Features

The parallel capabilities of Nirfast have been extended, for both the spectral and BEM toolboxes
Units have been added to the GUI where appropriate
Added meshing examples for help in creating meshes
You can now automatically create rows of sources/detectors in the mesh creation GUI
Added some test case scripts within Nirfast (see the function test_nirfast)
When using a pixel basis in reconstruction, the mesh created will not have the poor quality triangles of previous versions of Nirfast
The log file created in reconstruction now stores the initial guesses
Mesh optimization has been added to Nirfast, to improve performance in reconstruction

Bug Fixes

Two different memory leaks were identified and fixed
A fix in calibration where the offsets were calculated incorrectly if data had been dropped
A fix for reporting the change in material ID of input surface files when creating a mesh
A fix for the incorrect magnitude of noise added to data
When modifying a fluorescence mesh in the GUI, muax will now be updated if muaf is updated with no given muax
A fix for converting the spectral reconstruction solution to a vtk file

A new link file and data file format have been implemented, see the Inputs page for more info
The fluorescence toolbox has been updated with performance improvements
The solvers used in Nirfast have been made more modular. You can now add your own by creating a 'solver_mysolver.m' file in the toolbox/solvers folder. There are examples there for guidance.

Meshing tools have been added to interact with Nirview, making for a continuous workflow from segmentation to meshing.
A visualization tool, Nirviz, has been added that allows for visualizing 3D solutions from Nirfast seamlessly.

► Sign in to add a comment