Autosave has been added with user options to control for the frequency and granularity of saving.WaveMetrics is pleased to announce the release of Igor Pro 9, the latest version of our scientific and engineering graphing and data analysis program for Windows and Macintosh. Igor Pro 9 contains hundreds of improvements including 34 new operations and 24 new functions. Wide-Angle Neutron Spin Echo Spectroscopy.Added functions vectorization and optimized memory allocation in MatrixOP.Added automatic multithreading in CWT, ImageRegistration, Interp3DPath, norm and ImageFilter. ![]() ![]() Auto-completion now includes user procedures.The new Presentation Table Procedures package allows you to programmatically create a "presentation table" in a graph, layout or control panel window.Improved editing of Polygons and Beziers.Igor's PDF export now supports transparency and improved font embedding.Box Plots and Violin Plots now allow you to control the color, marker and marker size of each individual data point.Box Plots and Violin Plots now support per-dataset properties.For those times when a user-defined panel is just a bit too small to read easily or a bit too big to fit your laptop's screen, you can make that panel bigger or smaller using Igor 9's new Panel→Expansion submenu.The functions that were previously provided by the PeakFunctions2 XOP are now built-in. Major update of the MultiPeak Fit package.Also, it is now possible to drag waves onto graphs and tables from the Waves in Window list of the Window Browser. New active areas allow you to append traces to specific axes and to make new free axes, as well as select a wave as an X wave. The ability to drag waves from the Data Browser onto a graph to make new traces has been enhanced.Complex curve fitting has been implemented. ![]() Agglomerative hierarchical cluster analysis has been added in the HCluster operation. ![]() Sparse matrix operations include matrix addition, multiplication, and TRSV which solves a system of linear equations. Igor supports three sparse matrix representation formats: COO, CSC, and CSR. It uses the Intel Math Kernel Library Sparse BLAS routines and employs the libraries terminology and conventions. A sparse matrix in Igor is represented by a set of three 1D waves which define the non-zero elements of the matrix.
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