0 = Δ0 (meV); deltap = |Δp| (meV); FWHM = FWHM (meV); T = T (K); Edb = FWHM(|E|)?. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: SimuPDW2D().; SourceModels.ipf:12018

Proc simupdwwithw(indicate): Usagerun from Igor with parameters indicate.; indicate [variable]: Indicate; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction. Dialog prompts: indicate = Indicate. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; loads data from files or paths; cleans up waves/windows or brings an existing window forward. Main internal calls: di(), FFTL2().; SourceModels.ipf:11756

Proc SIMUtopodefectc(a1, a2, add, lattice, zero, amp, x0, y0, windhalf, windsingle): Usagerun from Igor with parameters a1, a2, add, lattice, zero, amp, x0, y0.; a1 [variable]: Angle of dislocation (°); a2 [variable]: Angle of Order Q (°); add [variable]: Phase offset; lattice [variable]: Lattice constant; zero [variable]: ∆0 background; amp [variable]: Amplitude of PDW; x0 [variable]: Frame X offset; y0 [variable]: Frame Y offset; windhalf [variable]: Half vortex winding number; windsingle [variable]: Single vortex winding number; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal. Dialog prompts: a1 = Angle of dislocation (°); a2 = Angle of Order Q (°); add = Phase offset; lattice = Lattice constant; zero = ∆0 background; amp = Amplitude of PDW. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: SIMUtopodefecthalf(), SIMUtopodefectsingle(), makeQindicate(), ckfig_child().; SourceModels.ipf:10418

Proc Solveedgestate_QHZc(A, B, m, mu, ReD, ImD, nslab, num, mode): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters A, B, m, mu, ReD, ImD, nslab, num.; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Number of Slab; num [variable]: Number of point in k space; mode [string]: Pairing sym; NotesInteractive Igor procedure for symmetry or reflection processing; topological-model simulation; graph display, formatting, or window management. Dialog prompts: nslab = Number of Slab; num = Number of point in k space; mode = Pairing sym. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: Solveedgestate_QHZ_cmplx(), Solveedgestate_QHZ(), displaymultiFQHZ().; SourceModels.ipf:8566

Proc sum2dlinecutc(name, zn, sufout, show): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters name, zn, sufout, show.; name [string]: The source 2D wave; zn [variable]: The dimension to keep, 0 for x; 1 for y; sufout [variable]: The suffix add to the name of output; show [variable]: Do you want display?; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = The source 2D wave; zn = The dimension to keep, 0 for x; 1 for y; sufout = The suffix add to the name of output; show = Do you want display?. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tpw(), sum2dlinecut().; SourceModels.ipf:11913

Proc TBGsimu(xx, a1, a2, theta1, theta2): Usagerun from Igor with parameters xx, a1, a2, theta1, theta2.; xx [variable]: Length of the image (Å); a1 [variable]: Lattice constant of layer 1 (Å); a2 [variable]: Lattice constant of layer 2 (Å); theta1 [variable]: Twist angle of layer 1 (˚); theta2 [variable]: Twist angle of layer 2 (˚); NotesInteractive Igor procedure for symmetry or reflection processing; lattice, moire, or twist-angle simulation/analysis; graph display, formatting, or window management. Dialog prompts: xx = Length of the image (Å); a1 = Lattice constant of layer 1 (Å); a2 = Lattice constant of layer 2 (Å); theta1 = Twist angle of layer 1 (˚); theta2 = Twist angle of layer 2 (˚). Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls; asks the user for parameters through Igor prompts. Main internal calls: ExampleTriangularLattice(), rgb().; SourceGeneral_Simu.ipf:1805

Proc tbmodel(t1, t2, t3, u, rx1, rx2, ry1, ry2, grid): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagerun from Igor with parameters t1, t2, t3, u, rx1, rx2, ry1, ry2.; t1 [variable]: t1(N) meV; t2 [variable]: t2(NN) meV; t3 [variable]: t3(NNN) meV; u [variable]: Chemical potential meV; rx1 [variable]: left of kx (0,2pi); rx2 [variable]: right of kx (0,2pi); ry1 [variable]: left of ky (0,2pi); ry2 [variable]: right of ky (0,2pi); grid [wave]: Number of points; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: t1 = t1(N) meV; t2 = t2(NN) meV; t3 = t3(NNN) meV; u = Chemical potential meV; grid = Number of points; rx1 = left of kx (0,2pi). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: linkstsmap_P().; SourceModels.ipf:775

Proc testgs(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: Integrate1D().; SourceModels.ipf:462

Proc testgspo(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Main internal calls: Integrate1D().; SourceModels.ipf:552

Proc vortexantivortexsimuc(a_sep, AA, BB, vorticity, pshif, reverseV): Usagerun from Igor with parameters a_sep, AA, BB, vorticity, pshif, reverseV.; a_sep [variable]: Vortex-antivortex speration; AA [variable]: A; BB [variable]: B; vorticity [variable]: |m|:vorticity; pshif [variable]: Phase shift (π); reverseV [variable]: [-*]: sign of vorticity; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: a_sep = Vortex-antivortex speration; AA = A; BB = B; vorticity = |m|:vorticity; pshif = Phase shift (π); reverseV = [-*]: sign of vorticity. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: vortexantivortexsimu().; SourceModels.ipf:10616

Computational and data helpers (131)

CalculateP0E CalculateP0E_auto ChernN_haldane ChernN_qhz ChernN_qwz choiceparameter choiceparametercf claculateband color3s_PDMsimu Complextorealfpdw Cons3dplotcQWZ cons_HaldaneBC Cons_Haldanecut Cons_HaldaneFS Cons_QHZcut Cons_QHZcut2 cons_QWZBC Cons_QWZcut Cons_QWZFS controlsimuSISTM1 convall convolvetemp convolvetempall displaymultiFQHZ effQHZ_LDOSEawr extracthight_PDMsimu FeSC_normal FFTLpdw FFTstripesimulation FFTstripesimulation_cons fourbandFeSC2D fourbandFeSC3D Function_MBSGS Function_MBSGSpo gapdisGua2_forPDMsimu gapdisGua2_forPDMsimu2 HaldaneBCFukui HaldaneBerryCurvature HaldaneModel HaldaneSpectralFunction Interactiveshow macdonald macintegrand madelldos make3DfakeSISTM makeFeSC_normalFS makeQindicate makevectorfield_vortexsimu makevectorfield_vortexsimu_tune MergeColumneach MergeRoweach myCursorMovedHookQHZ pdmsimu_example PDMSIMU_examplecore PDWonSC PRB_98_214503_normal PRB_98_214503_SC QHZ QHZ_bandtune QHZ_d0mBerryCurvature QHZ_d0mBerryCurvaturemu QHZ_d0pBerryCurvature QHZ_d0pBerryCurvaturemu QHZ_hmBerryCurvature QHZ_hmBerryCurvatured QHZ_hpBerryCurvature QHZ_hpBerryCurvatured QHZBCFukui QHZBerryCurvature QHZd0 QHZd0Chernlinemm QHZd0Chernlineuu QHZd0mu QHZedgeH1 QHZedgeH2 QHZedgeH3 QHZedgeH4 QHZedgeH5 QHZedgeH6 QHZedgeH7+ 51 more entries below

Function CalculateP0E(T): T [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesIndividual P(E) theory calculation Usage: call as CalculateP0E(T). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; differentiates wave data; cleans up waves/windows or brings an existing window forward. Main internal calls: numtype(), elseif(), areaXY(), CutWave_EcenteredRange().; SourceModelingTunneling.ipf:1054

Function CalculateP0E_auto(): Usagecall CalculateP0E_auto() from Igor procedure code or the command line.; NotesUtility function in ModelingTunneling.ipf. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; differentiates wave data; cleans up waves/windows or brings an existing window forward. Main internal calls: numtype(), elseif(), areaXY(), CutWave_EcenteredRange(), SimulateDCB_IV().; SourceModelingTunneling.ipf:296

Function ChernN_haldane(BCname): Usagecall as ChernN_haldane(BCname).; BCname [string]: String name used to locate an Igor wave, graph, folder, or output object.; Notes#07 Calculate Chern number Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Update log: 10/18_03/2023: Correct the counting range of ChernN_haldane(BCname). now it is [ , ) for both dimension. 10/18_02/2023: Improve Haldane Model performance, added Chern number calculation ChernN_haldane(BCname).; SourceModels.ipf:3906

Function ChernN_qhz(BCname): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as ChernN_qhz(BCname).; BCname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for FFT, QPI, phase, or lock-in analysis; topological-model simulation; Igor wave/matrix/cube data operation.; SourceModels.ipf:7767

Function ChernN_qwz(BCname): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as ChernN_qwz(BCname).; BCname [string]: String name used to locate an Igor wave, graph, folder, or output object.; NotesFunction for topological-model simulation; Igor wave/matrix/cube data operation. Update log: 10/28/2023: Added Qi-Wu-Zhang model for 2D Chern insulator. ChernN_QWZ(BCname), [ , ) for square lattice.; SourceModels.ipf:4909

Function choiceparameter(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2, dphid1, dphid2, dphih1, dphih2, shrinkratio): Usagecall as choiceparameter(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2).; ampw1 [variable]: =0.025 // amplitude of the width of gap 1; ampw2 [variable]: =0.025 // amplitude of the width of gap 2; ampini1 [variable]: =0.07 // average of the width of gap 1; ampini2 [variable]: =0.07 // average of the width of gap 2; ampg1 [variable]: =0.22 // amplitude of the size of gap 1; ampg2 [variable]: =0.31 // amplitude of the size of gap 2; ampgini1 [variable]: =1.4 // average of the size of gap 1; ampgini2 [variable]: =1.9 // average of the size of gap 2; dphid1 [variable]: =pi //phi of the gap size 1; dphid2 [variable]: =pi // phi of the gap size 2; ... 3 additional parameters; see source for the full signature.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceGeneral_Simu.ipf:874

Function choiceparametercf(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2): Usagecall as choiceparametercf(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2).; ampw1 [variable]: = 0.025 // amplitude of the width of gap 1; ampw2 [variable]: = 0.03 // amplitude of the width of gap 2; ampini1 [variable]: = 0.07 // average of the width of gap 1; ampini2 [variable]: = 0.07 // average of the width of gap 2; ampg1 [variable]: = 0.22 // amplitude of the size of gap 1; ampg2 [variable]: = 0.31 // amplitude of the size of gap 2; ampgini1 [variable]: = 1.4 // average of the size of gap 1; ampgini2 [variable]: = 1.9 // average of the size of gap 2; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: choiceparameter(), margin(), rgb(), tconvchoiceparameter(), tpw(), mode().; SourceGeneral_Simu.ipf:35

Function claculateband(): Usagecall claculateband() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays.; SourceModels.ipf:163

Function color3s_PDMsimu(tt): Usagecall as color3s_PDMsimu(tt).; tt [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: formats graph axes, labels, colors, or annotations.; SourceGeneral_Simu.ipf:806

Function Complextorealfpdw(name1w, select): Usagecall as Complextorealfpdw(name1w, select).; name1w [string]: Igor wave reference used as input or output.; select [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:11985

Function Cons3dplotcQWZ(): Purposedisplays waves, images, contours, or graph overlays.; Usagecall Cons3dplotcQWZ() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: func_zeroNaN(), max(), grabwinchild(), color3s_for3d().; SourceModels.ipf:9854

Function cons_HaldaneBC(t1, t2, M, phi, numxy): Usagecall as cons_HaldaneBC(t1, t2, M, phi, numxy).; t1 [variable]: = 1; t2 [variable]: = 0.2; M [variable]: = 0.2; phi [variable]: = 0.2*pi; numxy [variable]: = 100; Notes#05 Functional: Calculate Berry curvature Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: HaldaneModel(), ChernN_haldane().; SourceModels.ipf:3719

Function Cons_Haldanecut(t1, t2, M, phi, selfimg, numxy): Usagecall as Cons_Haldanecut(t1, t2, M, phi, selfimg, numxy).; t1 [variable]: = 1; t2 [variable]: = 0; M [variable]: = 0.2; phi [variable]: = 0.2*pi; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; Notes#04 Functional: make band dispersion cut Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: HaldaneModel().; SourceModels.ipf:3659

Function Cons_HaldaneFS(t1, t2, M, phi, selfimg, numxy): Usagecall as Cons_HaldaneFS(t1, t2, M, phi, selfimg, numxy).; t1 [variable]: = 1; t2 [variable]: = 0; M [variable]: = 0.2; phi [variable]: = 0.2*pi; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; Notes#03 Functional: make Fermi surface Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: HaldaneModel().; SourceModels.ipf:3584

Function Cons_QHZcut(A, B, m, mu, ReD, ImD, selfimg, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as Cons_QHZcut(A, B, m, mu, ReD, ImD, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZ().; SourceModels.ipf:5771

Function Cons_QHZcut2(A, B, m, mu, ReD, ImD, selfimg, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as Cons_QHZcut2(A, B, m, mu, ReD, ImD, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZ().; SourceModels.ipf:5827

Function cons_QWZBC(A, B, M, mu, numxy): Usagecall as cons_QWZBC(A, B, M, mu, numxy).; A [variable]: = 1; B [variable]: = 0.2; M [variable]: = 0.2; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; Notes#05 Functional: Calculate Berry curvature Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QWZ(), ChernN_QWZ().; SourceModels.ipf:5199

Function Cons_QWZcut(A, B, M, mu, selfimg, numxy): Usagecall as Cons_QWZcut(A, B, M, mu, selfimg, numxy).; A [variable]: = 1; B [variable]: = 0; M [variable]: = 0.2; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; Notes#04 Functional: make band dispersion cut Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QWZ().; SourceModels.ipf:5137

Function Cons_QWZFS(A, B, M, mu, selfimg, numxy): Usagecall as Cons_QWZFS(A, B, M, mu, selfimg, numxy).; A [variable]: = 1; B [variable]: = 0; M [variable]: = 0.2; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; Notes#03 Functional: make Fermi surface Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QWZ().; SourceModels.ipf:5062

Function controlsimuSISTM1(): Purposeupdates parameters, controls, scales, or display state.; Usagecall controlsimuSISTM1() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; reads or updates panel controls. Main internal calls: tconvchoiceparameter(), choiceparameter(), color3s_PDMsimu().; SourceGeneral_Simu.ipf:699

