The big dictionary
This list contains the dictionary to translate between clij2, clijx, clEsperantoJ, Macro and pyclesperanto.
- Methods marked as (missing) still need to be translated.
- Methods marked as (deprecated) should not be translated.
- Methods marked as (experimental) are not decided yet if they become part of a stable release.
absolute
CLIJ2
- boolean absolute(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
- void Absolute(Buffer&, Buffer&);
clEsperantoJ
- ClearCLImageInterface absolute(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_absolute(Image source, ByRef Image destination)
pyclesperanto
- absolute(source : Image, destintation : Image = None):
absolute_difference
CLIJ2
- boolean absoluteDifference(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer absolute_difference(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_absoluteDifference(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- absolute_difference(source1 : Image, source2 : Image, destination : Image = None):
absolute_inplace
(deprecated)
CLIJx
- boolean absoluteInplace(ClearCLBuffer source_destination)
Macro
- Ext.CLIJx_absoluteInplace(Image source_destination)
add_image_and_scalar
CLIJ2
- boolean addImageAndScalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface add_image_and_scalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_addImageAndScalar(Image source, ByRef Image destination, Number scalar)
pyclesperanto
- add_image_and_scalar(source : Image, destination : Image = None, scalar : float = 1):
add_images
CLIJ2
- boolean addImages(ClearCLImageInterface summand1, ClearCLImageInterface summand2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface add_images(ClearCLImageInterface summand1, ClearCLImageInterface summand2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_addImages(Image summand1, Image summand2, ByRef Image destination)
pyclesperanto
- add_images(summand1 : Image, summand2 : Image, destination : Image = None):
add_images_weighted
CLIJ2
- boolean addImagesWeighted(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface add_images_weighted(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_addImagesWeighted(Image summand1, Image summand2, ByRef Image destination, Number factor1, Number factor2)
pyclesperanto
- add_images_weighted(summand1:Image, summand2:Image, destination :Image = None, factor1:float=1, factor2:float=1):
adjacency_matrix_to_touch_matrix
CLIJ2
- boolean adjacencyMatrixToTouchMatrix(ClearCLBuffer adjacency_matrix, ClearCLBuffer touch_matrix)
CLIc
clEsperantoJ
- ClearCLBuffer adjacency_matrix_to_touch_matrix(ClearCLBuffer adjacency_matrix, ClearCLBuffer touch_matrix)
Macro
- Ext.CLIJ2_adjacencyMatrixToTouchMatrix(Image adjacency_matrix, ByRef Image touch_matrix)
pyclesperanto
(experimental)
pyclesperanto
- affine_transform(source : Image, destination : Image = None, transform : Union[np.ndarray, AffineTransform3D, AffineTransform] = None, linear_interpolation : bool = False):
CLIJ2
- boolean affineTransform2D(ClearCLBuffer arg1, ClearCLImageInterface arg2, float[] arg3)
- boolean affineTransform2D(ClearCLBuffer source, ClearCLImageInterface destination, String transform)
- boolean affineTransform2D(ClearCLBuffer arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform2D arg3)
- boolean affineTransform2D(ClearCLImage arg1, ClearCLImageInterface arg2, float[] arg3)
- boolean affineTransform2D(ClearCLImage arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform2D arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface affine_transform2d(ClearCLBuffer arg1, ClearCLImageInterface arg2, float[] arg3)
- ClearCLImageInterface affine_transform2d(ClearCLBuffer source, ClearCLImageInterface destination, String transform)
- ClearCLImageInterface affine_transform2d(ClearCLBuffer arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform2D arg3)
- ClearCLImageInterface affine_transform2d(ClearCLImage arg1, ClearCLImageInterface arg2, float[] arg3)
- ClearCLImageInterface affine_transform2d(ClearCLImage arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform2D arg3)
Macro
- Ext.CLIJ2_affineTransform2D(Image source, ByRef Image destination, String transform)
pyclesperanto
- affine_transform(source : Image, destination : Image = None, transform : Union[np.ndarray, AffineTransform3D, AffineTransform] = None, linear_interpolation : bool = False):
CLIJ2
- boolean affineTransform3D(ClearCLBuffer arg1, ClearCLImageInterface arg2, float[] arg3)
- boolean affineTransform3D(ClearCLBuffer source, ClearCLImageInterface destination, String transform)
- boolean affineTransform3D(ClearCLBuffer arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform3D arg3)
- boolean affineTransform3D(ClearCLImage arg1, ClearCLImageInterface arg2, float[] arg3)
- boolean affineTransform3D(ClearCLImage arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform3D arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface affine_transform3d(ClearCLBuffer arg1, ClearCLImageInterface arg2, float[] arg3)
- ClearCLImageInterface affine_transform3d(ClearCLBuffer source, ClearCLImageInterface destination, String transform)
- ClearCLImageInterface affine_transform3d(ClearCLBuffer arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform3D arg3)
- ClearCLImageInterface affine_transform3d(ClearCLImage arg1, ClearCLImageInterface arg2, float[] arg3)
- ClearCLImageInterface affine_transform3d(ClearCLImage arg1, ClearCLImageInterface arg2, net.imglib2.realtransform.AffineTransform3D arg3)
Macro
- Ext.CLIJ2_affineTransform3D(Image source, ByRef Image destination, String transform)
pyclesperanto
- affine_transform(source : Image, destination : Image = None, transform : Union[np.ndarray, AffineTransform3D, AffineTransform] = None, linear_interpolation : bool = False):
apply_auto_context_weka_model_with_options
(experimental)
CLIJx
- boolean applyAutoContextWekaModelWithOptions(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, String arg4, double arg5)
clEsperantoJ
- ClearCLBuffer apply_auto_context_weka_model_with_options(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, String arg4, double arg5)
apply_vector_field
CLIJ2
- boolean applyVectorField(ClearCLImageInterface source, ClearCLImageInterface vector_x, ClearCLImageInterface vector_y, ClearCLImageInterface destination)
- boolean applyVectorField(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLImageInterface arg4, ClearCLImageInterface arg5)
CLIJx
- boolean applyVectorfield(ClearCLBuffer source, ClearCLBuffer vector_x, ClearCLBuffer vector_y, ClearCLBuffer destination)
- boolean applyVectorfield(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5)
- boolean applyVectorfield(ClearCLImage source, ClearCLImage vector_x, ClearCLImage vector_y, ClearCLImage destination)
- boolean applyVectorfield(ClearCLImage arg1, ClearCLImage arg2, ClearCLImage arg3, ClearCLImage arg4, ClearCLImage arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface apply_vector_field(ClearCLImageInterface source, ClearCLImageInterface vector_x, ClearCLImageInterface vector_y, ClearCLImageInterface destination)
- ClearCLImageInterface apply_vector_field(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLImageInterface arg4, ClearCLImageInterface arg5)
Macro
- Ext.CLIJ2_applyVectorField2D(Image source, Image vector_x, Image vector_y, ByRef Image destination)
pyclesperanto
- apply_vector_field(source : Image, vector_x : Image, vector_y : Image, vector_z : Image = None, destination : Image = None, linear_interpolation : bool = False):
apply_vector_field
CLIJ2
- boolean applyVectorField2D(ClearCLImageInterface source, ClearCLImageInterface vector_x, ClearCLImageInterface vector_y, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface apply_vector_field2d(ClearCLImageInterface source, ClearCLImageInterface vector_x, ClearCLImageInterface vector_y, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_applyVectorField2D(Image source, Image vector_x, Image vector_y, ByRef Image destination)
pyclesperanto
- apply_vector_field(source : Image, vector_x : Image, vector_y : Image, vector_z : Image = None, destination : Image = None, linear_interpolation : bool = False):
apply_vector_field
CLIJ2
- boolean applyVectorField3D(ClearCLImageInterface source, ClearCLImageInterface vectorX, ClearCLImageInterface vectorY, ClearCLImageInterface vectorZ, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface apply_vector_field3d(ClearCLImageInterface source, ClearCLImageInterface vectorX, ClearCLImageInterface vectorY, ClearCLImageInterface vectorZ, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_applyVectorField3D(Image source, Image vectorX, Image vectorY, Image vectorZ, ByRef Image destination)
pyclesperanto
- apply_vector_field(source : Image, vector_x : Image, vector_y : Image, vector_z : Image = None, destination : Image = None, linear_interpolation : bool = False):
apply_vectorfield
CLIJ2
- boolean applyVectorField(ClearCLImageInterface source, ClearCLImageInterface vector_x, ClearCLImageInterface vector_y, ClearCLImageInterface destination)
- boolean applyVectorField(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLImageInterface arg4, ClearCLImageInterface arg5)
CLIJx
- boolean applyVectorfield(ClearCLBuffer source, ClearCLBuffer vector_x, ClearCLBuffer vector_y, ClearCLBuffer destination)
- boolean applyVectorfield(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5)
- boolean applyVectorfield(ClearCLImage source, ClearCLImage vector_x, ClearCLImage vector_y, ClearCLImage destination)
- boolean applyVectorfield(ClearCLImage arg1, ClearCLImage arg2, ClearCLImage arg3, ClearCLImage arg4, ClearCLImage arg5)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_applyVectorField2D(Image source, Image vector_x, Image vector_y, ByRef Image destination)
pyclesperanto
apply_weka_model
(experimental)
CLIJx
- boolean applyWekaModel(ClearCLBuffer arg1, ClearCLBuffer arg2, CLIJxWeka2 arg3)
- CLIJxWeka2 applyWekaModel(ClearCLBuffer featureStack3D, ClearCLBuffer prediction2D_destination, String loadModelFilename)
clEsperantoJ
- ClearCLBuffer apply_weka_model(ClearCLBuffer arg1, ClearCLBuffer arg2, CLIJxWeka2 arg3)
- ClearCLBuffer apply_weka_model(ClearCLBuffer featureStack3D, ClearCLBuffer prediction2D_destination, String loadModelFilename)
Macro
- Ext.CLIJx_applyWekaModel(Image featureStack3D, Image prediction2D_destination, String loadModelFilename)
apply_weka_to_table
(experimental)
CLIJx
- CLIJxWeka2 applyWekaToTable(ResultsTable arg1, String arg2, String arg3)
- CLIJxWeka2 applyWekaToTable(ResultsTable arg1, String arg2, CLIJxWeka2 arg3)
clEsperantoJ
- CLIJxWeka2 apply_weka_to_table(ResultsTable arg1, String arg2, String arg3)
- CLIJxWeka2 apply_weka_to_table(ResultsTable arg1, String arg2, CLIJxWeka2 arg3)
Macro
- Ext.CLIJx_applyWekaToTable(String predictionColumnName, String loadModelFilename)
arg_maximum_z_projection
CLIJ2
- boolean argMaximumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination_max, ClearCLImageInterface destination_arg_max)
CLIc
clEsperantoJ
- ClearCLImageInterface arg_maximum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination_max, ClearCLImageInterface destination_arg_max)
Macro
- Ext.CLIJ2_argMaximumZProjection(Image source, ByRef Image destination_max, ByRef Image destination_arg_max)
pyclesperanto
artificial_tissue_2d
(experimental)
pyclesperanto
- artificial_tissue_2d(width: int = 256, height: int = 256, delta_x=24, delta_y=16, random_sigma_x=3, random_sigma_y=3):
automatic_threshold
CLIJ2
- boolean automaticThreshold(ClearCLBuffer input, ClearCLBuffer destination, String method)
- boolean automaticThreshold(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer automatic_threshold(ClearCLBuffer input, ClearCLBuffer destination, String method)
- ClearCLBuffer automatic_threshold(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_automaticThreshold(Image input, ByRef Image destination, String method)
pyclesperanto
automatic_threshold_inplace
(deprecated)
CLIJx
- boolean automaticThresholdInplace(ClearCLBuffer input_and_destination, String method)
Macro
- Ext.CLIJx_automaticThresholdInplace(Image input_and_destination, String method)
available_device_names
(experimental)
pyclesperanto
- available_device_names(dev_type: str = None, score_key = None) -> List[str]:
average_distance_of_closest_points
CLIJ2
- boolean averageDistanceOfClosestPoints(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
Macro
pyclesperanto
average_distance_of_n_closest_neighbors_map
CLIJ2
- boolean averageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer average_distance_of_n_closest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_averageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
pyclesperanto
- average_distance_of_n_closest_neighbors_map(labels : Image, distance_map : Image = None, n : int = 1):
average_distance_of_n_closest_points
CLIJ2
- boolean averageDistanceOfNClosestPoints(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer average_distance_of_n_closest_points(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_averageDistanceOfNClosestPoints(Image distance_matrix, ByRef Image distance_list_destination, Number n_closest_points_to_find)
pyclesperanto
average_distance_of_n_far_off_points
CLIJ2
- boolean averageDistanceOfNFarOffPoints(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer average_distance_of_n_far_off_points(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_averageDistanceOfNFarOffPoints(Image distance_matrix, ByRef Image distance+_list_destination, Number n_far_off_points_to_find)
pyclesperanto
average_distance_of_touching_neighbors
CLIJ2
- boolean averageDistanceOfTouchingNeighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer average_distancelist_destination)
CLIc
clEsperantoJ
- ClearCLBuffer average_distance_of_touching_neighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer average_distancelist_destination)
Macro
- Ext.CLIJ2_averageDistanceOfTouchingNeighbors(Image distance_matrix, Image touch_matrix, ByRef Image average_distancelist_destination)
pyclesperanto
- average_distance_of_touching_neighbors(distance_matrix : Image, touch_matrix: Image, average_distancelist_destination: Image = None):
average_neighbor_distance_map
CLIJ2
- boolean averageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer average_neighbor_distance_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_averageNeighborDistanceMap(Image input, ByRef Image destination)
pyclesperanto
- average_neighbor_distance_map(labels : Image, distance_map : Image = None):
average_distance_of_n_far_off_distances
(experimental)
pyclesperanto
- average_distance_of_n_far_off_distances(distance_matrix : Image, distance_vector_destination: Image = None, n : int = 1):
average_distance_of_n_shortest_distances
(experimental)
pyclesperanto
- average_distance_of_n_shortest_distances(distance_matrix : Image, distance_vector_destination: Image = None, n : int = 1):
bilateral
(deprecated)
CLIJx
- boolean bilateral(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
Macro
- Ext.CLIJx_bilateral(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ, Number sigma_intensity, Number sigma_space)
binary_and
CLIJ2
- boolean binaryAnd(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_and(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryAnd(Image operand1, Image operand2, ByRef Image destination)
pyclesperanto
- binary_and(operand1 : Image, operand2 : Image, destination : Image = None):
binary_edge_detection
CLIJ2
- boolean binaryEdgeDetection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_edge_detection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryEdgeDetection(Image source, ByRef Image destination)
pyclesperanto
- binary_edge_detection(source : Image, destination : Image = None):
binary_fill_holes
CLIJ2
- boolean binaryFillHoles(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_fill_holes(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryFillHoles(Image source, ByRef Image destination)
pyclesperanto
binary_fill_holes_slice_by_slice
(experimental)
CLIJx
- boolean binaryFillHolesSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
clEsperantoJ
- ClearCLImageInterface binary_fill_holes_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJx_binaryFillHolesSliceBySlice(Image source, ByRef Image destination)
binary_intersection
CLIJ2
- boolean binaryIntersection(ClearCLBuffer operand1, ClearCLBuffer operand2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer binary_intersection(ClearCLBuffer operand1, ClearCLBuffer operand2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_binaryIntersection(Image operand1, Image operand2, ByRef Image destination)
pyclesperanto
binary_not
CLIJ2
- boolean binaryNot(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_not(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryNot(Image source, ByRef Image destination)
pyclesperanto
- binary_not(source : Image, destination : Image = None):
binary_or
CLIJ2
- boolean binaryOr(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_or(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryOr(Image operand1, Image operand2, ByRef Image destination)
pyclesperanto
- binary_or(operand1 : Image, operand2 : Image, destination : Image = None):
binary_subtract
CLIJ2
- boolean binarySubtract(ClearCLImageInterface minuend, ClearCLImageInterface subtrahend, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_subtract(ClearCLImageInterface minuend, ClearCLImageInterface subtrahend, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binarySubtract(Image minuend, Image subtrahend, ByRef Image destination)
pyclesperanto
- binary_subtract(minuend : Image, subtrahend : Image, destination : Image = None):
binary_union
CLIJ2
- boolean binaryUnion(ClearCLBuffer operand1, ClearCLBuffer operand2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer binary_union(ClearCLBuffer operand1, ClearCLBuffer operand2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_binaryUnion(Image operand1, Image operand2, ByRef Image destination)
pyclesperanto
binary_weka_pixel_classifier
(experimental)
CLIJx
- boolean binaryWekaPixelClassifier(ClearCLBuffer input, ClearCLBuffer destination, String features, String modelfilename)
clEsperantoJ
- ClearCLBuffer binary_weka_pixel_classifier(ClearCLBuffer input, ClearCLBuffer destination, String features, String modelfilename)
Macro
- Ext.CLIJx_binaryWekaPixelClassifier(Image input, ByRef Image destination, String features, String modelfilename)
binary_xor
CLIJ2
- boolean binaryXOr(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface binary_xor(ClearCLImageInterface operand1, ClearCLImageInterface operand2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_binaryXOr(Image operand1, Image operand2, ByRef Image destination)
pyclesperanto
- binary_xor(operand1 : Image, operand2 : Image, destination : Image = None):
block_enumerate
(experimental)
pyclesperanto
- block_enumerate(src : Image, src_sums : Image, dst : Image = sum, blocksize : int = 256):
blur
(deprecated)
CLIJ2
- boolean blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_blur2D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y)
blur
(deprecated)
CLIJ2
- boolean blur2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_blur2D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y)
blur
(deprecated)
CLIJ2
- boolean blur3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_blur3D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
blur_slice_by_slice
(deprecated)
CLIJx
- boolean blurSliceBySlice(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean blurSliceBySlice(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_blur3DSliceBySlice(Image source, ByRef Image destination, Number sigmaX, Number sigmaY)
bonej_connected_components_labeling
(experimental)
Macro
- Ext.CLIJx_boneJConnectedComponentsLabeling(Image input, ByRef Image destination)
bonej_skeletonize
(experimental)
Macro
- Ext.CLIJx_boneJSkeletonize3D(Image input, ByRef Image destination)
bottom_hat_box
CLIJ2
- boolean bottomHatBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer bottom_hat_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_bottomHatBox(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- bottom_hat_box(input : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
bottom_hat_sphere
CLIJ2
- boolean bottomHatSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer bottom_hat_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_bottomHatSphere(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- bottom_hat_sphere(input : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
bounding_box
CLIJ2
- double[] boundingBox(ClearCLBuffer source)
CLIc
clEsperantoJ
- ClearCLBuffer bounding_box(ClearCLBuffer source)
Macro
- Ext.CLIJ2_boundingBox(Image source)
pyclesperanto
- bounding_box(source : Image):
capture_webcam_image
(experimental)
CLIJx
- boolean captureWebcamImage(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
clEsperantoJ
- ClearCLBuffer capture_webcam_image(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
Macro
- Ext.CLIJx_captureWebcamImage(ByRef Image destination, Number cameraDeviceIndex, Number imageWidth, Number imageHeight)
categories
(experimental)
pyclesperanto
center_of_mass
CLIJ2
- double[] centerOfMass(ClearCLBuffer source)
CLIc
clEsperantoJ
- ClearCLBuffer center_of_mass(ClearCLBuffer source)
Macro
- Ext.CLIJ2_centerOfMass(Image source)
pyclesperanto
- center_of_mass(source : Image):
centroids_of_background_and_labels
CLIJ2
- boolean centroidsOfBackgroundAndLabels(ClearCLBuffer source, ClearCLBuffer pointlist_destination)
CLIc
clEsperantoJ
- ClearCLBuffer centroids_of_background_and_labels(ClearCLBuffer source, ClearCLBuffer pointlist_destination)
Macro
- Ext.CLIJ2_centroidsOfBackgroundAndLabels(Image source, ByRef Image pointlist_destination)
pyclesperanto
- centroids_of_background_and_labels(source:Image, pointlist_destination :Image = None):
centroids_of_labels
CLIJ2
- boolean centroidsOfLabels(ClearCLBuffer source, ClearCLBuffer pointlist_destination)
CLIc
clEsperantoJ
- ClearCLBuffer centroids_of_labels(ClearCLBuffer source, ClearCLBuffer pointlist_destination)
Macro
- Ext.CLIJ2_centroidsOfLabels(Image source, ByRef Image pointlist_destination)
pyclesperanto
- centroids_of_labels(labels:Image, pointlist_destination :Image = None, include_background :bool = False):
cl_info
CLIJ2
CLIc
clEsperantoJ
Macro
pyclesperanto
cl_image
(experimental)
clear
CLIJ2
- void clear()
- clear();
- clear();
- clear();
CLIJx
CLIc
clEsperantoJ
Macro
pyclesperanto
close_index_gaps_in_label_map
CLIJ2
- boolean closeIndexGapsInLabelMap(ClearCLBuffer labeling_input, ClearCLImageInterface labeling_destination)
CLIc
clEsperantoJ
- ClearCLImageInterface close_index_gaps_in_label_map(ClearCLBuffer labeling_input, ClearCLImageInterface labeling_destination)
Macro
- Ext.CLIJ2_closeIndexGapsInLabelMap(Image labeling_input, ByRef Image labeling_destination)
pyclesperanto
- close_index_gaps_in_label_map(input : Image, output : Image = None, blocksize = 4096):
closing_box
CLIJ2
- boolean closingBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer closing_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_closingBox(Image input, ByRef Image destination, Number number_of_dilations_and_erosions)
pyclesperanto
closing_diamond
CLIJ2
- boolean closingDiamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer closing_diamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_closingDiamond(Image input, ByRef Image destination, Number number_of_dilations_and_erotions)
pyclesperanto
color_deconvolution
(experimental)
CLIJx
- boolean colorDeconvolution(ClearCLBuffer source, ClearCLBuffer color_vectors, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer color_deconvolution(ClearCLBuffer source, ClearCLBuffer color_vectors, ClearCLBuffer destination)
Macro
- Ext.CLIJx_colorDeconvolution(Image source, Image color_vectors, ByRef Image destination)
combine_horizontally
CLIJ2
- boolean combineHorizontally(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface combine_horizontally(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_combineHorizontally(Image stack1, Image stack2, ByRef Image destination)
pyclesperanto
- combine_horizontally(stack1 : Image, stack2 : Image, destination : Image = None):
combine_vertically
CLIJ2
- boolean combineVertically(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface combine_vertically(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_combineVertically(Image stack1, Image stack2, ByRef Image destination)
pyclesperanto
- combine_vertically(stack1 : Image, stack2 : Image, destination : Image = None):
concatenate_stacks
CLIJ2
- boolean concatenateStacks(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface concatenate_stacks(ClearCLImageInterface stack1, ClearCLImageInterface stack2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_concatenateStacks(Image stack1, Image stack2, ByRef Image destination)
pyclesperanto
- concatenate_stacks(stack1 : Image, stack2 : Image, destination : Image = None):
connected_components_labeling
(deprecated)
CLIJ2
- boolean connectedComponentsLabeling(ClearCLImageInterface binary_input, ClearCLImageInterface labeling_destination)
Macro
- Ext.CLIJ2_connectedComponentsLabeling(Image binary_input, ByRef Image labeling_destination)
connected_components_labeling_box
CLIJ2
- boolean connectedComponentsLabelingBox(ClearCLImageInterface binary_input, ClearCLImageInterface labeling_destination)
- boolean connectedComponentsLabelingBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface connected_components_labeling_box(ClearCLImageInterface binary_input, ClearCLImageInterface labeling_destination)
- ClearCLImageInterface connected_components_labeling_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3)
Macro
- Ext.CLIJ2_connectedComponentsLabelingBox(Image binary_input, ByRef Image labeling_destination)
pyclesperanto
- connected_components_labeling_box(binary_input : Image, labeling_destination : Image = None, flagged_nonzero_minimum_filter : callable = nonzero_minimum_box):
connected_components_labeling_diamond
CLIJ2
- boolean connectedComponentsLabelingDiamond(ClearCLImageInterface binary_input, ClearCLImageInterface labeling_destination)
- boolean connectedComponentsLabelingDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface connected_components_labeling_diamond(ClearCLImageInterface binary_input, ClearCLImageInterface labeling_destination)
- ClearCLImageInterface connected_components_labeling_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3)
Macro
- Ext.CLIJ2_connectedComponentsLabelingDiamond(Image binary_input, ByRef Image labeling_destination)
pyclesperanto
- connected_components_labeling_diamond(binary_input: Image, labeling_destination: Image = None):
connected_components_labeling_inplace
(deprecated)
CLIJx
- boolean connectedComponentsLabelingInplace(ClearCLBuffer binary_source_labeling_destination)
Macro
- Ext.CLIJx_connectedComponentsLabelingInplace(Image binary_source_labeling_destination)
convert_float
(experimental)
convert_r_g_b_stack_to_gray_slice
(experimental)
CLIJx
- boolean convertRGBStackToGraySlice(ClearCLBuffer stack_source, ClearCLBuffer slice_destination)
clEsperantoJ
- ClearCLBuffer convert_r_g_b_stack_to_gray_slice(ClearCLBuffer stack_source, ClearCLBuffer slice_destination)
Macro
- Ext.CLIJx_convertRGBStackToGraySlice(Image stack_source, ByRef Image slice_destination)
convert_to_float
(experimental)
Macro
- Ext.CLIJx_convertToFloat(Image input, ByRef Image destination)
convert_to_binary
(experimental)
CLIJx
- boolean convertToImageJBinary(ClearCLBuffer arg1, ClearCLBuffer arg2)
- boolean convertToImageJBinary(ClearCLImage arg1, ClearCLImage arg2)
convert_to_unsigned_byte
(experimental)
Macro
- Ext.CLIJx_convertToUnsignedByte(Image input, ByRef Image destination)
convert_to_unsigned_short
