Statistical analysis from AMS/ACSM data can be performed in Igor through dedicated user-friendly panels: the PMF Evaluation Tool and SourceFinder. Zefir is an Igor-based package that allows user-friendly coupling between pollutant concentrations and wind data or air mass origin. Not strictly an add-on module, but Visual Integrity makes software to batch convert PS/EPS files to other formats such as XML-standard SVG, FrameMaker MIF and soon also PDF. Synaptosoft Inc is the developer of the ABF Utility program that converts Igor Pro binary data files to Axon binary format. SoftZymics produces data analysis software for enzymologists, including the package VisualEnzymics for the analysis of steady-state rate data. All Igor Pro 8 licenses (new and upgrades) sold on or after Septemare eligible for a free upgrade. Click here for a more detailed description of the Igor Pro 9 changes. Some of these changes are highlighted below. ambient mass spectrometer data with factor analytic tools. Igor Pro 9 contains hundreds of improvements, including 58 new operations and functions, and built-in support for HDF5. allows to efficiently analyze multivariate data, e.g. ![]() The Source Finder (SoFi) software developed at the Paul Scherrer Institute (PSI, Switzerland) and maintained and further developed by Datalystica Ltd. The source code for the entire package is freely available, allowing anyone to develop additional tools. Models are included to calculate the scattered intensity for monodisperse, polydisperse and interacting particles with various size distributions, form factors and structure factors. The tool suite uses a slab-model approach with the Abélès matrix method to calculate X-ray reflectivity curves, electric field intensity distributions and GISAXS intensities from supported or buried scatterers arranged in two or three dimensions in a stratified medium. ![]() FitGISAXSįitGISAXS is a software package for performing modelling and analysis of GISAXS (grazing-incidence small-angle X-ray scattering) data within the distorted-wave Born approximation.įitGISAXS has been developed using the IGOR Pro scripting language by David Babonneau, CNRS Research Director at Institute P’. ![]() SIDX allows Igor Pro to control scientific CCD cameras: Princeton Instruments, Photometrics, PCO/Cooke, Andor, SciMeasure, Spectral Instruments, DVC and Hammamatsu. Modules that extend Igor and software products that use Igor Pro®: Bruxton Corporation Wide-Angle Neutron Spin Echo Spectroscopy.
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