Function convall(bathname, num, mode, temp): Usagecall as convall(bathname, num, mode, temp).; bathname [string]: String name used to locate an Igor wave, graph, folder, or output object.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; mode [string]: Step size or energy/voltage increment used by the calculation.; temp [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; NotesFunction for graph display, formatting, or window management. Code behavior: opens or updates graph/image displays. Main internal calls: convolvetempall(), displaymultiF(). Update log: 07/01/2024: Added T-conv to a batch of spectrum.; SourceGeneral_Simu.ipf:1742

Function convolvetemp(name, tt2): Usagecall as convolvetemp(name, tt2).; name [string]: Name or reference of the source wave/matrix being processed.; tt2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; differentiates wave data; cleans up waves/windows or brings an existing window forward. Update log: 05/10/2024: Added T_convolve for any 1D curve convolvetemp(name,tt2).; SourceGeneral_Simu.ipf:1692

Function convolvetempall(name, tt2): Usagecall as convolvetempall(name, tt2).; name [string]: Name or reference of the source wave/matrix being processed.; tt2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; lattice, moire, or twist-angle simulation/analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; extracts image/wave statistics; differentiates wave data; cleans up waves/windows or brings an existing window forward.; SourceGeneral_Simu.ipf:1766

Function displaymultiFQHZ(dataname, from, to): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as displaymultiFQHZ(dataname, from, to).; dataname [string]: String name used to locate an Igor wave, graph, folder, or output object.; from [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; to [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for topological-model simulation; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics.; SourceModels.ipf:8648

Function effQHZ_LDOSEawr(): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall effQHZ_LDOSEawr() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Code behavior: creates output waves; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZslabcut_cmplx(), QHZslabcut(), di(), userticks().; SourceModels.ipf:9611

Function extracthight_PDMsimu(namemat3d): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as extracthight_PDMsimu(namemat3d).; namemat3d [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceGeneral_Simu.ipf:1205

Function FeSC_normal(): Purposesmooths, normalizes, or removes background/trend components.; Usagecall FeSC_normal() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), max(), grabwinchild().; SourceModels.ipf:11060

Function FFTLpdw(name, sel): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTLpdw(name, sel).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; sel [variable]: 1 for x, 2 for y; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; formats graph axes, labels, colors, or annotations. Main internal calls: func_NaN0(), cvtcmplx(), Complextorealfpdw().; SourceModels.ipf:11963

Function FFTstripesimulation(p1, q1, p2, q2, scalex, scaley, b, sigma, h, hd): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTstripesimulation(p1, q1, p2, q2, scalex, scaley, b, sigma).; p1 [variable]: = 1; q1 [variable]: = 1; p2 [variable]: = 198; q2 [variable]: = 198; scalex [variable]: = 10; scaley [variable]: = 10; b [variable]: = 0; sigma [variable]: = 0.1; h [variable]: = 100; hd [variable]: = 0; NotesFunction for FFT, QPI, phase, or lock-in analysis; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: gnoise(), cvtcmplx().; SourceModels.ipf:13520

Function FFTstripesimulation_cons(p1, q1, p2, q2, scalex, scaley, b, sigma, h, hd): Purposeperforms Fourier, filtering, phase, or lock-in processing.; Usagecall as FFTstripesimulation_cons(p1, q1, p2, q2, scalex, scaley, b, sigma).; p1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; q1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; p2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; q2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; scalex [variable]: Scaling, normalization, interpolation, or correction factor.; scaley [variable]: Scaling, normalization, interpolation, or correction factor.; b [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sigma [variable]: Width or sigma parameter for smoothing, fitting, or Fourier filtering.; h [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; hd [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: gnoise(), cvtcmplx().; SourceModels.ipf:13597

Function fourbandFeSC2D(): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall fourbandFeSC2D() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; reads or updates panel controls; cleans up waves/windows or brings an existing window forward. Main internal calls: mpc(), s0(), di().; SourceModels.ipf:2588

Function fourbandFeSC3D(): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall fourbandFeSC3D() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: mpc(), s0(), tpw(), max(), grabwinchild().; SourceModels.ipf:2290

Function Function_MBSGS(inX): Usagecall as Function_MBSGS(inX).; inX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction in Models.ipf. Main internal calls: cosh().; SourceModels.ipf:453

Function Function_MBSGSpo(inX): Usagecall as Function_MBSGSpo(inX).; inX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction in Models.ipf. Main internal calls: cosh().; SourceModels.ipf:543

Function gapdisGua2_forPDMsimu(namemat3d, froml, tol, fromr, tor): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as gapdisGua2_forPDMsimu(namemat3d, froml, tol, fromr, tor).; namemat3d [wave]: the 3D matrix g(r,v); froml [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tol [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fromr [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; tor [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceGeneral_Simu.ipf:1071

Function gapdisGua2_forPDMsimu2(namemat3d): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as gapdisGua2_forPDMsimu2(namemat3d).; namemat3d [wave]: Matrix/2D wave input or matrix output name.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward.; SourceGeneral_Simu.ipf:1261

Function HaldaneBCFukui(t1, t2, M, phi, numxy): Usagecall as HaldaneBCFukui(t1, t2, M, phi, numxy).; t1 [variable]: = 1; t2 [variable]: = 0.2; M [variable]: = 0.2; phi [variable]: = 0.2*pi; numxy [variable]: = 100; Notes#08 A different method for calculating Berry Curvature, but it is slower ref: Journal of the Physical Society of Japan, 2005, 74(6): 1674-1677. ref: https://mp.weixin.qq.com/s/zhyowoXSP91H3xYdByNDEQ Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: HaldaneModel(), di(), ChernN_haldane(), StopMSTimer().; SourceModels.ipf:3941

Function HaldaneBerryCurvature(t1, t2, M, phi, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as HaldaneBerryCurvature(t1, t2, M, phi, numxy).; t1 [variable]: = 1; t2 [variable]: = 0.2; M [variable]: = 0.2; phi [variable]: = 0.2*pi; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: HaldaneModel(), di(), ChernN_haldane(), StopMSTimer().; SourceModels.ipf:3301

Function/WAVE HaldaneModel(t1, t2, M, phi, kx, ky): Usagecall as HaldaneModel(t1, t2, M, phi, kx, ky).; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; M [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; phi [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; NotesBuild Haldane Hamiltonian Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: wn(), wC(), Wn(), automatrixC().; SourceModels.ipf:3133

Function HaldaneSpectralFunction(t1, t2, M, phi, selfimg, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as HaldaneSpectralFunction(t1, t2, M, phi, selfimg, numxy).; t1 [variable]: = 1; t2 [variable]: = 0; M [variable]: = 0.2; phi [variable]: = 0.2*pi; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: HaldaneModel(), tpw(), max(), grabwinchild().; SourceModels.ipf:3201

Function Interactiveshow(): Usagecall Interactiveshow() from Igor procedure code or the command line.; NotesFunction for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: Solveedgestate_QHZ_cmplx(), Solveedgestate_QHZ(), displaymultiFQHZ(), userticks(), hook().; SourceModels.ipf:8679

Function macdonald(a, b): a [variable]: the order of function; b [variable]: the independence variable; NotesHere is a non- accurate numerical bulit of Macdonald Function Usage: call as macdonald(a, b). Main internal calls: integrate1d().; SourceModels.ipf:565

Function macintegrand(t): Usagecall as macintegrand(t).; t [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis.; SourceModels.ipf:573

Function madelldos(hv, B, ED, tem, num, ER, index): Usagecall as madelldos(hv, B, ED, tem, num, ER, index).; hv [variable]: =4.4/0.025//fermi velocity (meV*A); B [variable]: =4// magnetic field (T); ED [variable]: =-4.4//Dirac point (meV); tem [variable]: =15; num [variable]: =100; ER [variable]: =10 //meV; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: calculateLLall(), mean().; SourceModels.ipf:4510

Function make3DfakeSISTM(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2, dphid1, dphid2, dphih1, dphih2, shrinkratio): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as make3DfakeSISTM(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2).; ampw1 [variable]: =0.025 // amplitude of the width of gap 1; ampw2 [variable]: =0.025 // amplitude of the width of gap 2; ampini1 [variable]: =0.07 // average of the width of gap 1; ampini2 [variable]: =0.07 // average of the width of gap 2; ampg1 [variable]: =0.22 // amplitude of the size of gap 1; ampg2 [variable]: =0.31 // amplitude of the size of gap 2; ampgini1 [variable]: =1.4 // average of the size of gap 1; ampgini2 [variable]: =1.9 // average of the size of gap 2; dphid1 [variable]: =pi //phi of the gap size 1; dphid2 [variable]: =pi // phi of the gap size 2; ... 3 additional parameters; see source for the full signature.; NotesUtility function for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; differentiates wave data; cleans up waves/windows or brings an existing window forward.; SourceGeneral_Simu.ipf:926

Function makeFeSC_normalFS(t1, t2, t, tp, u, selfimg, selfreal): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makeFeSC_normalFS(t1, t2, t, tp, u, selfimg, selfreal).; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: = 1; t [variable]: = 1; tp [variable]: = 1; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: = 0.1; selfreal [variable]: = 0; NotesUtility function for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: di().; SourceModels.ipf:11466

Function makeQindicate(a2_td): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makeQindicate(a2_td).; a2_td [variable]: = lattice//lattice constance; NotesUtility function for Nanonis/STM data loading or map conversion; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves.; SourceModels.ipf:10500

Function makevectorfield_vortexsimu(name, amp): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makevectorfield_vortexsimu(name, amp).; name [string]: Name of the phase map; amp [variable]: Name of the amplitude map; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: mode(), arrowMarker(), margin().; SourceModels.ipf:10673

Function makevectorfield_vortexsimu_tune(name, amp): Purposecreates new waves, maps, figures, or simulation data.; Usagecall as makevectorfield_vortexsimu_tune(name, amp).; name [string]: Name of the phase map; amp [variable]: Name of the amplitude map; NotesUtility function for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; extracts image/wave statistics.; SourceModels.ipf:10838

Function MergeColumneach(name, each): name [string]: Name or reference of the source wave/matrix being processed.; each [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesMerge every several columns for a matrix Usage: call as MergeColumneach(name, each). Code behavior: creates output waves. Update log: 10/31/2023: (1) MergeColumneach(name,each): Merge number of "each" column of the matrix, the output the dimension size(name,1) reduced to be 1/each.; SourceModels.ipf:9142

Function MergeRoweach(name, each): Usagecall as MergeRoweach(name, each).; name [string]: Name or reference of the source wave/matrix being processed.; each [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations. Main internal calls: di(). Update log: 10/31/2023: (6) MergeRoweach(name,each): Merge number of "each" row of the matrix, the output the dimension size(name,0) reduced to be 1/each.; SourceModels.ipf:9375

Function myCursorMovedHookQHZ(s): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as myCursorMovedHookQHZ(s).; s [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Main internal calls: Solveedgestate_QHZ_cmplx(), hcsr(), vcsr(), Solveedgestate_QHZ(), Cons_QHZcut(), Cons_QHZcut2().; SourceModels.ipf:8782

Function pdmsimu_example(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2, dphid1, dphid2, dphih1, dphih2, shrinkratio, slice, gaponwhich, linecutslice, tt2, convornot, convmode): ampw1 [variable]: _simuSISTM = 0; ampw2 [variable]: _simuSISTM = 0; ampini1 [variable]: _simuSISTM = 0.03; ampini2 [variable]: _simuSISTM = 0.05; ampg1 [variable]: _simuSISTM = 0.22; ampg2 [variable]: _simuSISTM = 0.31; ampgini1 [variable]: _simuSISTM = 1.4; ampgini2 [variable]: _simuSISTM = 1.9; dphid1 [variable]: _simuSISTM = 0; dphid2 [variable]: _simuSISTM = 0; ... 9 additional parameters; see source for the full signature.; NotesFunction for example cases Usage: call as pdmsimu_example(ampw1, ampw2, ampini1, ampini2, ampg1, ampg2, ampgini1, ampgini2). Main internal calls: PDMSIMU_examplecore().; SourceGeneral_Simu.ipf:1448

Function PDMSIMU_examplecore(): Usagecall PDMSIMU_examplecore() from Igor procedure code or the command line.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics; reads or updates panel controls. Main internal calls: controlsimuSISTM1(), tconvchoiceparameter(), make3DfakeSISTM(), gapdisGua2_forPDMsimu2(), extracthight_PDMsimu().; SourceGeneral_Simu.ipf:1490

Function PDWonSC(w, x) : FitFunc: Usagecall as PDWonSC(w, x).; w [wave]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; Igor wave/matrix/cube data operation.; SourceFFT.ipf:2192

Function PRB_98_214503_normal(): Purposesmooths, normalizes, or removes background/trend components.; Usagecall PRB_98_214503_normal() from Igor procedure code or the command line.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), max(), grabwinchild().; SourceModels.ipf:1007

Function PRB_98_214503_SC(): NotesThis is the simulation of normal bands in PRB 98,214503 (2018) This is the eignevalue of equation (2) Usage: call PRB_98_214503_SC() from Igor procedure code or the command line. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: tpw(), max(), grabwinchild().; SourceModels.ipf:1677

Function/WAVE QHZ(A, B, m, mu, ReD, ImD, kx, ky): Usagecall as QHZ(A, B, m, mu, ReD, ImD, kx, ky).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; NotesCorrect QHZ BdG Hamiltonian Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Main internal calls: wC(), Wn(), automatrixC(), conj().; SourceModels.ipf:5451

Function QHZ_bandtune(A, B, m, mu, ReD, ImD, selfimg, numxy, mode): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_bandtune(A, B, m, mu, ReD, ImD, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; mode [string]: Step size or energy/voltage increment used by the calculation.; NotesFunction for linecut, slice, or region extraction; topological-model simulation; graph display, formatting, or window management. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: Cons_QHZcut(), Cons_QHZcut2(), zero().; SourceModels.ipf:5654

Function QHZ_d0mBerryCurvature(numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_d0mBerryCurvature(numxy).; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZd0(), ChernN_QHZ().; SourceModels.ipf:7044

