readrawblock¶
There are 2 forms of this command.
readrawblock(image name, filename, x, y, z, block width, block height, block depth, data type, total width, total height, total depth)¶
Reads a block of a .raw image file. Dimensions of the .raw file do not need to be specified if the file name is in format name_WxHxD.raw, where [W, H, D] are the dimensions of the image. The system tries to guess the pixel data type, too, based on the file size and dimensions of the image as follows. If pixel size in bytes is 1, the system sets the pixel type to uint8. If pixel size in bytes is 2, the system sets the pixel type to uint16. If pixel size in bytes is 4, float32 pixel data is assumed (instead of e.g. int32 or uint32). If pixel size in bytes is 8, pixels are assumed to be of type uint64 (instead of e.g. int64 or complex32). If the guess is wrong, the pixel data type must be explicitly specified using the corresponding argument. Even in this case the dimensions can be read from the name of the file if the file name contains the dimensions.
This command cannot be used in the distributed processing mode. If you need it, please contact the authors.
Arguments¶
data type [input]¶
Data type: string
Default value: “”
Data type of the image. Can be uint8, uint16, uint32, uint64, int8, int16, int32, int64, float32, or complex32. Specify empty value to infer data type from image dimensions
total width [input]¶
Data type: integer
Default value: 0
Width of the image. Omit width, height and depth to infer dimensions from file name.
total height [input]¶
Data type: integer
Default value: 0
Height of the image. Omit width, height and depth to infer dimensions from file name.
total depth [input]¶
Data type: integer
Default value: 0
Depth of the image. Omit width, height and depth to infer dimensions from file name.
readrawblock(image name, filename, position, block size, data type, image size)¶
Reads a block of a .raw image file. Dimensions of the .raw file do not need to be specified if the file name is in format name_WxHxD.raw, where [W, H, D] are the dimensions of the image. The system tries to guess the pixel data type, too, based on the file size and dimensions of the image as follows. If pixel size in bytes is 1, the system sets the pixel type to uint8. If pixel size in bytes is 2, the system sets the pixel type to uint16. If pixel size in bytes is 4, float32 pixel data is assumed (instead of e.g. int32 or uint32). If pixel size in bytes is 8, pixels are assumed to be of type uint64 (instead of e.g. int64 or complex32). If the guess is wrong, the pixel data type must be explicitly specified using the corresponding argument. Even in this case the dimensions can be read from the name of the file if the file name contains the dimensions.
This command cannot be used in the distributed processing mode. If you need it, please contact the authors.
Arguments¶
data type [input]¶
Data type: string
Default value: “”
Data type of the image. Can be uint8, uint16, uint32, uint64, int8, int16, int32, int64, float32, or complex32. Specify empty value to infer data type from image dimensions
image size [input]¶
Data type: 3-component integer vector
Default value: “[0, 0, 0]”
Dimensions of the full image. Set to zero to infer dimensions from file name.