(experimental)
Macro
- Ext.CLIJx_convertToUnsignedShort(Image input, ByRef Image destination)
convert_u_int16
(experimental)
convert_u_int8
(experimental)
convolve
CLIJ2
- boolean convolve(ClearCLBuffer source, ClearCLBuffer convolution_kernel, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer convolve(ClearCLBuffer source, ClearCLBuffer convolution_kernel, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_convolve(Image source, Image convolution_kernel, ByRef Image destination)
pyclesperanto
- convolve(source : Image, convolution_kernel : Image, destination : Image = None):
copy
CLIJ2
- boolean copy(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
- void Copy(Buffer&, Buffer&);
clEsperantoJ
- ClearCLImageInterface copy(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_copy(Image source, ByRef Image destination)
pyclesperanto
- copy(source : Image, destination : Image = None):
copy_slice
CLIJ2
- boolean copySlice(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface copy_slice(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_copySlice(Image source, ByRef Image destination, Number slice_index)
pyclesperanto
- copy_slice(source : Image, destination : Image = None, slice_index : int = 0):
cosinus
CLIJ2
- boolean cosinus(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface cosinus(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_cosinus(Image source, ByRef Image destination)
pyclesperanto
count_non_zero_pixels
CLIJ2
- double countNonZeroPixels(ClearCLBuffer source)
CLIc
clEsperantoJ
- ClearCLBuffer count_non_zero_pixels(ClearCLBuffer source)
Macro
- Ext.CLIJ2_countNonZeroPixels(Image source)
pyclesperanto
count_non_zero_pixels_sphere
CLIJ2
- boolean countNonZeroPixels2DSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer count_non_zero_pixels2d_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_countNonZeroPixels2DSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
count_non_zero_pixels_locally
CLIJ2
- boolean countNonZeroPixelsLocally(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
Macro
pyclesperanto
count_non_zero_pixels_locally_slice_by_slice
CLIJ2
- boolean countNonZeroPixelsLocallySliceBySlice(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
Macro
pyclesperanto
count_non_zero_pixels_slice_by_slice_sphere
CLIJ2
- boolean countNonZeroPixelsSliceBySliceSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer count_non_zero_pixels_slice_by_slice_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_countNonZeroPixelsSliceBySliceSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
count_non_zero_voxels_sphere
CLIJ2
- boolean countNonZeroVoxels3DSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer count_non_zero_voxels3d_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_countNonZeroVoxels3DSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
count_non_zero_voxels_locally
CLIJ2
- boolean countNonZeroVoxelsLocally(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
Macro
pyclesperanto
count_touching_neighbors
CLIJ2
- boolean countTouchingNeighbors(ClearCLBuffer touch_matrix, ClearCLBuffer touching_neighbors_count_destination)
CLIc
clEsperantoJ
- ClearCLBuffer count_touching_neighbors(ClearCLBuffer touch_matrix, ClearCLBuffer touching_neighbors_count_destination)
Macro
- Ext.CLIJ2_countTouchingNeighbors(Image touch_matrix, ByRef Image touching_neighbors_count_destination)
pyclesperanto
- count_touching_neighbors(touch_matrix: Image, touching_neighbors_count_destination: Image = None):
create
(experimental)
pyclesperanto
- create(dimensions, dtype=np.float32):
create
(experimental)
pyclesperanto
- create(dimensions, dtype=np.float32):
crop
CLIJ2
- boolean crop(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean crop(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface crop(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface crop(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_crop2D(Image source, ByRef Image destination, Number start_x, Number start_z, Number width, Number height)
pyclesperanto
- crop(input : Image, output : Image = None, start_x : int = 0, start_y : int = 0, start_z : int = 0, width : int = 1, height : int = 1, depth : int = 1):
crop
CLIJ2
- boolean crop2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface crop2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_crop2D(Image source, ByRef Image destination, Number start_x, Number start_z, Number width, Number height)
pyclesperanto
- crop(input : Image, output : Image = None, start_x : int = 0, start_y : int = 0, start_z : int = 0, width : int = 1, height : int = 1, depth : int = 1):
crop
CLIJ2
- boolean crop3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface crop3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_crop3D(Image source, ByRef Image destination, Number start_x, Number start_y, Number start_z, Number width, Number height, Number depth)
pyclesperanto
- crop(input : Image, output : Image = None, start_x : int = 0, start_y : int = 0, start_z : int = 0, width : int = 1, height : int = 1, depth : int = 1):
cross_correlation
(experimental)
CLIJx
- boolean crossCorrelation(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5, double arg6, double arg7, double arg8)
- boolean crossCorrelation(ClearCLImage arg1, ClearCLImage arg2, ClearCLImage arg3, ClearCLImage arg4, ClearCLImage arg5, double arg6, double arg7, double arg8)
clEsperantoJ
- ClearCLBuffer cross_correlation(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5, double arg6, double arg7, double arg8)
- ClearCLImage cross_correlation(ClearCLImage arg1, ClearCLImage arg2, ClearCLImage arg3, ClearCLImage arg4, ClearCLImage arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJx_crossCorrelation(Image input1, Image meanInput1, Image input2, Image meanInput2, ByRef Image destination, Number radius, Number deltaPos, Number dimension)
custom_operation
CLIJ2
- boolean customOperation(String arg1, String arg2, HashMap arg3)
CLIc
clEsperantoJ
- boolean custom_operation(String arg1, String arg2, HashMap arg3)
Macro
- Ext.CLIJ2_customOperation(String operation_code, String global_code, Array image_parameters)
pyclesperanto
CLIJ2
- boolean cylinderTransform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer cylinder_transform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_cylinderTransform(Image input, ByRef Image destination, Number number_of_angles, Number delta_angle_in_degrees, Number relative_center_x, Number relative_center_z)
pyclesperanto
(experimental)
CLIJx
- boolean deformableRegistration2D(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLBuffer deformable_registration2d(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_deformableRegistration2D(Image input1, Image input2, ByRef Image destination, Number maxDeltaX, Number maxDeltaY)
degrees_to_radians
(experimental)
pyclesperanto
- degrees_to_radians(source : Image, destination : Image = None):
depth_color_projection
CLIJ2
- boolean depthColorProjection(ClearCLImageInterface arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer depth_color_projection(ClearCLImageInterface arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_depthColorProjection(Image source, Image lookup_table, ByRef Image destination_max, Number min_display_intensity, Number max_display_intensity)
pyclesperanto
detect_and_label_maxima
(experimental)
CLIJx
- boolean detectAndLabelMaxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
clEsperantoJ
- ClearCLBuffer detect_and_label_maxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
Macro
- Ext.CLIJx_detectAndLabelMaxima(Image input, ByRef Image destination, Number sigma_x, Numer sigma_y, Number sigma_z, Boolean invert)
detect_label_edges
CLIJ2
- boolean detectLabelEdges(ClearCLImageInterface label_map, ClearCLBuffer edge_image_destination)
CLIc
clEsperantoJ
- ClearCLBuffer detect_label_edges(ClearCLImageInterface label_map, ClearCLBuffer edge_image_destination)
Macro
- Ext.CLIJ2_detectLabelEdges(Image label_map, ByRef Image edge_image_destination)
pyclesperanto
- detect_label_edges(label_source :Image, binary_destination :Image = None):
detect_maxima_box
CLIJ2
- boolean detectMaxima2DBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer detect_maxima2d_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_detectMaxima2DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
- detect_maxima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_maxima_box
CLIJ2
- boolean detectMaxima3DBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer detect_maxima3d_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_detectMaxima3DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- detect_maxima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_maxima_box
CLIJ2
- boolean detectMaximaBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
- boolean detectMaximaBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface detect_maxima_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_detectMaximaBox(Image source, ByRef Image destination, Number radius)
pyclesperanto
- detect_maxima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_maxima_slice_by_slice_box
CLIJ2
- boolean detectMaximaSliceBySliceBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer detect_maxima_slice_by_slice_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_detectMaximaSliceBySliceBox(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
detect_minima_box
CLIJ2
- boolean detectMinima2DBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer detect_minima2d_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_detectMinima2DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
- detect_minima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_minima_box
CLIJ2
- boolean detectMinima3DBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer detect_minima3d_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_detectMinima3DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- detect_minima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_minima_box
CLIJ2
- boolean detectMinimaBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
- boolean detectMinimaBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface detect_minima_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_detectMinimaBox(Image source, ByRef Image destination, Number radius)
pyclesperanto
- detect_minima_box(source :Image, destination :Image = None, radius_x : int = 0, radius_y : int = 0, radius_z : int = 0):
detect_minima_slice_by_slice_box
CLIJ2
- boolean detectMinimaSliceBySliceBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer detect_minima_slice_by_slice_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_detectMinimaSliceBySliceBox(Image source, ByRef Image destination, Number radiusX, Number RadiusY)
pyclesperanto
detect_optima
(experimental)
CLIJx
- boolean detectOptima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
- boolean detectOptima(ClearCLImage arg1, ClearCLImage arg2, double arg3, boolean arg4)
detect_optima_slice_by_slice
(experimental)
CLIJx
- boolean detectOptimaSliceBySlice(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
- boolean detectOptimaSliceBySlice(ClearCLImage arg1, ClearCLImage arg2, double arg3, boolean arg4)
difference_of_gaussian
CLIJ2
- boolean differenceOfGaussian(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
- boolean differenceOfGaussian(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIJx
- boolean differenceOfGaussian(ClearCLImage arg1, ClearCLImage arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer difference_of_gaussian(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
- ClearCLBuffer difference_of_gaussian(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_differenceOfGaussian2D(Image input, ByRef Image destination, Number sigma1x, Number sigma1y, Number sigma2x, Number sigma2y)
pyclesperanto
- difference_of_gaussian(input : Image, destination : Image = None, sigma1_x : float = 2, sigma1_y : float = 2, sigma1_z : float = 2, sigma2_x : float = 2, sigma2_y : float = 2, sigma2_z : float = 2):
difference_of_gaussian
CLIJ2
- boolean differenceOfGaussian2D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer difference_of_gaussian2d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_differenceOfGaussian2D(Image input, ByRef Image destination, Number sigma1x, Number sigma1y, Number sigma2x, Number sigma2y)
pyclesperanto
- difference_of_gaussian(input : Image, destination : Image = None, sigma1_x : float = 2, sigma1_y : float = 2, sigma1_z : float = 2, sigma2_x : float = 2, sigma2_y : float = 2, sigma2_z : float = 2):
difference_of_gaussian
CLIJ2
- boolean differenceOfGaussian3D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIc
clEsperantoJ
- ClearCLBuffer difference_of_gaussian3d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_differenceOfGaussian3D(Image input, ByRef Image destination, Number sigma1x, Number sigma1y, Number sigma1z, Number sigma2x, Number sigma2y, Number sigma2z)
pyclesperanto
- difference_of_gaussian(input : Image, destination : Image = None, sigma1_x : float = 2, sigma1_y : float = 2, sigma1_z : float = 2, sigma2_x : float = 2, sigma2_y : float = 2, sigma2_z : float = 2):
difference_of_gaussian_inplace
(deprecated)
CLIJx
- boolean differenceOfGaussianInplace3D(ClearCLBuffer arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
Macro
- Ext.CLIJx_differenceOfGaussianInplace3D(Image input_and_destination, Number sigma1x, Number sigma1y, Number sigma1z, Number sigma2x, Number sigma2y, Number sigma2z)
different
CLIJ2
- boolean different(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer different(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_different(Image input_image1, Image input_image2, ByRef Image binary_destination, Number tolerance)
pyclesperanto
dilate_box
CLIJ2
- boolean dilateBox(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface dilate_box(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_dilateBox(Image source, ByRef Image destination)
pyclesperanto
- dilate_box(source : Image, destination : Image = None):
dilate_box_slice_by_slice
CLIJ2
- boolean dilateBoxSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface dilate_box_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_dilateBoxSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
- dilate_box_slice_by_slice(src : Image, dst : Image = None):
dilate_labels
CLIJ2
- boolean dilateLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer dilate_labels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_dilateLabels(Image input, ByRef Image destination, Number radius)
pyclesperanto
dilate_sphere
CLIJ2
- boolean dilateSphere(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface dilate_sphere(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_dilateSphere(Image source, ByRef Image destination)
pyclesperanto
- dilate_sphere(source : Image, destination : Image = None):
dilate_sphere_slice_by_slice
CLIJ2
- boolean dilateSphereSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface dilate_sphere_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_dilateSphereSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
- dilate_sphere_slice_by_slice(src : Image, dst : Image = None):
distance_map
CLIJ2
- boolean distanceMap(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer distance_map(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_distanceMap(Image source, ByRef Image destination)
pyclesperanto
distance_matrix_to_mesh
CLIJ2
- boolean distanceMatrixToMesh(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer distance_matrix_to_mesh(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_distanceMatrixToMesh(Image pointlist, Image distance_matrix, ByRef Image mesh_destination, Number maximum_distance)
pyclesperanto
- distance_matrix_to_mesh(pointlist : Image, distance_matrix : Image, mesh_destination : Image, maximum_distance : float = 1):
divide_by_gaussian_background
CLIJ2
- boolean divideByGaussianBackground(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface divide_by_gaussian_background(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_divideByGaussianBackground(Image input, ByRef Image destination, Number sigmaX, Number sigmaY, Number sigmaZ)
pyclesperanto
- divide_by_gaussian_background(input : Image, destination : Image = None, sigma_x : float = 2, sigma_y : float = 2, sigma_z : float = 2):
divide_images
CLIJ2
- boolean divideImages(ClearCLImageInterface divident, ClearCLImageInterface divisor, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface divide_images(ClearCLImageInterface divident, ClearCLImageInterface divisor, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_divideImages(Image divident, Image divisor, ByRef Image destination)
pyclesperanto
- divide_images(divident : Image, divisor : Image, destination : Image = None):
divide_scalar_by_image
CLIJ2
- boolean divideScalarByImage(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface divide_scalar_by_image(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_divideScalarByImage(Image image, ByRef Image destination, Number scalar)
pyclesperanto
downsample
CLIJ2
- boolean downsample(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean downsample(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_downsample2D(Image source, ByRef Image destination, Number factorX, Number factorY)
pyclesperanto
downsample
CLIJ2
- boolean downsample2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_downsample2D(Image source, ByRef Image destination, Number factorX, Number factorY)
pyclesperanto
downsample
CLIJ2
- boolean downsample3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_downsample3D(Image source, ByRef Image destination, Number factorX, Number factorY, Number factorZ)
pyclesperanto
CLIJ2
- boolean downsampleSliceBySliceHalfMedian(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface downsample_slice_by_slice_half_median(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_downsampleSliceBySliceHalfMedian(Image source, ByRef Image destination)
pyclesperanto
- downsample_slice_by_slice_half_median(source : Image, destination : Image = None):
draw_box
CLIJ2
- boolean drawBox(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5)
- boolean drawBox(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
- boolean drawBox(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIc
clEsperantoJ
- ClearCLImageInterface draw_box(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5)
- ClearCLImageInterface draw_box(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
- ClearCLImageInterface draw_box(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_drawBox(ByRef Image destination, Number x, Number y, Number z, Number width, Number height, Number depth, Number value)
pyclesperanto
- draw_box(destination: Image, x: int = 0, y: int = 0, z: int = 0, width: int = 1, height: int = 1, depth: int = 1, value : float = 1):
draw_distance_mesh_between_touching_labels
CLIJ2
- boolean drawDistanceMeshBetweenTouchingLabels(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer draw_distance_mesh_between_touching_labels(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_drawDistanceMeshBetweenTouchingLabels(Image input, ByRef Image destination)
pyclesperanto
- draw_distance_mesh_between_touching_labels(labels : Image, distance_mesh_destination : Image = None):
draw_line
CLIJ2
- boolean drawLine(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
- boolean drawLine(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9)
CLIc
clEsperantoJ
- ClearCLImageInterface draw_line(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
- ClearCLImageInterface draw_line(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9)
Macro
- Ext.CLIJ2_drawLine(ByRef Image destination, Number x1, Number y1, Number z1, Number x2, Number y2, Number z2, Number thickness, Number value)
pyclesperanto
- draw_line(destination : Image, x1 : float = 0, y1 : float = 0, z1 : float = 0, x2 : float = 1, y2 : float = 1, z2 : float = 1, thickness : float = 1, value : float = 1):
draw_mesh_between_n_closest_labels
CLIJ2
- boolean drawMeshBetweenNClosestLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_drawMeshBetweenNClosestLabels(Image input, ByRef Image destination, Number number_of_closest_labels)
pyclesperanto
- draw_mesh_between_n_closest_labels(labels : Image, mesh_target : Image = None, n : int = 1):
draw_mesh_between_n_nearest_labels
CLIJ2
- boolean drawMeshBetweenNNearestLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer draw_mesh_between_n_nearest_labels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_drawMeshBetweenNNearestLabels(Image input, ByRef Image destination, Number number_of_closest_labels)
pyclesperanto
draw_mesh_between_proximal_labels
CLIJ2
- boolean drawMeshBetweenProximalLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer draw_mesh_between_proximal_labels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_drawMeshBetweenProximalLabels(Image input, ByRef Image destination, Number maximum_distance)
pyclesperanto
- draw_mesh_between_proximal_labels(labels : Image, mesh_target : Image = None, maximum_distance : int = 1):
draw_mesh_between_touching_labels
CLIJ2
- boolean drawMeshBetweenTouchingLabels(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer draw_mesh_between_touching_labels(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_drawMeshBetweenTouchingLabels(Image input, ByRef Image destination)
pyclesperanto
- draw_mesh_between_touching_labels(labels : Image, distance_mesh_destination : Image = None):
draw_sphere
CLIJ2
- boolean drawSphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5)
- boolean drawSphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6)
- boolean drawSphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
- boolean drawSphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIc
clEsperantoJ
- ClearCLImageInterface draw_sphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5)
- ClearCLImageInterface draw_sphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6)
- ClearCLImageInterface draw_sphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
- ClearCLImageInterface draw_sphere(ClearCLImageInterface arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_drawSphere(ByRef Image destination, Number x, Number y, Number z, Number radius_x, Number radius_y, Number radius_z, Number value)
pyclesperanto
- draw_sphere(destination : Image, x : float = 0, y : float = 0, z : float = 0, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1, value : float = 1):
draw_touch_count_mesh_between_touching_labels
(experimental)
CLIJx
- boolean drawTouchCountMeshBetweenTouchingLabels(ClearCLBuffer input, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer draw_touch_count_mesh_between_touching_labels(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_drawTouchCountMeshBetweenTouchingLabels(Image input, ByRef Image destination)
draw_two_value_line
(experimental)
CLIJx
- boolean drawTwoValueLine(ClearCLBuffer arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
clEsperantoJ
- ClearCLBuffer draw_two_value_line(ClearCLBuffer arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
Macro
- Ext.CLIJx_drawTwoValueLine(ByRef Image destination, Number x1, Number y1, Number z1, Number x2, Number y2, Number z2, Number thickness, Number value1, Number value2)
draw_angle_mesh_between_touching_labels
(experimental)
pyclesperanto
- draw_angle_mesh_between_touching_labels(labels : Image, angle_mesh_destination : Image = None):
drift_correction_by_center_of_mass_fixation
(experimental)
CLIJx
- boolean driftCorrectionByCenterOfMassFixation(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLBuffer drift_correction_by_center_of_mass_fixation(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_driftCorrectionByCenterOfMassFixation(Image input, ByRef Image destination, Number relative_center_x, Number relative_center_y, Number relative_center_z)
drift_correction_by_centroid_fixation
(experimental)
CLIJx
- boolean driftCorrectionByCentroidFixation(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
clEsperantoJ
- ClearCLBuffer drift_correction_by_centroid_fixation(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJx_driftCorrectionByCentroidFixation(Image input, ByRef Image destination, Number relative_center_x, Number relative_center_y, Number relative_center_z, Number threshold)
entropy_box
CLIJ2
- boolean entropyBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- boolean entropyBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
CLIc
clEsperantoJ
- ClearCLBuffer entropy_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- ClearCLBuffer entropy_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
Macro
- Ext.CLIJ2_entropyBox(Image input, ByRef Image destination, Number radiusX, number radiusY, Number radiusZ)
pyclesperanto
equal
CLIJ2
- boolean equal(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
CLIc
- void Equal(Buffer&, Buffer&, Buffer&);
clEsperantoJ
- ClearCLImageInterface equal(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_equal(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- equal(source1 : Image, source2 : Image, destination : Image = None):
equal_constant
CLIJ2
- boolean equalConstant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface equal_constant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_equalConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- equal_constant(source : Image, destination : Image = None, constant : float = 0):
equalize_mean_intensities_of_slices
CLIJ2
- boolean equalizeMeanIntensitiesOfSlices(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer equalize_mean_intensities_of_slices(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_equalizeMeanIntensitiesOfSlices(Image input, ByRef Image destination, Number referenceSlice)
pyclesperanto
erode_box
CLIJ2
- boolean erodeBox(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface erode_box(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_erodeBox(Image source, ByRef Image destination)
pyclesperanto
- erode_box(source : Image, destination : Image = None):
erode_box_slice_by_slice
CLIJ2
- boolean erodeBoxSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface erode_box_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_erodeBoxSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
- erode_box_slice_by_slice(source : Image, destination : Image = None):
erode_labels
CLIJ2
- boolean erodeLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
CLIc
clEsperantoJ
- ClearCLBuffer erode_labels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
Macro
- Ext.CLIJ2_erodeLabels(Image labels_input, ByRef Image labels_destination, Number radius, Boolean relabel_islands)
pyclesperanto
erode_sphere
CLIJ2
- boolean erodeSphere(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface erode_sphere(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_erodeSphere(Image source, ByRef Image destination)
pyclesperanto
- erode_sphere(source : Image, destination : Image = None):
erode_sphere_slice_by_slice
CLIJ2
- boolean erodeSphereSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface erode_sphere_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_erodeSphereSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
- erode_sphere_slice_by_slice(source : Image, destination : Image = None):
euclidean_distance_from_label_centroid_map
CLIJ2
- boolean euclideanDistanceFromLabelCentroidMap(ClearCLBuffer labelmap_input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer euclidean_distance_from_label_centroid_map(ClearCLBuffer labelmap_input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_euclideanDistanceFromLabelCentroidMap(Image labelmap_input, ByRef Image destination)
pyclesperanto
- euclidean_distance_from_label_centroid_map(labels:Image, centroids_pointlist:Image = None, distance_map_destination:Image = None):
