| appendAxis(marAxis *ax) | marExperiment | [inline] |
| applyChangeResolution() | marExperiment | |
| backQuant() | marExperiment | |
| calculateAxesSignal() | marExperiment | |
| cleanContours(int type) | marExperimentCT | |
| ClearContours() | marExperiment | |
| ClearContoursPartial(int start) | marExperimentCT | |
| copyFrom(const marObject &from) | marExperiment | [virtual] |
| copyParameters(marParameters *p) | marObject | |
| DeleteAxis(unsigned int index) | marExperiment | |
| extractVascularTree(int sens=1, double *vit=NULL, int cleanLevel=0) | marExperiment | |
| generateContour(int slice, int x, int y, std::vector< double * > *points) | marExperiment | |
| generateFile() | marExperimentCT | |
| get2Dcontour(int point, int contour) | marExperimentCT | |
| marExperiment::get2Dcontour(int i) | marExperiment | [inline] |
| get2DDiameterMax(int point, int contour) | marExperimentCT | |
| marExperiment::get2DDiameterMax(int i) | marExperiment | [inline] |
| get2DDiameterMin(int point, int contour) | marExperimentCT | |
| marExperiment::get2DDiameterMin(int i) | marExperiment | [inline] |
| get3Dcontour(int point, int contour) | marExperimentCT | |
| marExperiment::get3Dcontour(int i) | marExperiment | [inline] |
| get3DSlice(int i) | marExperiment | [inline] |
| getAverageArea(int pIni, int pEnd) | marExperiment | [inline] |
| getAxis(int i=-1) | marExperiment | [inline] |
| getCalibration() | marExperimentCT | |
| getContour(int point, int contour) | marExperimentCT | |
| marExperiment::getContour(int i) | marExperiment | [inline] |
| getContourType(int point, int index) | marExperimentCT | |
| getDescription() | marExperiment | [inline] |
| getDynData() | marExperiment | [inline] |
| getNumberOfAxes() | marExperiment | [inline] |
| getNumberOfContours(int point) | marExperimentCT | |
| getNumberOfSlices() | marExperiment | [inline] |
| getParameters() | marObject | [inline] |
| getPoint(int i) | marExperimentCT | |
| getPointSize() | marExperimentCT | |
| getQuantFinish() | marExperiment | [inline] |
| getQuantStart() | marExperiment | [inline] |
| getReferenceArea() | marExperiment | [inline] |
| getReferenceAverDiam() | marExperiment | [inline] |
| getSliceImage(int i) | marExperiment | [inline] |
| getSubAxisLength() | marExperiment | [inline] |
| getTotalLength() | marExperiment | [inline] |
| getVOI(int *voi) | marExperiment | [inline] |
| histogram(int point) | marExperimentCT | |
| initExperiment(kVolume *volume) | marExperiment | |
| load(std::ifstream &is) | marExperiment | [virtual] |
| marObject::load(std::string &nr) | marObject | |
| loadMarIsocontour(int size, double *vx, double *vy) | marExperimentCT | |
| makeACopyParameters() | marObject | [inline] |
| marExperiment(marParameters *p=NULL) | marExperiment | |
| marExperimentCT(marParameters *p=NULL) | marExperimentCT | |
| markUpLumen(int point) | marExperimentCT | |
| marObject(marParameters *p) | marObject | |
| parametersOwned() | marObject | [inline] |
| performAND(int type, std::vector< marIsocontour * > manual) | marExperimentCT | |
| performUnion(int type, std::vector< marIsocontour * > manual) | marExperimentCT | |
| performXOR(int type, std::vector< marIsocontour * > manual) | marExperimentCT | |
| prepareContourImages() | marExperiment | |
| prepareQuantification() | marExperimentCT | |
| RecalculateAxis() | marExperimentCT | |
| RegenerateAxis() | marExperimentCT | |
| RegenerateSignal() | marExperiment | |
| replaceContour2D(int size, double *vx, double *vy, int type) | marExperimentCT | |
| reset() | marExperiment | [virtual] |
| save(std::ofstream &os) | marExperiment | [virtual] |
| marObject::save(std::string &nw) | marObject | |
| setAxis(int i) | marExperiment | [inline] |
| setCalibration(bool calib) | marExperimentCT | |
| setDescription(wxString &d) | marExperiment | [inline] |
| setParameters(marParameters *p) | marObject | |
| setStartIndex(int start) | marExperimentCT | |
| setStartPoint(int *sp) | marExperiment | [inline] |
| setStartPoint(int sx, int sy, int sz) | marExperiment | |
| setVOI(int *voi) | marExperiment | [inline] |
| updateCalcPercentage(int percentage) | marExperimentCT | |
| updateDiscontinuityThreshold(int percentage) | marExperimentCT | |
| updateLumenPercentage(int percentage) | marExperimentCT | |
| ~marExperiment() | marExperiment | |
| ~marObject() | marObject | [virtual] |