Function QHZ_d0mBerryCurvaturemu(numxy, m, u): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_d0mBerryCurvaturemu(numxy, m, u).; numxy [variable]: = 100; m [variable]: = 100; u [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZd0mu(), ChernN_QHZ().; SourceModels.ipf:7581

Function QHZ_d0pBerryCurvature(numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_d0pBerryCurvature(numxy).; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZd0(), ChernN_QHZ().; SourceModels.ipf:6859

Function QHZ_d0pBerryCurvaturemu(numxy, m, u): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_d0pBerryCurvaturemu(numxy, m, u).; numxy [variable]: = 100; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZd0mu(), ChernN_QHZ().; SourceModels.ipf:7395

Function QHZ_hmBerryCurvature(numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_hmBerryCurvature(numxy).; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: qHZeq5hphm(), ChernN_QHZ().; SourceModels.ipf:6175

Function QHZ_hmBerryCurvatured(d, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_hmBerryCurvatured(d, numxy).; d [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: qHZeq5hphmdelta(), ChernN_QHZ().; SourceModels.ipf:6615

Function QHZ_hpBerryCurvature(numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_hpBerryCurvature(numxy).; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: qHZeq5hphm(), ChernN_QHZ().; SourceModels.ipf:5989

Function QHZ_hpBerryCurvatured(d, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZ_hpBerryCurvatured(d, numxy).; d [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: qHZeq5hphmdelta(), ChernN_QHZ().; SourceModels.ipf:6428

Function QHZBCFukui(A, B, m, mu, ReD, ImD, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZBCFukui(A, B, m, mu, ReD, ImD, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZ(), di(), ChernN_qhz().; SourceModels.ipf:8115

Function QHZBerryCurvature(A, B, M, mu, ReD, ImD, numxy): Usagecall as QHZBerryCurvature(A, B, M, mu, ReD, ImD, numxy).; A [variable]: = 1; B [variable]: = 0.2; M [variable]: = 0.2; mu [variable]: = 0.2; ReD [variable]: = 0.2; ImD [variable]: = 0.2; numxy [variable]: = 100; NotesFailed trails to calculate Berry phase directly on BdG Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZ(), di(), ChernN_QHZ().; SourceModels.ipf:7801

Function QHZd0(kx, ky): Usagecall as QHZd0(kx, ky).; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; NotesCalculate Chern number when d = 0 Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves.; SourceModels.ipf:6804

Function QHZd0Chernlinemm(mm): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZd0Chernlinemm(mm).; mm [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: QHZ_d0pBerryCurvaturemu(), ChernN_QHZ(), QHZ_d0mBerryCurvaturemu(), rgb(), marker(), mrkThick().; SourceModels.ipf:7305

Function QHZd0Chernlineuu(uu): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZd0Chernlineuu(uu).; uu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: QHZ_d0pBerryCurvaturemu(), ChernN_QHZ(), QHZ_d0mBerryCurvaturemu(), rgb(), marker(), mrkThick().; SourceModels.ipf:7245

Function QHZd0mu(kx, ky, mm, u): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZd0mu(kx, ky, mm, u).; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; mm [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves.; SourceModels.ipf:7361

Function/WAVE QHZedgeH1(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH1(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 01 S [real] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpn(), diagM(), superdiagM(), subdiagM().; SourceModels.ipf:8369

Function/WAVE QHZedgeH2(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH2(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 02 S+iS [complex] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpc(), diagM_cmplx(), superdiagM_cmplx(), subdiagM_cmplx().; SourceModels.ipf:8393

Function/WAVE QHZedgeH3(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH3(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 03 P+iP [real] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpn(), diagM(), superdiagM(), subdiagM().; SourceModels.ipf:8417

Function/WAVE QHZedgeH4(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH4(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 04 S± [real] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpn(), diagM(), superdiagM(), subdiagM().; SourceModels.ipf:8440

Function/WAVE QHZedgeH5(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH5(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 05 dx2-y2 [real] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpn(), diagM(), superdiagM(), subdiagM().; SourceModels.ipf:8464

Function/WAVE QHZedgeH6(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH6(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 06 dxy [Complex] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpc(), diagM_cmplx(), superdiagM_cmplx(), subdiagM_cmplx().; SourceModels.ipf:8488

Function/WAVE QHZedgeH7(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH7(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 07 Px [real] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpn(), diagM(), superdiagM(), subdiagM().; SourceModels.ipf:8513

Function/WAVE QHZedgeH8(A, B, m, mu, ReD, ImD, kx, nslab): Usagecall as QHZedgeH8(A, B, m, mu, ReD, ImD, kx, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes## 08 Py [Complex] Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing. Main internal calls: mpc(), diagM_cmplx(), superdiagM_cmplx(), subdiagM_cmplx().; SourceModels.ipf:8537

Function qHZeq5hphm(kx, ky): Usagecall as qHZeq5hphm(kx, ky).; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; Notes# PRB 82, 184516 eq. (5) calculate the chern number of m = 0 case Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves.; SourceModels.ipf:5960

Function qHZeq5hphmdelta(kx, ky, d): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as qHZeq5hphmdelta(kx, ky, d).; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; d [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves.; SourceModels.ipf:6401

Function QHZeq8Chernline(): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall QHZeq8Chernline() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: QHZ_hpBerryCurvatured(), ChernN_QHZ(), QHZ_hmBerryCurvatured(), rgb(), ckfig().; SourceModels.ipf:6361

Function QHZLDOS(A, B, m, mu, ReD, ImD, nslab, num, Vmin, Vmax): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZLDOS(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; Vmin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: SolveslabLDOS_QHZ_cmplx(), SolveslabLDOS_QHZ(), MergeRoweach(), di().; SourceModels.ipf:9266

Function QHZLDOSindex(A, B, m, mu, ReD, ImD, nslab, num): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZLDOSindex(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: Solveslabindex_QHZ_cmplx(), Solveslabindex_QHZ(), MergeColumneach(), di().; SourceModels.ipf:8995

Function QHZslabcut(A, B, m, mu, ReD, ImD, selfimg, nslab, numxy, ratio, xi, v1, v2): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZslabcut(A, B, m, mu, ReD, ImD, selfimg, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; ratio [variable]: Scaling, normalization, interpolation, or correction factor.; ... 3 additional parameters; see source for the full signature.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZedgeH1(), QHZedgeH3(), QHZedgeH4(), QHZedgeH5(), QHZedgeH7(), sortColumnindex().; SourceModels.ipf:10273

Function QHZslabcut_cmplx(A, B, m, mu, ReD, ImD, selfimg, nslab, numxy, ratio, xi, v1, v2): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QHZslabcut_cmplx(A, B, m, mu, ReD, ImD, selfimg, nslab).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: Number of spectra, waves, points, bins, or iterations to process.; ratio [variable]: Scaling, normalization, interpolation, or correction factor.; ... 3 additional parameters; see source for the full signature.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: QHZedgeH2(), QHZedgeH6(), QHZedgeH8(), sortColumnindex(), MergeColumneach().; SourceModels.ipf:9479

Function QHZSpectralFunction(A, B, m, mu, ReD, ImD, selfimg, numxy): Usagecall as QHZSpectralFunction(A, B, m, mu, ReD, ImD, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; Notes3D Spetral Function QHZSpectralFunction(1,1,0.5,0,1,0,0.1,20) Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: QHZ(), tpw(), max(), grabwinchild().; SourceModels.ipf:5540

Function QHZT(): Usagecall QHZT() from Igor procedure code or the command line.; NotesText the form of Hamiltonian We find the current form missing the PH0(k)P^-1 = -conj(H0(-k)) Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Main internal calls: wT(), Wn(), automatrixT().; SourceModels.ipf:5424

Function QPIESimu2Dband(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel): Usagecall as QPIESimu2Dband(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel).; shape_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; shape_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; gap_hole [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; gap_ele [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; selfE [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Correlate(), zero(), nticks(), max().; SourceModels.ipf:12367

Function QPIESimu2Dband_interact(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel): Usagecall as QPIESimu2Dband_interact(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel).; shape_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; shape_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; gap_hole [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; gap_ele [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; selfE [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; uses Igor matrix operations for vectorized calculation. Main internal calls: Correlate().; SourceModels.ipf:12979

Function QPIESimu2Dband_interactFS(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel): Usagecall as QPIESimu2Dband_interactFS(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel).; shape_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; shape_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; gap_hole [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; gap_ele [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; selfE [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; uses Igor matrix operations for vectorized calculation. Main internal calls: Correlate().; SourceModels.ipf:13144

Function QPIESimu_getGMcut(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel): Usagecall as QPIESimu_getGMcut(shape_hole, shape_ele, mu_hole, mu_ele, gap_hole, gap_ele, selfE, sel).; shape_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; shape_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_hole [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu_ele [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; gap_hole [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; gap_ele [variable]: Gap/amplitude parameter used by superconducting or spectral fitting routines.; selfE [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; sel [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; uses Igor matrix operations for vectorized calculation; cleans up waves/windows or brings an existing window forward. Main internal calls: Correlate(), di(), sumoned().; SourceModels.ipf:13312

Function/WAVE QWZ(A, B, m, kx, ky, mu): Usagecall as QWZ(A, B, m, kx, ky, mu).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; kx [variable]: Momentum or Q-vector coordinate/index.; ky [variable]: Momentum or Q-vector coordinate/index.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesQi-Wu-Zhang Model Ref: Duncan Haldane Phys. Rev. B 74, 085308 (2006) Ref: https://arxiv.org/abs/1509.02295 Ref: https://www.weizmann.ac.il/condmat/oreg/sites/condmat.oreg/files/uploads/amittulchinskythesisfinal.pdf Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward.; SourceModels.ipf:4606

Function QWZBerryCurvature(A, B, m, mu, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QWZBerryCurvature(A, B, m, mu, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QWZ(), di(), ChernN_QWZ(), StopMSTimer().; SourceModels.ipf:4722

Function QWZChernline(A, B, mu): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QWZChernline(A, B, mu).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: cons_QWZBC(), ChernN_QWZ(), ckfig().; SourceModels.ipf:5376

Function QWZSpectralFunction(A, B, m, mu, selfimg, numxy): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as QWZSpectralFunction(A, B, m, mu, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; extracts image/wave statistics. Main internal calls: QWZ(), tpw(), max(), grabwinchild().; SourceModels.ipf:4644

Function QWZSpectralFunction2(A, B, m, mu, selfimg, numxy): Usagecall as QWZSpectralFunction2(A, B, m, mu, selfimg, numxy).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: Igor wave or matrix input consumed by the calculation.; numxy [variable]: = 100; NotesSimutaneous Qi-Wu-Zhang Fermi surface and G-X bands (Normal states) Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: QWZ(), di(), zero().; SourceModels.ipf:9724

Function RefY(name): Usagecall as RefY(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Update log: 10/31/2023: (7) RefY(name): Reflect Y axis of the data matrix.; SourceModels.ipf:9235

Function shift2pi(name): Usagecall as shift2pi(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourceModels.ipf:10585

Function ShrinkDigit(value, numSigDigits): Usagecall as ShrinkDigit(value, numSigDigits).; value [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; numSigDigits [variable]: Number of spectra, waves, points, bins, or iterations to process.; Notes#06 Shrink digit Purpose: displays waves, images, contours, or graph overlays. Main internal calls: str2num(). Update log: 10/18_02/2023: added ShrinkDigit(value, numSigDigits) to shrink a variable to some digit numbers.; SourceModels.ipf:3898

Function simuCDW(A1, theta, wLength, c1, c2, c3): Usagecall as simuCDW(A1, theta, wLength, c1, c2, c3).; A1 [variable]: ,p1,p2,p3; theta [variable]: ,p1,p2,p3; wLength [variable]: ,p1,p2,p3; c1 [variable]: ,p1,p2,p3; c2 [variable]: ,p1,p2,p3; c3 [variable]: ,p1,p2,p3; NotesFunction for matrix resampling, scaling, or reshaping; lattice, moire, or twist-angle simulation/analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceModels.ipf:13711

Function SimulateDCB_IV(Pconv, RT, T, Vrange, NV): Pconv [variable]: P(E) function; RT [variable]: Junction resistance (Ohm); T [variable]: Temperature (K); Vrange [variable]: Bias range for calculation [-Vrang, Vrange] (V); NV [variable]: Number of point; NotesNIN tunneling simulate Dynamical Coulomb blockade Calculate the eq.(1) of PRL 110, 157003 (2013) Usage: call as SimulateDCB_IV(Pconv, RT, T, Vrange, NV). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; differentiates wave data.; SourceModelingTunneling.ipf:986

Function SimulateRCSJ_IV_Hysteresis_Realistic(T, beta_c, sm): T [variable]: 温度 (K); beta_c [variable]: = 8; sm [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesMain Function #01 Simulate I(V) curve Usage: call as SimulateRCSJ_IV_Hysteresis_Realistic(T, beta_c, sm). Code behavior: creates output waves; smooths wave data. Main internal calls: gnoise(), mean().; SourceModelingTunneling.ipf:1491

Function SimulateRCSJ_voltage_vs_Time(TT, current, beta_c): TT [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; current [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; beta_c [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesMain Function #02 Simulate V(t) curve Usage: call as SimulateRCSJ_voltage_vs_Time(TT, current, beta_c). Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: gnoise().; SourceModelingTunneling.ipf:1647

Function SimuPDW1D(delta0, deltap, FWHM, T, Edb): Usagecall as SimuPDW1D(delta0, deltap, FWHM, T, Edb).; delta0 [variable]: Step size or energy/voltage increment used by the calculation.; deltap [variable]: Step size or energy/voltage increment used by the calculation.; FWHM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; T [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Edb [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward.; SourceModels.ipf:11884

Function SimuPDW1Dbody(delta0, deltap, FWHM, T, Edb): Usagecall as SimuPDW1Dbody(delta0, deltap, FWHM, T, Edb).; delta0 [variable]: Step size or energy/voltage increment used by the calculation.; deltap [variable]: Step size or energy/voltage increment used by the calculation.; FWHM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; T [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Edb [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: SimuPDW1D(), sum2dlinecut(), FFTLpdw(), rgb(), color3s_for3dmf(), ckfig_child().; SourceModels.ipf:11803