exclude_labels
CLIJ2
- boolean excludeLabels(ClearCLBuffer binary_flaglist, ClearCLBuffer label_map_input, ClearCLBuffer label_map_destination)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels(ClearCLBuffer binary_flaglist, ClearCLBuffer label_map_input, ClearCLBuffer label_map_destination)
Macro
- Ext.CLIJ2_excludeLabels(Image binary_flaglist, Image label_map_input, ByRef Image label_map_destination)
pyclesperanto
- exclude_labels(binary_flaglist : Image, label_map_input : Image, label_map_destination : Image = None):
exclude_labels_on_edges
CLIJ2
- boolean excludeLabelsOnEdges(ClearCLBuffer label_map_input, ClearCLBuffer label_map_destination)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_on_edges(ClearCLBuffer label_map_input, ClearCLBuffer label_map_destination)
Macro
- Ext.CLIJ2_excludeLabelsOnEdges(Image label_map_input, ByRef Image label_map_destination)
pyclesperanto
- exclude_labels_on_edges(label_map_input : Image, label_map_destination : Image = None):
exclude_labels_on_surface
CLIJ2
- boolean excludeLabelsOnSurface(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_on_surface(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_excludeLabelsOnSurface(Image pointlist, Image label_map_input, ByRef Image label_map_destination, Number centerX, Number centerY, Number centerZ)
pyclesperanto
exclude_labels_outside_size_range
CLIJ2
- boolean excludeLabelsOutsideSizeRange(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_outside_size_range(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_excludeLabelsOutsideSizeRange(Image input, ByRef Image destination, Number minimum_size, Number maximum_size)
pyclesperanto
- exclude_labels_outside_size_range(input : Image, destination : Image = None, minimum_size : float = 0, maximum_size : float = 100):
exclude_labels_sub_surface
CLIJ2
- boolean excludeLabelsSubSurface(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_sub_surface(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_excludeLabelsSubSurface(Image pointlist, Image label_map_input, ByRef Image label_map_destination, Number centerX, Number centerY, Number centerZ)
pyclesperanto
exclude_labels_with_values_out_of_range
CLIJ2
- boolean excludeLabelsWithValuesOutOfRange(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_with_values_out_of_range(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_excludeLabelsWithValuesOutOfRange(Image values_vector, Image label_map_input, ByRef Image label_map_destination, Number minimum_value_range, Number maximum_value_range)
pyclesperanto
- exclude_labels_with_values_out_of_range(values_vector : Image, label_map_input : Image, label_map_destination : Image = None, minimum_value_range : float = 0, maximum_value_range : float = 100):
exclude_labels_with_values_within_range
CLIJ2
- boolean excludeLabelsWithValuesWithinRange(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer exclude_labels_with_values_within_range(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_excludeLabelsWithValuesWithinRange(Image values_vector, Image label_map_input, ByRef Image label_map_destination, Number minimum_value_range, Number maximum_value_range)
pyclesperanto
- exclude_labels_with_values_within_range(values_vector : Image, label_map_input : Image, label_map_destination : Image = None, minimum_value_range : float = 0, maximum_value_range : float = 100):
execute
CLIJ2
- void execute(String programFilename, String kernelname, long[] dimensions, long[] globalsizes, Map<String, Object> parameters, Map<String, Object> constants)
- void execute(Class anchorClass, String programFilename, String kernelname, long[] dimensions, long[] globalsizes, Map<String, Object> parameters, Map<String, Object> constants)
- void execute(Class anchorClass, String programFilename, String kernelname, long[] dimensions, long[] globalsizes, Map<String, Object> parameters)
- void execute(Class anchorClass, String programFilename, String kernelname, long[] dimensions, long[] globalsizes, long[] localSizes, Map<String, Object> parameters)
- void execute(Class anchorClass, String programFilename, String kernelname, long[] dimensions, long[] globalsizes, long[] localSizes, Map<String, Object> parameters, Map<String, Object> constants)
CLIc
clEsperantoJ
Macro
pyclesperanto
- execute(anchor, opencl_kernel_filename, kernel_name, global_size, parameters, prog : OCLProgram = None, constants = None, image_size_independent_kernel_compilation : bool = True):
execute_separable_kernel
(experimental)
pyclesperanto
- execute_separable_kernel(src, dst, anchor, opencl_kernel_filename, kernel_name, kernel_size_x, kernel_size_y, kernel_size_z, sigma_x, sigma_y, sigma_z, dimensions) :
exponential
CLIJ2
- boolean exponential(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface exponential(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_exponential(Image source, ByRef Image destination)
pyclesperanto
- exponential(source : Image, destination : Image = None):
extend_labeling_via_voronoi
CLIJ2
- boolean extendLabelingViaVoronoi(ClearCLBuffer input, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface extend_labeling_via_voronoi(ClearCLBuffer input, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_extendLabelingViaVoronoi(Image input, ByRef Image destination)
pyclesperanto
- extend_labeling_via_voronoi(labeling_source : Image, labeling_destination : Image = None):
extend_labels_with_maximum_radius
CLIJ2
- boolean extendLabelsWithMaximumRadius(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer extend_labels_with_maximum_radius(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
pyclesperanto
- extend_labels_with_maximum_radius(labeling_source : Image, labeling_destination : Image = None, radius: int = 2):
extended_depth_of_focus_tenengrad_projection
CLIJ2
- boolean extendedDepthOfFocusTenengradProjection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface extended_depth_of_focus_tenengrad_projection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_extendedDepthOfFocusTenengradProjection(Image source, ByRef Image destination, Number sigma)
pyclesperanto
extended_depth_of_focus_variance_projection
CLIJ2
- boolean extendedDepthOfFocusVarianceProjection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
- boolean extendedDepthOfFocusVarianceProjection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface extended_depth_of_focus_variance_projection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
- ClearCLImageInterface extended_depth_of_focus_variance_projection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_extendedDepthOfFocusVarianceProjection(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number sigma)
pyclesperanto
extension_ratio_map
CLIJ2
- boolean extensionRatioMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer extension_ratio_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_extensionRatioMap(Image input, ByRef Image destination)
pyclesperanto
extrema
(experimental)
CLIJx
- boolean extrema(ClearCLBuffer input1, ClearCLBuffer input2, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer extrema(ClearCLBuffer input1, ClearCLBuffer input2, ClearCLBuffer destination)
Macro
- Ext.CLIJx_extrema(Image input1, Image input2, ByRef Image destination)
fill_histogram
CLIJ2
- boolean fillHistogram(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
Macro
pyclesperanto
find_and_label_maxima
(experimental)
CLIJx
- boolean findAndLabelMaxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
clEsperantoJ
- ClearCLBuffer find_and_label_maxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
Macro
- Ext.CLIJx_findAndLabelMaxima(Image input, ByRef Image destination, Number tolerance, Boolean invert)
find_maxima
(experimental)
CLIJx
- boolean findMaxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer find_maxima(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_findMaxima(Image source, ByRef Image destination, Number noise_threshold)
flag_labels_on_edges
(experimental)
CLIJx
- boolean flagLabelsOnEdges(ClearCLBuffer label_map_input, ClearCLBuffer flag_vector_destination)
clEsperantoJ
- ClearCLBuffer flag_labels_on_edges(ClearCLBuffer label_map_input, ClearCLBuffer flag_vector_destination)
Macro
- Ext.CLIJx_flagLabelsOnEdges(Image label_map_input, ByRef Image flag_vector_destination)
flag_existing_labels
(experimental)
pyclesperanto
- flag_existing_labels(label_src : Image, flag_vector_destination : Image = None):
flip
CLIJ2
- boolean flip(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4)
- boolean flip(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface flip(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4)
- ClearCLImageInterface flip(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4, boolean arg5)
Macro
- Ext.CLIJ2_flip2D(Image source, ByRef Image destination, Boolean flip_x, Boolean flip_y)
pyclesperanto
- flip(source : Image, destination : Image = None, flip_x : bool = True, flip_y : bool = True, flip_z : bool = True):
flip
CLIJ2
- boolean flip2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface flip2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4)
Macro
- Ext.CLIJ2_flip2D(Image source, ByRef Image destination, Boolean flip_x, Boolean flip_y)
pyclesperanto
- flip(source : Image, destination : Image = None, flip_x : bool = True, flip_y : bool = True, flip_z : bool = True):
flip
CLIJ2
- boolean flip3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface flip3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, boolean arg3, boolean arg4, boolean arg5)
Macro
- Ext.CLIJ2_flip3D(Image source, ByRef Image destination, Boolean flip_x, Boolean flip_y, Boolean flip_z)
pyclesperanto
- flip(source : Image, destination : Image = None, flip_x : bool = True, flip_y : bool = True, flip_z : bool = True):
flood_fill_diamond
CLIJ2
- boolean floodFillDiamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer flood_fill_diamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_floodFillDiamond(Image source, ByRef Image destination, Number value_to_replace, Number value_replacement)
pyclesperanto
gamma_correction
CLIJ2
- boolean gammaCorrection(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer gamma_correction(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_gammaCorrection(Image input, ByRef Image destination, Number gamma)
pyclesperanto
- gamma_correction(source : Image, target : Image = None, gamma : float = 1):
gauss_jordan
(experimental)
CLIJx
- boolean gaussJordan(ClearCLBuffer A_matrix, ClearCLBuffer B_result_vector, ClearCLBuffer solution_destination)
clEsperantoJ
- ClearCLBuffer gauss_jordan(ClearCLBuffer A_matrix, ClearCLBuffer B_result_vector, ClearCLBuffer solution_destination)
Macro
- Ext.CLIJx_gaussJordan(Image A_matrix, Image B_result_vector, ByRef Image solution_destination)
gaussian_blur
CLIJ2
- boolean gaussianBlur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean gaussianBlur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface gaussian_blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface gaussian_blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_gaussianBlur2D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y)
pyclesperanto
- gaussian_blur(source : Image, destination : Image = None, sigma_x : float = 0, sigma_y : float = 0, sigma_z : float = 0):
gaussian_blur
CLIJ2
- boolean gaussianBlur2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface gaussian_blur2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_gaussianBlur2D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y)
pyclesperanto
- gaussian_blur(source : Image, destination : Image = None, sigma_x : float = 0, sigma_y : float = 0, sigma_z : float = 0):
gaussian_blur
CLIJ2
- boolean gaussianBlur3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface gaussian_blur3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_gaussianBlur3D(Image source, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
pyclesperanto
- gaussian_blur(source : Image, destination : Image = None, sigma_x : float = 0, sigma_y : float = 0, sigma_z : float = 0):
generate_angle_matrix
(experimental)
CLIJx
- boolean generateAngleMatrix(ClearCLBuffer coordinate_list1, ClearCLBuffer coordinate_list2, ClearCLBuffer angle_matrix_destination)
clEsperantoJ
- ClearCLBuffer generate_angle_matrix(ClearCLBuffer coordinate_list1, ClearCLBuffer coordinate_list2, ClearCLBuffer angle_matrix_destination)
Macro
- Ext.CLIJx_generateAngleMatrix(Image coordinate_list1, Image coordinate_list2, ByRef Image angle_matrix_destination)
pyclesperanto
- generate_angle_matrix(coordinate_list1 :Image, coordinate_list2 :Image, angle_matrix_destination :Image = None):
generate_binary_overlap_matrix
CLIJ2
- boolean generateBinaryOverlapMatrix(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer binary_overlap_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer generate_binary_overlap_matrix(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer binary_overlap_matrix_destination)
Macro
- Ext.CLIJ2_generateBinaryOverlapMatrix(Image label_map1, Image label_map2, ByRef Image binary_overlap_matrix_destination)
pyclesperanto
- generate_binary_overlap_matrix(label_map1 : Image, label_map2 : Image, binary_overlap_matrix_destination : Image = None):
generate_distance_matrix
CLIJ2
- boolean generateDistanceMatrix(ClearCLBuffer coordinate_list1, ClearCLBuffer coordinate_list2, ClearCLBuffer distance_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer generate_distance_matrix(ClearCLBuffer coordinate_list1, ClearCLBuffer coordinate_list2, ClearCLBuffer distance_matrix_destination)
Macro
- Ext.CLIJ2_generateDistanceMatrix(Image coordinate_list1, Image coordinate_list2, ByRef Image distance_matrix_destination)
pyclesperanto
- generate_distance_matrix(coordindate_list1 :Image, coordinate_list2 :Image, distance_matrix_destination :Image = None):
generate_distance_matrix_along_axis
(experimental)
CLIJx
- boolean generateDistanceMatrixAlongAxis(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
clEsperantoJ
- ClearCLBuffer generate_distance_matrix_along_axis(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJx_generateDistanceMatrixAlongAxis(Image coordinate_list1, Image coordinate_list2, ByRef Image distance_matrix_destination)
generate_feature_stack
(experimental)
CLIJx
- boolean generateFeatureStack(ClearCLBuffer input, ClearCLBuffer feature_stack_destination, String feature_definitions)
- ClearCLBuffer generateFeatureStack(ClearCLBuffer arg1, String arg2)
clEsperantoJ
- ClearCLBuffer generate_feature_stack(ClearCLBuffer input, ClearCLBuffer feature_stack_destination, String feature_definitions)
- ClearCLBuffer generate_feature_stack(ClearCLBuffer arg1, String arg2)
Macro
- Ext.CLIJx_generateFeatureStack(Image input, Image feature_stack_destination, String feature_definitions)
generate_grey_value_cooccurrence_matrix_box
(experimental)
CLIJx
- boolean generateGreyValueCooccurrenceMatrixBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
clEsperantoJ
- ClearCLBuffer generate_grey_value_cooccurrence_matrix_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJx_generateGreyValueCooccurrenceMatrixBox(Image integer_image, ByRef Image grey_value_cooccurrence_matrix_destination, Number min_grey_value, Number max_grey_value)
generate_integer_grey_value_cooccurrence_count_matrix_half_box
(experimental)
CLIJx
- boolean generateIntegerGreyValueCooccurrenceCountMatrixHalfBox(ClearCLBuffer integer_image, ClearCLBuffer grey_value_cooccurrence_matrix_destination)
clEsperantoJ
- ClearCLBuffer generate_integer_grey_value_cooccurrence_count_matrix_half_box(ClearCLBuffer integer_image, ClearCLBuffer grey_value_cooccurrence_matrix_destination)
Macro
- Ext.CLIJx_generateIntegerGreyValueCooccurrenceCountMatrixHalfBox(Image integer_image, ByRef Image grey_value_cooccurrence_matrix_destination)
generate_integer_grey_value_cooccurrence_count_matrix_half_diamond
(experimental)
CLIJx
- boolean generateIntegerGreyValueCooccurrenceCountMatrixHalfDiamond(ClearCLBuffer integer_image, ClearCLBuffer grey_value_cooccurrence_matrix_destination)
clEsperantoJ
- ClearCLBuffer generate_integer_grey_value_cooccurrence_count_matrix_half_diamond(ClearCLBuffer integer_image, ClearCLBuffer grey_value_cooccurrence_matrix_destination)
Macro
- Ext.CLIJx_generateIntegerGreyValueCooccurrenceCountMatrixHalfDiamond(Image integer_image, ByRef Image grey_value_cooccurrence_matrix_destination)
generate_jaccard_index_matrix
CLIJ2
- boolean generateJaccardIndexMatrix(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer jaccard_index_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer generate_jaccard_index_matrix(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer jaccard_index_matrix_destination)
Macro
- Ext.CLIJ2_generateJaccardIndexMatrix(Image label_map1, Image label_map2, ByRef Image jaccard_index_matrix_destination)
pyclesperanto
generate_label_feature_image
(experimental)
CLIJx
- boolean generateLabelFeatureImage(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer label_feature_image_destination, String feature_definitions)
- ClearCLBuffer generateLabelFeatureImage(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3)
clEsperantoJ
- ClearCLBuffer generate_label_feature_image(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer label_feature_image_destination, String feature_definitions)
- ClearCLBuffer generate_label_feature_image(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3)
Macro
- Ext.CLIJx_generateLabelFeatureImage(Image input, Image label_map, Image label_feature_image_destination, String feature_definitions)
generate_n_nearest_neighbors_matrix
CLIJ2
- boolean generateNNearestNeighborsMatrix(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer generate_n_nearest_neighbors_matrix(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_generateNNearestNeighborsMatrix(Image distance_matrix, ByRef Image touch_matrix_destination, Number n)
pyclesperanto
- generate_n_nearest_neighbors_matrix(distance_matrix :Image, touch_matrix_destination :Image = None, n : int = 1):
generate_parametric_image
CLIJ2
- boolean generateParametricImage(ClearCLImageInterface label_map, ClearCLImageInterface parameter_value_vector, ClearCLImageInterface parametric_image_destination)
CLIc
clEsperantoJ
- ClearCLImageInterface generate_parametric_image(ClearCLImageInterface label_map, ClearCLImageInterface parameter_value_vector, ClearCLImageInterface parametric_image_destination)
Macro
- Ext.CLIJ2_generateParametricImage(Image label_map, Image parameter_value_vector, ByRef Image parametric_image_destination)
pyclesperanto
generate_parametric_image_from_results_table_column
CLIJ2
- boolean generateParametricImageFromResultsTableColumn(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ResultsTable arg3, String arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface generate_parametric_image_from_results_table_column(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ResultsTable arg3, String arg4)
Macro
- Ext.CLIJ2_generateParametricImageFromResultsTableColumn(Image label_map, ByRef Image parametric_image_destination, String column)
pyclesperanto
generate_proximal_neighbors_matrix
CLIJ2
- boolean generateProximalNeighborsMatrix(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer generate_proximal_neighbors_matrix(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_generateProximalNeighborsMatrix(Image distance_matrix, ByRef Image touch_matrix_destination, Number min_distance, Number max_distance)
pyclesperanto
- generate_proximal_neighbors_matrix(distance_matrix :Image, touch_matrix_destination :Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
generate_regional_label_feature_image
(experimental)
CLIJx
- ClearCLBuffer generateRegionalLabelFeatureImage(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, int arg4, int arg5, int arg6, int arg7)
clEsperantoJ
- ClearCLBuffer generate_regional_label_feature_image(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, int arg4, int arg5, int arg6, int arg7)
generate_touch_count_matrix
CLIJ2
- boolean generateTouchCountMatrix(ClearCLBuffer label_map, ClearCLBuffer touch_count_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer generate_touch_count_matrix(ClearCLBuffer label_map, ClearCLBuffer touch_count_matrix_destination)
Macro
- Ext.CLIJ2_generateTouchCountMatrix(Image label_map, ByRef Image touch_count_matrix_destination)
pyclesperanto
generate_touch_matrix
CLIJ2
- boolean generateTouchMatrix(ClearCLBuffer label_map, ClearCLBuffer touch_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer generate_touch_matrix(ClearCLBuffer label_map, ClearCLBuffer touch_matrix_destination)
Macro
- Ext.CLIJ2_generateTouchMatrix(Image label_map, ByRef Image touch_matrix_destination)
pyclesperanto
- generate_touch_matrix(label_map :Image, touch_matrix_destination :Image = None):
get_automatic_threshold
CLIJ2
- double getAutomaticThreshold(ClearCLBuffer arg1, String arg2)
- double getAutomaticThreshold(ClearCLBuffer arg1, String arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer get_automatic_threshold(ClearCLBuffer arg1, String arg2)
- ClearCLBuffer get_automatic_threshold(ClearCLBuffer arg1, String arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_getAutomaticThreshold(Image input, String method, ByRef Number threshold_value)
pyclesperanto
get_bounding_box
CLIJ2
- double[] getBoundingBox(ClearCLBuffer arg1)
CLIc
clEsperantoJ
- ClearCLBuffer get_bounding_box(ClearCLBuffer arg1)
Macro
- Ext.CLIJ2_getBoundingBox(Image source, ByRef Number boundingBoxX, ByRef Number boundingBoxY, ByRef Number boundingBoxZ, ByRef Number boundingBoxWidth, ByRef Number boundingBoxHeight, ByRef Number boundingBoxDepth)
pyclesperanto
get_center_of_mass
CLIJ2
- double[] getCenterOfMass(ClearCLBuffer arg1)
CLIc
clEsperantoJ
- ClearCLBuffer get_center_of_mass(ClearCLBuffer arg1)
Macro
- Ext.CLIJ2_getCenterOfMass(Image source, ByRef Number centerOfMassX, ByRef Number centerOfMassY, ByRef Number centerOfMassZ)
pyclesperanto
get_dimensions
CLIJ2
- long[] getDimensions(ClearCLBuffer arg1)
CLIc
clEsperantoJ
- ClearCLBuffer get_dimensions(ClearCLBuffer arg1)
Macro
- Ext.CLIJ2_getDimensions(Image source, ByRef Number width, ByRef Number height, ByRef Number depth)
pyclesperanto
get_g_p_u_properties
(experimental)
get_jaccard_index
CLIJ2
- double getJaccardIndex(ClearCLBuffer arg1, ClearCLBuffer arg2)
CLIc
clEsperantoJ
- ClearCLBuffer get_jaccard_index(ClearCLBuffer arg1, ClearCLBuffer arg2)
Macro
- Ext.CLIJ2_getJaccardIndex(Image source1, Image source2, ByRef Number jaccard_index)
pyclesperanto
get_maximum_of_all_pixels
CLIJ2
- double getMaximumOfAllPixels(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface get_maximum_of_all_pixels(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_getMaximumOfAllPixels(Image source, ByRef Number maximum_of_all_pixels)
pyclesperanto
get_mean_of_all_pixels
CLIJ2
- double getMeanOfAllPixels(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface get_mean_of_all_pixels(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_getMeanOfAllPixels(Image source, ByRef Number mean_of_all_pixels)
pyclesperanto
get_mean_of_masked_pixels
CLIJ2
- double getMeanOfMaskedPixels(ClearCLBuffer arg1, ClearCLBuffer arg2)
CLIc
clEsperantoJ
- ClearCLBuffer get_mean_of_masked_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2)
Macro
- Ext.CLIJ2_getMeanOfMaskedPixels(Image source, Image mask, ByRef Number mean_of_masked_pixels)
pyclesperanto
get_minimum_of_all_pixels
CLIJ2
- double getMinimumOfAllPixels(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface get_minimum_of_all_pixels(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_getMinimumOfAllPixels(Image source, ByRef Number minimum_of_all_pixels)
pyclesperanto
get_size
(deprecated)
CLIJ2
- long[] getSize(ClearCLBuffer source)
Macro
- Ext.CLIJ2_getSize(Image source)
get_sorensen_dice_coefficient
CLIJ2
- double getSorensenDiceCoefficient(ClearCLBuffer arg1, ClearCLBuffer arg2)
CLIc
clEsperantoJ
- ClearCLBuffer get_sorensen_dice_coefficient(ClearCLBuffer arg1, ClearCLBuffer arg2)
Macro
- Ext.CLIJ2_getSorensenDiceCoefficient(Image source1, Image source2, ByRef Number sorensen_dice_coefficient)
pyclesperanto
get_sum_of_all_pixels
CLIJ2
- double getSumOfAllPixels(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface get_sum_of_all_pixels(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_getSumOfAllPixels(Image source, ByRef Number sum_of_all_pixels)
pyclesperanto
gradient_x
CLIJ2
- boolean gradientX(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer gradient_x(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_gradientX(Image source, ByRef Image destination)
pyclesperanto
- gradient_x(source : Image, destination : Image = None):
gradient_y
CLIJ2
- boolean gradientY(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer gradient_y(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_gradientY(Image source, ByRef Image destination)
pyclesperanto
- gradient_y(source : Image, destination : Image = None):
gradient_z
CLIJ2
- boolean gradientZ(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer gradient_z(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_gradientZ(Image source, ByRef Image destination)
pyclesperanto
- gradient_z(source : Image, destination : Image = None):
greater
CLIJ2
- boolean greater(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
CLIc
- void Greater(Buffer&, Buffer&, Buffer&);
clEsperantoJ
- ClearCLImageInterface greater(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_greater(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- greater(source1 : Image, source2 : Image, destination : Image = None):
greater_constant
CLIJ2
- boolean greaterConstant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface greater_constant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_greaterConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- greater_constant(source : Image, destination :Image = None, constant :float = 0):
greater_or_equal
CLIJ2
- boolean greaterOrEqual(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface greater_or_equal(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_greaterOrEqual(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- greater_or_equal(source1 : Image, source2 : Image, destination : Image = None):
greater_or_equal_constant
CLIJ2
- boolean greaterOrEqualConstant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface greater_or_equal_constant(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_greaterOrEqualConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- greater_or_equal_constant(source : Image, destination : Image = None, constant : float = 0):
grey_level_atttribute_filtering
(experimental)
CLIJx
- boolean greyLevelAtttributeFiltering(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
clEsperantoJ
- ClearCLBuffer grey_level_atttribute_filtering(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJx_greyLevelAtttributeFiltering(Image source, ByRef Image destination, Number number_of_bins, Number minimum_pixel_count)
greyscale_closing_box
CLIJ2
- boolean greyscaleClosingBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer greyscale_closing_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_greyscaleClosingBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
greyscale_closing_sphere
CLIJ2
- boolean greyscaleClosingSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer greyscale_closing_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_greyscaleClosingSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
greyscale_opening_box
CLIJ2
- boolean greyscaleOpeningBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer greyscale_opening_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_greyscaleOpeningBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
