updated mapcam makefile (#4498) (c978036e) · Commits · aflab / astrogeology / ISIS3

isis/src/osirisrex/tsts/mapcam/Makefile

+23 −29

Original line number	Diff line number	Diff line
		@@ -18,18 +18,12 @@ commands:
		ocams2isis $(TSTARGS) \
		from=$(INPUT)/20190303T100344S990_map_iofL2pan_V001.fits \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		>& /dev/null;
		> /dev/null;

		# spiceinit first image
		spiceinit $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		ckpredict=t \
		spkpredict=t \
		ckrecon=f \
		spkrecon=f \
		SCLK='$$osirisrex/kernels/sclk/SCLK.tsc' \
		extra='$$osirisrex/kernels/pck/bennu_v10.tpc' \
		>& /dev/null;
		> /dev/null;

		# phocube first image
		# create 7 band backplane with from the following values:
		@@ -42,13 +36,13 @@ commands:
		emission=t \
		incidence=t \
		pixelres=t \
		>& /dev/null;
		> /dev/null;

		# explode first image's backplane into 5 cubes
		explode $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-bp.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-bp-explode \
		>& /dev/null;
		> /dev/null;

		# reunite exploded cubes. output should be identical to phocube bp output above
		$(LS) $(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-bp-explode* \
		@@ -56,7 +50,7 @@ commands:
		cubeit $(TSTARGS) \
		from=$(OUTPUT)/phocubeBandList.txt \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-bp.cub \
		>& /dev/null;
		> /dev/null;

		# for each pixel in first image, multiply by 2 then add 1
		algebra $(TSTARGS) \
		@@ -65,20 +59,20 @@ commands:
		operator=unary \
		a=2 \
		a=1 \
		>& /dev/null;
		> /dev/null;

		# (SKIP) get camera information for first image
		# caminfo fails for this image using the testIsis code provided by team
		caminfo $(TSTARGS) \
		#caminfo $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-caminfo.pvl \
		>& /dev/null;
		> /dev/null;

		# get camera statistics for first image
		camstats $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-camstats.pvl \
		>& /dev/null;
		> /dev/null;

		# get DN statistics for first image
		stats $(TSTARGS) \
		@@ -92,7 +86,7 @@ commands:
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-photrim.cub \
		minphase=100 \
		maxphase=101 \
		>& /dev/null;
		> /dev/null;

		# photomet first image
		photomet $(TSTARGS) \
		@@ -107,13 +101,13 @@ commands:
		albedo=1.0 \
		maxemission=80 \
		maxincidenc=85 \
		>& /dev/null;
		> /dev/null;

		# (SKIP) footprint first image
		# footprintinit fails for this image using the testIsis code provided by team
		footprintinit $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		>& /dev/null;
		> /dev/null;


		# campt 4 corners and center of first image
		@@ -124,35 +118,35 @@ commands:
		SAMPLE=350 \
		LINE=1 \
		ALLOWOUTSIDE=no \
		>& /dev/null;
		> /dev/null;
		campt $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001_campt_upperright.pvl \
		SAMPLE=1024 \
		LINE=1 \
		ALLOWOUTSIDE=no \
		>& /dev/null;
		> /dev/null;
		campt $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001_campt_lowerright.pvl \
		SAMPLE=1024 \
		LINE=1024 \
		SAMPLE=890 \
		LINE=615 \
		ALLOWOUTSIDE=no \
		>& /dev/null;
		> /dev/null;
		campt $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001_campt_lowerleft.pvl \
		SAMPLE=350 \
		LINE=1024 \
		SAMPLE=256 \
		LINE=750 \
		ALLOWOUTSIDE=no \
		>& /dev/null;
		> /dev/null;
		campt $(TSTARGS) \
		from=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-spiceinit.cub \
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001_campt_imagecenter.pvl \
		SAMPLE=512 \
		LINE=512 \
		ALLOWOUTSIDE=no \
		>& /dev/null;
		> /dev/null;

		# get mapping group containing Equirectangular mosaic range values for the two images
		$(LS) $(OUTPUT)/*spiceinit.cub > $(OUTPUT)/unprojectedSpiceinitCubeList.txt;
		@@ -161,7 +155,7 @@ commands:
		to=$(OUTPUT)/MCAM_equi.map \
		precision=6 \
		projection=Equirectangular \
		>& /dev/null;
		> /dev/null;

		# project the two images using the map from mosrange
		cam2map $(TSTARGS) \
		@@ -169,7 +163,7 @@ commands:
		to=$(OUTPUT)/20190303T100344S990_map_iofL2pan_V001-cam2map_equi.cub \
		map=$(OUTPUT)/MCAM_equi.map \
		pixres=map \
		>& /dev/null;
		> /dev/null;

		# getsn from each image
		echo -e "\nOutput of getsn..." > $(OUTPUT)/MCAM_getsn.txt;