Function SimuPDW2D(delta0, deltap, FWHM, T, Edb): Usagecall as SimuPDW2D(delta0, deltap, FWHM, T, Edb).; delta0 [variable]: Step size or energy/voltage increment used by the calculation.; deltap [variable]: Step size or energy/voltage increment used by the calculation.; FWHM [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; T [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Edb [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; reads or updates panel controls; cleans up waves/windows or brings an existing window forward.; SourceModels.ipf:12031

Function SIMUtopodefecthalf(a1, a2, add, lattice, zero, amp, x0, y0, wind): Usagecall as SIMUtopodefecthalf(a1, a2, add, lattice, zero, amp, x0, y0).; a1 [variable]: = 190 // angle of dislocation; a2 [variable]: = 50 // angle of lattice vector q; add [variable]: = 1.3 // added phase; lattice [variable]: = 10//lattice constance; zero [variable]: = 1.1 //background; amp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; wind [variable]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Main internal calls: atan2().; SourceModels.ipf:10544

Function SIMUtopodefectsingle(a1, a2, add, lattice, zero, amp, x0, y0, wind): Usagecall as SIMUtopodefectsingle(a1, a2, add, lattice, zero, amp, x0, y0).; a1 [variable]: = 190 // angle of dislocation; a2 [variable]: = 50 // angle of lattice vector q; add [variable]: = 1.3 // added phase; lattice [variable]: = 10//lattice constance; zero [variable]: = 1.1 //background; amp [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; y0 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; wind [variable]: Igor wave reference used as input or output. In this context it is used for Fourier/QPI or phase-map processing.; NotesFunction for Nanonis/STM data loading or map conversion; FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output. Main internal calls: atan2(), shift2pi().; SourceModels.ipf:10565

Function Solveedgestate_QHZ(A, B, m, mu, ReD, ImD, nslab, num): Usagecall as Solveedgestate_QHZ(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesSlab functions for real matrix Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: QHZedgeH1(), QHZedgeH3(), QHZedgeH4(), QHZedgeH5(), QHZedgeH7().; SourceModels.ipf:9896

Function Solveedgestate_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as Solveedgestate_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: QHZedgeH2(), QHZedgeH6(), QHZedgeH8().; SourceModels.ipf:8589

Function Solveedgestate_QHZhq(A, B, m, mu, ReD, ImD, nslab, num): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as Solveedgestate_QHZhq(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: QHZedgeH1(), QHZedgeH3(), QHZedgeH4(), QHZedgeH5(), QHZedgeH7().; SourceModels.ipf:9958

Function Solveedgestate_QHZhq_cmplx(A, B, m, mu, ReD, ImD, nslab, num): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as Solveedgestate_QHZhq_cmplx(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction for matrix resampling, scaling, or reshaping; topological-model simulation; ARPES-style loading, plotting, or momentum conversion. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: QHZedgeH2(), QHZedgeH6(), QHZedgeH8().; SourceModels.ipf:8854

Function Solveslabindex_QHZ(A, B, m, mu, ReD, ImD, nslab, num): Usagecall as Solveslabindex_QHZ(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction to calculate Eigenvalue index resolved LDOS Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Indexofmatrix(), QHZedgeH1(), QHZedgeH3(), QHZedgeH4(), QHZedgeH5(), QHZedgeH7().; SourceModels.ipf:10045

Function Solveslabindex_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num): Usagecall as Solveslabindex_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesFunction to calculate Eigenvalue index resolved LDOS Purpose: runs a model/simulation workflow and produces calculated spectra, bands, or maps. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: Indexofmatrix_cmplx(), QHZedgeH2(), QHZedgeH6(), QHZedgeH8(), RefY().; SourceModels.ipf:9017

Function SolveslabLDOS_QHZ(A, B, m, mu, ReD, ImD, nslab, num, Vmin, Vmax): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as SolveslabLDOS_QHZ(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; Vmin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: LDOSofmatrix_cmplx(), QHZedgeH1(), QHZedgeH3(), QHZedgeH4(), QHZedgeH5(), QHZedgeH7().; SourceModels.ipf:10218

Function SolveslabLDOS_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num, Vmin, Vmax): Purposeruns a model/simulation workflow and produces calculated spectra, bands, or maps.; Usagecall as SolveslabLDOS_QHZ_cmplx(A, B, m, mu, ReD, ImD, nslab, num).; A [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; B [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; m [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; mu [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ReD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ImD [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; nslab [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; Vmin [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Vmax [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; topological-model simulation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: LDOSofmatrix_cmplx(), QHZedgeH2(), QHZedgeH6(), QHZedgeH8().; SourceModels.ipf:9284

Function sortColumnindex(ref, src): ref [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; src [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesSort Column index of a matrix by ref wave Usage: call as sortColumnindex(ref, src). Code behavior: creates output waves; duplicates or stages waves for downstream processing; cleans up waves/windows or brings an existing window forward. Update log: 10/31/2023: (2) sortColumnindex(ref,src): Sort the column order of src by the ref. This is useful to sort the eigenvector following the ordering of eigenvalue.; SourceModels.ipf:9169

Function sum2dlinecut(name, zn, sufout, show): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagecall as sum2dlinecut(name, zn, sufout, show).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; zn [variable]: Layer/index value selecting a slice of a 3D wave or energy stack. In this context it usually refers to STM/STS or Nanonis-derived data.; sufout [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; show [variable]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Update log: 11/26/2023: Added More functional PDW linecut simulation, can perform both 1Q and 2Q, as well as calculate the inelastic scattering as linear in E; Added a function to integrate one dimension get a spectrum for 2D data, sum2dlinecut($name,zn,sufout,show).; SourceModels.ipf:11924

Function tconvchoiceparameter(tt2): Usagecall as tconvchoiceparameter(tt2).; tt2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics; differentiates wave data.; SourceGeneral_Simu.ipf:848

Function updateFeSC_normal(t1, t2, t, tp, u, selfimg, selfreal): Purposeupdates parameters, controls, scales, or display state.; Usagecall as updateFeSC_normal(t1, t2, t, tp, u, selfimg, selfreal).; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: = 1; t [variable]: = 1; tp [variable]: = 1; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: = 0.1; selfreal [variable]: = 0; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: assigns Igor axis scaling/units to the output.; SourceModels.ipf:11196

Function updateFeSC_normalFS(t1, t2, t, tp, u, selfimg, selfreal): Purposeupdates parameters, controls, scales, or display state.; Usagecall as updateFeSC_normalFS(t1, t2, t, tp, u, selfimg, selfreal).; t1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; t2 [variable]: = 1; t [variable]: = 1; tp [variable]: = 1; u [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; selfimg [wave]: = 0.1; selfreal [variable]: = 0; NotesFunction for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourceModels.ipf:11154

Function updatefourbandFeSC2D(): Purposeupdates parameters, controls, scales, or display state.; Usagecall updatefourbandFeSC2D() from Igor procedure code or the command line.; NotesFunction for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: mpc(), s0().; SourceModels.ipf:2831

Function updatePRB_98_214503_normal(): Usagecall updatePRB_98_214503_normal() from Igor procedure code or the command line.; Notes{{{{{{{{{{ Functional main function }}}}}}}}}} Purpose: updates parameters, controls, scales, or display state. Code behavior: assigns Igor axis scaling/units to the output.; SourceModels.ipf:1457

Function updatePRB_98_214503_SC(): Usagecall updatePRB_98_214503_SC() from Igor procedure code or the command line.; Notes{{{{{{{{{{ Functional main function }}}}}}}}}} Purpose: updates parameters, controls, scales, or display state. Code behavior: assigns Igor axis scaling/units to the output.; SourceModels.ipf:2008

Function UserFunctionG(inX): Usagecall as UserFunctionG(inX).; inX [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation.; SourceModels.ipf:666

Function UserFunctionsstunneling(dE)//: Usagecall as UserFunctionsstunneling(dE).; dE [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction in Models.ipf. Main internal calls: tanh().; SourceModels.ipf:260

Function vortexantivortexsimu(a_sep, AA, BB, vorticity, pshif, reverseV): Usagecall as vortexantivortexsimu(a_sep, AA, BB, vorticity, pshif, reverseV).; a_sep [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; AA [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; BB [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; vorticity [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; pshif [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; reverseV [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: atan2(), makevectorfield_vortexsimu(), shrinkvf(), cyclecolorwave(), tpw().; SourceModels.ipf:10632

Function vortexantivortexsimu_tune(a_sep, AA, BB, vorticity, pshif, reverseV): Usagecall as vortexantivortexsimu_tune(a_sep, AA, BB, vorticity, pshif, reverseV).; a_sep [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; AA [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; BB [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; vorticity [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; pshif [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; reverseV [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: atan2().; SourceModels.ipf:10819

General Utilities and Internal Helpers

Panel callbacks and control handlers (74)

ButtonProc_2ndDall ButtonProc_addper ButtonProc_addyall ButtonProc_appendVline ButtonProc_Areacurve ButtonProc_AuFitkly ButtonProc_autoclbzero ButtonProc_autormjump2DPro ButtonProc_bkremover ButtonProc_calculate_v0 ButtonProc_comparea ButtonProc_Controtate ButtonProc_convertG ButtonProc_correct2Dmapc ButtonProc_cutElarge ButtonProc_cutEsmall ButtonProc_cutklarge ButtonProc_cutksmall ButtonProc_CVT2EK_pi_renorm ButtonProc_dataploter2 ButtonProc_ddd ButtonProc_dddautoremovejump1DC ButtonProc_Demoautormjump2DPro ButtonProc_diffeall ButtonProc_exitkm ButtonProc_extending1D ButtonProc_exwidth ButtonProc_findmaxBatch ButtonProc_fix_map ButtonProc_fixline ButtonProc_IExy ButtonProc_intereractionMBS ButtonProc_Isolate2C ButtonProc_legend_distance_vs_V ButtonProc_length ButtonProc_LiFeAsfindmiushift ButtonProc_line2p ButtonProc_LoadDA30 ButtonProc_MBE1MLTime ButtonProc_myall ButtonProc_Newrotateproc ButtonProc_Normdivide ButtonProc_reorg2ndd ButtonProc_rotall ButtonProc_savefitdata ButtonProc_savepic ButtonProc_selectlinenorm ButtonProc_sigma ButtonProc_sizecurveauto ButtonProc_sizecurvenone ButtonProc_sizecurveplan ButtonProc_sizecurverect ButtonProc_sizeintenmap ButtonProc_slopedata ButtonProc_slopedataall ButtonProc_stepmove ButtonProc_subsc ButtonProc_summul ButtonProc_tdtodc ButtonProc_tempload ButtonProc_twosetdifference ButtonProc_unevenlinep setvarplot2 SetVarProc_changecoherence SetVarProc_changeE SetVarProc_changenpa SetVarProc_changenqa SetVarProc_changeP SetVarProc_changeQ SetVarProc_changeu SetVarProc_Controtate SetVarProc_Ener SetVarProc_rotatedegree SetVarProc_rotatequality

Function ButtonProc_2ndDall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs secondDall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2ndDif All; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): 2ndDif All.; SourceMiscellaneous_Codes.ipf:6077

Function ButtonProc_addper(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs addper().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAverSlice (R9); NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): AverSlice (R9).; SourceMiscellaneous_Codes.ipf:8165

Function ButtonProc_addyall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs addyall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelY+; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Y+.; SourceMiscellaneous_Codes.ipf:6201

Function ButtonProc_appendVline(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs appendVline().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDraw lines; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Draw lines.; SourceMiscellaneous_Codes.ipf:10179

Function ButtonProc_Areacurve(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Areacurve().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelArea All; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Area All.; SourceMiscellaneous_Codes.ipf:6268

Function ButtonProc_AuFitkly(ctrlName) : ButtonControl//"Convert All Data": Purposefits or extracts spectral/peak parameters.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAu Fit; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Au Fit.; SourceMiscellaneous_Codes.ipf:2107

Function ButtonProc_autoclbzero(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs autoclbzero().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelIndividual Shift; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Individual Shift.; SourceMiscellaneous_Codes.ipf:8125

Function ButtonProc_autormjump2DPro(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; Notesckfig() and cklayout() to check if it is should be displayed or not automatically. Also the di() in Kong's Igor Panel was also updated, the internal codes can determine display or not to avoid redudant displays. These features can also be applied to other code Usage: triggered as a wrapper that opens/runs autormjump2DPro().; SourceMiscellaneous_Codes.ipf:11133

Function ButtonProc_bkremover(ctrlName) : ButtonControl: Purposeremoves waves/windows/data points or cleans intermediate state.; Usagetriggered as a wrapper that opens/runs bkremoverp().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelBKG remover; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): BKG remover.; SourceMiscellaneous_Codes.ipf:1332

Function ButtonProc_calculate_v0(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs calculate_v0().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourceMiscellaneous_Codes.ipf:675

Function ButtonProc_comparea(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs compare().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelComp_MultiSet; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Comp_MultiSet.; SourceMiscellaneous_Codes.ipf:6984

Function ButtonProc_Controtate(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Controtate().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Paneladj; NotesAn interactive GUI for contineously rotate matrix Purpose: applies geometric correction or extracts deformation/strain information. Panel control(s): adj.; SourceMiscellaneous_Codes.ipf:160

Function ButtonProc_convertG(ctrlName) : ButtonControl//"Load BNL Data in Folder": Usagetriggered as a wrapper that opens/runs tta().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelCtG; NotesEnd of remove linear background from a waterfall Panel control(s): CtG.; SourceMiscellaneous_Codes.ipf:11029

Function ButtonProc_correct2Dmapc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs correct2Dmapc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelFix Gate Leak; Notesand calculate the average, then put the 1D wave contains the information of zero bias into correct2Dmapc() Before launch this procedure, please make sure the waterfall of the gatemap is on graph and active if the zero bias 1D wave can be extracted from the sam Panel control(s): Fix Gate Leak.; SourceMiscellaneous_Codes.ipf:10694

Function ButtonProc_cutElarge(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cutElarge().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelE+; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): E+.; SourceMiscellaneous_Codes.ipf:2050

