Filter by Supported Igor version:
Login or register to modify the filter.

Packages include individual Igor procedure files or collections of Igor procedure files that are related, as well as external operations (XOPs). To browse ALL projects (including those that have not been officially released) click on the Advanced Browse link above.

Categories

ALP Alternate Line Profile

Last changed: 17 weeks 1 day ago

Why ALP?
The Igor 7 image line profile has fewer features than in Igor 6. Wavemetrics is not currently planning to make significant changes, the
workaround suggested is to use IP6 procedures. Some issues are:
- The profile graph cannnot be modified, or the data explored, for example with a cursor.
- Does not take wave scaling into account.
- No longer possible to graph a profile, it can only be saved. (Has been changed in Igor 7.02)
- The saved wave is now a triplet. This is not visible in the default New Graph menu, inexperienced users can not easily graph it themselves.

VersionDateLinksStatus

Chebyshev - interpolation and fitting using Chebyshev polynomials

Last changed: 2 years 35 weeks ago

Chebyshev performs interpolation and fitting using Chebyshev polynomials

VersionDateLinksStatus
IGOR.6.10.x-6.x-dev2014-Sep-23Development snapshot for Igor 6.10.x and aboveHelp
Categories:

Clementine, package for modeling decay kinetics using MEM and Least square fitting

Last changed: 5 years 46 weeks ago

Clementine was developed to model decay kinetics processes using either maximum entropy (MEM, included) or least square fitting. The math of analysis (decay times are "tau") is :
MEM: signal(time) = FlatOffset + sum (P(Tau) * exp(- time/tau))
LSQF: signal(time) = FlatOffset + sum (P(Tau) * exp(- (time+TimeShift)/tau))
The package will :
MEM : Generate the distribution of P(Tau) values using Maximum Entropy method over user defined number of bins in tau (log-spaced)
LSQF : Model (and least square fit) sum of for up to 5 different P(tau), TimeShift, and tau combinations. Both P(tau) and tau can be fitted.

VersionDateLinksStatus
Categories:

DE - optimize with differential evolution

Last changed: 4 years 29 weeks ago

Differential Optimisation - use instead of optimize if that isn't finding the global minimum.
Minimise (or maximise) an energy function by varying independent variables using differential evolution.

Easy peasy to use and comes with an example of how it works.

VersionDateLinksStatus
IGOR.6.20.x-1.x-dev2012-Nov-06Development snapshot for Igor 6.20.x and aboveHelp
Categories:

DLVO Fitting Program

Last changed: 2 years 7 weeks ago

This program predicts the electrostatic force between two identically charged solids in solution, by numerical solution (Runge-Kutta) of the Poisson Boltzman equation (It provides solutions for both constant charge and constant potential assumptions). The electrostatic + van der Waals force (DLVO force) between the solids is also available by addition of a van der Waals Force (which accounts for a retardation of the Hamaker constant as function of distance).

Categories:

Easy Multithreading

Last changed: 7 years 11 weeks ago

This project contains a library of functions designed to make multithreading in Igor easy. Furthermore, it allow you to use your existing functions, with little or no modification, in multithreaded data analysis, greatly increasing throughput.

VersionDateLinksStatus
IGOR.6.20.x-1.x-dev2010-Mar-08Development snapshot for Igor 6.20.x and aboveHelp

EccentricXPS - Analysis and Organisation of XPS Spectra

Last changed: 11 weeks 5 days ago

EccentricXPS is an Igor Pro procedure initially written to load, display and analyze the two-dimensional x-ray photoelectron spectroscopy (XPS) images produced by our VG Scienta SES 200 hemispherical analyzer at the University of Erlangen-Nuremberg. EccentricXPS can load and display the images from the raw .txt files produced by the SES software (version 1.2.2, build 37) and then convert the images to normal one-dimensional spectra, which can be easily displayed, compared and fitted, either as single spectra or in bulk.

VersionDateLinksStatus

Generalized Linear Model Fitting

Last changed: 4 years 29 weeks ago

This implements generalized linear models in a function glmfit. Support for unity-link (gaussian distribution), log-link (poisson distribution), and logit-link (binomial distribution), and tan-link (von mises distribution). General usage given in function TestGLMFit, with a log-link (poisson) example. It is best to just contact me directly for support.

VersionDateLinksStatus

Generalized Spike Sorting Explorations

Last changed: 7 years 43 weeks ago

This is a set of two procedures that extract spike waveforms from raw electrode traces and then perform principal component analysis and clustering on the extracted waveforms. The resulting classified spike times and spike shapes are displayed along with a rotatble Gizmo scatter plot of the first 3 principal components. This is a very early version and is likely full of bugs and inefficiencies.

VersionDateLinksStatus
Categories:

HITRAN procedures for Igor

Last changed: 3 years 40 weeks ago

Collection of functions and procedures for loading data from the HITRAN database and simulating optical transmission through the atmosphere as a function of temperature, pressure and gas composition as well as thermal emission.