greyscale_opening_sphere
CLIJ2
- boolean greyscaleOpeningSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer greyscale_opening_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_greyscaleOpeningSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
histogram
CLIJ2
- boolean histogram(ClearCLBuffer arg1, ClearCLBuffer arg2)
- boolean histogram(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
- boolean histogram(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6, boolean arg7)
- float[] histogram(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
- ClearCLBuffer histogram(ClearCLBuffer arg1)
CLIc
clEsperantoJ
- ClearCLBuffer histogram(ClearCLBuffer arg1, ClearCLBuffer arg2)
- ClearCLBuffer histogram(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
- ClearCLBuffer histogram(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6, boolean arg7)
- ClearCLBuffer histogram(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
- ClearCLBuffer histogram(ClearCLBuffer arg1)
Macro
- Ext.CLIJ2_histogram(Image source, ByRef Image destination, Number number_of_bins, Number minimum_intensity, Number maximum_intensity, Boolean determine_min_max)
pyclesperanto
- histogram(source : Image, destination : Image = None, num_bins = 256, minimum_intensity : float = None, maximum_intensity : float = None, determine_min_max : bool = True):
image_to_results_table
CLIJ2
- ResultsTable image2DToResultsTable(ClearCLBuffer arg1, ResultsTable arg2)
- ResultsTable image2DToResultsTable(ClearCLImage arg1, ResultsTable arg2)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_image2DToResultsTable(Image source)
pyclesperanto
frangi_vesselness
(experimental)
gaussian_blur
(experimental)
clEsperantoJ
- ClearCLImageInterface gaussian_blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface gaussian_blur(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_imageJ2GaussianBlur(Image input, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
pyclesperanto
- gaussian_blur(source : Image, destination : Image = None, sigma_x : float = 0, sigma_y : float = 0, sigma_z : float = 0):
(experimental)
(experimental)
richardson_lucy_deconvolution
(experimental)
Macro
- Ext.CLIJx_imageJ2RichardsonLucyDeconvolution(Image input, Image kernel_input, ByRef Image destination, Number num_iterations)
tubeness
(experimental)
image_j_suite_connected_components_labeling
(experimental)
Macro
- Ext.CLIJx_imageJ3DSuiteConnectedComponentsLabeling(Image input, ByRef Image destination)
image_j_fill_holes
(experimental)
Macro
- Ext.CLIJx_imageJFillHoles(Image input, ByRef Image destination)
image_j_gaussian_blur
(experimental)
Macro
- Ext.CLIJx_imageJGaussianBlur(Image input, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
image_j_variance
(experimental)
Macro
- Ext.CLIJx_imageJVariance(Image input, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
image_j_watershed
(experimental)
Macro
- Ext.CLIJx_imageJWatershed(Image input, ByRef Image destination)
image_to_stack
CLIJ2
- boolean imageToStack(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer image_to_stack(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_imageToStack(Image source, ByRef Image destination, Number num_slices)
pyclesperanto
imglib2_connected_components_labeling
(experimental)
Macro
- Ext.CLIJx_imglib2ConnectedComponentsLabeling(Image input, ByRef Image destination)
imread
(experimental)
clEsperantoJ
- ClearCLBuffer imread(String filename)
pyclesperanto
- imread(filename : str) -> Image:
imshow
(experimental)
clEsperantoJ
- void imshow(Object object)
- imshow(object, null, false, null, null);
- void imshow(Object object, String title)
- imshow(object, title, false, null, null);
- void imshow(Object object, String title, boolean labels)
- imshow(object, title, labels, null, null);
- void imshow(Object object, String title, boolean labels, Double min_intensity, Double max_intensity)
pyclesperanto
- imshow(image : Image, title : str = None, labels : bool = False, min_display_intensity : float = None, max_display_intensity : float = None, color_map = None, plot = None):
intensity_correction
(experimental)
CLIJx
- boolean intensityCorrection(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer intensity_correction(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_intensityCorrection(Image input, ByRef Image destination, Number reference_mean_intensity)
intensity_correction_above_threshold_otsu
(experimental)
CLIJx
- boolean intensityCorrectionAboveThresholdOtsu(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer intensity_correction_above_threshold_otsu(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_intensityCorrectionAboveThresholdOtsu(Image input, ByRef Image destination, Number reference_mean_intensity)
invalidate_kernel_cache
(experimental)
invert
CLIJ2
- boolean invert(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface invert(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_invert(Image source, ByRef Image destination)
pyclesperanto
- invert(source : Image, destination :Image = None):
jaccard_index
CLIJ2
- double jaccardIndex(ClearCLBuffer source1, ClearCLBuffer source2)
CLIc
clEsperantoJ
- ClearCLBuffer jaccard_index(ClearCLBuffer source1, ClearCLBuffer source2)
Macro
- Ext.CLIJ2_jaccardIndex(Image source1, Image source2)
pyclesperanto
- jaccard_index(source1 : Image, source2 : Image):
k_means_label_clusterer
(experimental)
CLIJx
- boolean kMeansLabelClusterer(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, String arg4, String arg5, double arg6, double arg7, boolean arg8)
clEsperantoJ
- ClearCLBuffer k_means_label_clusterer(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, String arg4, String arg5, double arg6, double arg7, boolean arg8)
Macro
- Ext.CLIJx_kMeansLabelClusterer(Image input, Image label_map, ByRef Image destination, String features, String modelfilename, Number number_of_classes, Number neighbor_radius, Boolean train)
label_maximum_extension_map
CLIJ2
- boolean labelMaximumExtensionMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMaximumExtensionMap(Image input, ByRef Image destination)
pyclesperanto
- label_maximum_extension_map(labels : Image, destination : Image = None):
label_maximum_extension_ratio_map
CLIJ2
- boolean labelMaximumExtensionRatioMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMaximumExtensionRatioMap(Image input, ByRef Image destination)
pyclesperanto
- label_maximum_extension_ratio_map(labels : Image, destination : Image = None):
label_maximum_intensity_map
CLIJ2
- boolean labelMaximumIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMaximumIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
- label_maximum_intensity_map(intensity_image : Image, labels : Image, maximum_intensity_map : Image = None):
label_mean_extension_map
CLIJ2
- boolean labelMeanExtensionMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMeanExtensionMap(Image input, ByRef Image destination)
pyclesperanto
- label_mean_extension_map(labels : Image, destination : Image = None):
label_mean_intensity_map
CLIJ2
- boolean labelMeanIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMeanIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
- label_mean_intensity_map(input : Image, label_map : Image, destination : Image = None):
label_mean_of_laplacian_map
(experimental)
CLIJx
- boolean labelMeanOfLaplacianMap(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer label_mean_of_laplacian_map(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer destination)
Macro
- Ext.CLIJx_labelMeanOfLaplacianMap(Image input, Image label_map, ByRef Image destination)
label_minimum_intensity_map
CLIJ2
- boolean labelMinimumIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelMinimumIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
- label_minimum_intensity_map(intensity_image : Image, labels : Image, minimum_intensity_map : Image = None):
label_overlap_count_map
CLIJ2
- boolean labelOverlapCountMap(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer overlap_count_map_destination)
CLIc
clEsperantoJ
- ClearCLBuffer label_overlap_count_map(ClearCLBuffer label_map1, ClearCLBuffer label_map2, ClearCLBuffer overlap_count_map_destination)
Macro
- Ext.CLIJ2_labelOverlapCountMap(Image label_map1, Image label_map2, ByRef Image overlap_count_map_destination)
pyclesperanto
label_pixel_count_map
CLIJ2
- boolean labelPixelCountMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelPixelCountMap(Image input, ByRef Image destination)
pyclesperanto
- label_pixel_count_map(input : Image, destination : Image = None):
label_proximal_neighbor_count_map
CLIJ2
- boolean labelProximalNeighborCountMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer label_proximal_neighbor_count_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_labelProximalNeighborCountMap(Image label_map1, Image label_map2, ByRef Image proximal_neighbor_count_map_destination, Number min_distance, Number max_distance)
pyclesperanto
label_spots
CLIJ2
- boolean labelSpots(ClearCLBuffer input_spots, ClearCLBuffer labelled_spots_destination)
CLIc
clEsperantoJ
- ClearCLBuffer label_spots(ClearCLBuffer input_spots, ClearCLBuffer labelled_spots_destination)
Macro
- Ext.CLIJ2_labelSpots(Image input_spots, ByRef Image labelled_spots_destination)
pyclesperanto
- label_spots(input_spots : Image, labelled_spots_destination : Image = None):
label_standard_deviation_intensity_map
CLIJ2
- boolean labelStandardDeviationIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_labelStandardDeviationIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
- label_standard_deviation_intensity_map(intensity_image : Image, labels : Image, standard_deviation_intensity_map : Image = None):
label_surface
CLIJ2
- boolean labelSurface(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer label_surface(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_labelSurface(Image input_labels, ByRef Image destination_labels, Number relative_center_x, Number relative_center_y, Number relative_center_z)
pyclesperanto
label_to_mask
CLIJ2
- boolean labelToMask(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer label_to_mask(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_labelToMask(Image label_map_source, ByRef Image mask_destination, Number label_index)
pyclesperanto
label_voronoi_octagon
CLIJ2
- boolean labelVoronoiOctagon(ClearCLBuffer label_map, ClearCLBuffer label_voronoi_destination)
CLIc
clEsperantoJ
- ClearCLBuffer label_voronoi_octagon(ClearCLBuffer label_map, ClearCLBuffer label_voronoi_destination)
Macro
- Ext.CLIJ2_labelVoronoiOctagon(Image label_map, ByRef Image label_voronoi_destination)
pyclesperanto
labelled_spots_to_point_list
CLIJ2
- boolean labelledSpotsToPointList(ClearCLBuffer input_labelled_spots, ClearCLBuffer destination_pointlist)
CLIc
clEsperantoJ
- ClearCLBuffer labelled_spots_to_point_list(ClearCLBuffer input_labelled_spots, ClearCLBuffer destination_pointlist)
Macro
- Ext.CLIJ2_labelledSpotsToPointList(Image input_labelled_spots, ByRef Image destination_pointlist)
pyclesperanto
labelled_spots_to_pointlist
(experimental)
pyclesperanto
- labelled_spots_to_pointlist(input_labelled_spots:Image, destination_pointlist :Image = None):
laplace_box
CLIJ2
- boolean laplaceBox(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer laplace_box(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_laplaceBox(Image input, ByRef Image destination)
pyclesperanto
- laplace_box(input : Image, destination : Image = None):
laplace_sphere
CLIJ2
- boolean laplaceSphere(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer laplace_sphere(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_laplaceSphere(Image input, ByRef Image destination)
pyclesperanto
laplace_diamond
(experimental)
pyclesperanto
- laplace_diamond(source : Image, destination : Image = None):
local_dog_threshold
(experimental)
CLIJx
- boolean localDoGThreshold(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
local_extrema_box
(experimental)
CLIJx
- boolean localExtremaBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLBuffer local_extrema_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_localExtremaBox(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
local_i_d
(experimental)
CLIJx
- boolean localID(ClearCLBuffer input, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer local_i_d(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localID(Image input, ByRef Image destination)
local_maximum_average_distance_of_n_closest_neighbors_map
(deprecated)
CLIJx
- boolean localMaximumAverageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_localMaximumAverageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
local_maximum_average_neighbor_distance_map
(deprecated)
CLIJx
- boolean localMaximumAverageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMaximumAverageNeighborDistanceMap(Image input, ByRef Image destination)
local_maximum_touching_neighbor_count_map
(deprecated)
CLIJx
- boolean localMaximumTouchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMaximumTouchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- local_maximum_touching_neighbor_count_map(input : Image, destination : Image = None):
local_mean_average_distance_of_n_closest_neighbors_map
(deprecated)
CLIJx
- boolean localMeanAverageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_localMeanAverageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
local_mean_average_neighbor_distance_map
(deprecated)
CLIJx
- boolean localMeanAverageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMeanAverageNeighborDistanceMap(Image input, ByRef Image destination)
local_mean_touch_portion_map
(experimental)
CLIJx
- boolean localMeanTouchPortionMap(ClearCLBuffer input, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer local_mean_touch_portion_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMeanTouchPortionMap(Image input, ByRef Image destination)
local_mean_touching_neighbor_count_map
(deprecated)
CLIJx
- boolean localMeanTouchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMeanTouchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- local_mean_touching_neighbor_count_map(input : Image, destination : Image = None):
(deprecated)
CLIJx
- boolean localMedianAverageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_localMedianAverageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
(deprecated)
CLIJx
- boolean localMedianAverageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMedianAverageNeighborDistanceMap(Image input, ByRef Image destination)
(deprecated)
CLIJx
- boolean localMedianTouchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMedianTouchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- local_median_touching_neighbor_count_map(input : Image, destination : Image = None):
local_minimum_average_distance_of_n_closest_neighbors_map
(deprecated)
CLIJx
- boolean localMinimumAverageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_localMinimumAverageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
local_minimum_average_neighbor_distance_map
(deprecated)
CLIJx
- boolean localMinimumAverageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMinimumAverageNeighborDistanceMap(Image input, ByRef Image destination)
local_minimum_touching_neighbor_count_map
(deprecated)
CLIJx
- boolean localMinimumTouchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localMinimumTouchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- local_minimum_touching_neighbor_count_map(input : Image, destination : Image = None):
local_standard_deviation_average_distance_of_n_closest_neighbors_map
(deprecated)
CLIJx
- boolean localStandardDeviationAverageDistanceOfNClosestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_localStandardDeviationAverageDistanceOfNClosestNeighborsMap(Image input, ByRef Image destination, Number n)
local_standard_deviation_average_neighbor_distance_map
(deprecated)
CLIJx
- boolean localStandardDeviationAverageNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localStandardDeviationAverageNeighborDistanceMap(Image input, ByRef Image destination)
local_standard_deviation_touching_neighbor_count_map
(deprecated)
CLIJx
- boolean localStandardDeviationTouchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_localStandardDeviationTouchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- local_standard_deviation_touching_neighbor_count_map(input : Image, destination : Image = None):
local_threshold
CLIJ2
- boolean localThreshold(ClearCLImageInterface source, ClearCLImageInterface localThreshold, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface local_threshold(ClearCLImageInterface source, ClearCLImageInterface localThreshold, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_localThreshold(Image source, Image localThreshold, ByRef Image destination)
pyclesperanto
local_threshold_bernsen
(experimental)
CLIJx
- boolean localThresholdBernsen(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
clEsperantoJ
- ClearCLBuffer local_threshold_bernsen(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
Macro
- Ext.CLIJx_localThresholdBernsen(Image source, ByRef Image destination, Number radius, Number contrast_threshold)
local_threshold_contrast
(experimental)
CLIJx
- boolean localThresholdContrast(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3)
clEsperantoJ
- ClearCLBuffer local_threshold_contrast(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3)
Macro
- Ext.CLIJx_localThresholdContrast(Image source, ByRef Image destination, Number radius)
local_threshold_mean
(experimental)
CLIJx
- boolean localThresholdMean(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
clEsperantoJ
- ClearCLBuffer local_threshold_mean(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
Macro
- Ext.CLIJx_localThresholdMean(Image source, ByRef Image destination, Number radius, Number c_value)
(experimental)
CLIJx
- boolean localThresholdMedian(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
clEsperantoJ
- ClearCLBuffer local_threshold_median(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
Macro
- Ext.CLIJx_localThresholdMedian(Image source, ByRef Image destination, Number radius, Number c_value)
local_threshold_mid_grey
(experimental)
CLIJx
- boolean localThresholdMidGrey(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
clEsperantoJ
- ClearCLBuffer local_threshold_mid_grey(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4)
Macro
- Ext.CLIJx_localThresholdMidGrey(Image source, ByRef Image destination, Number radius, Number c_value)
local_threshold_niblack
(experimental)
CLIJx
- boolean localThresholdNiblack(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
clEsperantoJ
- ClearCLBuffer local_threshold_niblack(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
Macro
- Ext.CLIJx_localThresholdNiblack(Image source, ByRef Image destination, Number radius, Number k_value, Number c_value)
local_threshold_phansalkar
(experimental)
CLIJx
- boolean localThresholdPhansalkar(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
clEsperantoJ
- ClearCLBuffer local_threshold_phansalkar(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
Macro
- Ext.CLIJx_localThresholdPhansalkar(Image source, ByRef Image destination, Number radius, Number k, Number r)
local_threshold_sauvola
(experimental)
CLIJx
- boolean localThresholdSauvola(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
clEsperantoJ
- ClearCLBuffer local_threshold_sauvola(ClearCLBuffer arg1, ClearCLBuffer arg2, float arg3, float arg4, float arg5)
Macro
- Ext.CLIJx_localThresholdSauvola(Image source, ByRef Image destination, Number radius, Number par1, Number par2)
logarithm
CLIJ2
- boolean logarithm(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface logarithm(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_logarithm(Image source, ByRef Image destination)
pyclesperanto
- logarithm(source : Image, destination : Image = None):
make_isotropic
CLIJ2
- boolean makeIsotropic(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
CLIc
clEsperantoJ
- ClearCLBuffer make_isotropic(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJ2_makeIsotropic(Image input, ByRef Image destination, Number original_voxel_size_x, Number original_voxel_size_y, Number original_voxel_size_z, Number new_voxel_size)
pyclesperanto
mask
CLIJ2
- boolean mask(ClearCLImageInterface source, ClearCLImageInterface mask, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface mask(ClearCLImageInterface source, ClearCLImageInterface mask, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_mask(Image source, Image mask, ByRef Image destination)
pyclesperanto
- mask(source : Image, mask : Image, destination : Image = None):
mask_label
CLIJ2
- boolean maskLabel(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer mask_label(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_maskLabel(Image source, Image label_map, ByRef Image destination, Number label_index)
pyclesperanto
- mask_label(source : Image, label_map : Image, destination : Image = None, label_index : int = 1):
mask_stack_with_plane
CLIJ2
- boolean maskStackWithPlane(ClearCLImageInterface source, ClearCLImageInterface mask, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface mask_stack_with_plane(ClearCLImageInterface source, ClearCLImageInterface mask, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_maskStackWithPlane(Image source, Image mask, ByRef Image destination)
pyclesperanto
masked_voronoi_labeling
CLIJ2
- boolean maskedVoronoiLabeling(ClearCLBuffer input, ClearCLBuffer mask, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface masked_voronoi_labeling(ClearCLBuffer input, ClearCLBuffer mask, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_maskedVoronoiLabeling(Image input, Image mask, ByRef Image destination)
pyclesperanto
- masked_voronoi_labeling(binary_source : Image, mask_image : Image, labeling_destination : Image = None):
matrix_equal
CLIJ2
- boolean matrixEqual(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer matrix_equal(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_matrixEqual(Image input1, Image input2, Number tolerance)
pyclesperanto
maximum_box
CLIJ2
- boolean maximum2DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum2d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_maximum2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- maximum_box(source : Image, destination : Image = None, radius_x : int = 1, radius_y : int = 1, radius_z : int = 1):
maximum_sphere
CLIJ2
- boolean maximum2DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum2d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_maximum2DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- maximum_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z=0):
maximum_box
CLIJ2
- boolean maximum3DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum3d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_maximum3DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- maximum_box(source : Image, destination : Image = None, radius_x : int = 1, radius_y : int = 1, radius_z : int = 1):
maximum_slice_by_slice_sphere
CLIJ2
- boolean maximum3DSliceBySliceSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum3d_slice_by_slice_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_maximumSliceBySliceSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
maximum_sphere
CLIJ2
- boolean maximum3DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum3d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_maximum3DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- maximum_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z=0):
maximum_box
CLIJ2
- ClearCLKernel maximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLKernel arg3)
- boolean maximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean maximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_maximum2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- maximum_box(source : Image, destination : Image = None, radius_x : int = 1, radius_y : int = 1, radius_z : int = 1):
maximum_diamond
CLIJ2
- ClearCLKernel maximumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLKernel arg3)
CLIc
clEsperantoJ
Macro
pyclesperanto
maximum_distance_of_touching_neighbors
CLIJ2
- boolean maximumDistanceOfTouchingNeighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer distancelist_destination)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_distance_of_touching_neighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer distancelist_destination)
Macro
- Ext.CLIJ2_maximumDistanceOfTouchingNeighbors(Image distance_matrix, Image touch_matrix, ByRef Image distancelist_destination)
pyclesperanto
- maximum_distance_of_touching_neighbors(distance_matrix : Image, touch_matrix: Image, distancelist_destination: Image = None):
maximum_extension_map
CLIJ2
- boolean maximumExtensionMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_extension_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_maximumExtensionMap(Image input, ByRef Image destination)
pyclesperanto
maximum_image_and_scalar
CLIJ2
- boolean maximumImageAndScalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_image_and_scalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_maximumImageAndScalar(Image source, ByRef Image destination, Number scalar)
pyclesperanto
- maximum_image_and_scalar(source : Image, destination : Image = None, scalar : float = 0):
maximum_images
CLIJ2
- boolean maximumImages(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_images(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_maximumImages(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- maximum_images(source1 : Image, source2 : Image, destination : Image = None):
maximum_intensity_map
CLIJ2
- boolean maximumIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_intensity_map(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_maximumIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
maximum_neighbor_distance_map
CLIJ2
- boolean maximumNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_maximumNeighborDistanceMap(Image input, ByRef Image destination)
pyclesperanto
maximum_octagon
CLIJ2
- boolean maximumOctagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_octagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_maximumOctagon(Image input, ByRef Image destination, Number iterations)
pyclesperanto
maximum_of_all_pixels
CLIJ2
- double maximumOfAllPixels(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_of_all_pixels(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_maximumOfAllPixels(Image source)
pyclesperanto
- maximum_of_all_pixels(source : Image):
maximum_of_masked_pixels
CLIJ2
- double maximumOfMaskedPixels(ClearCLBuffer source, ClearCLBuffer mask)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_of_masked_pixels(ClearCLBuffer source, ClearCLBuffer mask)
Macro
- Ext.CLIJ2_maximumOfMaskedPixels(Image source, Image mask)
pyclesperanto
maximum_of_n_nearest_neighbors_map
CLIJ2
- boolean maximumOfNNearestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_of_n_nearest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_maximumOfNNearestNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number n)
pyclesperanto
- maximum_of_n_nearest_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, n : int = 1):
maximum_of_proximal_neighbors_map
CLIJ2
- boolean maximumOfProximalNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_of_proximal_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_maximumOfProximalNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number min_distance, Number max_distance)
pyclesperanto
- maximum_of_proximal_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
maximum_of_touching_neighbors
CLIJ2
- boolean maximumOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer maximum_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer maximum_values_destination)
