ISIS to Phase

• NOTE: We generate the emission data first since that shell script first initializes the LROC NAC EDR, which is then ready for incidence and I/F. That script can be found here. ISIStoEmission

• The shell script below generates phoP.IMG.

# 4 Aug 2017 - Eric E. Palmer
# Script to do many of the steps required for building a photometric cube
# Requires a lot of directory setup.
#       Calibrated images in working/NEW_IMAGES
#  EDR images in img-<last4)[LR]
# Modified by JRW Oct 6 2017
# Modified by JRW Aug 28 2019

# Usage
#                gen.sh <calibratedIMG> <last4[LR]>
file=$1
out=$2

if [ '$file' == '' ]
then
        echo "Usage $0 <calibratedIMG> <last4L>"
fi

if [ '$out' == '' ]
then
        echo "Usage $0 <calibratedIMG> <last4L>"
fi

echo "File: $file"
echo "Outfile: $out"

if [ 'two' == 'two' ]
then
#       lronac2isis FROM=$file.IMG TO=$file.cub
#       spiceinit FROM=$file.cub shape=ellipsoid
#       caminfo FROM=$file.cub TO=info.txt

        # Generate phase data
        phocube FROM=$file.cub TO=phoP-$out.cub EMISSION=false I=false PHASE=true LAT=false LON=false
        isis2pds FROM=phoP-$out.cub to=phoP-$out.img BITTYPE=u16bit STRETCH=linear MINPER=0 MAXPER=100

        # Clean up
#        rm $file.cub
        rm phoP-$out.cub
fi

calFile=`echo $file | tr E C`
echo "calFile: $calFile"

# Create an image that is really the image's phase
#ln -s ../working/NEW_IMAGES orig
#../bin/mergePhase $calFile emiss.img
#mv M*C.IMG orig


# Get the directory ready for dumpMapLRO.f
#ln -s ../working/MAPFILES .

• Generating the IMG takes awhile, so we have a wrapper to run all the images at once. NOTE: This wrapper requires directory setup. Each image is placed in its own folder; the folder name is the last 5 digits of the NAC, plus the L or R for left/right. The wrapper should be placed in the directory containing all the image folders.