Function ButtonProc_cutEsmall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cutEsmall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelE-; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): E-.; SourceMiscellaneous_Codes.ipf:2062

Function ButtonProc_cutklarge(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cutklarge().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelk+; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): k+.; SourceMiscellaneous_Codes.ipf:2038

Function ButtonProc_cutksmall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs cutksmall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelk-; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): k-.; SourceMiscellaneous_Codes.ipf:2026

Function ButtonProc_CVT2EK_pi_renorm(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs CVT2EK_pi_renorm().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelθ to k; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): θ to k.; SourceMiscellaneous_Codes.ipf:665

Function ButtonProc_dataploter2(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs dataploter2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelP2; NotesData ploter2 change color Purpose: displays waves, images, contours, or graph overlays. Panel control(s): P2. Code behavior: cleans up waves/windows or brings an existing window forward. Main internal calls: wintype().; SourceMiscellaneous_Codes.ipf:9636

Function ButtonProc_ddd(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSgl.; NotesOld Version Panel control(s): Sgl..; SourceMiscellaneous_Codes.ipf:10268

Function ButtonProc_dddautoremovejump1DC(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs autoremovejump1Dc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelJump1D; NotesNew Version Purpose: removes waves/windows/data points or cleans intermediate state. Panel control(s): Jump1D.; SourceMiscellaneous_Codes.ipf:10252

Function ButtonProc_Demoautormjump2DPro(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs Demoautormjump2DPro().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDemo: Trace Slanted Jumping Line; NotesDemo of the jump remover Panel control(s): Demo: Trace Slanted Jumping Line.; SourceMiscellaneous_Codes.ipf:11852

Function ButtonProc_diffeall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs diffeall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelDifferentiate I/V; NotesFrom I(V) curve to dI/dV(V) curve by numerical differentiate Purpose: displays waves, images, contours, or graph overlays. Panel control(s): Differentiate I/V.; SourceMiscellaneous_Codes.ipf:12795

Function ButtonProc_exitkm(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs exitkm().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelClean; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Clean.; SourceMiscellaneous_Codes.ipf:10234

Function ButtonProc_extending1D(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs extending1D().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel1D; NotesPanel button callback for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Panel control(s): 1D.; SourceMiscellaneous_Codes.ipf:2079

Function ButtonProc_exwidth(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs exwidth().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelExtract_Width; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Extract_Width.; SourceMiscellaneous_Codes.ipf:8087

Function ButtonProc_findmaxBatch(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs findmaxBatch().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMax in Batch; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Max in Batch.; SourceMiscellaneous_Codes.ipf:9390

Function ButtonProc_fix_map(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs fix_map().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPt; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Pt.; SourceMiscellaneous_Codes.ipf:6962

Function ButtonProc_fixline(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs fixline().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLine; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Line.; SourceMiscellaneous_Codes.ipf:6929

Function ButtonProc_IExy(ctrlName) : ButtonControl: ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesThis Part procedured for QPI. (3D Map) Usage: triggered as a wrapper that opens/runs mapforSTM().; SourceMiscellaneous_Codes.ipf:7258

Function ButtonProc_intereractionMBS(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs eval2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMBS Split; NotesReference PRL 103, 107001 (2009) Panel control(s): MBS Split.; SourceMiscellaneous_Codes.ipf:7207

Function ButtonProc_Isolate2C(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs AnaTeSe().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRatio; NotesFollow part is procedure to Analyse two compositions of a topograph Panel control(s): Ratio.; SourceMiscellaneous_Codes.ipf:5818

Function ButtonProc_legend_distance_vs_V(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; Paneld/V; NotesPanel button callback for graph display, formatting, or window management. Panel control(s): d/V. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5504

Function ButtonProc_length(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linel().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLength; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Length.; SourceMiscellaneous_Codes.ipf:3202

Function ButtonProc_LiFeAsfindmiushift(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs LiFeAsfindmiushift().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelµ-shift LFA; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): µ-shift LFA.; SourceMiscellaneous_Codes.ipf:9475

Function ButtonProc_line2p(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs linenorm2p().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelOld LnNorm2P; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Old LnNorm2P.; SourceMiscellaneous_Codes.ipf:5709

Function ButtonProc_LoadDA30(ctrlName) : ButtonControl//"Load SSRFDA30 in Folder": Purposeloads data or launches an automatic loading workflow.; Usagetriggered as a wrapper that opens/runs loadDA30_kly().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLDA30; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): LDA30.; SourceMiscellaneous_Codes.ipf:650

Function ButtonProc_MBE1MLTime(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs MBE1MLTime().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelMBE_1MLTime; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): MBE_1MLTime.; SourceMiscellaneous_Codes.ipf:685

Function ButtonProc_myall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs myall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelY*; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Y*.; SourceMiscellaneous_Codes.ipf:6170

Function ButtonProc_Newrotateproc(ctrlName) : ButtonControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagetriggered as a wrapper that opens/runs Newrotateproc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRot; NotesPanel button callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rot.; SourceMiscellaneous_Codes.ipf:26

Function ButtonProc_Normdivide(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs normlizeformap().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNorm for map; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): Norm for map.; SourceMiscellaneous_Codes.ipf:2006

Function ButtonProc_reorg2ndd(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs reorg2ndd().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLtE; NotesInput the name of a 2D matrix, convert the x scale from wavelength (nm) to Energy (eV) This procedure works on interpolate data, the 2D matrix is the matrix after removing uneven Y space. Panel control(s): LtE.; SourceMiscellaneous_Codes.ipf:10527

Function ButtonProc_rotall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs rotall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesEND the QPI part Purpose: applies geometric correction or extracts deformation/strain information.; SourceMiscellaneous_Codes.ipf:7955

Function ButtonProc_savefitdata(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs savefitdata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelReader_Mpk2.0; Notesbefore use this procedure you need set datafolder to fit folder Purpose: saves, exports, or converts data between files and Igor waves. Panel control(s): Reader_Mpk2.0.; SourceMiscellaneous_Codes.ipf:6532

Function ButtonProc_savepic(ctrlName) : ButtonControl: Purposesaves, exports, or converts data between files and Igor waves.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback in Miscellaneous_Codes.ipf.; SourceMiscellaneous_Codes.ipf:10228

Function ButtonProc_selectlinenorm(ctrlName) : ButtonControl: Purposesmooths, normalizes, or removes background/trend components.; Usagetriggered as a wrapper that opens/runs selectlinenorm().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelall; NotesPanel button callback for linecut, slice, or region extraction; smoothing, normalization, or background removal. Panel control(s): all.; SourceMiscellaneous_Codes.ipf:6234

Function ButtonProc_sigma(ctrlName) : ButtonControl/////this proc use to evaluate the data qualities.: Usagetriggered as a wrapper that opens/runs findsigmaofdata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelData_sigma; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Data_sigma.; SourceMiscellaneous_Codes.ipf:6475

Function ButtonProc_sizecurveauto(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelAuto; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): Auto. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5461

Function ButtonProc_sizecurvenone(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelNone; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): None. Code behavior: formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward.; SourceMiscellaneous_Codes.ipf:5373

Function ButtonProc_sizecurveplan(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelPlan; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): Plan. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5441

Function ButtonProc_sizecurverect(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelRect; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Panel control(s): Rect. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5481

Function ButtonProc_sizeintenmap(ctrlName) : ButtonControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations.; SourceMiscellaneous_Codes.ipf:5282

Function ButtonProc_slopedata(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs slopedata().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSlope; NotesData Normalization, slope distraction of the topography Panel control(s): Slope.; SourceMiscellaneous_Codes.ipf:9540

Function ButtonProc_slopedataall(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs slopeall().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panelall; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): all.; SourceMiscellaneous_Codes.ipf:9545

Function ButtonProc_stepmove(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs stepmove().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelJump Cal; NotesThis procudure is for calculating how many steps required for jumping from Bias pad to Sample Panel control(s): Jump Cal.; SourceMiscellaneous_Codes.ipf:12627

Function ButtonProc_subsc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs subsc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSubtset; NotesThis procedure is used with a dataset which each curve substrated by the first curve Panel control(s): Subtset.; SourceMiscellaneous_Codes.ipf:9247

Function ButtonProc_summul(ctrlName) : ButtonControl: Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagetriggered as a wrapper that opens/runs summul().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelSumTrace; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): SumTrace.; SourceMiscellaneous_Codes.ipf:6303

Function ButtonProc_tdtodc(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs tdtodc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; Panel2to1; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): 2to1.; SourceMiscellaneous_Codes.ipf:1824

Function ButtonProc_tempload(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs tempload().; ctrlName [string]: Igor control name passed automatically by the panel callback.; NotesPanel button callback for linecut, slice, or region extraction.; SourceMiscellaneous_Codes.ipf:9423

Function ButtonProc_twosetdifference(ctrlName) : ButtonControl: Purposedisplays waves, images, contours, or graph overlays.; Usagetriggered as a wrapper that opens/runs twosetdifference().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelTwo set Diffe; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Two set Diffe.; SourceMiscellaneous_Codes.ipf:8962

Function ButtonProc_unevenlinep(ctrlName) : ButtonControl: Usagetriggered as a wrapper that opens/runs unevenlinepc().; ctrlName [string]: Igor control name passed automatically by the panel callback.; PanelLinecut from Random; NotesPanel button callback for linecut, slice, or region extraction. Panel control(s): Linecut from Random.; SourceMiscellaneous_Codes.ipf:13008

Function setvarplot2(ctrlName, varNum, varStr, varName): SetVariableControl: Purposeupdates parameters, controls, scales, or display state.; Usagetriggered as a wrapper that opens/runs plotraw2().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelData; NotesUtility function for linecut, slice, or region extraction; spectroscopy, superconducting-gap, or vortex-model analysis. Panel control(s): Data.; SourceMiscellaneous_Codes.ipf:9671

Function SetVarProc_changecoherence(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelx; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): x.; SourceMiscellaneous_Codes.ipf:6401

Function SetVarProc_changeE(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelE (meV); NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): E (meV).; SourceMiscellaneous_Codes.ipf:7518

Function SetVarProc_changenpa(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelV-linecut; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): V-linecut.; SourceMiscellaneous_Codes.ipf:7538

Function SetVarProc_changenqa(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelH-linecut; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): H-linecut.; SourceMiscellaneous_Codes.ipf:7528

Function SetVarProc_changeP(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelP; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): P.; SourceMiscellaneous_Codes.ipf:7495

Function SetVarProc_changeQ(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelQ; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Q.; SourceMiscellaneous_Codes.ipf:7508

Function SetVarProc_changeu(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelEf; NotesPanel set-variable callback for linecut, slice, or region extraction. Panel control(s): Ef.; SourceMiscellaneous_Codes.ipf:6384

Function SetVarProc_Controtate(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; Panelθ; NotesPanel set-variable callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): θ.; SourceMiscellaneous_Codes.ipf:178

Function SetVarProc_Ener(ctrlName, varNum, varStr, varName) : SetVariableControl: Usagetriggered as a wrapper that opens/runs makeCEM().; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelBinding Energy (meV); NotesNVAR hv, V0, c, startx,endx Kzcons=0.51199*sqrt(hv-3.81485*(x)^2+V0) kzx=startx+(endx-startx)*x/999 End Panel control(s): Binding Energy (meV).; SourceMiscellaneous_Codes.ipf:1619

Function SetVarProc_rotatedegree(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelRotate; NotesPanel set-variable callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Rotate.; SourceMiscellaneous_Codes.ipf:7556

Function SetVarProc_rotatequality(ctrlName, varNum, varStr, varName) : SetVariableControl: Purposeapplies geometric correction or extracts deformation/strain information.; Usagecalled automatically by Igor when the linked panel control changes.; ctrlName [string]: Igor control name passed automatically by the panel callback.; varNum [variable]: Numeric value from an Igor SetVariable control.; varStr [string]: String form of the SetVariable control value.; varName [string]: Name of the Igor variable edited by the SetVariable control.; PanelQuality; NotesPanel set-variable callback for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis. Panel control(s): Quality.; SourceMiscellaneous_Codes.ipf:7565

Interactive procedures and macros (86)

addper addyall adjustline adjustlineonimageH adjustlineonimageV AnaTeSe appendVline areacurve Auall2 AuFitkly autoclbzero autoclbzero2 autoclbzerogateuse autoremovejump1Dc autormjump2DPro compare Controtate csn cutElarge cutEsmall cutklarge cutksmall CVT2EK_pi_renorm ddd_ff DeletePdata Demoautormjump2DPro diffeall dsd duplicatpart eval2 exitkm extending1D extracnumfromstr exwidth findmaxBatch findsigmaofdata fix_map fixline Generatepjlmartrix getslicerData getzbc imtb intercurve kly_mapping LiFeAsfindmiushift linel linenorm2p LoadDataalltypes2 LoadDataFromA1_KLY LoadDataFromasc LoadDataFromNewmk LoadDataFromNewmk_ave LoadDataFromNewmkfab makeCEM makeextra makeu1u2 mapforSTM mapforSTMf MBE1MLTime movecur myall Newrotateproccont normrange normrange2 plotraw2 reextractL reextractlinecutH reextractlinecutV reextractM remakeu1u2 renormcuts_k reorg2ndd resetvarrange rotatemap savefitdata savefitdata2 selectlinenorm slopeall slopedata stepmove+ 6 more entries below

Proc addper(mat, per, fromz, size): Usagerun from Igor with parameters mat, per, fromz, size.; mat [wave]: Source name; per [variable]: add how much curves; fromz [variable]: Source begin number; size [variable]: Numbers of source curve; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: mat = Source name; per = add how much curves; fromz = Source begin number; size = Numbers of source curve. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: summul2().; SourceMiscellaneous_Codes.ipf:8169

Proc addyall(mat, totalnum, t): Usagerun from Igor with parameters mat, totalnum, t.; mat [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; t [variable]: add how much; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; t = add how much. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6206

Proc adjustline(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; extracts image/wave statistics.; SourceMiscellaneous_Codes.ipf:7702

Proc adjustlineonimageH(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7691

Proc adjustlineonimageV(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7696