Macro
- Ext.CLIJ2_maximumOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image maximum_values_destination)
pyclesperanto
- maximum_of_touching_neighbors(values : Image, touch_matrix : Image, maximum_values_destination : Image = None):
maximum_of_touching_neighbors_map
CLIJ2
- boolean maximumOfTouchingNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_of_touching_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_maximumOfTouchingNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number radius, Boolean ignore_touching_background)
pyclesperanto
- maximum_of_touching_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, radius : int = 1, ignore_touching_background : bool = True):
maximum_touching_neighbor_distance_map
CLIJ2
- boolean maximumTouchingNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer maximum_touching_neighbor_distance_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_maximumTouchingNeighborDistanceMap(Image input, ByRef Image destination)
pyclesperanto
maximum_x_projection
CLIJ2
- boolean maximumXProjection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_x_projection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
Macro
- Ext.CLIJ2_maximumXProjection(Image source, ByRef Image destination_max)
pyclesperanto
- maximum_x_projection(source : Image, destination_max : Image = None):
maximum_xyz_projection
(experimental)
CLIJx
- boolean maximumXYZProjection(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- boolean maximumXYZProjection(ClearCLImage arg1, ClearCLImage arg2, double arg3, double arg4, double arg5)
maximum_y_projection
CLIJ2
- boolean maximumYProjection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_y_projection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
Macro
- Ext.CLIJ2_maximumYProjection(Image source, ByRef Image destination_max)
pyclesperanto
- maximum_y_projection(source : Image, destination_max : Image = None):
maximum_z_projection
CLIJ2
- boolean maximumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination_max)
Macro
- Ext.CLIJ2_maximumZProjection(Image source, ByRef Image destination_max)
pyclesperanto
- maximum_z_projection(source :Image, destination_max :Image = None):
maximum_z_projection_bounded
CLIJ2
- boolean maximumZProjectionBounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface maximum_z_projection_bounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_maximumZProjectionBounded(Image source, ByRef Image destination_max, Number min_z, Number max_z)
pyclesperanto
maximum_distance_of_n_shortest_distances
(experimental)
pyclesperanto
- maximum_distance_of_n_shortest_distances(distance_matrix : Image, distance_vector_destination: Image = None, n : int = 1):
mean_box
CLIJ2
- boolean mean2DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface mean2d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_mean2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- mean_box(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
mean_sphere
CLIJ2
- boolean mean2DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface mean2d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_mean2DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- mean_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
mean_box
CLIJ2
- boolean mean3DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface mean3d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_mean3DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- mean_box(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
mean_sphere
CLIJ2
- boolean mean3DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface mean3d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_mean3DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- mean_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
mean_box
CLIJ2
- boolean meanBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_mean2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- mean_box(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
mean_closest_spot_distance
CLIJ2
- double meanClosestSpotDistance(ClearCLBuffer arg1, ClearCLBuffer arg2)
- double[] meanClosestSpotDistance(ClearCLBuffer arg1, ClearCLBuffer arg2, boolean arg3)
CLIc
clEsperantoJ
- ClearCLBuffer mean_closest_spot_distance(ClearCLBuffer arg1, ClearCLBuffer arg2)
- ClearCLBuffer mean_closest_spot_distance(ClearCLBuffer arg1, ClearCLBuffer arg2, boolean arg3)
Macro
- Ext.CLIJ2_meanClosestSpotDistance(Image spotsA, Image spotsB, Boolean bidirectional)
pyclesperanto
mean_extension_map
CLIJ2
- boolean meanExtensionMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer mean_extension_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_meanExtensionMap(Image input, ByRef Image destination)
pyclesperanto
mean_intensity_map
CLIJ2
- boolean meanIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer mean_intensity_map(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_meanIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
mean_of_all_pixels
CLIJ2
- double meanOfAllPixels(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_of_all_pixels(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_meanOfAllPixels(Image source)
pyclesperanto
- mean_of_all_pixels(source : Image):
mean_of_masked_pixels
CLIJ2
- double meanOfMaskedPixels(ClearCLBuffer source, ClearCLBuffer mask)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_masked_pixels(ClearCLBuffer source, ClearCLBuffer mask)
Macro
- Ext.CLIJ2_meanOfMaskedPixels(Image source, Image mask)
pyclesperanto
mean_of_n_nearest_neighbors_map
CLIJ2
- boolean meanOfNNearestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_n_nearest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_meanOfNNearestNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number n)
pyclesperanto
- mean_of_n_nearest_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, n : int = 1):
mean_of_pixels_above_threshold
CLIJ2
- double meanOfPixelsAboveThreshold(ClearCLBuffer arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_pixels_above_threshold(ClearCLBuffer arg1, double arg2)
Macro
- Ext.CLIJ2_meanOfPixelsAboveThreshold(Image source, Number threshold)
pyclesperanto
mean_of_proximal_neighbors_map
CLIJ2
- boolean meanOfProximalNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_proximal_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_meanOfProximalNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number min_distance, Number max_distance)
pyclesperanto
- mean_of_proximal_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
mean_of_touching_neighbors
CLIJ2
- boolean meanOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer mean_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer mean_values_destination)
Macro
- Ext.CLIJ2_meanOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image mean_values_destination)
pyclesperanto
- mean_of_touching_neighbors(values : Image, touch_matrix : Image, mean_values_destination : Image = None):
mean_of_touching_neighbors_map
CLIJ2
- boolean meanOfTouchingNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer mean_of_touching_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_meanOfTouchingNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number radius, Boolean ignore_touching_background)
pyclesperanto
- mean_of_touching_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, radius : int = 1, ignore_touching_background : bool = True):
mean_slice_by_slice_sphere
CLIJ2
- boolean meanSliceBySliceSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_slice_by_slice_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_meanSliceBySliceSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
mean_squared_error
CLIJ2
- double meanSquaredError(ClearCLBuffer source1, ClearCLBuffer source2)
CLIc
clEsperantoJ
- ClearCLBuffer mean_squared_error(ClearCLBuffer source1, ClearCLBuffer source2)
Macro
- Ext.CLIJ2_meanSquaredError(Image source1, Image source2)
pyclesperanto
- mean_squared_error(source1 : Image, source2 : Image):
mean_x_projection
CLIJ2
- boolean meanXProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_x_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_meanXProjection(Image source, ByRef Image destination)
pyclesperanto
- mean_x_projection(source : Image, destination : Image = None):
mean_y_projection
CLIJ2
- boolean meanYProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_y_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_meanYProjection(Image source, ByRef Image destination)
pyclesperanto
- mean_y_projection(source : Image, destination : Image = None):
mean_z_projection
CLIJ2
- boolean meanZProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_meanZProjection(Image source, ByRef Image destination)
pyclesperanto
- mean_z_projection(source : Image, destination : Image = None):
mean_z_projection_above_threshold
(experimental)
CLIJx
- boolean meanZProjectionAboveThreshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
clEsperantoJ
- ClearCLImageInterface mean_z_projection_above_threshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJx_meanZProjectionAboveThreshold(Image source, ByRef Image destination, Number threshold)
mean_z_projection_below_threshold
(experimental)
CLIJx
- boolean meanZProjectionBelowThreshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
clEsperantoJ
- ClearCLImageInterface mean_z_projection_below_threshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJx_meanZProjectionBelowThreshold(Image source, ByRef Image destination, Number threshold)
mean_z_projection_bounded
CLIJ2
- boolean meanZProjectionBounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface mean_z_projection_bounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_meanZProjectionBounded(Image source, ByRef Image destination_mean, Number min_z, Number max_z)
pyclesperanto
CLIJ2
- boolean median2DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface median2d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_median2DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
CLIJ2
- boolean median2DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface median2d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_median2DSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
CLIJ2
- boolean median3DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface median3d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_median3DBox(Image source, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
CLIJ2
- boolean median3DSliceBySliceBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface median3d_slice_by_slice_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_medianSliceBySliceBox(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
CLIJ2
- boolean median3DSliceBySliceSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface median3d_slice_by_slice_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_medianSliceBySliceSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
CLIJ2
- boolean median3DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface median3d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_median3DSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
CLIJ2
- boolean medianOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer median_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer median_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer median_values_destination)
Macro
- Ext.CLIJ2_medianOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image median_values_destination)
pyclesperanto
- median_of_touching_neighbors(values : Image, touch_matrix : Image, median_values_destination : Image = None):
(experimental)
CLIJx
- boolean medianTouchPortionMap(ClearCLBuffer labels, ClearCLBuffer map_destination)
clEsperantoJ
- ClearCLBuffer median_touch_portion_map(ClearCLBuffer labels, ClearCLBuffer map_destination)
Macro
- Ext.CLIJx_medianTouchPortionMap(Image labels, ByRef Image map_destination)
CLIJ2
- boolean medianZProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface median_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_medianZProjection(Image source, ByRef Image destination)
pyclesperanto
CLIJ2
- boolean medianZProjectionMasked(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface median_z_projection_masked(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
Macro
- Ext.CLIJ2_medianZProjectionMasked(Image source, ByRef Image destination)
pyclesperanto
merge_touching_labels
CLIJ2
- boolean mergeTouchingLabels(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer merge_touching_labels(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_mergeTouchingLabels(Image source, ByRef Image destination)
pyclesperanto
- merge_touching_labels(labels_input: Image, labels_destination: Image = None):
merge_touching_labels_special
(experimental)
CLIJx
- boolean mergeTouchingLabelsSpecial(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4)
clEsperantoJ
- ClearCLBuffer merge_touching_labels_special(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4)
minimum_box
CLIJ2
- boolean minimum2DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum2d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_minimum2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- minimum_box(source : Image, destination : Image = None, radius_x : float = 0, radius_y : float = 0, radius_z : float = 0):
minimum_sphere
CLIJ2
- boolean minimum2DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum2d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_minimum2DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- minimum_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
minimum_box
CLIJ2
- boolean minimum3DBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum3d_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_minimum3DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- minimum_box(source : Image, destination : Image = None, radius_x : float = 0, radius_y : float = 0, radius_z : float = 0):
minimum_slice_by_slice_sphere
CLIJ2
- boolean minimum3DSliceBySliceSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum3d_slice_by_slice_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_minimumSliceBySliceSphere(Image source, ByRef Image destination, Number radiusX, Number radiusY)
pyclesperanto
minimum_sphere
CLIJ2
- boolean minimum3DSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum3d_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_minimum3DSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
- minimum_sphere(source : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
minimum_box
CLIJ2
- ClearCLKernel minimumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLKernel arg3)
- boolean minimumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean minimumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface minimum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_minimum2DBox(Image source, ByRef Image destination, Number radius_x, Number radius_y)
pyclesperanto
- minimum_box(source : Image, destination : Image = None, radius_x : float = 0, radius_y : float = 0, radius_z : float = 0):
minimum_diamond
CLIJ2
- ClearCLKernel minimumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLKernel arg3)
CLIc
clEsperantoJ
Macro
pyclesperanto
minimum_distance_of_touching_neighbors
CLIJ2
- boolean minimumDistanceOfTouchingNeighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer minimum_distancelist_destination)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_distance_of_touching_neighbors(ClearCLBuffer distance_matrix, ClearCLBuffer touch_matrix, ClearCLBuffer minimum_distancelist_destination)
Macro
- Ext.CLIJ2_minimumDistanceOfTouchingNeighbors(Image distance_matrix, Image touch_matrix, ByRef Image minimum_distancelist_destination)
pyclesperanto
- minimum_distance_of_touching_neighbors(distance_matrix : Image, touch_matrix: Image, distancelist_destination: Image = None):
minimum_image_and_scalar
CLIJ2
- boolean minimumImageAndScalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_image_and_scalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_minimumImageAndScalar(Image source, ByRef Image destination, Number scalar)
pyclesperanto
- minimum_image_and_scalar(source : Image, destination : Image = None, scalar : float = 0):
minimum_images
CLIJ2
- boolean minimumImages(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_images(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_minimumImages(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- minimum_images(source1 : Image, source2 : Image, destination : Image = None):
minimum_intensity_map
CLIJ2
- boolean minimumIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_intensity_map(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_minimumIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
minimum_neighbor_distance_map
CLIJ2
- boolean minimumNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_minimumNeighborDistanceMap(Image input, ByRef Image destination)
pyclesperanto
minimum_octagon
CLIJ2
- boolean minimumOctagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_octagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_minimumOctagon(Image input, ByRef Image destination, Number iterations)
pyclesperanto
minimum_of_all_pixels
CLIJ2
- double minimumOfAllPixels(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_of_all_pixels(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_minimumOfAllPixels(Image source)
pyclesperanto
- minimum_of_all_pixels(source : Image):
minimum_of_masked_pixels
CLIJ2
- double minimumOfMaskedPixels(ClearCLBuffer source, ClearCLBuffer mask)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_of_masked_pixels(ClearCLBuffer source, ClearCLBuffer mask)
Macro
- Ext.CLIJ2_minimumOfMaskedPixels(Image source, Image mask)
pyclesperanto
- minimum_of_masked_pixels(source : Image, mask : Image):
minimum_of_n_nearest_neighbors_map
CLIJ2
- boolean minimumOfNNearestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_of_n_nearest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_minimumOfNNearestNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number n)
pyclesperanto
- minimum_of_n_nearest_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, n : int = 1):
minimum_of_proximal_neighbors_map
CLIJ2
- boolean minimumOfProximalNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_of_proximal_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_minimumOfProximalNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number min_distance, Number max_distance)
pyclesperanto
- minimum_of_proximal_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
minimum_of_touching_neighbors
CLIJ2
- boolean minimumOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer minimum_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer minimum_values_destination)
Macro
- Ext.CLIJ2_minimumOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image minimum_values_destination)
pyclesperanto
- minimum_of_touching_neighbors(values : Image, touch_matrix : Image, minimum_values_destination : Image = None):
minimum_of_touching_neighbors_map
CLIJ2
- boolean minimumOfTouchingNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_of_touching_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_minimumOfTouchingNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number radius, Boolean ignore_touching_background)
pyclesperanto
- minimum_of_touching_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, radius : int = 1, ignore_touching_background : bool = True):
minimum_touching_neighbor_distance_map
CLIJ2
- boolean minimumTouchingNeighborDistanceMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_touching_neighbor_distance_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_minimumTouchingNeighborDistanceMap(Image input, ByRef Image destination)
pyclesperanto
minimum_x_projection
CLIJ2
- boolean minimumXProjection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_x_projection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
Macro
- Ext.CLIJ2_minimumXProjection(Image source, ByRef Image destination_min)
pyclesperanto
- minimum_x_projection(source : Image, destination_min : Image = None):
minimum_y_projection
CLIJ2
- boolean minimumYProjection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_y_projection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
Macro
- Ext.CLIJ2_minimumYProjection(Image source, ByRef Image destination_min)
pyclesperanto
- minimum_y_projection(source : Image, destination_min : Image = None):
minimum_z_projection
CLIJ2
- boolean minimumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination_min)
Macro
- Ext.CLIJ2_minimumZProjection(Image source, ByRef Image destination_min)
pyclesperanto
- minimum_z_projection(source : Image, destination_min : Image = None):
minimum_z_projection_bounded
CLIJ2
- boolean minimumZProjectionBounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface minimum_z_projection_bounded(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_minimumZProjectionBounded(Image source, ByRef Image destination_min, Number min_z, Number max_z)
pyclesperanto
minimum_z_projection_thresholded_bounded
CLIJ2
- boolean minimumZProjectionThresholdedBounded(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer minimum_z_projection_thresholded_bounded(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_minimumZProjectionThresholdedBounded(Image source, ByRef Image destination_min, Number min_z, Number max_z)
pyclesperanto
mode_of_n_nearest_neighbors_map
CLIJ2
- boolean modeOfNNearestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer mode_of_n_nearest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_modeOfNNearestNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number n)
pyclesperanto
- mode_of_n_nearest_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, n : int = 1):
mode_of_proximal_neighbors_map
CLIJ2
- boolean modeOfProximalNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer mode_of_proximal_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_modeOfProximalNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number min_distance, Number max_distance)
pyclesperanto
- mode_of_proximal_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
mode_of_touching_neighbors
CLIJ2
- boolean modeOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer mode_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer mode_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer mode_values_destination)
Macro
- Ext.CLIJ2_modeOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image mode_values_destination)
pyclesperanto
- mode_of_touching_neighbors(src_values : Image, touch_matrix : Image, dst_values : Image = None):
mode_of_touching_neighbors_map
CLIJ2
- boolean modeOfTouchingNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer mode_of_touching_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_modeOfTouchingNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number radius, Boolean ignore_touching_background)
pyclesperanto
- mode_of_touching_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, radius : int = 1, ignore_touching_background : bool = True):
chamfer_distance_map
(experimental)
Macro
- Ext.CLIJx_morphoLibJChamferDistanceMap(Image input, ByRef Image destination)
classic_watershed
(experimental)
Macro
- Ext.CLIJx_morphoLibJClassicWatershed(Image gradient_input, Image binary_restriction_input, ByRef Image destination, Number h_min, Number h_max)
extended_maxima
(experimental)
Macro
- Ext.CLIJx_morphoLibJExtendedMaxima(Image input, ByRef Image binary_destination, Number tolerance_threshold)
extended_minima
(experimental)
Macro
- Ext.CLIJx_morphoLibJExtendedMinima(Image input, ByRef Image binary_destination, Number tolerance_threshold)
fill_holes
(experimental)
Macro
- Ext.CLIJx_morphoLibJFillHoles(Image input, ByRef Image destination)
flood_fill_components_labeling
(experimental)
Macro
- Ext.CLIJx_morphoLibJFloodFillComponentsLabeling(Image input, ByRef Image destination)
keep_largest_region
(experimental)
Macro
- Ext.CLIJx_morphoLibJKeepLargestRegion(Image binary_input, ByRef Image binary_destination)
marker_controlled_watershed
(experimental)
Macro
- Ext.CLIJx_morphoLibJMarkerControlledWatershed(Image gradient_input, Image labelled_spots_image, Image binary_restriction_input, ByRef Image destination)
morphological_segmentation_label_border_image
(experimental)
Macro
- Ext.CLIJx_morphoLibJMorphologicalSegmentationLabelBorderImage(Image input, ByRef Image labels_destination, Number tolerance_threshold)
morphological_segmentation_label_object_image
(experimental)
Macro
- Ext.CLIJx_morphoLibJMorphologicalSegmentationLabelObjectImage(Image input, ByRef Image labels_destination, Number gradient_radius, Number tolerance_threshold)
remove_largest_region
(experimental)
Macro
- Ext.CLIJx_morphoLibJRemoveLargestRegion(Image binary_input, ByRef Image binary_destination)
multiply_image_and_coordinate
CLIJ2
- boolean multiplyImageAndCoordinate(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface multiply_image_and_coordinate(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_multiplyImageAndCoordinate(Image source, ByRef Image destination, Number dimension)
pyclesperanto
- multiply_image_and_coordinate(source : Image, destination : Image = None, dimension = 0):
multiply_image_and_scalar
CLIJ2
- boolean multiplyImageAndScalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface multiply_image_and_scalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_multiplyImageAndScalar(Image source, ByRef Image destination, Number scalar)
pyclesperanto
- multiply_image_and_scalar(source : Image, destination : Image = None, scalar : float = 0):
multiply_image_stack_with_scalars
CLIJ2
- boolean multiplyImageStackWithScalars(ClearCLImageInterface arg1, ClearCLImageInterface arg2, float[] arg3)
- boolean multiplyImageStackWithScalars(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLBuffer arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface multiply_image_stack_with_scalars(ClearCLImageInterface arg1, ClearCLImageInterface arg2, float[] arg3)
- ClearCLBuffer multiply_image_stack_with_scalars(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLBuffer arg3)
Macro
- Ext.CLIJ2_multiplyImageStackWithScalars(Image source, ByRef Image destination, Array scalars)
pyclesperanto
multiply_images
CLIJ2
- boolean multiplyImages(ClearCLImageInterface factor1, ClearCLImageInterface factor2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface multiply_images(ClearCLImageInterface factor1, ClearCLImageInterface factor2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_multiplyImages(Image factor1, Image factor2, ByRef Image destination)
pyclesperanto
- multiply_images(factor1 : Image, factor2 : Image, destination : Image = None):
multiply_matrix
CLIJ2
- boolean multiplyMatrix(ClearCLBuffer matrix1, ClearCLBuffer matrix2, ClearCLBuffer matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer multiply_matrix(ClearCLBuffer matrix1, ClearCLBuffer matrix2, ClearCLBuffer matrix_destination)
Macro
- Ext.CLIJ2_multiplyMatrix(Image matrix1, Image matrix2, ByRef Image matrix_destination)
pyclesperanto
- multiply_matrix(matrix1, matrix2, matrix_destination):
multiply_slice_by_slice_with_scalars
CLIJ2
- boolean multiplySliceBySliceWithScalars(ClearCLImageInterface arg1, ClearCLImageInterface arg2, float[] arg3)
CLIJx
- boolean multiplySliceBySliceWithScalars(ClearCLBuffer arg1, ClearCLBuffer arg2, float[] arg3)
- boolean multiplySliceBySliceWithScalars(ClearCLImage arg1, ClearCLImage arg2, float[] arg3)
CLIc
clEsperantoJ
Macro
pyclesperanto
multiply_stack_with_plane
CLIJ2
- boolean multiplyStackWithPlane(ClearCLImageInterface sourceStack, ClearCLImageInterface sourcePlane, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface multiply_stack_with_plane(ClearCLImageInterface sourceStack, ClearCLImageInterface sourcePlane, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_multiplyStackWithPlane(Image sourceStack, Image sourcePlane, ByRef Image destination)
