• make_scriptAP

make_scriptAP

Description

This program generates the run script and .INN files required to batch autoregister new images using parallel processing.

Required Files

input file:

• make_script.in - Text file containing the names of the images to batch autoregister.

seed file:

• make_scriptA.seed - Text file containing the autoregisterP option commands for batch registering images.

processed files:

• INIT_LITHOS - make_scriptAP reads the USRMX (maximum number of core processors) value.

• TESTFILES1/ - Directory in which to store copies of LMRK_DISPLAYnn.pgm (output by autoregisterP) for each image.

  autoregisterP requires a number of directories and files. Refer to autoregiserP for more information.

Output Files

make_scriptAP outputs:

• run.sh - Controlling run script for batch image auto registration using parallel processing.
  • run script for each core processor:
    • run_script01.b
    • run_script02.b
    • etc..

• .INN files - autoregisterP seed file for each image.

• rem_script.b - Script for removal of temporary files (working directory clean-up)

run_scriptnn.b output:

• .OOT files - Standard output from autoregisterP for each image.

processed files outputs:

• TESTFILES1/ - A copy of LMRK_DISPLAYnn.pgm (output by autoregisterP) is saved for each image.

• SUMFILES/ - Landmarks are added to the image's SUMFILE. Spacecraft/camera position/attitude are updated upon user acceptance of alignment shifts.

• LMKFILES/ - Image names are added to the LMKFILES.

User Warnings

• You must set the correct number of core processors for USRMX, a variable contained in INIT_LITHOS. Refer to that entry for further information.

Using make_scriptAP

1. Create Input Files

Here is a sample make_script.in file (see that entry for further information):

 P00045000450
 P00045000451
 P00045000452
END

• You must precede each image filename with a space.

Here is a sample make_scriptA.seed file (see that entry for further information):

a
0,65,.25,0,3
1
2
n
0
n
o
.5
4
b
0
q
END   

2. Run make_scriptAP

make_scriptAP generates a .INN file for each image. It consists of the image filename followed by the autoregister options contained in the make_scriptA.seed file.

Here is an annotated sample .INN file for image P00045000450:

nn              <- two character USR name to distinguish between processes.
P00045000450
a
0,65,.25,0,3
1
2
n
0
n
o
.5
4
b
0
q
END   

make_scriptAP also generates the run.sh script. Here is a sample run script file for image POOO45000450:

 chmod +x run_script01.b
 chmod +x run_script02.b
 ''etc..''

 ./run_script01.b &
 ./run_script02.b &
 ''etc...''

make_scriptAP also generates the run_script01.b, run_script02.b files, which look like this:

rm -f P00045000450.OOT
/usr/local/bin/AUTOREGISTERP < P00045000450.INN > P00045000450.OOT
cp LMRK_DISPLAY01.pgm ./TESTFILES1/P00045000450.pgm
rm -f P00045000452.OOT
/usr/local/bin/AUTOREGISTERP < P00045000451.INN > P00045000451.OOT
cp LMRK_DISPLAY01.pgm ./TESTFILES1/P00045000451.pgm

3. Batch Autoregister Images Using Parallel Processing

   autoregister uses the file LMRKLISTX.TXT to prescreen the maplets. If you have added or deleted maplets recently, you should run make_lmrklistX.

Here is a sample command line for running run.sh:

sh run.sh

The autoregister standard output for each image is captured in the .OOT files. The LMRKDISPLAY1.pgm file output by autoregister is copied and stored in TESTFILES/ once an image has been processed. You must review the .OOT files to ascertain the success of the batch image autoregistration process.

• There is currently no find-nofit program for batch image autoregistration.

4. Clean Working Directory

You can use rem_script.b to clean out the directory of make_scriptAP working files once autoregistration is complete and you have quality checked the image correlations.

Here is a sample rem_script.b file:

rm -f *.INN
rm -f *.OOT
rm -f run_script*

(Compiled by DL)

CategoryPrograms