ISIS Application Documentation
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Compute the center of mass of a single-band cube
Description
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Examples
History
Name | Description |
---|---|
FROM | Input cube/image to center |
TO | Output cube |
INTERP | Interpolation used for Transformation |
MINIMUM | Minimum DN value to consider |
MAXIMUM | Maximum DN to consider in computation |
Use this parameter to select the filename. Only one band is allowed in the input cube.
Type | cube |
---|---|
File Mode | input |
Filter | *.cub |
If specified this file will contain the results of the centered cube.
Type | cube |
---|---|
File Mode | output |
Internal Default | None |
Inclusions |
|
Filter | *.cub |
This will be the interpolation type used to get the output file in either the translate or warp application. Defaults to CUBICCONVOLUTION.
Type | string | ||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Default | CUBICCONVOLUTION | ||||||||||||
Option List: |
|
Minimum DN in the image to consider for computation of the center of mass. This can be helpful to eliminate background data.
Type | double |
---|---|
Internal Default | ValidMin |
Less Than |
|
Maximum DN to consider in computation of center of mass. This can be used to eliminate high saturation that would otherwise bias the centroid calculation.
Type | double |
---|---|
Internal Default | ValidMax |
Centering object against dark background.
Example Gui Screenshot of GUI with parameters filled in to perform a center operation on the input image. |
Input image for center
Parameter Name:
FROM This is the 512 by 512 input image for the center example. |
Output image for mirror
Parameter Name:
TO This is the 512 by 512 output image that results. |
Kris Becker | 2014-12-25 | Original version |
Jeffrey Covington | 2015-02-19 | Added more documentation and restricted center to single-band cubes. |