Proc AnaTeSe(mat, largemat, i): Usagerun from Igor with parameters mat, largemat, i.; mat [wave]: Name of the Matrix to statistics; largemat [wave]: Name of the Matrix to find Reference; i [variable]: Do you want make isolate Map?; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: mat = Name of the Matrix to statistics; largemat = Name of the Matrix to find Reference; i = Do you want make isolate Map?. Code behavior: creates output waves; asks the user for parameters through Igor prompts. Main internal calls: checkupdown(), checkupdown2().; SourceMiscellaneous_Codes.ipf:5824

Proc appendVline(yvalue, yincre, xrange, numbers, flag): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters yvalue, yincre, xrange, numbers, flag.; yvalue [variable]: start y value; yincre [variable]: increment of Y; xrange [variable]: x size of the line; numbers [variable]: How manys lines append; flag [variable]: append [1] or not [0]; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: yvalue = start y value; yincre = increment of Y; xrange = x size of the line; numbers = How manys lines append; flag = append [1] or not [0]. Code behavior: opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: appendVlineF().; SourceMiscellaneous_Codes.ipf:10184

Proc areacurve(matt, startx, endx, num): Usagerun from Igor with parameters matt, startx, endx, num.; matt [wave]: Name of the Batch; startx [variable]: start x value; endx [variable]: end x value; num [variable]: Number of the Batch; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: matt = Name of the Batch; startx = start x value; endx = end x value; num = Number of the Batch. Code behavior: creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: area().; SourceMiscellaneous_Codes.ipf:6273

Proc Auall2 (Tem, j): Usagerun from Igor with parameters Tem, j.; Tem [variable]: Temperature parameter, usually in kelvin when used in spectral modeling.; j [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: wintype(), Ceil(), func_adjust_to_fp(), destwave().; SourceMiscellaneous_Codes.ipf:2431

Proc AuFitkly (Tem, j, choice): Purposefits or extracts spectral/peak parameters.; Usagerun from Igor with parameters Tem, j, choice.; Tem [variable]: Temperature(K); j [variable]: Number of data(J=0 means output All ); choice [variable]: Do you want to fix FP; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: Tem = Temperature(K); j = Number of data(J=0 means output All ); choice = Do you want to fix FP. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: wintype(), Ceil(), func_adjust_to_fp(), destwave().; SourceMiscellaneous_Codes.ipf:2112

Proc autoclbzero(mat, num, left, right): Usagerun from Igor with parameters mat, num, left, right.; mat [wave]: name of Batch; num [variable]: Number of Batch; left [variable]: Fit From (Point); right [variable]: Fit To (Point); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of Batch; num = Number of Batch; left = Fit From (Point); right = Fit To (Point). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays. Main internal calls: pcsr(), displaymulti().; SourceMiscellaneous_Codes.ipf:8130

Proc autoclbzero2(mat, num, left, right): Usagerun from Igor with parameters mat, num, left, right.; mat [wave]: name of Batch; num [variable]: Number of Batch; left [variable]: Fit From (Point); right [variable]: Fit To (Point); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of Batch; num = Number of Batch; left = Fit From (Point); right = Fit To (Point). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: pcsr().; SourceMiscellaneous_Codes.ipf:9440

Proc autoclbzerogateuse(mat, num, left, right): Usagerun from Igor with parameters mat, num, left, right.; mat [wave]: name of Batch; num [variable]: Number of Batch; left [variable]: Fit From (Point); right [variable]: Fit To (Point); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: mat = name of Batch; num = Number of Batch; left = Fit From (Point); right = Fit To (Point). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: pcsr().; SourceMiscellaneous_Codes.ipf:12037

Proc autoremovejump1Dc(name, mode, valueif2): Purposeremoves waves/windows/data points or cleans intermediate state.; Usagerun from Igor with parameters name, mode, valueif2.; name [string]: the name of wave; mode [string]: Auto or Given; valueif2 [variable]: The Given jump value, only active in Mode 2; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = the name of wave; mode = Auto or Given; valueif2 = The Given jump value, only active in Mode 2. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tpw(), autoremovejump1D().; SourceMiscellaneous_Codes.ipf:10256

Proc autormjump2DPro(name, jumpheight, killim, add1): Usagerun from Igor with parameters name, jumpheight, killim, add1.; name [string]: The DATA INPUT (must be a 2D matrix); jumpheight [variable]: dZ threshhold for testing jumpping position; killim [variable]: kill intermedia wave (1), or not (0); add1 [variable]: unit of value add to data; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = The DATA INPUT (must be a 2D matrix); jumpheight = dZ threshhold for testing jumpping position; killim = kill intermedia wave (1), or not (0); add1 = unit of value add to data. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: autoromvejump2D().; SourceMiscellaneous_Codes.ipf:11137

Proc compare(name, num, batchnum, factor): Usagerun from Igor with parameters name, num, batchnum, factor.; name [string]: Batch name; num [variable]: Total number of One Set; batchnum [variable]: How many sets Data; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: name = Batch name; num = Total number of One Set; batchnum = How many sets Data; Factor = Interpolate times. Code behavior: formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: interpsts2(), displaymulti2(), color_edc().; SourceMiscellaneous_Codes.ipf:6989

Proc Controtate(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: tpw(), twoDinterpolatexycr(), dilf().; SourceMiscellaneous_Codes.ipf:164

Proc csn(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; smoothing, normalization, or background removal. Code behavior: smooths wave data. Main internal calls: reextractL(), numslicehnam(), numslicevnam(), smoothfast(), linkstsmap_PqpiH(), linkstsmap_PqpiV().; SourceMiscellaneous_Codes.ipf:7648

Proc cutElarge(name, index): Usagerun from Igor with parameters name, index.; name [string]: Name or reference of the source wave/matrix being processed.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: qcsr(), DeletePdata().; SourceMiscellaneous_Codes.ipf:2054

Proc cutEsmall(name, index): Usagerun from Igor with parameters name, index.; name [string]: Name or reference of the source wave/matrix being processed.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: qcsr(), DeletePdata().; SourceMiscellaneous_Codes.ipf:2066

Proc cutklarge(name, index): Usagerun from Igor with parameters name, index.; name [string]: Name or reference of the source wave/matrix being processed.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: pcsr(), DeletePdata().; SourceMiscellaneous_Codes.ipf:2042

Proc cutksmall(name, index): Usagerun from Igor with parameters name, index.; name [string]: Name or reference of the source wave/matrix being processed.; index [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for linecut, slice, or region extraction. Main internal calls: pcsr(), DeletePdata().; SourceMiscellaneous_Codes.ipf:2030

Proc CVT2EK_pi_renorm (oldmat, answ, fe, phi, factor): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters oldmat, answ, fe, phi, factor.; oldmat [wave]: Enter the matrix to transform; answ [variable]: Do you want also to convert the energy?; fe [variable]: Enter the Fermi energy; phi [variable]: Enter the manipulator angle (for V polarization only); factor [variable]: Enter the factors(pi/a) to renormlize Kx; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; ARPES-style loading, plotting, or momentum conversion. Dialog prompts: oldmat = Enter the matrix to transform; answ = Do you want also to convert the energy?; fe = Enter the Fermi energy; phi = Enter the manipulator angle (for V polarization only); factor = Enter the factors(pi/a) to renormlize Kx. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: func_CVT2EK_pi().; SourceMiscellaneous_Codes.ipf:893

Proc ddd_ff(name): Usagerun from Igor with parameters name.; name [string]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Main internal calls: tpw(), ddd_f().; SourceMiscellaneous_Codes.ipf:10272

Proc DeletePdata(name, flag, select, stp, edp, number2): Usagerun from Igor with parameters name, flag, select, stp, edp, number2.; name [string]: Batch name; flag [variable]: Please Select Mode; select [variable]: which Data to handel(0 means handling all); stp [variable]: From points (Only for cutrange Mode); edp [variable]: To points (Only for cutrange Mode); number2 [variable]: number of cuts (Only for handling all); Notesmake specific dislay of the data. their are two Mode, First one is cutRange Mode, only Begining From startpoint range or Finished at endpoint range can be used. the second mode is hald slice mode, it can retain slice envery one slices. stp 1 means endpoints se Purpose: removes waves/windows/data points or cleans intermediate state.; SourceMiscellaneous_Codes.ipf:1857

Proc Demoautormjump2DPro(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Main internal calls: Generatepjlmartrix(), autoromvejump2D(), cklayout(), di().; SourceMiscellaneous_Codes.ipf:11857

Proc diffeall(mat, totalnum, notes): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mat, totalnum, notes.; mat [wave]: Name of the Batch waves; totalnum [variable]: Numbers of the Batch; notes [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: mat = Name of the Batch waves; totalnum = Numbers of the Batch. Code behavior: differentiates wave data; asks the user for parameters through Igor prompts. Update log: 2025-05-19: Differentiates a batch of I(V) curves to calculate dI/dV curves.; SourceMiscellaneous_Codes.ipf:12800

Proc dsd(name, n2): Usagerun from Igor with parameters name, n2.; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; n2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; formats graph axes, labels, colors, or annotations; cleans up waves/windows or brings an existing window forward. Main internal calls: linkstsmap_Pev(), displaymulti(), di().; SourceMiscellaneous_Codes.ipf:10551

Proc duplicatpart(mat, mat2, suf, x1, x2, totalnum): Usagerun from Igor with parameters mat, mat2, suf, x1, x2, totalnum.; mat [wave]: name of the Batch waves; mat2 [wave]: duplicate to What?; suf [variable]: If you have a suffix,Please input; x1 [variable]: Start point, index, or coordinate for the selected range.; x2 [variable]: End point, index, or coordinate for the selected range.; totalnum [variable]: numbers of the Batch; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; mat2 = duplicate to What?; totalnum = numbers of the Batch; suf = If you have a suffix,Please input. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6022

Proc eval2(I, delta, kesai, Pf)// unit nm: Usagerun from Igor with parameters I, delta, kesai, Pf.; I [variable]: Inter-Vortex length (nm); delta [variable]: SC gap (meV); kesai [variable]: Coherent Length (nm); Pf [variable]: Fermi Wavevector (A^-1); NotesInteractive Igor procedure for symmetry or reflection processing; matrix resampling, scaling, or reshaping; spectroscopy, superconducting-gap, or vortex-model analysis. Dialog prompts: I = Inter-Vortex length (nm); delta = SC gap (meV); kesai = Coherent Length (nm); Pf = Fermi Wavevector (A^-1). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:7211

Proc exitkm(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion. Main internal calls: KP_NanonisCleanup().; SourceMiscellaneous_Codes.ipf:10238

Proc extending1D(name, point): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters name, point.; name [string]: The curve you want ro extending; point [variable]: How many point you want to add (each side); NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: name = The curve you want ro extending; point = How many point you want to add (each side). Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:2083

Proc extracnumfromstr(head, volt): Usagerun from Igor with parameters head, volt.; head [variable]: Head String to eliminate; volt [variable]: Set point volatage (meV); NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: head = Head String to eliminate; volt = Set point volatage (meV). Code behavior: creates output waves; duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts. Main internal calls: str2num().; SourceMiscellaneous_Codes.ipf:8066

Proc exwidth(num, mat, st, ed): Usagerun from Igor with parameters num, mat, st, ed.; num [variable]: number of spectra; mat [wave]: name of Batch; st [variable]: From (point); ed [variable]: To (point); NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: num = number of spectra; mat = name of Batch; st = From (point); ed = To (point). Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; asks the user for parameters through Igor prompts. Main internal calls: pcsr(), rgb().; SourceMiscellaneous_Codes.ipf:8092

Proc findmaxBatch(name, r1, r2): Usagerun from Igor with parameters name, r1, r2.; name [string]: Batch name; r1 [variable]: Start x; r2 [variable]: End x; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Batch name; r1 = Start x; r2 = End x. Code behavior: creates output waves; extracts image/wave statistics; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:9394

Proc findsigmaofdata(mat, num, x1, x2, x3, x4): Usagerun from Igor with parameters mat, num, x1, x2, x3, x4.; mat [wave]: Batch name; num [variable]: Batch number; x1 [variable]: Start point, index, or coordinate for the selected range.; x2 [variable]: End point, index, or coordinate for the selected range.; x3 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; x4 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for smoothing, normalization, or background removal. Dialog prompts: mat = Batch name; num = Batch number; X1 = Range 1 startx; X2 = Range 1 endx; X3 = Range 2 startx; X4 = Range 2 starty. Code behavior: creates output waves; smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: duplicateall().; SourceMiscellaneous_Codes.ipf:6480

Proc fix_map(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Main internal calls: pcsr(), qcsr().; SourceMiscellaneous_Codes.ipf:6967

Proc fixline(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf.; SourceMiscellaneous_Codes.ipf:6933

Proc Generatepjlmartrix(qx1, qy1, qx2, qy2, sigma, factor): Purposecreates new waves, maps, figures, or simulation data.; Usagerun from Igor with parameters qx1, qy1, qx2, qy2, sigma, factor.; qx1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy1 [variable]: Start point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qx2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; qy2 [variable]: End point, index, or coordinate for the selected range. In this context it is used for Fourier/QPI or phase-map processing.; sigma [variable]: Width or sigma parameter for smoothing, fitting, or Fourier filtering.; factor [variable]: Scaling, normalization, interpolation, or correction factor.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: di().; SourceMiscellaneous_Codes.ipf:11884

Proc getslicerData(name, a, b, c, xs, ys, Es, Ed): Usagerun from Igor with parameters name, a, b, c, xs, ys, Es, Ed. Update-log guidance - 08/17/2023: The old version was created on early 2021 and was modified until late of 2022, the old version is functional by sequentially running (1) getslicerData(name,a,b,c,xs,ys,Es,Ed) (for slicing a 3D matrix <name>, to be multiple 2D matrix), (2) mapforSTMf(num,name,suff,start,delta) (combining them together to a 3D matrix again, (3) makeextra(), (launch the smarter plot).; name [string]: Name of the 3D matrix; a [variable]: X is which index in Matrix? Row (0); Coloum (1); Layer (2); b [variable]: Y is which index in Matrix? Row (0); Coloum (1); Layer (2); c [variable]: E is which index in Matrix? Row (0); Coloum (1); Layer (2); xs [variable]: x-size; ys [variable]: y-size; Es [variable]: Start Energy; Ed [variable]: Energy delta; Notesduplicate/o Root:Grid001:Grid001_LI_Demod_1_Y Root:mat3draw Purpose: extracts values, metadata, cursor information, or derived waves. Dialog prompts: name = Name of the 3D matrix; a = X is which index in Matrix? Row (0); Coloum (1); Layer (2); b = Y is which index in Matrix? Row (0); Coloum (1); Layer (2); c = E is which index in Matrix? Row (0); Coloum (1); Layer (2); xs = x-size; ys = y-size. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: getslicerDataf().; SourceMiscellaneous_Codes.ipf:9707

