FireVoxel Build 325 is released.
1. FLEXR-Motion Correction: implemented option to consider first N timepoints static (without motion). Often there is a very little contrast in the initial timepoints, so registration individually is challenging.
2. Replaced "Save RAW" menu and dialog items to "Save Image".
3.Implemented Initial Undo\Redo functionality to cover Paintbrush painting\erase. Undo\Redo buttons in the main toolbar.
4. Implemented the toolbar Undo\Redo button status update (graying) depending on whether any Undo\Redo records are available.
5. Added keyboard accelerators "Ctrl+Z" and "Ctrl+Y" for Undo\Redo respectively
6. Added unit test for Visceral\Subcutaneous fat segmentation functionality from Abdominal CT.
Search This Blog
Wednesday, April 29, 2020
Monday, April 6, 2020
Build 324 is released.
1. Implemented EdgeWave variant when starting Peel voxels are either External Surface only
or custom provided from the calling function.
2. Implemented the 2D Structure Graph technology.
This converts any 2D ROI into the planar graph.
3. Implemented EdgeWave variant when the custom Start Surface is provided. Unified that code the External Surface code.
4. Implemented the Subcurtaneous\Visceral FAT separation algorithms. Fully automatic. Initial accuracy is under 2% comparing to manually generated ground truth.
5. Implemented a parameter dialog for the VFAT\SFAT separation
6. Included into the distribution package all Microsoft DLLs corresponding to a redistributable. This allows to avoid missing DLLs issue due to discrepancy between the Visual Studio update and redistributable download site.
7. Spawned previously reused RoiStats4D dialog into a separate DynamicExperimentResults dialog so it can be better customized without affecting other functionalities.
8. Implemented a workflow for Subcutaneous and Visceral abdominal fat separation. Provided QuickStart documentation.
1. Implemented EdgeWave variant when starting Peel voxels are either External Surface only
2. Implemented the 2D Structure Graph technology.
This converts any 2D ROI into the planar graph.
3. Implemented EdgeWave variant when the custom Start Surface is provided. Unified that code the External Surface code.
4. Implemented the Subcurtaneous\Visceral FAT separation algorithms. Fully automatic. Initial accuracy is under 2% comparing to manually generated ground truth.
5. Implemented a parameter dialog for the VFAT\SFAT separation6. Included into the distribution package all Microsoft DLLs corresponding to a redistributable. This allows to avoid missing DLLs issue due to discrepancy between the Visual Studio update and redistributable download site.
7. Spawned previously reused RoiStats4D dialog into a separate DynamicExperimentResults dialog so it can be better customized without affecting other functionalities.
8. Implemented a workflow for Subcutaneous and Visceral abdominal fat separation. Provided QuickStart documentation.
Subscribe to:
Posts (Atom)