Renamed the ROI binary operations for clarity.

Improved the handling of the VTF file save when the target folder is invalid or does not exist.

Dynamic Model #21:  Fixed the "indefinite hang" defect.

Fixed defects in "Linear Conversion over the ROI" function (renamed from Amplification).

FireVoxel Build 254 was released

Implemented ROI morphology functions, under   ROI>Morphology menu

1,  Medial Plane extraction (skeleton) by erosion
2,  Medial plane MAT transform
3.  Average depth (internal thickness) calculation.

Dynamic model #43 (2CXM with Grid Simplex) : Corrected the naming of the Output parameters

1.  Corrected the SVD calculation in Procrustes problem for 3D landmark matching (2 monkeys\3 landmarks)

2.  Provided an ABT subtest for this case.

Breast  Lesion T1-EPI-PET workflow:

1.  Modified User Interface so the parameter selection dialog is activated on every run.
2.  Removed the corresponding "Set parameter...." menu items, since they are not needed
due to #11.
3.  Corrected the default parameters for PET-T1 registration

FireVoxel Build 253 is released.

Corrected defect in EdgeWave dialog when the "Connected Component" parameter was incorrectly recorded.

Reengineered the Global Optimization function, that resuled in  x500 speed up for T2\T2* fitting

Reengineered the 2XCM with Grid Simplex for   x8 speed up.  This is achieved by optimizing the principal exponent convolution function and is applicable to many other models.

Fixed Dynamic Model 16 (T2/T2* mapping) defect when Real volumes were not processed
in the "Process As Single TAC" mode.

Implemented much faster version of 2CXM based on the convolution of PWL and Exponential function.

Added a corresponding ABT subtest.

x2 Speed up for the convoluting PWL (piece wise linear) function with the exponential kernel, by reducing the number of required exponent calculations.

2CXM model was implemented using the    Simplex Optimization with Gridding

Initial setup contains ROI region (orange) and Arterrial Input Function  (blue).  It is displayed as concentration.

Fitting curves displayed as Concentration

Resulting fitting optimal parameters

BiCal on 4D images: implemented an option and the user interface for  "Static\Dynamic" field option when in "Static field" we perform BiCal only once on the starting timepoint and then apply the resulting field to the rest of the timepoints.

Whole Lever ROI was segmented on VIBE and.
Then GRASP was registered to   VIBE+ROI.
Note: BiCal non-uniformity correction on GRASP was critical.

GRASP case 01

GRASP case 02

Initial variant of fully automatic liver registration from VIBE abdominal MR.
This uses: BiCal, Edge Constrained Smooth, EdgeWave with Competitive Growth.

VIBE case 01

VIBE case 02