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1. Sulci-ROI segmentation: implemented function "Wave Distance" from the Brain mask ROI surface to its convex hull.
2. Implemented the Support Module for measuring the Wave Distances in various scenarios.
3. Prototype of Sulci segmentation from GM-CSF interface.
4. Fixed the crash related to DICOM features: when volume is transformed with the dimension change (or similar operation),.
5. ABT: new subtest for Rotate+Scale of large volumes with all possible interpolations.
6. Volume Affine transform: optimized memory usage and workflow so it is possible to have a destination volume exceeding 1.5 billion voxels.
7. Volume histogram calculation: optimized the memory workflow so very large volumes could be processed.
8. DICOM load of very large: optimized memory workflow so no memory failure happens on 1.5 billion voxel volume.
9. Volume Arithmetic operations on very large volumes: Optimized the memory workflow so the operations do not fail on volumes with upto 1.5 billion voxels timepoint.
10. SIEMENS De-identified DICOM load: corrected the logic so the 4D dataset could be logically combined and loaded properly.
11. Added User Interface-level functions:
a)Measure Surface Wave distance to Inside of the ROI
b)Measure Surface Wave distance to Outside of the ROI
12. Surface Atrophy Depth measurement. Added User Interface function
"MainMenu>Brain>Measure Surface Atrophy depth"
13. Bruker ANALYZE 7.5: added detection of the signed short
integers in ANALYZE file, then offering user an option to treat file as a
Bruker ANALYZE 7.5
14. Corrected the loading of ANALYZE-based
(.img) 4D file (.time).
15. MainMenu> {"Open RAW 3D",
"Open RAW 4D"} functions: added functionality so that last used
extension is remembered and used as the default next time the dialog opens.
16. Completely re-engineered User
Interface and the implementation of the "Aggregate projections"
- {MIP,Surface}
17. Corrected the UI behavios: In EdgeWave,
if Vol+RoI is present, ROI is disabled (invisible), but being
Active ROI was still chosen as the operand.
18. Parametric Map calculation: when
resulting file is loaded, a check is performed if invalid floating point number
is present (INF or NAN), message is then displayed.
19. Dynamic Parametric Map module:
completely re-engineered the Model-1 ("Variation") and added an
ABT validation subtest for this model.
20. Dynamic Parametric Models: Completely
re-engineered Model 4 - "Input Function Distance". Added a
corresponding ABT validation subtest.
21. Dynamic Parametric Models: Completely re-engineered Model 5 - "Custom Time of Active Rise". Added a corresponding ABT validation subtest.
21. Dynamic Parametric Models: Completely re-engineered Model 5 - "Custom Time of Active Rise". Added a corresponding ABT validation subtest.
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