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Deletions are marked like this. | Additions are marked like this. |
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* Spice kernel file (SPICE) | |
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* [[NOMINALS]] * [[SUMFILES]] |
* [[NOMINALS]] - nominal navigation information and uncertainties * [[SUMFILES]] - camera properties and navigation information |
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=== Alternative Description === * Combines the converted image file with the image number, spacecraft state, spacecraft position & velocity and pointing information along with the associated calculated errors (Sigmas) |
make_sumfiles
make_sumfiles ingests in images into SPC. It takes in, as standard input, the name and camera position of the images. It will convert the image into the <filename>.DAT format in [IMAGEFILES]. It will also generate <filename>.SUM in [SUMFILES] and <filename>.NOM in [NOMINALS]. Finally, it will append the image name onto [PICTLIST.TXT].
Builds the sumfile and nominals
B-Frame let's you set the NOM and SUM to the body fixed frame.
You must update the ck and spk entries in make_sumfiles.txt. You must have entries that cover the time of all of your images.
This program is non-standard. While the goal is to make a single version that does it all, each mission has a different image format. This program frequently has different versions for different missions to get the data in a form usable by SPC.
Input - files
- Spice kernel file (SPICE)
make_sumfiles.txt - list of SPICE kernels
make_sumfiles.in - list of files from process_img
~/bin/e.make_sumfiles Use B-Frame? (y/n) n 0. Create SUMFILES & NOMINALS and .. 1. Update old NOMINALS and .. 2. Update old SUMFILES 0
Output
NOMINALS - nominal navigation information and uncertainties
SUMFILES - camera properties and navigation information
Example for Mercator
- Image name (the name of the image in pgm format, and stored in [NEW_IMAGES])
A1_05
- Image time
410256.22608 (this is GPS time, but sometimes UTC is used)
- Camera Location
31.69495, -110.62658, 17716.61873 (for Mercator, this is Lat/Lon and altitude of the aircraft)
Alternative Description
Combines the converted image file with the image number, spacecraft state, spacecraft position & velocity and pointing information along with the associated calculated errors (Sigmas)