Optimal Window Center\Width calculation:  improved for the case when there is a vast majority of 0-voxels.

DICOM Tree dialog box:

1.  Fixed the "Series Number range" column for 4D Volumes containing multiple series numbers.
2.  Added "Study Date"  information to the QuickInfo panel.

FireVoxel Build 237A is released.

1.  Added   "Help>Display current UI configuration" that display current working parameters.
2. Improvements to USEROPTIONS structure.
3. Removed enchanced instructions option.

FireVoxel Build 237 is released.

DICOM Tree volume parsing engine:  completely re-engineered.

DICOM ABT:  added numerous tests significantly expanding the number of datasets\volume
tested with DICOM load.

RoiStats4D: substantially improved time of obtaining the Roi TACs of large images and especially parametric maps.  For PET-4D improvement in speed is 20+.

DICOM Tree construction:   improved the sorting\structure of DICOM tree on   "GE-BRAIN" dataset.

First 3 volumes (Sagittal\Axxial,Coronal) are now presented as completely different volumes.  In previous version they we grouped under the Composite Series.

FireVoxel Build 236 is released.

AutoFocus 3D dialog:   added the button in the  "Load Initial Transformation" panel to obtain the initial transformation from the DICOM tags.

Added ROI>Clear ROI outside [Z0,Z1] function that allows only to keep the specified slices of the ROI.

MainMenu>3D Projection>Mirror  {X,Y,Z}

1.  Fully parallelized for great speed up.
2.  Added a progress bar.
3.  Operation is now applied to all enabled layers  (as controlled in Layer Control Dialog).

Register by DICOM-tags:  enabled that all the Source Document layers are transformed, not just the main layer.

FireVoxel Build 235A is released.

Fixed the issues with the DICOM load of the IVIM exam and GE Head exam.

Moved many DICOM functions from FireVoxel.exe module to VolumeAnalyze.dll

Fixed defect in  Frame Compression\Decompression (NNrepeat codec).

Loading the CT-4GB electrode image:

When we use the default and usual   {Add=1024}  during the load  we obtain the following image

But the area that has the 1024 values, what is it?  It seems to be the Air....

So instead if during the DICOM load we are using {Add=0}

CT-4GB (Mouse-electrodes):
a) Fixed the Cropping function
b) Fixed the Save\Load to MIDAS format
c) Fixed the Save\Load to FVX format.

Fixed the RoiStats3D craash defect on the CT-4GB image (mouse\electrodes).