FireVoxel 217C is released.

"IVIM Segmented" model:  fixed defect when incorrect  Dp*f and Dt*f were output.

Build 217B is released.

1. Renamed the "MainMenu>VROI" ->  "MainMenu>Vector".
2.  Duplicated the "Rasterize Vector Entity" button of the main toolbar
under the "Main Menu>Vector>Rasterize".
3. Removed Rasterize items from "MainMenu>Trace"

IVIM {Basic,Segmented} models:  implemented new parameters "Dp*f" and "Dt*f" available to the user.

RAW   *.time file format:  implemented a support of variable naming convention when the index of the separate timepoint could contain arbitrary number of leading zeroes.

Build 217A is released.

Implemented corrections due to new features of Slope\Intercept fields present in RAW images.

Build 217 is released.

ANALYZE with the negative value:  implemented the dialog box that show the loading options when the negative values are detected in the ANALYZE file.  This replaces several separate dialog boxes used in earlier versions.

SPM-generated ANALYZE 4D volume containing variable (Slope,Intercept) values for different timepoints:  enabled the correct load consistent with the Mango package.

Fixed the Huffman compression to allow loading the volume with the 2000x2400 slice.

Finalized N4-Explorer including the Dialog box

N4Explorer: preparatory work with APIs so the optimizations structures and code of the BiCalExplorer could be fitted without any change.

BiCal run on 4 volumes:

80 positions per volume were estimated. Total execution is 7+ hours.  We varied the smoothing power [0,100] and the polynomial degree [6,13].

"Class separation measure":  was reduced from the original  0.173 down to 0.003

Resulting optimal BiCal parameters are:

BiCal explorer:  completely implemented including the specialized Dialog box.
This optimization works for a single volume at the moment.

FireVoxel Build 216B is released.

N4-UI function:  since the output is real, added the REAL->INT postprocessing conversion to match the Source volume type.

Implemented the "Misclassification of the Optimial Separation" function and the User Interface under "MainMenu>Nonuniformity". Function is fully parallel and executes very fast.

"MainMenu>Measurement>Hausdorff Distance":
Implemented the Hausdorff distance measure {Edge,Area} variants.