Unverified Commit 9a854dbc authored by Jesse Mapel's avatar Jesse Mapel Committed by GitHub
Browse files

Merge pull request #85 from AgoinsUSGS/coloredmos 

Added colored mosaic cat test to tgo.  Fixes #5356.
parents 34dd9b0d 29bb3bd2

isis/src/tgo/tsts/coloredMosaic/Makefile

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# This tests the production of a CaSSIS uncontrolled multi-color mosaic from ingestion to

# export to pds4.

#

# @history 2018-02-22 Adam Goins - Original version, many things borrowed from

#                             uncontrolled single-color cat test.

#



INGEST = tgocassis2isis

SPICE = spiceinit

MAPFILE = mosrange

PROJECT = cam2map

MOSAIC = automos

EXPORT = isis2pds

GETKEY = getkey

CUBEIT = cubeit



include $(ISISROOT)/make/isismake.tsts



commands:

  # Ingest Red

	$(LS) $(INPUT)/*-RED-*.xml > $(OUTPUT)/redInputs.lis;

	$(SED) 's/^.*input\///g' $(OUTPUT)/redInputs.lis > $(OUTPUT)/redRelative.lis;

	$(SED) 's/\.xml//g' $(OUTPUT)/redRelative.lis > $(OUTPUT)/redBasenames.lis;

	$(INGEST) $(TSTARGS) from=$(INPUT)/\$$\1.xml \

            to=$(OUTPUT)/$\$$\1.cub -batchlist=$(OUTPUT)/redBasenames.lis > /dev/null;

	$(SPICE) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub \

            SPKPREDICTED=true CKPREDICTED=true -batchlist=$(OUTPUT)/redBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*-RED-*.cub > $(OUTPUT)/redCubes.lis;



	# Ingest Blu

	$(LS) $(INPUT)/*-BLU-*.xml > $(OUTPUT)/bluInputs.lis;

	$(SED) 's/^.*input\///g' $(OUTPUT)/bluInputs.lis > $(OUTPUT)/bluRelative.lis;

	$(SED) 's/\.xml//g' $(OUTPUT)/bluRelative.lis > $(OUTPUT)/bluBasenames.lis;

	$(INGEST) $(TSTARGS) from=$(INPUT)/\$$\1.xml \

            to=$(OUTPUT)/$\$$\1.cub -batchlist=$(OUTPUT)/bluBasenames.lis > /dev/null;

	$(SPICE) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub \

           SPKPREDICTED=true CKPREDICTED=true -batchlist=$(OUTPUT)/bluBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*-BLU-*.cub > $(OUTPUT)/bluCubes.lis;



	# Ingest Pan

	$(LS) $(INPUT)/*-PAN-*.xml > $(OUTPUT)/panInputs.lis;

	$(SED) 's/^.*input\///g' $(OUTPUT)/panInputs.lis > $(OUTPUT)/panRelative.lis;

	$(SED) 's/\.xml//g' $(OUTPUT)/panRelative.lis > $(OUTPUT)/panBasenames.lis;

	$(INGEST) $(TSTARGS) from=$(INPUT)/\$$\1.xml \

            to=$(OUTPUT)/$\$$\1.cub -batchlist=$(OUTPUT)/panBasenames.lis > /dev/null;

	$(SPICE) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub \

	    SPKPREDICTED=true CKPREDICTED=true -batchlist=$(OUTPUT)/panBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*-PAN-*.cub > $(OUTPUT)/panCubes.lis;



	# Ingest Nir

	$(LS) $(INPUT)/*-NIR-*.xml > $(OUTPUT)/nirInputs.lis;

	$(SED) 's/^.*input\///g' $(OUTPUT)/nirInputs.lis > $(OUTPUT)/nirRelative.lis;

	$(SED) 's/\.xml//g' $(OUTPUT)/nirRelative.lis > $(OUTPUT)/nirBasenames.lis;

	$(INGEST) $(TSTARGS) from=$(INPUT)/\$$\1.xml \

            to=$(OUTPUT)/$\$$\1.cub -batchlist=$(OUTPUT)/nirBasenames.lis > /dev/null;

	$(SPICE) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub \

            SPKPREDICTED=true CKPREDICTED=true -batchlist=$(OUTPUT)/nirBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*-NIR-*.cub > $(OUTPUT)/nirCubes.lis;



	# MAP FILE

	# Create list of all files.

	$(LS) $(INPUT)/*.xml > $(OUTPUT)/allInputs.lis;

	$(SED) 's/^.*input\//output\//g' $(OUTPUT)/allInputs.lis > $(OUTPUT)/allRelative.lis;

	$(SED) 's/\.xml/.cub/g' $(OUTPUT)/allRelative.lis > $(OUTPUT)/allCubes.lis;

	$(MAPFILE) $(TSTARGS) fromlist=$(OUTPUT)/allCubes.lis to=$(OUTPUT)/equi.map > /dev/null;



	# MOSAICS

	# Create Red Mosaic

	$(PROJECT) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub to=$(OUTPUT)/$\$$\1_redEqui.cub \

            map=$(OUTPUT)/equi.map \

            pixres=mpp resolution=200 -batchlist=$(OUTPUT)/redBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*redEqui.cub > $(OUTPUT)/redMosaic.lis;

