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Saturday, October 27, 2018




FireVoxel Build 290 is released.

1.  Fixed error when rasterizing Vector polylines and splines:  now the NULL pen is used so the rasterized boundary is much closer to the vector one.



2. Provided complete re-work of the MagTrace Toolkit:
Added several new image snapping modes, manual modes Alt1,Alt2,Alt3.  Rasterization tools.

3. Added DCMTK functions for loading DICOM headers directly from memory buffer (avoiding the intermediate file creation).  Resulted in x10 loading speedup.

4. Provided an initial version of VIBE4D + GRASP4D hybrid merge function.


FireVoxel Build 289B is released.

1. WM Lesions batch:  corrected defect when NIFTI orientation was not properly written.
     Improved the progress indicator so the name of the currently processed file is displayed.

Friday, October 26, 2018

FireVoxel 289A is released.

WM lesions batch job:  fixed the resolution problem when saving result to .NII file.

Tuesday, October 23, 2018

FireVoxel Build 289 is released.

1. Kidney segmentation FAP:  reduced number of UI parameters.
Adjusted default parameters for good processing of all 6 sets (L+R).

2. Open RAW dialog box:  implemented filter option to open ALL RAW formats (*.im;*.img;*nii;*.nia;*.nii.gz;*.mgh;*.mgz;*.time)

3. New version of Kidney FAP segmentation.

4. Batch processing of FLAIR  WM lesions.

5.  Corrected defect when the resolution of NIFTI saved file turns into (1,1,1)mm

6. RoiStats3D dialog:  added the value of the bin to the info displayed on the MouseMove over the histogram.

Monday, October 22, 2018

1. Kidney segmentation: FAP
Added User constant to extend the height of the kidney bounding box, not exposed on UI.
Effective Bounding box is displayed to the User at the end of procedure to provide feedback.

2.  Completely parallelize multi-slice projections such as MIP.  Added a progress bar since
it takes longer time to display.

3.  Extended Kidney FAP segmentation to include the notion of Collecting System.





Wednesday, October 17, 2018

FireVoxel 288C is released.

1. Kidney segmentation: algorithm modification to remove 99%+ of medulla voxels which accidentally appear on the surface of the kidney.

2.  ROI>Morphology>Inflate\Deflate functionality:  made corrections so the Inflate-Deflate combinations are reversible with the same parameter.  Fixed side-effects in   BrainAtrophy and FLAIR Lesions functions.

Tuesday, October 16, 2018

FireVoxel Build 288A is released.

1 Fixed defect when in KSFAP segmentation there are overlapping voxels 

in the final Cortex vs Medulla masks

Wednesday, October 10, 2018

FireVoxel Build 288 is released.

1.  EdgeWave-2D : implemented a pure 2D function which is very fast, works on a single slice.  It reuses the EdgeWave-3D code.

2. New algorithm for fully automatic MouseHolder segmentation (based on MIP and EdgeWave2D)
3. Implemented automatic rotation of the individual chambers to normal orientation. Youtube video posted.
4.  Implemented UI functions: Close Current Document (All Views)
and Close All Documents.
5. Open Dicom dialog box:  Implemented function to check all Children of the selected item.  Then few undesirable items could be easily unchecked and the rest loaded. Youtube video uploaded.

Thursday, October 4, 2018


FireVoxel Build 287 is released.

1. Implemented the separate volume output for the Rodent Multi-holder segmentation.

2. Implemented EdgeWave Multipass agent for Rodent Multi-holder segmentation.

3. First User version of the MultiHolder segmentation tool with dedicated dialog box
.

Wednesday, October 3, 2018

FireVoxel 286B is released.

1. Fixed the missing top\bottom slices issue in KSFAPv2 and KSFAPv3.

2.  Enabled KSFAPv3 on smaller cropped kidney volumes.

Tuesday, October 2, 2018

FireVoxel Build 286A is released.

Kidney DTI motion correction workflow:  fixed the issue when Mosaic DICOM info is missing so a dialog box pops up
Build 286 is released.

1. Implemented F9 switch between regular projection and MIP projection.
2. Implemented a new workflow KSFAPv3 (kidney segmentation) where User is not required to specify the mid-axial kidney slice and just need to make a bounding rectangle on MIP projection.