numpy_imagecomponent Namespace Reference

Variables
	a = np.arange(count).reshape(row,col)
	Same test using 3D 1 component (CT scan)
	aFromImage = imageComp.getImageDataAsNumpy()
	b = np.transpose(a, (1,0))
	bFromImage = imageCompTr.getImageDataAsNumpy()
	bFromImageTranspose = np.transpose(bFromImage, (1,0))
	bTranspose = np.transpose(bFromImage, (2,0,1,3))
int	col = 9
int	count = row*col
	imageComp = camitk.newImageComponentFromNumpy(a, "test")
	imageCompTr = camitk.newImageComponentFromNumpy(b, "testTr")
	imageDims = imageComp.getPropertyValue("Image Dimensions")
int	row = 10

Variable Documentation

a

numpy_imagecomponent.a = np.arange(count).reshape(row,col)

Same test using 3D 1 component (CT scan)

Same test using 4D (3D vector field or 3D with 3 color components) in double.

Same test using 2D 3 components (RGB image)

aFromImage

numpy_imagecomponent.aFromImage = imageComp.getImageDataAsNumpy()

b

numpy_imagecomponent.b = np.transpose(a, (1,0))

bFromImage

numpy_imagecomponent.bFromImage = imageCompTr.getImageDataAsNumpy()

bFromImageTranspose

numpy_imagecomponent.bFromImageTranspose = np.transpose(bFromImage, (1,0))

bTranspose

numpy_imagecomponent.bTranspose = np.transpose(bFromImage, (2,0,1,3))

col

int numpy_imagecomponent.col = 9

count

int numpy_imagecomponent.count = row*col

imageComp

numpy_imagecomponent.imageComp = camitk.newImageComponentFromNumpy(a, "test")

imageCompTr

numpy_imagecomponent.imageCompTr = camitk.newImageComponentFromNumpy(b, "testTr")

imageDims

numpy_imagecomponent.imageDims = imageComp.getPropertyValue("Image Dimensions")

row

int numpy_imagecomponent.row = 10