To run DSI Studio on Linux, you may need ti use "wine" to run DSI Studio on the Linux platform. DSI Studio also provides command line interface for Linux users to facilitate batch processing. To run DSI Studio on Mac, use the windows emulator and run the program. License: Modified BSD license, applied to all matlab and C++ codes provided on the website. The source code for reconstruction and fiber tracking can be downloaded from http://www.nitrc.org/frs/?group_id=160. To build the code, you may need to install "code blocks" and build "boost library". In setting up the code block environment, include the libraries named "libboost_thread-mt.a" and "libboost_program_options-mt.a". Also make sure that you are using the lastest g++. Nightly Build: The nightly build of DSI Studio can be found here. The build may not be stable and is subject to further changes. |
DSI Studio is able to export Tract density imaging (refer to documentation for detail)
Increase maximum thread to 12 in fiber tracking. Enable multi-thread in command line fiber tracking.
Fix the NIFTI x-flipped problem when load it as the ROI or ROA.
The tract density image can export the directional color.
DSI Studio now is able to load 100,000+ fibers and render part of them to avoid crash. The visible tracts can be adjusted in the rendering option.
The "end" region is now using a different selection strategy that is more reasonable.
Able to export tracts in T1 coordinates.
Fix the tracts editing bug when visualizing the color bar
Fix the problems in command line SRC reconstruction . Update the user's manual.
Allow users to extend the tract endpoint to the surface
Add option to turn off the smoothing in region mesh rendering
Improved memory usage
rename matrix name in DTI reconstruction
Improving compatibility with Phillips 4D DICOM.
Fix the window crashing problem after changing the rendering options
Finer tube rendering size provided
Provide endpoint density mapping
Provide shading control in tendering options
Fix the problem in loading non square mosaic DICOM
Copy 3D window bitmap to clipboard
Copy tract stat
redo for tract editing
save anisotropy mapping
lock slices while switching from diffusion to T1 or vise versa.