For more information about the HITRAN database, and to access the data files, go to:
http://www.cfa.harvard.edu/hitran/

VersionDateLinksStatus
Categories:

iPhys

Last changed: 2 years 7 weeks ago

iPhys is a dual image analysis / electrophysiology acquisition and analysis suite. Readable formats include TIFF image files, text data files and iPhys generated data files. The software was developed with increased automation of basic procedures in mind. For example, the user doesn't need to specify a file name for saving acquisition files, as they are automatically saved into the working directory. The user enjoys an extensive graphical interface with sticky windows (making dragging multiple windows easy), easy to activate and close plots and one click generated complex analysis modules.

VersionDateLinksStatus

IR Shifted-peak fitting

Last changed: 22 weeks 4 days ago

This is a set of routines designed to fit temperature-dependent amide I infrared spectra of proteins and peptides. It has been shown that these peaks are temperature-dependent. The data is fit to a sum of Gaussian peaks, with center position and width of each peak assumed to shift linearly with temperature. In addition, the model allows an equilibrium between peaks, so that each peak may (optionally) increase or decrease in amplitude with temperature. The change in amplitude with temperature is modeled as a two-state equilibrium.

VersionDateLinksStatus

iSpectra: A Toolbox for the Analysis of Spectral Images recorded on SEM-EDS systems

Last changed: 1 year 35 weeks ago

iSpectra is an open toolbox for the analysis of spectral images (SI's) recorded on scanning electron microscopes (SEM's), equipped with energy dispersive spectroscopy (EDS) systems for chemical analysis. iSpectra provides various tools for visualising chemical variability within a SI but is primarily written to create true phase maps, rather than more commonly used elemental x-ray distribution maps. iSpectra imports SI's in Lispix format and exports cumulative phase spectra in industry standard EMSA format along with graphical output.

VersionDateLinksStatus

KinSim

Last changed: 2 years 23 weeks ago

Generate chemical reaction systems, convert them into integrateODE form, and run the model.

VersionDateLinksStatus
Categories:

Line Broadening

Last changed: 4 years 13 weeks ago

Procedure File containing functions (and wrapper procedures with Menu calls) for convolving waveform data with standard spectroscopic peak shapes (Gaussian, Lorentzian and Voigt) with x-scaling awareness and preservation of integral normalization.

VersionDateLinksStatus
Categories:

Line Scan Analysis

Last changed: 3 years 37 weeks ago

A procedure for generating kinetic profiles from analysis of intensity values from confocal line scans.
Sequential line scans are imported into 2D waves from either TIFF or Zeiss LSM* files.

Analysis options include:

  • choice of statistical test run on line scan data
  • ability to set inter-line scan-interval
  • stat values output to data table
  • creation of a graph and curve fit options

Running "Line Scan Analysis" from the Macros menu creates a panel (see screenshot).

(* requires the LSMreader.pxp written by Stephen R Ikeda

VersionDateLinksStatus

Localizer - localization microscopy toolkit

Last changed: 4 years 47 weeks ago

NOTE: binaries for Localizer can now be downloaded from http://sushi.chem.kuleuven.be/svn/Localizer. The source code is available at https://bitbucket.org/pdedecker/localizer.

Localizer provides a full package for performing localization and fluctuation analysis in superresolution fluorescence microscopy (PALM, STORM, SOFI, pcSOFI). The package comes in two parts, an XOP that is responsible for performing fast and efficient calculations, and an Igor procedure that provides a graphical front-end.

The XOP includes operations for a full analysis, including:

MATLAB Functions

Last changed: 6 years 42 weeks ago

The biggest barrier to Igor adoption is usually knowledge of another environment's language. One of these is MATLAB. If a MATLAB users sits down to write Igor code, sometimes they have a hard time figuring out what the equivalent function in Igor is the function they know in MATLAB. And even if they find that function, if they haven't programmed in Igor, they might get stuck on the syntax.

VersionDateLinksStatus
IGOR.6.20.x-0.x-dev2010-Aug-05Development snapshot for Igor 6.20.x and aboveHelp

Maximum Entropy Fitting package

Last changed: 8 years 50 weeks ago

This is Maximum Entropy Package for solving problems which can be written as linear equation: I = G f, where I is measured signal, G is response matrix and f is a model distribution. It has been used for interpretation of a size distribution from small-angle scattering data, which involves the inversion of an integral equation for which there is no exact solution. It can likely be used for number of similar problems.

VersionDateLinksStatus
Categories:

Microtubule Life History Analysis Package

Last changed: 6 years 36 weeks ago

Few procedures/functions to track and/or analyze dynamic microtubules.

VersionDateLinksStatus
Categories:

NRFit

Last changed: 5 years 30 weeks ago

Neutron and X-ray reflectivity analysis package:

  • Use Parratt formalism
  • Simple and easy to use
  • Provide a number of functions for roughness
  • Installation:

  • Option1: Download anywhere on your computer and open_file/procedure from 'File' menu in IgorPro.
  • Option2: Download and copy it into Igor Procedures folder in IgorPro. It will shows up in the menu.
  • Note: if it complains about FONT, select your favorite font and apply it to all experiments. And new users might want to turn ON Tips from the Graph menu.
  • Downloads:

    VersionDateLinksStatus
    Categories:

    Periodic Table Selector

    Last changed: 16 weeks 4 days ago

    Periodic Table Selector (PTS)

    What and Why:
    J. J. Weimer has contributed the very nice Periodic Table Menu package. It shows data for one element at a time, but I needed a way to quickly select several elements. PTS is derived from Periodic Table Menu and has the following characteristics:

    - Graphically select any number of elements, the resulting list is processed separately.
    - Use mouse clicks or very fast mouseover to select or deselect elements.
    - Panel can be rescaled (as in Periodic Table Menu).
    - Panel can be closed, then later reopened, the selection is retained.

