AnalyzeData Namespace Reference

Functions
def	analyze
def	compute
def	computeDiffusivity
Variables
tuple	f0 = open('cases.data', 'w')
tuple	f1 = open('stats.data', 'w')
tuple	isWeighted = bool(int(sys.argv[1]))
dictionary	numpy_nrrd_names = { 'int8':'char', 'uint8':'unsigned char', 'int16':'short', 'uint16':'ushort', 'int32':'int', 'uint32':'uint', 'float32':'float', 'float64':'double' }
dictionary	numpy_sizes = { np.int8:1, np.uint8:1, np.int16:2, np.uint16:2, np.int32:4, np.uint32:4, np.float32:4, np.float64:8 }
dictionary	numpy_vtk_types = { 'int8':'2', 'uint8':'3', 'int16':'4', 'uint16':'5', 'int32':'6', 'uint32':'7', 'float32':'10', 'float64':'11' }
tuple	threshold = float(sys.argv[2])
dictionary	vtk_types = { 2:np.int8, 3:np.uint8, 4:np.int16, 5:np.uint16, 6:np.int32, 7:np.uint32, 10:np.float32, 11:np.float64 }

---

Function Documentation

def AnalyzeData::analyze	(		f0,
			f1,
			isWeighted = False,
			threshold = 0.0
	)

def AnalyzeData::compute	(		type,
			id,
			isWeighted = False,
			threshold = 0.0
	)

def AnalyzeData::computeDiffusivity	(		type,
			id,
			isWeighted = False,
			threshold = 0.0
	)

---

Variable Documentation

tuple AnalyzeData::f0 = open('cases.data', 'w')

Referenced by vtkSlicerFiducialsGUI::BuildGUI(), vtkKWMimxMainWindow::SetApplicationFontSize(), vtkKWMimxApplication::SetApplicationFontSize(), vtkSlicerApplicationSettingsInterface::SetFontSizeCallback(), IdentityMatrix::Solver(), and DiagonalMatrix::Solver().

tuple AnalyzeData::f1 = open('stats.data', 'w')

Referenced by MatrixRowCol::Add(), vtkPETCTFusionGUI::BuildDisplayFrame(), vtkSlicerFiducialsGUI::BuildGUI(), vtkSlicerDataGUI::BuildScenePanel(), vtkSlicerDataGUI::BuildVolumePanel(), MatrixRowCol::ConCat(), vtkFetchMIResourceUploadWidget::CreateWidget(), vtkFetchMIQueryTermWidget::CreateWidget(), vtkFetchMIFlatResourceWidget::CreateWidget(), MatrixRowCol::Multiply(), vtkFetchMIGUI::RaiseNewServerWindow(), vtkFetchMIResourceUploadWidget::RaiseNewTagWindow(), vtkSlicerViewControlGUI::RaiseScreenGrabOptionsWindow(), vtkKWMimxMainWindow::SetApplicationFontSize(), vtkKWMimxApplication::SetApplicationFontSize(), vtkSlicerApplicationSettingsInterface::SetFontSizeCallback(), MatrixRowCol::Sub(), vtkPermuteCubicTable(), and vtkPermuteLinearTable().

tuple AnalyzeData::isWeighted = bool(int(sys.argv[1]))

dictionary AnalyzeData::numpy_nrrd_names = { 'int8':'char', 'uint8':'unsigned char', 'int16':'short', 'uint16':'ushort', 'int32':'int', 'uint32':'uint', 'float32':'float', 'float64':'double' }

dictionary AnalyzeData::numpy_sizes = { np.int8:1, np.uint8:1, np.int16:2, np.uint16:2, np.int32:4, np.uint32:4, np.float32:4, np.float64:8 }

dictionary AnalyzeData::numpy_vtk_types = { 'int8':'2', 'uint8':'3', 'int16':'4', 'uint16':'5', 'int32':'6', 'uint32':'7', 'float32':'10', 'float64':'11' }

tuple AnalyzeData::threshold = float(sys.argv[2])

Referenced by vtkMimxEditUnstructuredHexahedronGrid::DeleteCell(), DoIt(), main(), vtkVolumeRenderingLogic::UpdateVolumePropertyByDisplayNode(), vtkImageBimodalAnalysisExecute(), and vtkITKWandExecute().

dictionary AnalyzeData::vtk_types = { 2:np.int8, 3:np.uint8, 4:np.int16, 5:np.uint16, 6:np.int32, 7:np.uint32, 10:np.float32, 11:np.float64 }