Change definition domain of an image.
The operator change_domain uses the indicated region as new definition domain. Unlike the operator reduce_domain it does not form the intersection of the previous definition domain. This can lead to errors particularly when the region is larger than the image matrix. The size of the matrix is not changed.
Due to running time the transferred region is not checked for consistency (i.e., whether it fits with the image matrix). Incorrect regions lead to system hang-ups during subsequent operations.
|
Image (input_object) |
image(-array) -> object : byte / direction / cyclic / int1 / int2 / uint2 / int4 / real / complex / dvf |
| Input image. | |
|
NewDomain (input_object) |
region -> object |
| New definition domain. | |
|
ImageNew (output_object) |
image(-array) -> object : byte / direction / cyclic / int1 / int2 / uint2 / int4 / real / complex / dvf |
| Image with new definition domain. | |
change_domain is reentrant and automatically parallelized (on tuple level).
full_domain, get_domain, intersection
Image / region / XLD management