    VersionDateLinksStatus
    Categories:

    pFLIM - an analysis program for time-domain fluorescence lifetime imaging microscopy (FLIM) data

    Last changed: 4 years 33 weeks ago

    We have developed a highly accurate and efficient code for the analysis of time-domain FLIM data (‘‘pFLIM’’ for precision FLIM). Our analysis code accounts for all significant instrumental artifacts (e.g., the instrument response function (IRF) and spatially inhomogeneous background events) and is rigorously based on both conventional and novel statistics. The code is described in detail in the manuscript:

    Precise measurement of protein interacting fractions with fluorescence lifetime imaging microscopy, Walther et al., Mol. BioSyst., (2011), DOI: 10.1039/c0mb00132e

    VersionDateLinksStatus
    Categories:

    Point Labels

    Last changed: 14 weeks 3 days ago

    Puts labels on waves at position of cursor A.
    Labels are the x position of the point.
    Uses wave scaling or an x-axis wave.
    Multiple labels on each wave.
    Multiple waves in one graph.
    Labels can be deleted on a per-wave basis.

    VersionDateLinksStatus
    Categories:

    RatioImg

    Last changed: 9 years 28 weeks ago

    The RatioImg procedures are a set of Igor procedure files which provide convenient data loading, browsing, annotation, and measurement of ratiometric imaging experiments. They were written in 1999 by Howard Rodstein at WaveMetrics and Mark N. Rand at the Department of Neurology, University of Washington, Seattle using Igor Pro 3.1. Minor updates were made in 2007 to work with Igor Pro 6.

    VersionDateLinksStatus
    IGOR.5.00.x-1.1.x-dev2007-Nov-17Development snapshot for Igor 5.00.x and aboveHelp
    Categories:

    Reconstruction of the spatio-temporal receptive fields of visual neurons with filtered back projection

    Last changed: 2 years 34 weeks ago

    This project provides procedures to reconstruct both the spatio and temporal receptive fields of visual neurons that have been stimulated with a series of flashed bars.

    A complete description of this method along with examples of its implementation has been published in a scientific paper in J Physiol (2014) doi:10.1113/jphysiol.2014.276642 (http://www.ncbi.nlm.nih.gov/pubmed/25172952).
    Please cite this paper when publishing data using this method.

    VersionDateLinksStatus
    Categories:

    Singular Spectrums Analysis

    Last changed: 9 years 30 weeks ago

    Procedures and a GUI for singular spectrums analysis. These procedure files implement the Monte Carlo SSA algorithm described in Allen and Smith, 1996. The code is in need of a major overhaul, but it works. The overhaul will be coming soon.

    VersionDateLinksStatus
    Categories:

    Size Distribution Fitting (lognormal) - Wdie-Range Particle Sizer (WPS) Data Processing

    Last changed: 5 years 10 weeks ago

    This igor procedure is to handle the airborne particle size distribution data measured using Wdie-Range Particle Sizer (WPS), since the original software provided along with the instrument is not very user-friendly.

    Starting with a neatly organized panel, all functions are simple and straightforward:
    - Load raw data with a single click;
    - Automatically obtain major parameters (RH, temperature) and calculate the hourly average; (daily or monthly average will be added in future release)
    - Graphing (size distribution, color-coded by number conc.);

    VersionDateLinksStatus

    SpAcAn: Spontaneous Activity Analysis

    Last changed: 5 years 33 weeks ago

    SpAcAn (Spontaneous Activity Analysis) is a collection if IGOR Pro functions for the detection and analysis of spontaneously occuring (non-triggered) events in electrophysiological recordings. SpAcAn was originally designed to facilitate the analysis of spontaneous synaptic activity in whole-cell recordings, but has also been used successfully to detect and analyze spikes or rapid changes in fluorescence.

    VersionDateLinksStatus
    Categories:

    TEA_MT - Intensity versus time trace of fluorescent spots extraction and analysis software

    Last changed: 35 weeks 4 days ago

    The software was written so that all of the daily single-molecule (and other fluorescent spots) data analysis tasks are accessible at one place:
    1. fluorescent spot detection,
    2. co-localization of the fluorescent spots from 2 channels,
    3. intensity versus time traces extraction for selected type of fluorescent spots,
    4. filtering of traces
    5. normalization of traces to an excitation field
    6. intensity change point detection in the traces,
    7. characterization of detected states,
    8. manual selection of extracted traces,
    9. 2D histogram plotting of the analysis results.

    VersionDateLinksStatus
    Categories:

    Back to top