pyclesperanto
n_closest_distances
CLIJ2
- boolean nClosestDistances(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3)
CLIc
clEsperantoJ
- ClearCLBuffer n_closest_distances(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3)
Macro
- Ext.CLIJ2_nClosestDistances(Image distance_matrix, ByRef Image distances_destination, ByRef Image indexlist_destination, Number nClosestPointsTofind)
pyclesperanto
n_closest_points
CLIJ2
- boolean nClosestPoints(ClearCLBuffer arg1, ClearCLBuffer arg2)
- boolean nClosestPoints(ClearCLBuffer arg1, ClearCLBuffer arg2, boolean arg3, boolean arg4)
CLIc
clEsperantoJ
- ClearCLBuffer n_closest_points(ClearCLBuffer arg1, ClearCLBuffer arg2)
- ClearCLBuffer n_closest_points(ClearCLBuffer arg1, ClearCLBuffer arg2, boolean arg3, boolean arg4)
Macro
- Ext.CLIJ2_nClosestPoints(Image distance_matrix, ByRef Image indexlist_destination, Number n)
pyclesperanto
- n_closest_points(distance_matrix : Image, indexlist_destination : Image = None, n : int = 1, ignore_background : bool = True, ignore_self : bool = True):
neighbor_count_with_touch_portion_above_threshold_map
(experimental)
CLIJx
- boolean neighborCountWithTouchPortionAboveThresholdMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer neighbor_count_with_touch_portion_above_threshold_map(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_neighborCountWithTouchPortionAboveThresholdMap(Image labels, ByRef Image map_destination, Number minimum_touch_portion)
neighbor_distance_range_ratio_map
CLIJ2
- boolean neighborDistanceRangeRatioMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_neighborDistanceRangeRatioMap(Image input, ByRef Image destination)
pyclesperanto
neighbors_of_neighbors
CLIJ2
- boolean neighborsOfNeighbors(ClearCLBuffer touch_matrix, ClearCLBuffer neighbor_matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer neighbors_of_neighbors(ClearCLBuffer touch_matrix, ClearCLBuffer neighbor_matrix_destination)
Macro
- Ext.CLIJ2_neighborsOfNeighbors(Image touch_matrix, ByRef Image neighbor_matrix_destination)
pyclesperanto
- neighbors_of_neighbors(touch_matrix : Image, neighbor_matrix_destination : Image = None):
non_local_means
(experimental)
CLIJx
- boolean nonLocalMeans(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
clEsperantoJ
- ClearCLBuffer non_local_means(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJx_nonLocalMeans(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ, Number sigma)
nonzero_maximum_box
CLIJ2
- boolean nonzeroMaximumBox(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean nonzeroMaximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzeroMaximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface nonzero_maximum_box(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface nonzero_maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzero_maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_nonzeroMaximumBox(Image input, ByRef Image destination)
pyclesperanto
- nonzero_maximum_box (input, flag_dst, destination):
nonzero_maximum_diamond
CLIJ2
- boolean nonzeroMaximumDiamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean nonzeroMaximumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzeroMaximumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface nonzero_maximum_diamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface nonzero_maximum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzero_maximum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_nonzeroMaximumDiamond(Image input, ByRef Image destination)
pyclesperanto
- nonzero_maximum_diamond (input, flag_dst, destination):
nonzero_minimum_box
CLIJ2
- boolean nonzeroMinimumBox(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean nonzeroMinimumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzeroMinimumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface nonzero_minimum_box(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface nonzero_minimum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzero_minimum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_nonzeroMinimumBox(Image input, ByRef Image destination)
pyclesperanto
- nonzero_minimum_box (input, flag_dst, destination):
nonzero_minimum_diamond
CLIJ2
- boolean nonzeroMinimumDiamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean nonzeroMinimumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzeroMinimumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface nonzero_minimum_diamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface nonzero_minimum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel nonzero_minimum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_nonzeroMinimumDiamond(Image input, ByRef Image destination)
pyclesperanto
- nonzero_minimum_diamond (input, flag_dst, destination):
not_equal
CLIJ2
- boolean notEqual(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer not_equal(ClearCLImageInterface source1, ClearCLImageInterface source2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_notEqual(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- not_equal(source1 : Image, source2 : Image, destination : Image = None):
not_equal_constant
CLIJ2
- boolean notEqualConstant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer not_equal_constant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_notEqualConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- not_equal_constant(source : Image, destination : Image = None, constant : float = 0):
onlyzero_overwrite_maximum_box
CLIJ2
- boolean onlyzeroOverwriteMaximumBox(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean onlyzeroOverwriteMaximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel onlyzeroOverwriteMaximumBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface onlyzero_overwrite_maximum_box(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface onlyzero_overwrite_maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel onlyzero_overwrite_maximum_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_onlyzeroOverwriteMaximumBox(Image input, ByRef Image destination)
pyclesperanto
- onlyzero_overwrite_maximum_box (input, flag_dst, destination):
onlyzero_overwrite_maximum_diamond
CLIJ2
- boolean onlyzeroOverwriteMaximumDiamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- boolean onlyzeroOverwriteMaximumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel onlyzeroOverwriteMaximumDiamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface onlyzero_overwrite_maximum_diamond(ClearCLImageInterface input, ClearCLImageInterface destination)
- ClearCLImageInterface onlyzero_overwrite_maximum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3)
- ClearCLKernel onlyzero_overwrite_maximum_diamond(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, ClearCLKernel arg4)
Macro
- Ext.CLIJ2_onlyzeroOverwriteMaximumDiamond(Image input, ByRef Image destination)
pyclesperanto
- onlyzero_overwrite_maximum_diamond(input, flag_dst, destination):
opening_box
CLIJ2
- boolean openingBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer opening_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_openingBox(Image input, ByRef Image destination, Number number_of_erotions_and_dilations)
pyclesperanto
opening_diamond
CLIJ2
- boolean openingDiamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer opening_diamond(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_openingDiamond(Image input, ByRef Image destination, Number number_of_erotions_and_dilations)
pyclesperanto
operations
(experimental)
pyclesperanto
- operations(must_have_categories : list = None, must_not_have_categories : list = None) -> dict:
organise_windows
(experimental)
CLIJx
- boolean organiseWindows(double arg1, double arg2, double arg3, double arg4, double arg5, double arg6)
clEsperantoJ
- boolean organise_windows(double arg1, double arg2, double arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJx_organiseWindows(Number startX, Number startY, Number tilesX, Number tilesY, Number tileWidth, Number tileHeight)
out_of_intensity_range
CLIJ2
- boolean outOfIntensityRange(ClearCLBuffer arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface out_of_intensity_range(ClearCLBuffer arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_outOfIntensityRange(Image source, ByRef Image destination)
pyclesperanto
parametric_watershed
(experimental)
CLIJx
- boolean parametricWatershed(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLBuffer parametric_watershed(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_parametricWatershed(Image binary_source, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
particle_image_velocimetry
(experimental)
CLIJx
- boolean particleImageVelocimetry(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5, double arg6, double arg7, double arg8)
clEsperantoJ
- ClearCLBuffer particle_image_velocimetry(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, ClearCLBuffer arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJx_particleImageVelocimetry(Image source1, Image source2, Image destinationDeltaX, Image destinationDeltaY, Image destinationDeltaZ, Number maxDeltaX, Number maxDeltaY, Number maxDeltaZ)
particle_image_velocimetry
(experimental)
CLIJx
- boolean particleImageVelocimetry2D(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, double arg5)
clEsperantoJ
- ClearCLBuffer particle_image_velocimetry2d(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, double arg5)
particle_image_velocimetry_timelapse
(experimental)
CLIJx
- boolean particleImageVelocimetryTimelapse(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, double arg5, double arg6, double arg7, boolean arg8)
clEsperantoJ
- ClearCLBuffer particle_image_velocimetry_timelapse(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, ClearCLBuffer arg4, double arg5, double arg6, double arg7, boolean arg8)
Macro
- Ext.CLIJx_particleImageVelocimetryTimelapse(Image source, Image destinationDeltaX, Image destinationDeltaY, Image destinationDeltaZ, Number maxDeltaX, Number maxDeltaY, Number maxDeltaZ, Boolean correctLocalShift)
paste
CLIJ2
- boolean paste(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean paste(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface paste(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface paste(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_paste2D(Image source, ByRef Image destination, Number destination_x, Number destination_y)
pyclesperanto
- paste (source : Image, destination : Image = None, destination_x : int = 0, destination_y : int = 0, destination_z : int = 0):
paste
CLIJ2
- boolean paste2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface paste2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_paste2D(Image source, ByRef Image destination, Number destination_x, Number destination_y)
pyclesperanto
- paste (source : Image, destination : Image = None, destination_x : int = 0, destination_y : int = 0, destination_z : int = 0):
paste
CLIJ2
- boolean paste3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface paste3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_paste3D(Image source, ByRef Image destination, Number destination_x, Number destination_y, Number destination_z)
pyclesperanto
- paste (source : Image, destination : Image = None, destination_x : int = 0, destination_y : int = 0, destination_z : int = 0):
pixel_count_map
CLIJ2
- boolean pixelCountMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer pixel_count_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_pixelCountMap(Image input, ByRef Image destination)
pyclesperanto
plugin_function
(experimental)
pyclesperanto
point_index_list_to_mesh
CLIJ2
- boolean pointIndexListToMesh(ClearCLBuffer pointlist, ClearCLBuffer indexlist, ClearCLBuffer mesh_destination)
CLIc
clEsperantoJ
- ClearCLBuffer point_index_list_to_mesh(ClearCLBuffer pointlist, ClearCLBuffer indexlist, ClearCLBuffer mesh_destination)
Macro
- Ext.CLIJ2_pointIndexListToMesh(Image pointlist, Image indexlist, ByRef Image mesh_destination)
pyclesperanto
- point_index_list_to_mesh(pointlist: Image, indexlist : Image, mesh_destination : Image = None):
point_index_list_to_touch_matrix
CLIJ2
- boolean pointIndexListToTouchMatrix(ClearCLBuffer indexlist, ClearCLBuffer matrix_destination)
CLIc
clEsperantoJ
- ClearCLBuffer point_index_list_to_touch_matrix(ClearCLBuffer indexlist, ClearCLBuffer matrix_destination)
Macro
- Ext.CLIJ2_pointIndexListToTouchMatrix(Image indexlist, ByRef Image matrix_destination)
pyclesperanto
- point_index_list_to_touch_matrix(indexlist : Image, matrix_destination : Image = None):
pointlist_to_labelled_spots
CLIJ2
- boolean pointlistToLabelledSpots(ClearCLBuffer pointlist, ClearCLBuffer spots_destination)
CLIc
clEsperantoJ
- ClearCLBuffer pointlist_to_labelled_spots(ClearCLBuffer pointlist, ClearCLBuffer spots_destination)
Macro
- Ext.CLIJ2_pointlistToLabelledSpots(Image pointlist, ByRef Image spots_destination)
pyclesperanto
- pointlist_to_labelled_spots(pointlist : Image, spots_destination : Image = None):
(experimental)
power
CLIJ2
- boolean power(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface power(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_power(Image source, ByRef Image destination, Number exponent)
pyclesperanto
- power(source : Image, destination : Image = None, exponent : float = 1):
power_images
CLIJ2
- boolean powerImages(ClearCLBuffer input, ClearCLBuffer exponent, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer power_images(ClearCLBuffer input, ClearCLBuffer exponent, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_powerImages(Image input, Image exponent, ByRef Image destination)
pyclesperanto
- power_images(input : Image, exponent : Image, destination : Image = None):
preload_from_disc
(experimental)
CLIJx
- ClearCLBuffer preloadFromDisc(ClearCLBuffer destination, String filename, String nextFilename, String loaderId)
clEsperantoJ
- ClearCLBuffer preload_from_disc(ClearCLBuffer destination, String filename, String nextFilename, String loaderId)
Macro
- Ext.CLIJx_preloadFromDisc(Image destination, String filename, String nextFilename, String loaderId)
presign
(experimental)
CLIJx
- boolean presign(ClearCLBuffer input, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer presign(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJx_presign(Image input, ByRef Image destination)
print
CLIJ2
- boolean print(ClearCLImageInterface input)
CLIc
clEsperantoJ
- ClearCLImageInterface print(ClearCLImageInterface input)
Macro
- Ext.CLIJ2_print(Image input)
pyclesperanto
proximal_neighbor_count_map
CLIJ2
- boolean proximalNeighborCountMap(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer proximal_neighbor_count_map(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_proximalNeighborCountMap(Image input, ByRef Image destination, Number min_distance, Number max_distance)
pyclesperanto
- proximal_neighbor_count_map(source : Image, destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
pull
CLIJ2
- ImagePlus pull(Object object)
CLIc
- std::vector Pull(Buffer& gpu_obj);
clEsperantoJ
- ImagePlus pull(Object object)
Macro
pyclesperanto
pull_as_r_o_i
CLIJ2
- Roi pullAsROI(ClearCLBuffer binary_input)
CLIc
clEsperantoJ
- ClearCLBuffer pull_as_r_o_i(ClearCLBuffer binary_input)
Macro
- Ext.CLIJ2_pullAsROI(Image binary_input)
pyclesperanto
pull_binary
CLIJ2
- ImagePlus pullBinary(ClearCLBuffer input)
CLIc
clEsperantoJ
Macro
pyclesperanto
pull_labels_to_roilist
CLIJ2
- boolean pullLabelsToROIList(ClearCLBuffer arg1, List arg2)
- ArrayList pullLabelsToROIList(ClearCLBuffer labelmap_input)
CLIc
clEsperantoJ
- ClearCLBuffer pull_labels_to_roilist(ClearCLBuffer arg1, List arg2)
- ClearCLBuffer pull_labels_to_roilist(ClearCLBuffer labelmap_input)
Macro
- Ext.CLIJ2_pullLabelsToROIList(Image labelmap_input)
pyclesperanto
pull_labels_to_roimanager
CLIJ2
- boolean pullLabelsToROIManager(ClearCLBuffer labelmap_input)
- boolean pullLabelsToROIManager(ClearCLBuffer arg1, RoiManager arg2)
CLIc
clEsperantoJ
- ClearCLBuffer pull_labels_to_roimanager(ClearCLBuffer labelmap_input)
- ClearCLBuffer pull_labels_to_roimanager(ClearCLBuffer arg1, RoiManager arg2)
Macro
- Ext.CLIJ2_pullLabelsToROIManager(Image labelmap_input)
pyclesperanto
pull_string
CLIJ2
- String pullString(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface pull_string(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_pullString(Image input, ByRef String output)
pyclesperanto
pull_tile
CLIJ2
- void pullTile(ImagePlus arg1, String arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
- void pullTile(ImagePlus arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
- void pullTile(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
CLIc
clEsperantoJ
- void pull_tile(ImagePlus arg1, String arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
- ClearCLBuffer pull_tile(ImagePlus arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
- ClearCLBuffer pull_tile(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
Macro
- Ext.CLIJ2_pullTile(String image, Number tileIndexX, Number tileIndexY, Number tileIndexZ, Number width, Number height, Number depth, Number marginWidth, Number marginHeight, Number marginDepth)
pyclesperanto
pull_to_results_table
CLIJ2
- ResultsTable pullToResultsTable(ClearCLBuffer arg1, ResultsTable arg2)
- ResultsTable pullToResultsTable(ClearCLImage arg1, ResultsTable arg2)
CLIc
clEsperantoJ
- ClearCLBuffer pull_to_results_table(ClearCLBuffer arg1, ResultsTable arg2)
- ClearCLImage pull_to_results_table(ClearCLImage arg1, ResultsTable arg2)
Macro
- Ext.CLIJ2_pullToResultsTable(Image source)
pyclesperanto
pull_to_results_table_column
CLIJ2
- boolean pullToResultsTableColumn(ClearCLBuffer arg1, ResultsTable arg2, String arg3, boolean arg4)
CLIc
clEsperantoJ
- ClearCLBuffer pull_to_results_table_column(ClearCLBuffer arg1, ResultsTable arg2, String arg3, boolean arg4)
Macro
- Ext.CLIJ2_pullToResultsTableColumn(Image source, String column_name, Boolean append_new_rows)
pyclesperanto
push
CLIJ2
- ClearCLBuffer push(Object object)
CLIc
- Buffer Push(std::vector& arr, unsigned int[3]);
clEsperantoJ
- ClearCLBuffer push(Object object)
Macro
pyclesperanto
push_array
CLIJ2
- boolean pushArray(ClearCLBuffer arg1, Object arg2)
- ClearCLBuffer pushArray(float[] arg1, double arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer push_array(ClearCLBuffer arg1, Object arg2)
- ClearCLBuffer push_array(float[] arg1, double arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_pushArray(ByRef Image destination, Array input, Number width, Number height, Number depth)
pyclesperanto
push_current_selection
CLIJ2
- ClearCLBuffer pushCurrentSelection(ImagePlus imp)
CLIc
clEsperantoJ
Macro
pyclesperanto
push_current_slice
CLIJ2
- ClearCLBuffer pushCurrentSlice(ImagePlus imp)
CLIc
clEsperantoJ
Macro
pyclesperanto
push_current_slice_selection
(experimental)
push_current_z_stack
CLIJ2
- ClearCLBuffer pushCurrentZStack(ImagePlus imp)
CLIc
clEsperantoJ
Macro
pyclesperanto
(experimental)
push_results_table
CLIJ2
- boolean pushResultsTable(ClearCLBuffer arg1, ResultsTable arg2)
CLIc
clEsperantoJ
- ClearCLBuffer push_results_table(ClearCLBuffer arg1, ResultsTable arg2)
Macro
- Ext.CLIJ2_pushResultsTable(ByRef Image destination)
pyclesperanto
push_results_table_column
CLIJ2
- boolean pushResultsTableColumn(ClearCLBuffer arg1, ResultsTable arg2, String arg3)
CLIc
clEsperantoJ
- ClearCLBuffer push_results_table_column(ClearCLBuffer arg1, ResultsTable arg2, String arg3)
Macro
- Ext.CLIJ2_pushResultsTableColumn(ByRef Image destination, String column_name)
pyclesperanto
push_string
CLIJ2
- boolean pushString(ClearCLBuffer arg1, String arg2)
- ClearCLBuffer pushString(String arg1)
CLIc
clEsperantoJ
- ClearCLBuffer push_string(ClearCLBuffer arg1, String arg2)
- ClearCLBuffer push_string(String arg1)
Macro
- Ext.CLIJ2_pushString(ByRef Image destination, String input, Number width, Number height, Number depth)
pyclesperanto
push_tile
CLIJ2
- ClearCLBuffer pushTile(ImagePlus arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
- ClearCLBuffer pushTile(ClearCLBuffer arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
- void pushTile(ImagePlus arg1, String arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
CLIc
clEsperantoJ
- ClearCLBuffer push_tile(ImagePlus arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
- ClearCLBuffer push_tile(ClearCLBuffer arg1, double arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10)
- void push_tile(ImagePlus arg1, String arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8, double arg9, double arg10, double arg11)
Macro
- Ext.CLIJ2_pushTile(String image, Number tileIndexX, Number tileIndexY, Number tileIndexZ, Number width, Number height, Number depth, Number marginWidth, Number marginHeight, Number marginDepth)
pyclesperanto
push_regionprops
(experimental)
pyclesperanto
- push_regionprops(props : Union[dict, RegionProperties], first_row_index : int = 0):
push_regionprops_column
(experimental)
pyclesperanto
- push_regionprops_column(regionprops : Union[list, dict], column : str):
pycl
(experimental)
radial_projection
CLIJ2
- boolean radialProjection(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
Macro
pyclesperanto
radians_to_degrees
(experimental)
pyclesperanto
- radians_to_degrees(source : Image, destination : Image = None):
radius_to_kernel_size
(experimental)
pyclesperanto
- radius_to_kernel_size(radius):
read_image_from_disc
(experimental)
CLIJx
- ClearCLBuffer readImageFromDisc(String arg1)
clEsperantoJ
- ClearCLBuffer read_image_from_disc(String arg1)
Macro
- Ext.CLIJx_readImageFromDisc(Image destination, String filename)
read_intensities_from_map
(deprecated)
CLIJx
- boolean readIntensitiesFromMap(ClearCLImageInterface labels, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
clEsperantoJ
- ClearCLImageInterface read_intensities_from_map(ClearCLImageInterface labels, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
Macro
- Ext.CLIJx_readIntensitiesFromMap(Image labels, Image map_image, ByRef Image values_destination)
pyclesperanto
- read_intensities_from_map(labels : Image, map_image : Image, values_destination : Image = None):
read_raw_image_from_disc
(experimental)
CLIJx
- boolean readRawImageFromDisc(ClearCLBuffer arg1, String arg2)
- ClearCLBuffer readRawImageFromDisc(String arg1, double arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLBuffer read_raw_image_from_disc(ClearCLBuffer arg1, String arg2)
- ClearCLBuffer read_raw_image_from_disc(String arg1, double arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_readRawImageFromDisc(Image destination, String filename, Number width, Number height, Number depth, Number bitsPerPixel)
read_values_from_map
CLIJ2
- boolean readValuesFromMap(ClearCLImageInterface labels, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
CLIc
clEsperantoJ
- ClearCLImageInterface read_values_from_map(ClearCLImageInterface labels, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
Macro
- Ext.CLIJ2_readValuesFromMap(Image labels, Image map_image, ByRef Image values_destination)
pyclesperanto
read_values_from_positions
CLIJ2
- boolean readValuesFromPositions(ClearCLImageInterface pointlist, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
CLIc
clEsperantoJ
- ClearCLImageInterface read_values_from_positions(ClearCLImageInterface pointlist, ClearCLImageInterface map_image, ClearCLImageInterface values_destination)
Macro
- Ext.CLIJ2_readValuesFromPositions(Image pointlist, Image map_image, ByRef Image values_destination)
pyclesperanto
read_intensities_from_positions
(experimental)
pyclesperanto
- read_intensities_from_positions(pointlist : Image, intensity_image : Image, values_destination : Image = None):
reduce_labels_to_centroids
CLIJ2
- boolean reduceLabelsToCentroids(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
CLIc
clEsperantoJ
- ClearCLBuffer reduce_labels_to_centroids(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
Macro
- Ext.CLIJ2_reduceLabelsToCentroids(Image input_labels, ByRef Image destination_labels)
pyclesperanto
reduce_labels_to_label_edges
CLIJ2
- boolean reduceLabelsToLabelEdges(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
CLIc
clEsperantoJ
- ClearCLBuffer reduce_labels_to_label_edges(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
Macro
- Ext.CLIJ2_reduceLabelsToLabelEdges(Image input_labels, ByRef Image destination_labels)
pyclesperanto
reduce_labels_to_labelled_spots
CLIJ2
- boolean reduceLabelsToLabelledSpots(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
CLIc
clEsperantoJ
- ClearCLBuffer reduce_labels_to_labelled_spots(ClearCLBuffer input_labels, ClearCLBuffer destination_labels)
Macro
- Ext.CLIJx_reduceLabelsToLabelledSpots(Image input_labels, ByRef Image destination_labels)
pyclesperanto
reduce_stack
CLIJ2
- boolean reduceStack(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface reduce_stack(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_reduceStack(Image input, ByRef Image destination, Number reduction_factor, Number offset)
pyclesperanto
- reduce_stack(input : Image, destination : Image = None, reduction_factor : int = 2, offset : int = 0):
regionprops
(experimental)
pyclesperanto
- regionprops(labelmap : Image, intensity_image : Image = None, cache : bool = True, extra_properties = []):
release
CLIJ2
- void release(ClearCLImageInterface image)
CLIc
clEsperantoJ
Macro
pyclesperanto
replace_intensities
CLIJ2
- boolean replaceIntensities(ClearCLImageInterface input, ClearCLImageInterface new_values_vector, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface replace_intensities(ClearCLImageInterface input, ClearCLImageInterface new_values_vector, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_replaceIntensities(Image input, Image new_values_vector, ByRef Image destination)
pyclesperanto
- replace_intensities(input : Image, new_values_vector : Image, destination : Image = None):
replace_intensity
CLIJ2
- boolean replaceIntensity(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface replace_intensity(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_replaceIntensity(Image input, ByRef Image destination, Number value_to_replace, Number value_replacement)
pyclesperanto
- replace_intensity(input : Image, destination : Image = None, value_to_replace : float = 0, value_replacement : float = 1):
replace_pixels_if_zero
CLIJ2
- boolean replacePixelsIfZero(ClearCLImageInterface input1, ClearCLImageInterface input2, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface replace_pixels_if_zero(ClearCLImageInterface input1, ClearCLImageInterface input2, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_replacePixelsIfZero(Image input1, Image input2, ByRef Image destination)
pyclesperanto
report_memory
CLIJ2
CLIc
clEsperantoJ
Macro
pyclesperanto
resample
CLIJ2
- boolean resample(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5, boolean arg6)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_resample(Image source, ByRef Image destination, Number factor_x, Number factor_y, Number factor_z, Boolean linear_interpolation)
pyclesperanto
- resample(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, linear_interpolation : bool = False):
resample
CLIJ2
- boolean resample2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface resample2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, boolean arg5)
Macro
pyclesperanto
- resample(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, linear_interpolation : bool = False):
resample
CLIJ2
- boolean resample3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5, boolean arg6)
CLIc
clEsperantoJ
- ClearCLImageInterface resample3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5, boolean arg6)
