mdisproc
Runs a raw Messenger cube through ingestion and calibration
Categories
History
Christopher Austin | 2008-08-12 | Original version |
Christopher Austin | 2008-08-21 | Fixed the trim option and added a test for it. |
Parameters
Files
Type | filename |
---|---|
File Mode | input |
Filter | *.QUB *.imq *.ima *.img *.cub |
Type | cube |
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File Mode | output |
Internal Default | Automatic |
Type | string |
---|---|
Internal Default | All |
Type | boolean |
---|---|
Default | TRUE |
Level Processing
Type | boolean |
---|---|
Default | YES |
Type | boolean |
---|---|
Default | YES |
Inclusions |
|
Type | integer |
---|---|
Default | 3 |
Exports the calibrated cube back into cdr format.
If only this step needs to be ran, use mdis2pds instead.
Type | boolean |
---|---|
Default | FALSE |
Inclusions |
|
Calibration
Type | string | |||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Default | MODEL | |||||||||||||||
Option List: |
|
This option when set wil convert the output to I/F from radiance values. To convert from radiance to I/F (also known as radiance factor, the ratio of measured radiance to that which would be measured from a white perfectly Lambertian surface), the following expression should is applied:
I_over_F(f) = L(f) * PI * (SOLAR_DISTANCE/149597870.691)**2 / F(f)where L(f) is calibrated radiance calculated for some filter f, SOLAR_DISTANCE is that value for distance of the target object from the center of the sun in kilometers (as indicated by the keyword SOLAR_DISTANCE), 149597870.691 is the number of kilometers in 1 AU and F(f) is effective average solar irradiance sampled under the filter bandpass.
If the observed target is not of a valid body as recognized by NAIF, the output is left in radiance.
Type | boolean |
---|---|
Default | True |
CDR
Type | integer |
---|---|
Default | 32 |
Minimum | 8 (inclusive) |
Maximum | 32 (inclusive) |