	$(MOSAIC) $(TSTSARGS) fromlist=$(OUTPUT)/redMosaic.lis \

    mosaic=$(OUTPUT)/redCassisMosaic.cub grange='USER' \

    MAXLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLatitude grpname=Mapping`  \

    MINLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLatitude grpname=Mapping`  \

    MAXLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLongitude grpname=Mapping` \

    MINLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLongitude grpname=Mapping` > /dev/null;



# Create Blu Mosaic

	$(PROJECT) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub to=$(OUTPUT)/$\$$\1_bluEqui.cub \

             map=$(OUTPUT)/equi.map \

             pixres=mpp resolution=200 -batchlist=$(OUTPUT)/bluBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*bluEqui.cub > $(OUTPUT)/bluMosaic.lis;

	$(MOSAIC) $(TSTSARGS) fromlist=$(OUTPUT)/bluMosaic.lis \

    mosaic=$(OUTPUT)/bluCassisMosaic.cub grange='USER' \

    MAXLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLatitude grpname=Mapping`  \

    MINLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLatitude grpname=Mapping`  \

    MAXLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLongitude grpname=Mapping` \

    MINLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLongitude grpname=Mapping` > /dev/null;



# Create Pan Mosaic

	$(PROJECT) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub to=$(OUTPUT)/$\$$\1_panEqui.cub \

            map=$(OUTPUT)/equi.map \

            pixres=mpp resolution=200 -batchlist=$(OUTPUT)/panBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*panEqui.cub > $(OUTPUT)/panMosaic.lis;

	$(MOSAIC) $(TSTSARGS) fromlist=$(OUTPUT)/panMosaic.lis \

   mosaic=$(OUTPUT)/panCassisMosaic.cub grange='USER' \

   MAXLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLatitude grpname=Mapping`  \

   MINLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLatitude grpname=Mapping`  \

   MAXLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLongitude grpname=Mapping` \

   MINLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLongitude grpname=Mapping` > /dev/null;



# Create Nir Mosaic

	$(PROJECT) $(TSTARGS) from=$(OUTPUT)/$\$$\1.cub to=$(OUTPUT)/$\$$\1_nirEqui.cub \

             map=$(OUTPUT)/equi.map \

             pixres=mpp resolution=200 -batchlist=$(OUTPUT)/nirBasenames.lis > /dev/null;

	$(LS) $(OUTPUT)/*nirEqui.cub > $(OUTPUT)/nirMosaic.lis;

	$(MOSAIC) $(TSTSARGS) fromlist=$(OUTPUT)/nirMosaic.lis \

    mosaic=$(OUTPUT)/nirCassisMosaic.cub grange='USER' \

    MAXLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLatitude grpname=Mapping`  \

    MINLAT = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLatitude grpname=Mapping`  \

    MAXLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MaximumLongitude grpname=Mapping` \

    MINLON = `$(GETKEY) from=$(OUTPUT)/equi.map keyword=MinimumLongitude grpname=Mapping` > /dev/null;



# Create full color mos

	$(LS) $(OUTPUT)/*CassisMosaic.cub > $(OUTPUT)/mosaicList.lis;

	$(CUBEIT) fromlist=$(OUTPUT)/mosaicList.lis to=$(OUTPUT)/coloredMosaic.cub > /dev/null;

	$(EXPORT) $(TSTSARGS) from=$(OUTPUT)/coloredMosaic.cub to=$(OUTPUT)/coloredMosaic \

             pdsversion=pds4 > /dev/null;

	$(SED) 's+\Product_Observational.*>+\Product_Observational>+' \

            $(OUTPUT)/coloredMosaic.xml > $(OUTPUT)/coloredMosaic1.txt;

	$(SED) 's+\FSW_HEADER.*>+\FSW_HEADER>+' \

            $(OUTPUT)/coloredMosaic1.txt > $(OUTPUT)/coloredMosaic2.txt;

	$(SED) 's+\PEHK_HEADER.*>+\PEHK_HEADER>+' \

            $(OUTPUT)/coloredMosaic2.txt > $(OUTPUT)/coloredMosaic3.txt;

	$(SED) 's+\Modification_Detail.*>+\Modification_Detail>+' \

            $(OUTPUT)/coloredMosaic3.txt > $(OUTPUT)/coloredMosaic.txt;



	# Cleanup

	$(RM) $(OUTPUT)/coloredMosaic.xml;

	$(RM) $(OUTPUT)/coloredMosaic1.txt;

	$(RM) $(OUTPUT)/coloredMosaic2.txt;

	$(RM) $(OUTPUT)/coloredMosaic3.txt;

	$(RM) $(OUTPUT)/*.lis;

	$(RM) $(OUTPUT)/CAS-MCO*.cub;

	$(RM) $(OUTPUT)/bluCassisMosaic.cub;

	$(RM) $(OUTPUT)/nirCassisMosaic.cub;

	$(RM) $(OUTPUT)/panCassisMosaic.cub;

	$(RM) $(OUTPUT)/redCassisMosaic.cub;

	$(MV) $(OUTPUT)/equi.map $(OUTPUT)/equi.pvl