Macro
pyclesperanto
- resample(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, linear_interpolation : bool = False):
(experimental)
reslice_bottom
CLIJ2
- boolean resliceBottom(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface reslice_bottom(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_resliceBottom(Image source, ByRef Image destination)
pyclesperanto
reslice_left
CLIJ2
- boolean resliceLeft(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface reslice_left(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_resliceLeft(Image source, ByRef Image destination)
pyclesperanto
reslice_radial
CLIJ2
- boolean resliceRadial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- boolean resliceRadial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- boolean resliceRadial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIc
clEsperantoJ
- ClearCLBuffer reslice_radial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- ClearCLBuffer reslice_radial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- ClearCLBuffer reslice_radial(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_resliceRadial(Image source, ByRef Image destination, Number numberOfAngles, Number angleStepSize, Number startAngleDegrees, Number centerX, Number centerY, Number scaleFactorX, Number scaleFactorY)
pyclesperanto
reslice_radial_top
(experimental)
reslice_right
CLIJ2
- boolean resliceRight(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface reslice_right(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_resliceRight(Image source, ByRef Image destination)
pyclesperanto
reslice_top
CLIJ2
- boolean resliceTop(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface reslice_top(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_resliceTop(Image source, ByRef Image destination)
pyclesperanto
results_table_column_to_image
CLIJ2
- boolean resultsTableColumnToImage(ClearCLBuffer arg1, ResultsTable arg2, String arg3)
CLIc
clEsperantoJ
- ClearCLBuffer results_table_column_to_image(ClearCLBuffer arg1, ResultsTable arg2, String arg3)
Macro
- Ext.CLIJ2_resultsTableColumnToImage(ByRef Image destination, String column_name)
pyclesperanto
results_table_to_image
CLIJ2
- boolean resultsTableToImage2D(ClearCLBuffer arg1, ResultsTable arg2)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_resultsTableToImage2D(ByRef Image destination)
pyclesperanto
CLIJ2
- boolean rigidTransform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
CLIc
clEsperantoJ
- ClearCLBuffer rigid_transform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7, double arg8)
Macro
- Ext.CLIJ2_rigidTransform(Image input, ByRef Image destination, Number translation_x, Number translation_y, Number translation_z, Number rotation_angle_x, Number rotation_angle_y, Number rotation_angle_z)
pyclesperanto
- rigid_transform(source : Image, destination : Image = None, translate_x : float = 0, translate_y : float = 0, translate_z : float = 0, angle_around_x_in_degrees : float = 0, angle_around_y_in_degrees : float = 0, angle_around_z_in_degrees : float = 0, rotate_around_center : bool = True, linear_interpolation : bool = False):
rotate
CLIJ2
- boolean rotate2D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
CLIc
clEsperantoJ
- ClearCLBuffer rotate2d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
Macro
- Ext.CLIJ2_rotate2D(Image source, ByRef Image destination, Number angle, Boolean rotateAroundCenter)
pyclesperanto
- rotate(source : Image, destination : Image = None, angle_around_x_in_degrees : float = 0, angle_around_y_in_degrees : float = 0, angle_around_z_in_degrees : float = 0, rotate_around_center : bool = True, linear_interpolation : bool = False):
rotate
CLIJ2
- boolean rotate3D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
CLIc
clEsperantoJ
- ClearCLBuffer rotate3d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
Macro
- Ext.CLIJ2_rotate3D(Image source, ByRef Image destination, Number angleX, Number angleY, Number angleZ, Boolean rotateAroundCenter)
pyclesperanto
- rotate(source : Image, destination : Image = None, angle_around_x_in_degrees : float = 0, angle_around_y_in_degrees : float = 0, angle_around_z_in_degrees : float = 0, rotate_around_center : bool = True, linear_interpolation : bool = False):
rotate_clockwise
CLIJ2
- boolean rotateClockwise(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface rotate_clockwise(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_rotateClockwise(Image source, ByRef Image destination)
pyclesperanto
rotate_counter_clockwise
CLIJ2
- boolean rotateCounterClockwise(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface rotate_counter_clockwise(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_rotateCounterClockwise(Image source, ByRef Image destination)
pyclesperanto
rotate_left
CLIJ2
- boolean rotateLeft(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_rotateLeft(Image source, ByRef Image destination)
pyclesperanto
rotate_right
CLIJ2
- boolean rotateRight(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_rotateRight(Image source, ByRef Image destination)
pyclesperanto
save_as_t_i_f
CLIJ2
- boolean saveAsTIF(ClearCLBuffer input, String filename)
CLIc
clEsperantoJ
- ClearCLBuffer save_as_t_i_f(ClearCLBuffer input, String filename)
Macro
- Ext.CLIJ2_saveAsTIF(Image input, String filename)
pyclesperanto
scale
CLIJ2
- boolean scale(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- boolean scale(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
- boolean scale(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer scale(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- ClearCLBuffer scale(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_scale(Image source, ByRef Image destination, Number scaling_factor_x, Number scaling_factor_y, Number scaling_factor_z, Boolean scale_to_center)
pyclesperanto
- scale(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, centered : bool = True, linear_interpolation : bool = False):
scale
CLIJ2
- boolean scale2D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
- boolean scale2D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer scale2d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
- ClearCLBuffer scale2d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_scale2D(Image source, ByRef Image destination, Number scaling_factor_x, Number scaling_factor_y, Boolean scale_to_center)
pyclesperanto
- scale(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, centered : bool = True, linear_interpolation : bool = False):
scale
CLIJ2
- boolean scale3D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- boolean scale3D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
CLIc
clEsperantoJ
- ClearCLBuffer scale3d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
- ClearCLBuffer scale3d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
Macro
- Ext.CLIJ2_scale3D(Image source, ByRef Image destination, Number scaling_factor_x, Number scaling_factor_y, Number scaling_factor_z, Boolean scale_to_center)
pyclesperanto
- scale(source : Image, destination : Image = None, factor_x : float = 1, factor_y : float = 1, factor_z : float = 1, centered : bool = True, linear_interpolation : bool = False):
seeded_watershed
(experimental)
CLIJx
- boolean seededWatershed(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
clEsperantoJ
- ClearCLBuffer seeded_watershed(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJx_seededWatershed(Image label_map_seeds, Image input, ByRef Image label_map_destination, Float threshold)
set
CLIJ2
- boolean set(ClearCLImageInterface arg1, double arg2)
CLIc
- void Set(Buffer&, float);
clEsperantoJ
- ClearCLImageInterface set(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_set(Image source, Number value)
pyclesperanto
- set(source : Image, scalar : float = 0):
set_column
CLIJ2
- boolean setColumn(ClearCLImageInterface arg1, double arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface set_column(ClearCLImageInterface arg1, double arg2, double arg3)
Macro
- Ext.CLIJ2_setColumn(Image source, Number column_index, Number value)
pyclesperanto
- set_column(source : Image, column_index : int = 0, value : float = 0):
set_image_borders
CLIJ2
- boolean setImageBorders(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLImageInterface set_image_borders(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_setImageBorders(Image destination, Number value)
pyclesperanto
- set_image_borders(destination : Image, value : float = 0):
set_non_zero_pixels_to_pixel_index
CLIJ2
- boolean setNonZeroPixelsToPixelIndex(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface set_non_zero_pixels_to_pixel_index(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_setNonZeroPixelsToPixelIndex(Image source, Image destination)
pyclesperanto
- set_non_zero_pixels_to_pixel_index(input : Image, output : Image, offset : float = 1):
set_plane
CLIJ2
- boolean setPlane(ClearCLImageInterface arg1, double arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface set_plane(ClearCLImageInterface arg1, double arg2, double arg3)
Macro
- Ext.CLIJ2_setPlane(Image source, Number plane_index, Number value)
pyclesperanto
- set_plane(source : Image, plane_index : int = 0, value : float = 0):
set_ramp_x
CLIJ2
- boolean setRampX(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface set_ramp_x(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_setRampX(Image source)
pyclesperanto
- set_ramp_x(source : Image):
set_ramp_y
CLIJ2
- boolean setRampY(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface set_ramp_y(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_setRampY(Image source)
pyclesperanto
- set_ramp_y(source : Image):
set_ramp_z
CLIJ2
- boolean setRampZ(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface set_ramp_z(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_setRampZ(Image source)
pyclesperanto
- set_ramp_z(source : Image):
set_random
CLIJ2
- boolean setRandom(ClearCLBuffer arg1, double arg2, double arg3)
- boolean setRandom(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer set_random(ClearCLBuffer arg1, double arg2, double arg3)
- ClearCLBuffer set_random(ClearCLBuffer arg1, double arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_setRandom(Image source, Number minimumValue, Number maximumValue, Number seed)
pyclesperanto
set_row
CLIJ2
- boolean setRow(ClearCLImageInterface arg1, double arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface set_row(ClearCLImageInterface arg1, double arg2, double arg3)
Macro
- Ext.CLIJ2_setRow(Image source, Number row_index, Number value)
pyclesperanto
- set_row(source : Image, row_index : int = 0, value : float = 0):
set_where_xequals_y
CLIJ2
- boolean setWhereXequalsY(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLImageInterface set_where_xequals_y(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_setWhereXequalsY(Image source, Number value)
pyclesperanto
set_where_xgreater_than_y
CLIJ2
- boolean setWhereXgreaterThanY(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLImageInterface set_where_xgreater_than_y(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_setWhereXgreaterThanY(Image source, Number value)
pyclesperanto
set_where_xsmaller_than_y
CLIJ2
- boolean setWhereXsmallerThanY(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLImageInterface set_where_xsmaller_than_y(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_setWhereXsmallerThanY(Image source, Number value)
pyclesperanto
set_wait_for_kernel_finish
(experimental)
pyclesperanto
- set_wait_for_kernel_finish(wait_for_kernel_finish : bool = None):
set_where_x_equals_y
(experimental)
pyclesperanto
- set_where_x_equals_y(source : Image, value : float = 0):
set_where_x_greater_than_y
(experimental)
pyclesperanto
- set_where_x_greater_than_y(source : Image, value : float = 0):
set_where_x_smaller_than_y
(experimental)
pyclesperanto
- set_where_x_smaller_than_y(source : Image, value : float = 0):
shift_intensities_to_close_gaps
CLIJ2
- boolean shiftIntensitiesToCloseGaps(ClearCLBuffer arg1, ClearCLBuffer arg2)
CLIc
clEsperantoJ
Macro
pyclesperanto
shortest_distances
CLIJ2
- boolean shortestDistances(ClearCLBuffer distance_matrix, ClearCLBuffer destination_minimum_distances)
CLIc
clEsperantoJ
- ClearCLBuffer shortest_distances(ClearCLBuffer distance_matrix, ClearCLBuffer destination_minimum_distances)
Macro
- Ext.CLIJ2_shortestDistances(Image distance_matrix, ByRef Image destination_minimum_distances)
pyclesperanto
show_glasbey_on_grey
(experimental)
CLIJx
- boolean showGlasbeyOnGrey(ClearCLBuffer red, ClearCLBuffer labelling, String title)
clEsperantoJ
- ClearCLBuffer show_glasbey_on_grey(ClearCLBuffer red, ClearCLBuffer labelling, String title)
Macro
- Ext.CLIJx_showGlasbeyOnGrey(Image red, Image labelling, String title)
show_grey
(experimental)
CLIJx
- ImagePlus showGrey(ClearCLBuffer input, String title)
clEsperantoJ
- ClearCLBuffer show_grey(ClearCLBuffer input, String title)
Macro
- Ext.CLIJx_showGrey(Image input, String title)
show_r_g_b
(experimental)
CLIJx
- boolean showRGB(ClearCLBuffer red, ClearCLBuffer green, ClearCLBuffer blue, String title)
clEsperantoJ
- ClearCLBuffer show_r_g_b(ClearCLBuffer red, ClearCLBuffer green, ClearCLBuffer blue, String title)
Macro
- Ext.CLIJx_showRGB(Image red, Image green, Image blue, String title)
shrink_labels
CLIJ2
- boolean shrinkLabels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, boolean arg4)
CLIc
clEsperantoJ
Macro
- Ext.CLIJx_shrinkLabels(Image labels_input, ByRef Image labels_destination, Number radius, Boolean relabel_islands)
pyclesperanto
sigma_to_kernel_size
(experimental)
pyclesperanto
- sigma_to_kernel_size(sigma):
similar
CLIJ2
- boolean similar(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer similar(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_similar(Image input_image1, Image input_image2, ByRef Image binary_destination, Number tolerance)
pyclesperanto
bilateral
(experimental)
Macro
- Ext.CLIJx_simpleITKBilateral(Image input, ByRef Image destination, Number domainSigma, Number rangeSigma, Number numberOfRangeGaussianSamples)
binary_fillhole
(experimental)
Macro
- Ext.CLIJx_simpleITKBinaryFillhole(Image input, ByRef Image destination)
binary_pruning
(experimental)
Macro
- Ext.CLIJx_simpleITKBinaryPruning(Image input, ByRef Image destination)
binary_thinning
(experimental)
Macro
- Ext.CLIJx_simpleITKBinaryThinning(Image input, ByRef Image destination)
binomial_blur
(experimental)
Macro
- Ext.CLIJx_simpleITKBinomialBlur(Image input, ByRef Image destination, Number repetitions)
bounded_reciprocal
(experimental)
Macro
- Ext.CLIJx_simpleITKBoundedReciprocal(Image input, ByRef Image destination)
canny_edge_detection
(experimental)
Macro
- Ext.CLIJx_simpleITKCannyEdgeDetection(Image input, ByRef Image destination, Number lower_threshold, Numer upper_threshold, Number variance, Number maximum_error)
connected_component
(experimental)
Macro
- Ext.CLIJx_simpleITKConnectedComponent(Image input, ByRef Image destination)
danielsson_distance_map
(experimental)
Macro
- Ext.CLIJx_simpleITKDanielssonDistanceMap(Image input, ByRef Image destination)
discrete_gaussian
(experimental)
Macro
- Ext.CLIJx_simpleITKDiscreteGaussian(Image input, ByRef Image destination, Number sigma_x, Number sigma_y, Number sigma_z)
fft_convolution
(experimental)
Macro
- Ext.CLIJx_simpleITKFFTConvolution(Image input, Image input_kernel, ByRef Image destination)
h_maxima
(experimental)
Macro
- Ext.CLIJx_simpleITKHMaxima(Image input, ByRef Image destination, Number h)
inverse_deconvolution
(experimental)
Macro
- Ext.CLIJx_simpleITKInverseDeconvolution(Image input, Image input_psf, ByRef Image destination, Number kernelZeroMagnitudeThreshold, Boolean normalize)
landweber_deconvolution
(experimental)
Macro
- Ext.CLIJx_simpleITKLandweberDeconvolution(Image input, Image input_psf, ByRef Image destination, Number alpha)
(experimental)
Macro
- Ext.CLIJx_simpleITKMedian(Image input, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
(experimental)
Macro
- Ext.CLIJx_simpleITKMedianProjection(Image input, ByRef Image destination)
morphological_watershed
(experimental)
Macro
- Ext.CLIJx_simpleITKMorphologicalWatershed(Image input, ByRef Image destination, Number level)
otsu_multiple_thresholds
(experimental)
Macro
- Ext.CLIJx_simpleITKOtsuMultipleThresholds(Image input, ByRef Image destination, Number number_of_thresholds)
otsu_threshold
(experimental)
Macro
- Ext.CLIJx_simpleITKOtsuThreshold(Image input, ByRef Image destination)
tikhonov_deconvolution
(experimental)
Macro
- Ext.CLIJx_simpleITKTikhonovDeconvolution(Image input, Image input_psf, ByRef Image destination, Number regularisation_constant, Boolean normalize)
wiener_deconvolution
(experimental)
Macro
- Ext.CLIJx_simpleITKWienerDeconvolution(Image input, Image input_psf, ByRef Image destination, Number noise_variance, Boolean normalize)
zero_crossing
(experimental)
Macro
- Ext.CLIJx_simpleITKZeroCrossing(Image input, ByRef Image destination)
zero_crossing_based_edge_detection
(experimental)
Macro
- Ext.CLIJx_simpleITKZeroCrossingBasedEdgeDetection(Image input, ByRef Image destination, Number variance, Number maximum_error)
simple_itk_richardson_lucy_deconvolution
(experimental)
Macro
- Ext.CLIJx_simpleITKRichardsonLucyDeconvolution(Image input, Image input_psf, ByRef Image destination, Number num_iterations, Boolean normalize)
sinus
CLIJ2
- boolean sinus(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface sinus(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_sinus(Image source, ByRef Image destination)
pyclesperanto
skeletonize
(deprecated)
CLIJx
- boolean skeletonize(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJx_skeletonize(Image source, ByRef Image destination)
smaller
CLIJ2
- boolean smaller(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
CLIc
- void Smaller(Buffer&, Buffer&, Buffer&);
clEsperantoJ
- ClearCLBuffer smaller(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_smaller(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- smaller(source1 : Image, source2 : Image, destination : Image = None):
smaller_constant
CLIJ2
- boolean smallerConstant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer smaller_constant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_smallerConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- smaller_constant(source : Image, destination : Image = None, constant : float = 0, output_creator=create_binary_like):
smaller_or_equal
CLIJ2
- boolean smallerOrEqual(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer smaller_or_equal(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_smallerOrEqual(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- smaller_or_equal(source1 : Image, source2 : Image, destination : Image = None, output_creator=create_binary_like):
smaller_or_equal_constant
CLIJ2
- boolean smallerOrEqualConstant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer smaller_or_equal_constant(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_smallerOrEqualConstant(Image source, ByRef Image destination, Number constant)
pyclesperanto
- smaller_or_equal_constant(source : Image, destination : Image = None, constant : float = 0, output_creator=create_binary_like):
sobel
CLIJ2
- boolean sobel(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
- void Sobel(Buffer&, Buffer&);
clEsperantoJ
- ClearCLBuffer sobel(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_sobel(Image source, ByRef Image destination)
pyclesperanto
- sobel(source : Image, destination : Image = None):
sobel_slice_by_slice
CLIJ2
- boolean sobelSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface sobel_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_sobelSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
sorensen_dice_coefficient
CLIJ2
- double sorensenDiceCoefficient(ClearCLBuffer source1, ClearCLBuffer source2)
CLIc
clEsperantoJ
- ClearCLBuffer sorensen_dice_coefficient(ClearCLBuffer source1, ClearCLBuffer source2)
Macro
- Ext.CLIJ2_sorensenDiceCoefficient(Image source1, Image source2)
pyclesperanto
- sorensen_dice_coefficient(source1 : Image, source2 : Image):
CLIJ2
- boolean sphereTransform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
CLIc
clEsperantoJ
- ClearCLBuffer sphere_transform(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
Macro
- Ext.CLIJ2_sphereTransform(Image input, ByRef Image destination, Number number_of_angles, Number delta_angle_in_degrees, Number relative_center_x, Number relative_center_y, Number relative_center_z)
pyclesperanto
spots_to_point_list
CLIJ2
- boolean spotsToPointList(ClearCLBuffer input_spots, ClearCLBuffer destination_pointlist)
CLIc
clEsperantoJ
- ClearCLBuffer spots_to_point_list(ClearCLBuffer input_spots, ClearCLBuffer destination_pointlist)
Macro
- Ext.CLIJ2_spotsToPointList(Image input_spots, ByRef Image destination_pointlist)
pyclesperanto
spots_to_pointlist
(experimental)
pyclesperanto
- spots_to_pointlist(input_spots:Image, destination_pointlist :Image = None):
squared_difference
CLIJ2
- boolean squaredDifference(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer squared_difference(ClearCLBuffer source1, ClearCLBuffer source2, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_squaredDifference(Image source1, Image source2, ByRef Image destination)
pyclesperanto
- squared_difference(source1 : Image, source2 : Image, destination : Image = None):
stack_to_tiles
CLIJ2
- boolean stackToTiles(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface stack_to_tiles(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_stackToTiles(Image source, ByRef Image destination, Number tiles_x, Number tiles_y)
pyclesperanto
standard_deviation_box
CLIJ2
- boolean standardDeviationBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface standard_deviation_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_standardDeviationBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
standard_deviation_intensity_map
CLIJ2
- boolean standardDeviationIntensityMap(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_intensity_map(ClearCLBuffer intensity_image, ClearCLBuffer label_map, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_standardDeviationIntensityMap(Image intensity_image, Image label_map, ByRef Image destination)
pyclesperanto
standard_deviation_of_all_pixels
CLIJ2
- double standardDeviationOfAllPixels(ClearCLImageInterface source)
- double standardDeviationOfAllPixels(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLImageInterface standard_deviation_of_all_pixels(ClearCLImageInterface source)
- ClearCLImageInterface standard_deviation_of_all_pixels(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_standardDeviationOfAllPixels(Image source)
pyclesperanto
standard_deviation_of_masked_pixels
CLIJ2
- double standardDeviationOfMaskedPixels(ClearCLBuffer source, ClearCLBuffer mask)
- double standardDeviationOfMaskedPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_of_masked_pixels(ClearCLBuffer source, ClearCLBuffer mask)
- ClearCLBuffer standard_deviation_of_masked_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_standardDeviationOfMaskedPixels(Image source, Image mask)
pyclesperanto
standard_deviation_of_n_nearest_neighbors_map
CLIJ2
- boolean standardDeviationOfNNearestNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_of_n_nearest_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4)
Macro
- Ext.CLIJ2_standardDeviationOfNNearestNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number n)
pyclesperanto
- standard_deviation_of_n_nearest_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, n : int = 1):
standard_deviation_of_proximal_neighbors_map
CLIJ2
- boolean standardDeviationOfProximalNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_of_proximal_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_standardDeviationOfProximalNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number min_distance, Number max_distance)
pyclesperanto
- standard_deviation_of_proximal_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, min_distance : float = 0, max_distance : float = np.finfo(np.float32).max):
standard_deviation_of_touching_neighbors
CLIJ2
- boolean standardDeviationOfTouchingNeighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer standard_deviation_values_destination)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_of_touching_neighbors(ClearCLBuffer values, ClearCLBuffer touch_matrix, ClearCLBuffer standard_deviation_values_destination)
Macro
- Ext.CLIJ2_standardDeviationOfTouchingNeighbors(Image values, Image touch_matrix, ByRef Image standard_deviation_values_destination)
pyclesperanto
- standard_deviation_of_touching_neighbors(values : Image, touch_matrix : Image, standard_deviation_values_destination : Image = None):
standard_deviation_of_touching_neighbors_map
CLIJ2
- boolean standardDeviationOfTouchingNeighborsMap(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
CLIc
clEsperantoJ
- ClearCLBuffer standard_deviation_of_touching_neighbors_map(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, double arg4, boolean arg5)
Macro
- Ext.CLIJ2_standardDeviationOfTouchingNeighborsMap(Image parametric_map, Image label_map, ByRef Image parametric_map_destination, Number radius, Boolean ignore_touching_background)
pyclesperanto
- standard_deviation_of_touching_neighbors_map(parametric_map : Image, label_map : Image, parametric_map_destination : Image = None, radius : int = 1, ignore_touching_background : bool = True):
standard_deviation_sphere
CLIJ2
- boolean standardDeviationSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface standard_deviation_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_standardDeviationSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
standard_deviation_z_projection
CLIJ2
- boolean standardDeviationZProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface standard_deviation_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_standardDeviationZProjection(Image source, ByRef Image destination)
pyclesperanto
- standard_deviation_z_projection(source : Image, destination : Image = None):
start_continuous_webcam_acquisition
(experimental)
CLIJx
- boolean startContinuousWebcamAcquisition(double arg1, double arg2, double arg3)
clEsperantoJ
- boolean start_continuous_webcam_acquisition(double arg1, double arg2, double arg3)
Macro
- Ext.CLIJx_startContinuousWebcamAcquisition(Number cameraDeviceIndex, Number imageWidth, Number imageHeight)
statistics_of_background_and_labelled_pixels
CLIJ2
- double[][] statisticsOfBackgroundAndLabelledPixels(ClearCLBuffer input, ClearCLBuffer labelmap)
- ResultsTable statisticsOfBackgroundAndLabelledPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, ResultsTable arg3)
CLIc
clEsperantoJ
- ClearCLBuffer statistics_of_background_and_labelled_pixels(ClearCLBuffer input, ClearCLBuffer labelmap)
- ClearCLBuffer statistics_of_background_and_labelled_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, ResultsTable arg3)
Macro
- Ext.CLIJ2_statisticsOfBackgroundAndLabelledPixels(Image input, Image labelmap)
pyclesperanto
- statistics_of_background_and_labelled_pixels(input : Image = None, labelmap : Image = None):
statistics_of_image
CLIJ2
- ResultsTable statisticsOfImage(ClearCLBuffer arg1, ResultsTable arg2)
CLIc
clEsperantoJ
- ClearCLBuffer statistics_of_image(ClearCLBuffer arg1, ResultsTable arg2)
Macro
- Ext.CLIJ2_statisticsOfImage(Image input)
pyclesperanto
- statistics_of_image(image : Image):
statistics_of_labelled_pixels
CLIJ2
- double[] statisticsOfLabelledPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- double[][] statisticsOfLabelledPixels(ClearCLBuffer input, ClearCLBuffer labelmap)
- double[][] statisticsOfLabelledPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
- ResultsTable statisticsOfLabelledPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, ResultsTable arg3)
