http://www.correlatedsolutions.com/inst ... 9.4.24.msi
What's New in Vic-3D 9.4
The 9.4 release of Vic-3D contains enhancements to marker tracking and point/marker visualization, as well as FFT improvements.
- PDF export now supports automatic generation of pages for multiple timesteps
- Velocity computation in FFT
- New dialog for batch processing with automatic report generation
- Export area FFT data to Universal File Format (UFF)
- Velocity and acceleration calculation for markers
- Visualization for marker trajectories in iris
- Visualization of locations and trajectories of extraction points in iris
- Customizable marker/extraction labels with escape codes for inserting data
The 9.2 release of Vic-3D contains a number of enhancements to marker tracking
and visualization tools.
- Advanced marker tracking with velocity and acceleration computation
- Markers may be connected to create structures and parts
- New visualization tools in *iris* for markers and connections allow animation
of moving points, parts, and mechanisms - High-resolution vector rendering in 2D and 3D data plots in *iris*
- Multiple data sources can be present in one *iris* plot allowing display and
animation of mixed full-field and marker data
- Create multiple-page, high-resolution, publication-ready plots in PDF and ultra-high-definition video formats (from 720p to 4K)
- View high-resolution isolines on 2D and 3D plotswith scalable fonts
- Edit labels with Unicode support
- View speckle images on 3D plots
- All new user-friendly graphics engine for animating object position, scale, opacity, rotation, and much more
- Create high-quality videos using the multi-threaded rendering engine
- Create life-like animations using integrated adaptive motion blurring for fast-moving objects
- Animate object position, scale, opacity, rotation, and much more with an all-new user-friendly graphics engine
- Import Finite Element data for visualization and comparison to measurement data into new graphics framework
- Corrected Von Mises Strain scaling factor