Classes | |
class | Segmentation |
Segmentation of an image thanks to the Level-Set method. More... | |
class | BalloonModule |
SegmentationModule specialization used to drive the LevelSet with a balloon force thanks to the weight. More... | |
class | CircularityModule |
SegmentationModule specialization used to drive the LevelSet in circular form. More... | |
class | GaussianRegionModule |
RegionModule specialization used to drive the LevelSet using a scalar gaussian region evolution. More... | |
class | GeodesicActiveContourModule |
SegmentationModule specialization used to drive the LevelSet using a geodesic active contour evolution. More... | |
class | Histogram |
1D histogram of scalar regions More... | |
class | LocalGaussianRegionModule |
RegionModule specialization used to drive the LevelSet using a local stats Mumford Shah region evolution. More... | |
class | LocalStatsRegionModule |
RegionModule specialisation used to drive the LevelSet using a local stats Mumford Shah region evolution. More... | |
class | MumfordShahRegionModule |
RegionModule specialization used to drive the LevelSet using a scalar Mumford Shah region evolution. More... | |
class | ParzenRegionModule |
RegionModule specialization used to drive the LevelSet using a Parzen region evolution. More... | |
class | RegionModule |
Virtual SegmentationModule specialization used to drive the LevelSet using some region evolution. More... | |
class | RegularizationModule |
SegmentationModule specialization used as a term of regularization to move the LevelSet. More... | |
class | SegmentationModule |
Virtual module for Segmentation, used to compute local speed of a LevelSet. More... | |
class | SoftShapeModule |
SegmentationModule specialization used to drive the LevelSet in a tubular form see for more details "Vessel Segmentation using a Shape Driven Flow" - Delphine Nain, Anthony Yezzi, Greg Turk. More... | |
Functions | |
template<class _Modules, class _LevelSet, class _Index> | |
float | sum (_Modules &modules, const _LevelSet &phi, const _Index &ind, int &indice) |
Default module assembler : return the sum of all the modules. |