CLIc
clEsperantoJ
- ClearCLBuffer statistics_of_labelled_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
- ClearCLBuffer statistics_of_labelled_pixels(ClearCLBuffer input, ClearCLBuffer labelmap)
- ClearCLBuffer statistics_of_labelled_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
- ClearCLBuffer statistics_of_labelled_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, ResultsTable arg3)
Macro
- Ext.CLIJ2_statisticsOfLabelledPixels(Image input, Image labelmap)
pyclesperanto
- statistics_of_labelled_pixels(intensity_image : Image = None, label_image : Image = None):
statisticsOfLabelledPixels_single_threaded
CLIJ2
- double[][] statisticsOfLabelledPixels_single_threaded(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer statistics_of_labelled_pixels_single_threaded(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
pyclesperanto
stop_continuous_webcam_acquisition
(experimental)
CLIJx
- boolean stopContinuousWebcamAcquisition(double arg1)
clEsperantoJ
- boolean stop_continuous_webcam_acquisition(double arg1)
Macro
- Ext.CLIJx_stopContinuousWebcamAcquisition(Number cameraDeviceIndex)
stop_watch
(experimental)
CLIJx
- boolean stopWatch(String text)
clEsperantoJ
- boolean stop_watch(String text)
Macro
- Ext.CLIJx_stopWatch(String text)
sub_stack
CLIJ2
- boolean subStack(ClearCLImageInterface arg1, ClearCLImageInterface arg2, int arg3, int arg4)
CLIc
clEsperantoJ
- ClearCLImageInterface sub_stack(ClearCLImageInterface arg1, ClearCLImageInterface arg2, int arg3, int arg4)
Macro
- Ext.CLIJ2_subStack(Image source_stack, ByRef Image destination, Number start_z, Number end_z)
pyclesperanto
- sub_stack(source : Image, destination : Image = None, start_z : int = 0, end_z : int = 0):
subtract
CLIJ2
- boolean subtract(ClearCLImageInterface subtrahend, ClearCLImageInterface minuend, ClearCLImageInterface destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_subtractImages(Image subtrahend, Image minuend, ByRef Image destination)
pyclesperanto
subtract_background
(deprecated)
CLIJx
- boolean subtractBackground(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- boolean subtractBackground(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLImageInterface subtract_background(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
- ClearCLImageInterface subtract_background(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_subtractBackground2D(Image input, ByRef Image destination, Number sigmaX, Number sigmaY)
subtract_background
(deprecated)
CLIJx
- boolean subtractBackground2D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
clEsperantoJ
- ClearCLImageInterface subtract_background2d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4)
Macro
- Ext.CLIJx_subtractBackground2D(Image input, ByRef Image destination, Number sigmaX, Number sigmaY)
subtract_background
(deprecated)
CLIJx
- boolean subtractBackground3D(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLImageInterface subtract_background3d(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_subtractBackground3D(Image input, ByRef Image destination, Number sigmaX, Number sigmaY, Number sigmaZ)
subtract_gaussian_background
(deprecated)
CLIJx
- boolean subtractGaussianBackground(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
clEsperantoJ
- ClearCLImageInterface subtract_gaussian_background(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJx_subtractGaussianBackground(Image input, ByRef Image destination, Number sigmaX, Number sigmaY, Number sigmaZ)
pyclesperanto
- subtract_gaussian_background(input : Image, destination : Image = None, sigma_x : float = 2, sigma_y : float = 2, sigma_z : float = 2):
subtract_image_from_scalar
CLIJ2
- boolean subtractImageFromScalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface subtract_image_from_scalar(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_subtractImageFromScalar(Image input, ByRef Image destination, Number scalar)
pyclesperanto
- subtract_image_from_scalar(input : Image, destination : Image = None, scalar : float = 0):
subtract_images
CLIJ2
- boolean subtractImages(ClearCLImageInterface subtrahend, ClearCLImageInterface minuend, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface subtract_images(ClearCLImageInterface subtrahend, ClearCLImageInterface minuend, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_subtractImages(Image subtrahend, Image minuend, ByRef Image destination)
pyclesperanto
- subtract_images(subtrahend : Image, minuend : Image, destination : Image = None):
sum_image_slice_by_slice
CLIJ2
- boolean sumImageSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
- double[] sumImageSliceBySlice(ClearCLImageInterface arg1)
CLIc
clEsperantoJ
- ClearCLImageInterface sum_image_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
- ClearCLImageInterface sum_image_slice_by_slice(ClearCLImageInterface arg1)
Macro
- Ext.CLIJ2_sumImageSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
sum_of_all_pixels
CLIJ2
- double sumOfAllPixels(ClearCLImageInterface source)
CLIc
clEsperantoJ
- ClearCLImageInterface sum_of_all_pixels(ClearCLImageInterface source)
Macro
- Ext.CLIJ2_sumOfAllPixels(Image source)
pyclesperanto
- sum_of_all_pixels(source : Image):
sum_pixels
CLIJ2
- double sumPixels(ClearCLImageInterface source)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_sumOfAllPixels(Image source)
pyclesperanto
sum_pixels_slice_by_slice
CLIJ2
- double[] sumPixelsSliceByslice(ClearCLImageInterface arg1)
CLIJx
- double[] sumPixelsSliceBySlice(ClearCLBuffer arg1)
- double[] sumPixelsSliceBySlice(ClearCLImage arg1)
CLIc
clEsperantoJ
Macro
pyclesperanto
sum_pixels_slice_byslice
CLIJ2
- double[] sumPixelsSliceByslice(ClearCLImageInterface arg1)
CLIJx
- double[] sumPixelsSliceBySlice(ClearCLBuffer arg1)
- double[] sumPixelsSliceBySlice(ClearCLImage arg1)
CLIc
clEsperantoJ
Macro
pyclesperanto
sum_x_projection
CLIJ2
- boolean sumXProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface sum_x_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_sumXProjection(Image source, ByRef Image destination)
pyclesperanto
- sum_x_projection(source : Image, destination : Image = None):
sum_y_projection
CLIJ2
- boolean sumYProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface sum_y_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_sumYProjection(Image source, ByRef Image destination)
pyclesperanto
- sum_y_projection(source : Image, destination : Image = None):
sum_z_projection
CLIJ2
- boolean sumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination_sum)
CLIc
clEsperantoJ
- ClearCLImageInterface sum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination_sum)
Macro
- Ext.CLIJ2_sumZProjection(Image source, ByRef Image destination_sum)
pyclesperanto
- sum_z_projection(source : Image, destination : Image = None):
sum_reduction_x
(experimental)
pyclesperanto
- sum_reduction_x(src : Image, dst : Image = None, blocksize : int = 256):
tenengrad
CLIJ2
- boolean tenengrad(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface tenengrad(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_tenengrad(Image source, ByRef Image destination)
pyclesperanto
tenengrad_fusion
(experimental)
CLIJx
- boolean tenengradFusion(ClearCLBuffer arg1, float[] arg2, float arg3, ClearCLBuffer[] arg4)
- boolean tenengradFusion(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
clEsperantoJ
- ClearCLBuffer[] tenengrad_fusion(ClearCLBuffer arg1, float[] arg2, float arg3, ClearCLBuffer[] arg4)
- ClearCLBuffer tenengrad_fusion(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, double arg6, double arg7)
Macro
- Ext.CLIJx_tenengradFusion(Image input, Image destination, Number number_of_substacks, Number sigmaX, Number sigmaY, Number sigmaZ, Number exponent)
tenengrad_slice_by_slice
CLIJ2
- boolean tenengradSliceBySlice(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface tenengrad_slice_by_slice(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_tenengradSliceBySlice(Image source, ByRef Image destination)
pyclesperanto
threshold
CLIJ2
- boolean threshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLImageInterface threshold(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3)
Macro
- Ext.CLIJ2_threshold(Image source, ByRef Image destination, Number threshold)
pyclesperanto
threshold_default
CLIJ2
- boolean thresholdDefault(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
Macro
- Ext.CLIJ2_thresholdDefault(Image input, ByRef Image destination)
pyclesperanto
threshold_dog
(experimental)
CLIJx
- boolean thresholdDoG(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
clEsperantoJ
- ClearCLBuffer threshold_dog(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5, boolean arg6)
Macro
- Ext.CLIJx_thresholdDoG(Image input, ByRef Image destination, Number sigma1, Number sigma2, Number threshold, Boolean above_threshold)
threshold_huang
CLIJ2
- boolean thresholdHuang(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_huang(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdHuang(Image input, ByRef Image destination)
pyclesperanto
thresholdIJ_IsoData
CLIJ2
- boolean thresholdIJ_IsoData(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_ij__iso_data(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdIJ_IsoData(Image input, ByRef Image destination)
pyclesperanto
threshold_intermodes
CLIJ2
- boolean thresholdIntermodes(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_intermodes(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdIntermodes(Image input, ByRef Image destination)
pyclesperanto
threshold_iso_data
CLIJ2
- boolean thresholdIsoData(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_iso_data(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdIsoData(Image input, ByRef Image destination)
pyclesperanto
threshold_li
CLIJ2
- boolean thresholdLi(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_li(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdLi(Image input, ByRef Image destination)
pyclesperanto
threshold_max_entropy
CLIJ2
- boolean thresholdMaxEntropy(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_max_entropy(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdMaxEntropy(Image input, ByRef Image destination)
pyclesperanto
threshold_mean
CLIJ2
- boolean thresholdMean(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_mean(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdMean(Image input, ByRef Image destination)
pyclesperanto
threshold_min_error
CLIJ2
- boolean thresholdMinError(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_min_error(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdMinError(Image input, ByRef Image destination)
pyclesperanto
threshold_minimum
CLIJ2
- boolean thresholdMinimum(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_minimum(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdMinimum(Image input, ByRef Image destination)
pyclesperanto
threshold_moments
CLIJ2
- boolean thresholdMoments(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_moments(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdMoments(Image input, ByRef Image destination)
pyclesperanto
threshold_otsu
CLIJ2
- boolean thresholdOtsu(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_otsu(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdOtsu(Image input, ByRef Image destination)
pyclesperanto
- threshold_otsu(input : Image, destination : Image = None):
threshold_percentile
CLIJ2
- boolean thresholdPercentile(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_percentile(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdPercentile(Image input, ByRef Image destination)
pyclesperanto
threshold_renyi_entropy
CLIJ2
- boolean thresholdRenyiEntropy(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_renyi_entropy(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdRenyiEntropy(Image input, ByRef Image destination)
pyclesperanto
threshold_shanbhag
CLIJ2
- boolean thresholdShanbhag(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_shanbhag(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdShanbhag(Image input, ByRef Image destination)
pyclesperanto
threshold_triangle
CLIJ2
- boolean thresholdTriangle(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_triangle(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdTriangle(Image input, ByRef Image destination)
pyclesperanto
threshold_yen
CLIJ2
- boolean thresholdYen(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer threshold_yen(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_thresholdYen(Image input, ByRef Image destination)
pyclesperanto
top_hat_box
CLIJ2
- boolean topHatBox(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer top_hat_box(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_topHatBox(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- top_hat_box(input : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
top_hat_octagon
(experimental)
CLIJx
- boolean topHatOctagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer top_hat_octagon(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_topHatOctagon(Image input, ByRef Image destination, Number iterations)
top_hat_octagon_slice_by_slice
(experimental)
CLIJx
- boolean topHatOctagonSliceBySlice(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
clEsperantoJ
- ClearCLBuffer top_hat_octagon_slice_by_slice(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJx_topHatOctagonSliceBySlice(Image input, ByRef Image destination, Number iterations)
top_hat_sphere
CLIJ2
- boolean topHatSphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer top_hat_sphere(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_topHatSphere(Image input, ByRef Image destination, Number radiusX, Number radiusY, Number radiusZ)
pyclesperanto
- top_hat_sphere(input : Image, destination : Image = None, radius_x : float = 1, radius_y : float = 1, radius_z : float = 1):
touch_matrix_to_adjacency_matrix
CLIJ2
- boolean touchMatrixToAdjacencyMatrix(ClearCLBuffer touch_matrix, ClearCLBuffer adjacency_matrix)
- boolean touchMatrixToAdjacencyMatrix(ClearCLBuffer arg1, ClearCLBuffer arg2, boolean arg3)
CLIc
clEsperantoJ
- ClearCLBuffer touch_matrix_to_adjacency_matrix(ClearCLBuffer touch_matrix, ClearCLBuffer adjacency_matrix)
Macro
- Ext.CLIJ2_touchMatrixToAdjacencyMatrix(Image touch_matrix, ByRef Image adjacency_matrix)
pyclesperanto
- touch_matrix_to_adjacency_matrix(touch_matrix :Image, adjacency_matrix_destination :Image = None, self_adjacent : bool = True):
touch_matrix_to_mesh
CLIJ2
- boolean touchMatrixToMesh(ClearCLBuffer pointlist, ClearCLBuffer touch_matrix, ClearCLBuffer mesh_destination)
CLIc
clEsperantoJ
- ClearCLBuffer touch_matrix_to_mesh(ClearCLBuffer pointlist, ClearCLBuffer touch_matrix, ClearCLBuffer mesh_destination)
Macro
- Ext.CLIJ2_touchMatrixToMesh(Image pointlist, Image touch_matrix, ByRef Image mesh_destination)
pyclesperanto
- touch_matrix_to_mesh(pointlist : Image, touch_matrix : Image, mesh_destination : Image):
touching_neighbor_count_map
CLIJ2
- boolean touchingNeighborCountMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer touching_neighbor_count_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_touchingNeighborCountMap(Image input, ByRef Image destination)
pyclesperanto
- touching_neighbor_count_map(input : Image, destination : Image = None):
touching_neighbor_distance_range_ratio_map
CLIJ2
- boolean touchingNeighborDistanceRangeRatioMap(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer touching_neighbor_distance_range_ratio_map(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_touchingNeighborDistanceRangeRatioMap(Image input, ByRef Image destination)
pyclesperanto
train_auto_context_weka_model_with_options
(experimental)
CLIJx
- boolean trainAutoContextWekaModelWithOptions(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, String arg4, double arg5, double arg6, double arg7, double arg8)
clEsperantoJ
- ClearCLBuffer train_auto_context_weka_model_with_options(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, String arg4, double arg5, double arg6, double arg7, double arg8)
train_weka_from_table
(experimental)
CLIJx
- CLIJxWeka2 trainWekaFromTable(ResultsTable arg1, String arg2, double arg3, double arg4, double arg5)
- CLIJxWeka2 trainWekaFromTable(ResultsTable arg1, String arg2, String arg3, double arg4, double arg5, double arg6)
clEsperantoJ
- CLIJxWeka2 train_weka_from_table(ResultsTable arg1, String arg2, double arg3, double arg4, double arg5)
- CLIJxWeka2 train_weka_from_table(ResultsTable arg1, String arg2, String arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJx_trainWekaFromTable(String groundTruthColumnName, String saveModelFilename, Number trees, Number features, Number maxDepth)
train_weka_model
(experimental)
CLIJx
- CLIJxWeka2 trainWekaModel(ClearCLBuffer featureStack3D, ClearCLBuffer groundTruth2D, String saveModelFilename)
clEsperantoJ
- ClearCLBuffer train_weka_model(ClearCLBuffer featureStack3D, ClearCLBuffer groundTruth2D, String saveModelFilename)
Macro
- Ext.CLIJx_trainWekaModel(Image featureStack3D, Image groundTruth2D, String saveModelFilename)
train_weka_model_with_options
(experimental)
CLIJx
- CLIJxWeka2 trainWekaModelWithOptions(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, double arg4, double arg5, double arg6)
clEsperantoJ
- ClearCLBuffer train_weka_model_with_options(ClearCLBuffer arg1, ClearCLBuffer arg2, String arg3, double arg4, double arg5, double arg6)
Macro
- Ext.CLIJx_trainWekaModelWithOptions(Image featureStack3D, Image groundTruth2D, String saveModelFilename, Number trees, Number features, Number maxDepth)
translate
CLIJ2
- boolean translate2D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer translate2d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_translate2D(Image source, ByRef Image destination, Number translateX, Number translateY)
pyclesperanto
- translate(source : Image, destination : Image = None, translate_x : float = 0, translate_y : float = 0, translate_z : float = 0, linear_interpolation : bool = False):
translate
CLIJ2
- boolean translate3D(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLBuffer translate3d(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_translate3D(Image source, ByRef Image destination, Number translateX, Number translateY, Number translateZ)
pyclesperanto
- translate(source : Image, destination : Image = None, translate_x : float = 0, translate_y : float = 0, translate_z : float = 0, linear_interpolation : bool = False):
translation_registration
(experimental)
CLIJx
- boolean translationRegistration(ClearCLBuffer arg1, ClearCLBuffer arg2, double[] arg3)
- boolean translationRegistration(ClearCLBuffer input1, ClearCLBuffer input2, ClearCLBuffer destination)
clEsperantoJ
- ClearCLBuffer translation_registration(ClearCLBuffer arg1, ClearCLBuffer arg2, double[] arg3)
- ClearCLBuffer translation_registration(ClearCLBuffer input1, ClearCLBuffer input2, ClearCLBuffer destination)
Macro
- Ext.CLIJx_translationRegistration(Image input1, Image input2, ByRef Image destination)
translation_timelapse_registration
(experimental)
CLIJx
- boolean translationTimelapseRegistration(ClearCLBuffer input, ClearCLBuffer output)
clEsperantoJ
- ClearCLBuffer translation_timelapse_registration(ClearCLBuffer input, ClearCLBuffer output)
Macro
- Ext.CLIJx_translationTimelapseRegistration(Image input, ByRef Image output)
transpose_xy
CLIJ2
- boolean transposeXY(ClearCLBuffer input, ClearCLBuffer destination)
- transposeXY(input, buffer);
- transposeXY(input, buffer);
CLIc
clEsperantoJ
- ClearCLBuffer transpose_xy(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_transposeXY(Image input, ByRef Image destination)
pyclesperanto
- transpose_xy(input : Image, destination : Image = None):
transpose_xz
CLIJ2
- boolean transposeXZ(ClearCLBuffer input, ClearCLBuffer destination)
- transposeXZ(input, buffer);
CLIc
clEsperantoJ
- ClearCLBuffer transpose_xz(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_transposeXZ(Image input, ByRef Image destination)
pyclesperanto
- transpose_xz(input : Image, destination : Image = None):
transpose_yz
CLIJ2
- boolean transposeYZ(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer transpose_yz(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_transposeYZ(Image input, ByRef Image destination)
pyclesperanto
- transpose_yz(input : Image, destination : Image = None):
types
(experimental)
undefined_to_zero
CLIJ2
- boolean undefinedToZero(ClearCLBuffer source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer undefined_to_zero(ClearCLBuffer source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_undefinedToZero(Image source, ByRef Image destination)
pyclesperanto
- undefined_to_zero(source : Image, destination : Image = None):
variance_box
CLIJ2
- boolean varianceBox(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface variance_box(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_varianceBox(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
variance_of_all_pixels
CLIJ2
- double varianceOfAllPixels(ClearCLBuffer source)
- double varianceOfAllPixels(ClearCLImageInterface arg1, double arg2)
CLIc
clEsperantoJ
- ClearCLBuffer variance_of_all_pixels(ClearCLBuffer source)
- ClearCLImageInterface variance_of_all_pixels(ClearCLImageInterface arg1, double arg2)
Macro
- Ext.CLIJ2_varianceOfAllPixels(Image source)
pyclesperanto
variance_of_masked_pixels
CLIJ2
- double varianceOfMaskedPixels(ClearCLBuffer source, ClearCLBuffer mask)
- double varianceOfMaskedPixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
CLIc
clEsperantoJ
- ClearCLBuffer variance_of_masked_pixels(ClearCLBuffer source, ClearCLBuffer mask)
- ClearCLBuffer variance_of_masked_pixels(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3)
Macro
- Ext.CLIJ2_varianceOfMaskedPixels(Image source, Image mask)
pyclesperanto
variance_sphere
CLIJ2
- boolean varianceSphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface variance_sphere(ClearCLImageInterface arg1, ClearCLImageInterface arg2, double arg3, double arg4, double arg5)
Macro
- Ext.CLIJ2_varianceSphere(Image source, ByRef Image destination, Number radius_x, Number radius_y, Number radius_z)
pyclesperanto
visualize_outlines_on_original
CLIJ2
- boolean visualizeOutlinesOnOriginal(ClearCLBuffer intensity, ClearCLBuffer labels, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer visualize_outlines_on_original(ClearCLBuffer intensity, ClearCLBuffer labels, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_visualizeOutlinesOnOriginal(Image intensity, Image labels, ByRef Image destination)
pyclesperanto
voronoi_labeling
CLIJ2
- boolean voronoiLabeling(ClearCLBuffer input, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface voronoi_labeling(ClearCLBuffer input, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_voronoiLabeling(Image input, ByRef Image destination)
pyclesperanto
- voronoi_labeling(binary_source : Image, labeling_destination : Image = None):
voronoi_octagon
CLIJ2
- boolean voronoiOctagon(ClearCLBuffer input, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer voronoi_octagon(ClearCLBuffer input, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_voronoiOctagon(Image input, ByRef Image destination)
pyclesperanto
voronoi_otsu_labeling
CLIJ2
- boolean voronoiOtsuLabeling(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
CLIc
clEsperantoJ
- ClearCLBuffer voronoi_otsu_labeling(ClearCLBuffer arg1, ClearCLBuffer arg2, double arg3, double arg4)
Macro
- Ext.CLIJ2_voronoiOtsuLabeling(Image input, ByRef Image destination, Number spot_sigma, Number outline_sigma)
pyclesperanto
- voronoi_otsu_labeling(source : Image, label_image_destination : Image = None, spot_sigma : float = 2, outline_sigma : float = 2):
watershed
CLIJ2
- boolean watershed(ClearCLBuffer binary_source, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer watershed(ClearCLBuffer binary_source, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_watershed(Image binary_source, ByRef Image destination)
pyclesperanto
weka_label_classifier
(experimental)
CLIJx
- boolean wekaLabelClassifier(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer destination, String features, String modelfilename)
clEsperantoJ
- ClearCLBuffer weka_label_classifier(ClearCLBuffer input, ClearCLBuffer label_map, ClearCLBuffer destination, String features, String modelfilename)
Macro
- Ext.CLIJx_wekaLabelClassifier(Image input, Image label_map, ByRef Image destination, String features, String modelfilename)
weka_regional_label_classifier
(experimental)
CLIJx
- boolean wekaRegionalLabelClassifier(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, String arg4, String arg5, double arg6, double arg7, double arg8, double arg9)
clEsperantoJ
- ClearCLBuffer weka_regional_label_classifier(ClearCLBuffer arg1, ClearCLBuffer arg2, ClearCLBuffer arg3, String arg4, String arg5, double arg6, double arg7, double arg8, double arg9)
Macro
- Ext.CLIJx_wekaRegionalLabelClassifier(Image input, Image label_map, ByRef Image destination, String features, String modelfilename, Number radius_of_maximum, Number radius_of_minimum, Number radius_of_mean, Number radius_of_standard_deviation)
write_v_t_k_line_list_to_disc
(experimental)
CLIJx
- boolean writeVTKLineListToDisc(ClearCLBuffer pointlist, ClearCLBuffer touch_matrix, String filename)
clEsperantoJ
- ClearCLBuffer write_v_t_k_line_list_to_disc(ClearCLBuffer pointlist, ClearCLBuffer touch_matrix, String filename)
Macro
- Ext.CLIJx_writeVTKLineListToDisc(Image pointlist, Image touch_matrix, String filename)
write_values_to_positions
CLIJ2
- boolean writeValuesToPositions(ClearCLBuffer positions_and_values, ClearCLBuffer destination)
CLIc
clEsperantoJ
- ClearCLBuffer write_values_to_positions(ClearCLBuffer positions_and_values, ClearCLBuffer destination)
Macro
- Ext.CLIJ2_writeValuesToPositions(Image positions_and_values, ByRef Image destination)
pyclesperanto
- write_values_to_positions(positions_and_values : Image, destination : Image = None):
write_xyz_point_list_to_disc
(experimental)
CLIJx
- boolean writeXYZPointListToDisc(ClearCLBuffer pointlist, String filename)
clEsperantoJ
- ClearCLBuffer write_xyz_point_list_to_disc(ClearCLBuffer pointlist, String filename)
Macro
- Ext.CLIJx_writeXYZPointListToDisc(Image pointlist, String filename)
z_position_of_maximum_z_projection
CLIJ2
- boolean zPositionOfMaximumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface z_position_of_maximum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_zPositionOfMaximumZProjection(Image source, ByRef Image destination)
pyclesperanto
z_position_of_minimum_z_projection
CLIJ2
- boolean zPositionOfMinimumZProjection(ClearCLImageInterface source, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface z_position_of_minimum_z_projection(ClearCLImageInterface source, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_zPositionOfMinimumZProjection(Image source, ByRef Image destination)
pyclesperanto
z_position_projection
CLIJ2
- boolean zPositionProjection(ClearCLImageInterface source_stack, ClearCLImageInterface z_position, ClearCLImageInterface destination)
CLIc
clEsperantoJ
- ClearCLImageInterface z_position_projection(ClearCLImageInterface source_stack, ClearCLImageInterface z_position, ClearCLImageInterface destination)
Macro
- Ext.CLIJ2_zPositionProjection(Image source_stack, Image z_position, ByRef Image destination)
pyclesperanto
z_position_range_projection
CLIJ2
- boolean zPositionRangeProjection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, int arg4, int arg5)
CLIc
clEsperantoJ
- ClearCLImageInterface z_position_range_projection(ClearCLImageInterface arg1, ClearCLImageInterface arg2, ClearCLImageInterface arg3, int arg4, int arg5)
Macro
- Ext.CLIJ2_zPositionRangeProjection(Image source_stack, Image z_position, ByRef Image destination, Number start_z, Number end_z)
pyclesperanto
677 methods listed.