Proc getzbc(l1, l2, r1, r2): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun from Igor with parameters l1, l2, r1, r2.; l1 [variable]: V (left,1); l2 [variable]: V (left,2); r1 [variable]: V (right,2); r2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: l1 = V (left,1); l2 = V (left,2); r1 = V (right,2). Code behavior: asks the user for parameters through Igor prompts. Main internal calls: getzb().; SourceMiscellaneous_Codes.ipf:10826

Proc imtb(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation.; SourceProcedure.ipf:3

Proc intercurve(mat, totalnum, points): Usagerun from Igor with parameters mat, totalnum, points.; mat [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; points [variable]: =dimsize(sts1,0); NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; Points = How many points do you want. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:5787

Proc kly_mapping(initial_angel, final_angel, map_delta, initial_index): Usagerun from Igor with parameters initial_angel, final_angel, map_delta, initial_index.; initial_angel [variable]: Polar of mapping begining; final_angel [variable]: Polar of mapping ending; map_delta [wave]: Polar delta; initial_index [variable]: index of data begining; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Dialog prompts: initial_angel = Polar of mapping begining; map_delta = Polar delta; initial_index = index of data begining; final_angel = Polar of mapping ending. Code behavior: reshapes existing waves; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: MakeImageTable(), MakeCutTable(), Generate_chunklist(), Make_allchunkcuts(), allcuts(), mat3d_pir().; SourceMiscellaneous_Codes.ipf:691

Proc LiFeAsfindmiushift(length, combine, number, fits, fite): Usagerun from Igor with parameters length, combine, number, fits, fite.; length [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; combine [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; number [variable]: Number of spectra, waves, points, bins, or iterations to process. In this context it usually refers to STM/STS or Nanonis-derived data.; fits [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; fite [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; smoothing, normalization, or background removal; graph display, formatting, or window management. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: autodisplay(), secondDall(), myall(), Constantoffset_n(), autoclbzero2(), offtheset().; SourceMiscellaneous_Codes.ipf:9479

Proc linel(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: hcsr(), vcsr().; SourceMiscellaneous_Codes.ipf:3207

Proc linenorm2p(mat): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters mat.; mat [wave]: Name or reference of the source wave/matrix being processed.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: vcsr(), hcsr().; SourceMiscellaneous_Codes.ipf:5714

Proc LoadDataalltypes2(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Main internal calls: LoadDataFromIgorFiles(), LoadDataFromtxt(), LoadDataFromdat(), LoadDataFromA1(), LoadDataFromasc().; SourceMiscellaneous_Codes.ipf:12078

Proc LoadDataFromA1_KLY(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), Center_detector().; SourceMiscellaneous_Codes.ipf:1140

Proc LoadDataFromasc(): Purposeloads data or launches an automatic loading workflow.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; loads data from files or paths; creates, switches, or removes Igor data folders. Main internal calls: IndexedFile(), wintype(), winType(), sortlist(), Center_detector().; SourceMiscellaneous_Codes.ipf:12099

Proc LoadDataFromNewmk(x, y): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters x, y.; x [variable]: Column Number of x wave; y [variable]: Column Number of y wave; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: x = Column Number of x wave; y = Column Number of y wave. Code behavior: duplicates or stages waves for downstream processing; loads data from files or paths; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: IndexedFile(), wintype(), winType(), sortlist().; SourceMiscellaneous_Codes.ipf:310

Proc LoadDataFromNewmk_ave(x, y1, y2): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters x, y1, y2.; x [variable]: Column Number of x wave; y1 [variable]: Column Number of y1 wave to ave; y2 [variable]: Column Number of y2 wave to ave; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: x = Column Number of x wave; y1 = Column Number of y1 wave to ave; y2 = Column Number of y2 wave to ave. Code behavior: duplicates or stages waves for downstream processing; loads data from files or paths; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: IndexedFile(), wintype(), winType().; SourceMiscellaneous_Codes.ipf:471

Proc LoadDataFromNewmkfab(x, y1, y2): Purposeloads data or launches an automatic loading workflow.; Usagerun from Igor with parameters x, y1, y2.; x [variable]: Column Number of x wave; y1 [variable]: Column Number of y wave [Forward]; y2 [variable]: Column Number of y wave [Backward]; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Dialog prompts: x = Column Number of x wave; y1 = Column Number of y wave [Forward]; y2 = Column Number of y wave [Backward]. Code behavior: duplicates or stages waves for downstream processing; loads data from files or paths; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward; asks the user for parameters through Igor prompts. Main internal calls: IndexedFile(), wintype(), winType(), sortlist().; SourceMiscellaneous_Codes.ipf:558

Proc makeCEM(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; cleans up waves/windows or brings an existing window forward. Main internal calls: ceil().; SourceMiscellaneous_Codes.ipf:1763

Proc makeextra(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback. Update-log guidance - 08/17/2023: The old version was created on early 2021 and was modified until late of 2022, the old version is functional by sequentially running (1) getslicerData(name,a,b,c,xs,ys,Es,Ed) (for slicing a 3D matrix <name>, to be multiple 2D matrix), (2) mapforSTMf(num,name,suff,start,delta) (combining them together to a 3D matrix again, (3) makeextra(), (launch the smarter plot).; NotesInteractive Igor procedure for symmetry or reflection processing; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: makespec(), displaymulti(), constantoffset_n(), color_edc(), rgb(), lstyle(). This is a stupid algorithm owing to retro back to early year, I am trying to make use of some well written procedures in the General ARPES template, in order to make them compatible, I need to slice every layer to be 2D image first.; SourceMiscellaneous_Codes.ipf:7348

Proc makeu1u2(): Purposecreates new waves, maps, figures, or simulation data.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; symmetry or reflection processing; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations; reads or updates panel controls. Main internal calls: rgb(), remakeu1u2(), grid(), nticks().; SourceMiscellaneous_Codes.ipf:6342

Proc mapforSTM(num, name, suff, start, delta): Usagerun from Igor with parameters num, name, suff, start, delta.; num [variable]: Number of spatial Map; name [string]: Name of Map; suff [variable]: For smooth data use _VSHS; start [variable]: Enrgy start (meV); delta [variable]: Step size or energy/voltage increment used by the calculation.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Dialog prompts: num = Number of spatial Map; name = Name of Map; suff = For smooth data use _VSHS; start = Enrgy start (meV); Delta = Energy delta (meV). Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; smooths wave data; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:7262

Proc mapforSTMf(num, name, suff, start, delta): Usagerun from Igor with parameters num, name, suff, start, delta. Update-log guidance - 08/17/2023: The old version was created on early 2021 and was modified until late of 2022, the old version is functional by sequentially running (1) getslicerData(name,a,b,c,xs,ys,Es,Ed) (for slicing a 3D matrix <name>, to be multiple 2D matrix), (2) mapforSTMf(num,name,suff,start,delta) (combining them together to a 3D matrix again, (3) makeextra(), (launch the smarter plot).; num [variable]: Number of spatial Map; name [string]: Name of Map; suff [variable]: For smooth data use _VSHS; start [variable]: Enrgy start (meV); delta [variable]: = deltaE; NotesInteractive Igor procedure for linecut, slice, or region extraction; geometric correction, rotation, shear, drift, or strain analysis; smoothing, normalization, or background removal. Dialog prompts: num = Number of spatial Map; name = Name of Map; suff = For smooth data use _VSHS; start = Enrgy start (meV); Delta = Energy delta (meV). Code behavior: smooths wave data; asks the user for parameters through Igor prompts. Main internal calls: mapforSTMff().; SourceMiscellaneous_Codes.ipf:9843

Proc MBE1MLTime(Flux, SM, cM, NM, NT, ST, cT)//valid only self-confined growth mode and with enough subordinate elemet: Usagerun from Igor with parameters Flux, SM, cM, NM, NT, ST, cT.; Flux [variable]: MainElement Flux(A/s); SM [variable]: MainElement inplaneArea1UC(A2); cM [variable]: MainElement Vertical-Length 1UC(A); NM [variable]: Main Element atom Number1UC; NT [variable]: Targetstruc atom Number1UC; ST [variable]: Targetstruc inplaneArea1UC(A2); cT [variable]: Targetstruc Vertical-Length(A); NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Dialog prompts: Flux = MainElement Flux(A/s); SM = MainElement inplaneArea1UC(A2); cM = MainElement Vertical-Length 1UC(A); NM = Main Element atom Number1UC; NT = Targetstruc atom Number1UC; ST = Targetstruc inplaneArea1UC(A2). Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:1064

Proc movecur(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:7807

Proc myall(mat, totalnum, t): Usagerun from Igor with parameters mat, totalnum, t.; mat [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; t [variable]: add how much; NotesInteractive Igor procedure for linecut, slice, or region extraction; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; totalnum = numbers of the Batch; t = add how much. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6174

Proc Newrotateproccont(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis. Main internal calls: Newrotatecont().; SourceMiscellaneous_Codes.ipf:186

Proc normrange(matname, totalnum, down, up): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters matname, totalnum, down, up.; matname [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; down [variable]: Norm from; up [variable]: Norm to; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: matname = name of the Batch waves; totalnum = numbers of the Batch; down = Norm from; up = Norm to. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: normwave().; SourceMiscellaneous_Codes.ipf:5730

Proc normrange2(matname, totalnum, down, up, down2, up2): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters matname, totalnum, down, up, down2, up2.; matname [wave]: name of the Batch waves; totalnum [variable]: numbers of the Batch; down [variable]: Norm from; up [variable]: Norm to; down2 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; up2 [variable]: End point, index, or coordinate for the selected range.; NotesInteractive Igor procedure for smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: matname = name of the Batch waves; totalnum = numbers of the Batch; down = Norm from; up = Norm to. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: normwave_2().; SourceMiscellaneous_Codes.ipf:6431

Proc plotraw2(): Purposedisplays waves, images, contours, or graph overlays.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: ImageNameList().; SourceMiscellaneous_Codes.ipf:9680

Proc reextractL(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7796

Proc reextractlinecutH(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: numslicehnam(), linkstsmap_PqpiH().; SourceMiscellaneous_Codes.ipf:7706

Proc reextractlinecutV(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: numslicevnam(), linkstsmap_PqpiV().; SourceMiscellaneous_Codes.ipf:7746

Proc reextractM(): Purposeextracts values, metadata, cursor information, or derived waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7787

Proc remakeu1u2(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: bessJ().; SourceMiscellaneous_Codes.ipf:6409

Proc renormcuts_k(matname, which, factor): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters matname, which, factor.; matname [wave]: Enter the name of the cut; which [variable]: You want to renorm the kx or the ky?; factor [variable]: Enter the convertion factor (to divide); NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal. Dialog prompts: matname = Enter the name of the cut; which = You want to renorm the kx or the ky?; factor = Enter the convertion factor (to divide). Code behavior: assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts. Main internal calls: tpw().; SourceMiscellaneous_Codes.ipf:861

Proc reorg2ndd(name): Usagerun from Igor with parameters name.; name [string]: name of the matrix to be manipulated; NotesInteractive Igor procedure for linecut, slice, or region extraction; ARPES-style loading, plotting, or momentum conversion; Igor wave/matrix/cube data operation. Dialog prompts: name = name of the matrix to be manipulated. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: slicemdc(), dsd().; SourceMiscellaneous_Codes.ipf:10531

Proc resetvarrange(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for geometric correction, rotation, shear, drift, or strain analysis; Igor wave/matrix/cube data operation. Code behavior: reads or updates panel controls.; SourceMiscellaneous_Codes.ipf:7577

Proc rotatemap(): Purposeapplies geometric correction or extracts deformation/strain information.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; geometric correction, rotation, shear, drift, or strain analysis. Code behavior: creates output waves; assigns Igor axis scaling/units to the output. Main internal calls: rotall(), setscaleall(), mapforSTMff(), makespec(), reextractM().; SourceMiscellaneous_Codes.ipf:7594

Proc savefitdata(): Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; reshapes existing waves; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: str2num().; SourceMiscellaneous_Codes.ipf:6536

Proc savefitdata2()//single: Purposesaves, exports, or converts data between files and Igor waves.; Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; creates, switches, or removes Igor data folders; cleans up waves/windows or brings an existing window forward. Main internal calls: str2num().; SourceMiscellaneous_Codes.ipf:6646

Proc selectlinenorm(mat, start, endd, num): Purposesmooths, normalizes, or removes background/trend components.; Usagerun from Igor with parameters mat, start, endd, num.; mat [wave]: name of the Batch waves; start [variable]: start point; endd [variable]: end point; num [variable]: numbers of the Batch; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Dialog prompts: mat = name of the Batch waves; num = numbers of the Batch; start = start point; endd = end point. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6239

Proc slopeall(mat, number): Usagerun from Igor with parameters mat, number.; mat [wave]: Name or reference of the source wave/matrix being processed.; number [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Main internal calls: slopedata().; SourceMiscellaneous_Codes.ipf:9550

Proc slopedata(mat): Usagerun from Igor with parameters mat.; mat [wave]: name of the topograph; NotesInteractive Igor procedure for Nanonis/STM data loading or map conversion; graph display, formatting, or window management. Dialog prompts: mat = name of the topograph. Code behavior: runs fitting routines on spectra, curves, or map-derived traces; creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts. Main internal calls: tpw(), ssx(), ssy().; SourceMiscellaneous_Codes.ipf:9565

Proc stepmove(ddx, ddy): Usagerun from Igor with parameters ddx, ddy.; ddx [variable]: X vector to Jump (nm), the length should with a '+/-' sign; ddy [variable]: Y vector to Jump (nm), the length should with a '+/-' sign; NotesInteractive Igor procedure for lattice, moire, or twist-angle simulation/analysis. Dialog prompts: ddx = X vector to Jump (nm), the length should with a '+/-' sign; ddy = Y vector to Jump (nm), the length should with a '+/-' sign. Code behavior: asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:12631

Proc subsc(name, num): Usagerun from Igor with parameters name, num.; name [string]: Name or reference of the source wave/matrix being processed.; num [variable]: Number of spectra, waves, points, bins, or iterations to process.; NotesInteractive Igor procedure for symmetry or reflection processing; graph display, formatting, or window management. Code behavior: formats graph axes, labels, colors, or annotations. Main internal calls: duplicateall(), displaymulti().; SourceMiscellaneous_Codes.ipf:9251

Proc summul(matt, from, to): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters matt, from, to.; matt [wave]: Name of the Batch; from [variable]: Start index for sum; to [variable]: End index for sum; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: matt = Name of the Batch; from = Start index for sum; to = End index for sum. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:6308

Proc summul2(matt, from, to, name): Purposecombines many waves/slices into a map, linecut, or averaged output.; Usagerun from Igor with parameters matt, from, to, name.; matt [wave]: Name of the Batch; from [variable]: Start index for sum; to [variable]: End index for sum; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesInteractive Igor procedure for graph display, formatting, or window management. Dialog prompts: matt = Name of the Batch; from = Start index for sum; to = End index for sum. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:8198

Proc tdtodc(name): Usagerun from Igor with parameters name.; name [string]: Name of the 2D wave, Now convert it to 1D; NotesInteractive Igor procedure for Igor wave/matrix/cube data operation. Dialog prompts: name = Name of the 2D wave, Now convert it to 1D. Code behavior: asks the user for parameters through Igor prompts. Main internal calls: tdtod().; SourceMiscellaneous_Codes.ipf:1829

Proc tempload(): Usagerun interactively from Igor or from a panel callback.; NotesInteractive Igor procedure for matrix resampling, scaling, or reshaping; graph display, formatting, or window management. Code behavior: creates, switches, or removes Igor data folders. Main internal calls: Makegraphtable(), LoadDataFromNewmk(), Initialize_Global_Variables(), rescalexmultiwhat(), displaymulti().; SourceMiscellaneous_Codes.ipf:9427

Proc twosetdifference(mat, num, start): Purposedisplays waves, images, contours, or graph overlays.; Usagerun from Igor with parameters mat, num, start.; mat [wave]: Batch name; num [variable]: Number of One set; start [variable]: Number of 1st Spectrum; NotesInteractive Igor procedure in Miscellaneous_Codes.ipf. Dialog prompts: mat = Batch name; num = Number of One set; start = Number of 1st Spectrum. Code behavior: duplicates or stages waves for downstream processing; asks the user for parameters through Igor prompts.; SourceMiscellaneous_Codes.ipf:8967

Computational and data helpers (35)

Function appendVlineF(yvalue, yincre, xrange, numbers, flag): Purposedisplays waves, images, contours, or graph overlays.; Usagecall as appendVlineF(yvalue, yincre, xrange, numbers, flag).; yvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; yincre [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xrange [variable]: Axis limit or numeric range boundary used for cropping, fitting, or display.; numbers [variable]: Number of spectra, waves, points, bins, or iterations to process.; flag [variable]: Mode flag controlling which branch of the workflow is used.; NotesFunction for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: lstyle(), rgb(), lsize().; SourceMiscellaneous_Codes.ipf:10201

Function Areaselect_d(upcurve, downcurve): Usagecall as Areaselect_d(upcurve, downcurve).; upcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; downcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes.. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:2796

Function Areaselect_p(upcurve, downcurve): Usagecall as Areaselect_p(upcurve, downcurve).; upcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; downcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; Notes.. Code behavior: creates output waves; duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:2683

Function autoromvejump2D(name, jumpheight, killim, add1): Usagecall as autoromvejump2D(name, jumpheight, killim, add1).; name [string]: Name or reference of the source wave/matrix being processed. In this context it is used for Fourier/QPI or phase-map processing.; jumpheight [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; killim [variable]: kill (1) or not kill (0) intermedia waves, that is the horizental waves from fit; add1 [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: performs Fourier-transform or inverse-transform operations; creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; extracts image/wave statistics. Main internal calls: sign(), findjumpslice(), appendattractedmin_max(), sftvfollowjump(), reorganizedata().; SourceMiscellaneous_Codes.ipf:11149

Function calculates(Pvalue, xshouldbe, name): Usagecall as calculates(Pvalue, xshouldbe, name).; Pvalue [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xshouldbe [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; name [string]: Name or reference of the source wave/matrix being processed.; NotesUtility function for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Main internal calls: scalewave(). Update log: 2025-05-19: Calculates the divider-correction factor needed to align a measured feature from Pvalue to the target value xshouldbe.; SourceMiscellaneous_Codes.ipf:12869

Function checkfirstNonnan(name): Usagecall as checkfirstNonnan(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:11301

Function checkupdown(N, large): Usagecall as checkupdown(N, large).; N [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; large [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; formats graph axes, labels, colors, or annotations. Main internal calls: Medianfinder().; SourceMiscellaneous_Codes.ipf:5910

Function checkupdown2(N, large): Usagecall as checkupdown2(N, large).; N [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; large [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Code behavior: creates output waves. Main internal calls: Medianfinder().; SourceMiscellaneous_Codes.ipf:5839

Function cuthalfall(name, flag, select, number2)//testing finished: Usagecall as cuthalfall(name, flag, select, number2).; name [string]: Name or reference of the source wave/matrix being processed.; flag [variable]: half k (raw)=2 half E (colum) =3; select [variable]: choose which data to deal with, if==0 means all; number2 [variable]: number of cuts; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:1964

Function ddd_f(name): Usagecall as ddd_f(name).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Main internal calls: vcsr(), pcsr().; SourceMiscellaneous_Codes.ipf:10276

Function DPdata(name, select, flag, stp, edp, numbercut)//testing finished: Usagecall as DPdata(name, select, flag, stp, edp, numbercut).; name [string]: Name or reference of the source wave/matrix being processed.; select [variable]: choose which data to deal with, if==0 means all; flag [variable]: delete k demision(raw)=0 delete E demision(colum) =1; stp [variable]: Start point, index, or coordinate for the selected range.; edp [variable]: End point, index, or coordinate for the selected range.; numbercut [variable]: number of cuts; NotesFunction for linecut, slice, or region extraction; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:1886

Function fixmapline(name): Usagecall as fixmapline(name).; name [string]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation. Main internal calls: qcsr(), pcsr().; SourceMiscellaneous_Codes.ipf:6937

Function func_mat2d_1orNaN_2d(matname): Usagecall as func_mat2d_1orNaN_2d(matname).; matname [wave]: Name or reference of the source wave/matrix being processed.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:1488

Function getpolaraveRcurve(name, OP, OQ): Purposeextracts values, metadata, cursor information, or derived waves.; Usagecall as getpolaraveRcurve(name, OP, OQ).; name [string]: Name or reference of the source wave/matrix being processed.; OP [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; OQ [variable]: Momentum or Q-vector coordinate/index.; NotesUtility function for matrix resampling, scaling, or reshaping; graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output; opens or updates graph/image displays; extracts image/wave statistics; cleans up waves/windows or brings an existing window forward. Main internal calls: Lineprofilefromcircle2(), mean(), ckfig().; SourceMiscellaneous_Codes.ipf:3367

Function ID_d(mat, upcurve, downcurve): Usagecall as ID_d(mat, upcurve, downcurve).; mat [wave]: Name or reference of the source wave/matrix being processed.; upcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; downcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation. Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:2757

Function ID_p(mat, upcurve, downcurve): mat [wave]: Name or reference of the source wave/matrix being processed.; upcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; downcurve [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesSelective area sum Usage: call as ID_p(mat, upcurve, downcurve). Code behavior: duplicates or stages waves for downstream processing; opens or updates graph/image displays.; SourceMiscellaneous_Codes.ipf:2644

Function KP_EnsurePhysicalConstants(): Usagecall KP_EnsurePhysicalConstants() from Igor procedure code or the command line.; NotesFunction in KP_GlobalState.ipf.; SourceKP_GlobalState.ipf:27

Function KP_EnsureRootGlobalString(name, defaultValue): Usagecall as KP_EnsureRootGlobalString(name, defaultValue).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; defaultValue [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction in KP_GlobalState.ipf. Main internal calls: SVAR_Exists().; SourceKP_GlobalState.ipf:16

Function KP_EnsureRootGlobalVariable(name, defaultValue): Usagecall as KP_EnsureRootGlobalVariable(name, defaultValue).; name [string]: Name or reference of the source wave/matrix being processed. In this context it usually refers to STM/STS or Nanonis-derived data.; defaultValue [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction in KP_GlobalState.ipf. Main internal calls: NVAR_Exists().; SourceKP_GlobalState.ipf:5

Function KP_EnsureStartupGlobals(): Usagecall KP_EnsureStartupGlobals() from Igor procedure code or the command line.; NotesFunction in KP_GlobalState.ipf. Main internal calls: KP_EnsurePhysicalConstants(), KP_EnsureTemplateRootGlobals().; SourceKP_GlobalState.ipf:74

Function LiangFu(w, x) : FitFunc: Usagecall as LiangFu(w, x).; w [wave]: Igor wave reference used as input or output.; x [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation. Main internal calls: bessJ().; SourceProcedure.ipf:261

Function linenorm2pf(mat, p1, p2): Purposesmooths, normalizes, or removes background/trend components.; Usagecall as linenorm2pf(mat, p1, p2).; mat [wave]: Name or reference of the source wave/matrix being processed.; p1 [variable]: Start point, index, or coordinate for the selected range.; p2 [variable]: End point, index, or coordinate for the selected range.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:11009

Function Lineprofilefromcircle2(name, OP, OQ, RP): Usagecall as Lineprofilefromcircle2(name, OP, OQ, RP).; name [string]: Name or reference of the source wave/matrix being processed.; OP [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; OQ [variable]: Momentum or Q-vector coordinate/index.; RP [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for matrix resampling, scaling, or reshaping; smoothing, normalization, or background removal; Igor wave/matrix/cube data operation. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:3395

Function makespec(): Purposecreates new waves, maps, figures, or simulation data.; Usagecall makespec() from Igor procedure code or the command line.; NotesUtility function for FFT, QPI, phase, or lock-in analysis; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Code behavior: creates output waves; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:7914

Function mapforSTMff(num, name, suff, start, delta): Usagecall as mapforSTMff(num, name, suff, start, delta).; num [variable]: number of cuts.; name [string]: Name or reference of the source wave/matrix being processed.; suff [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; start [variable]: Start point, index, or coordinate for the selected range.; delta [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for linecut, slice, or region extraction; matrix resampling, scaling, or reshaping; Igor wave/matrix/cube data operation. Code behavior: creates output waves; duplicates or stages waves for downstream processing; assigns Igor axis scaling/units to the output.; SourceMiscellaneous_Codes.ipf:9868

Function scsc(pw, inx):FitFunc: Usagecall as scsc(pw, inx).; pw [variable]: Igor wave reference used as input or output.; inx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; Igor wave/matrix/cube data operation. Main internal calls: integrate1d().; SourceMiscellaneous_Codes.ipf:12285

Function scsc2(pw, yw, xw):FitFunc: Usagecall as scsc2(pw, yw, xw).; pw [variable]: Igor wave reference used as input or output.; yw [variable]: Igor wave reference used as input or output.; xw [variable]: Igor wave reference used as input or output.; NotesFor integrated and then differentiated Fit. Code behavior: differentiates wave data. Main internal calls: integrate1d().; SourceMiscellaneous_Codes.ipf:12208

Function scsc2S(pw, yw, xw):FitFunc: Usagecall as scsc2S(pw, yw, xw).; pw [variable]: Igor wave reference used as input or output.; yw [variable]: Igor wave reference used as input or output.; xw [variable]: Igor wave reference used as input or output.; NotesFor integrated and then differentiated Fit. Code behavior: differentiates wave data. Main internal calls: integrate1d().; SourceMiscellaneous_Codes.ipf:12398

Function scscS(pw, inx):FitFunc: Usagecall as scscS(pw, inx).; pw [variable]: Igor wave reference used as input or output. In this context it usually refers to STM/STS or Nanonis-derived data.; inx [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Nanonis/STM data loading or map conversion; linecut, slice, or region extraction; matrix resampling, scaling, or reshaping. Main internal calls: integrate1d().; SourceMiscellaneous_Codes.ipf:12482

Function ssx(namedata, ref, ypoint): Usagecall as ssx(namedata, ref, ypoint).; namedata [string]: Name or reference of the source wave/matrix being processed.; ref [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; ypoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:9600

Function ssy(namedata, ref, xpoint): Usagecall as ssy(namedata, ref, xpoint).; namedata [string]: Name or reference of the source wave/matrix being processed.; ref [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; xpoint [variable]: Numeric parameter controlling the calculation branch, index, range, scale, or model value.; NotesFunction for graph display, formatting, or window management; Igor wave/matrix/cube data operation.; SourceMiscellaneous_Codes.ipf:9615

Function UserIntergrand(dE)//: dE [variable]: Step size or energy/voltage increment used by the calculation.; Notesonly for graph Usage: call as UserIntergrand(dE).; SourceMiscellaneous_Codes.ipf:12250

Function UserIntergrand2(dE)//: Usagecall as UserIntergrand2(dE).; dE [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management.; SourceMiscellaneous_Codes.ipf:12226

Function UserIntergrand2S(dE)//: Usagecall as UserIntergrand2S(dE).; dE [variable]: Step size or energy/voltage increment used by the calculation.; NotesFunction for spectroscopy, superconducting-gap, or vortex-model analysis; graph display, formatting, or window management.; SourceMiscellaneous_Codes.ipf:12417

Function UserIntergrandS(dE)//: dE [variable]: Step size or energy/voltage increment used by the calculation.; Notesonly for graph Usage: call as UserIntergrandS(dE).; SourceMiscellaneous_Codes.ipf:12445