184 lines
6.3 KiB
Plaintext
184 lines
6.3 KiB
Plaintext
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#!/bin/tcsh -f
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#
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#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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# copyright: 2016 to the present, california institute of technology.
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# all rights reserved. united states government sponsorship acknowledged.
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#
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# THESE SCRIPTS ARE PROVIDED TO YOU "AS IS" WITH NO WARRANTIES OF CORRECTNESS. USE AT YOUR OWN RISK.
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#
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# Author: David Bekaert
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# Organization: Jet Propulsion Laboratory, California Institute of Technology
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#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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# generate the amplitude products
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set amplitude_flag=n
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set PRG = `basename "$0"`
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set AUT = "David Bekaert, January 2016"
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echo "$PRG $AUT"
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echo " "
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# working directory
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set WORKDIR=$cwd
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# checking the list for which the SB needs to be made
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if ($#argv == 1) then
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set list = $argv[1]
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echo List given as input
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echo $list
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else
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set list = small_baselines.list
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endif
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if (! -e $list ) then
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echo $list file does not exist, you need to generate this first.
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echo Do this manually where you provide an interferogram on each line as: master_YYYYMMDD slave_YYYYMMDD
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echo Or use some scripts e.g. run:
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echo \> mt_extract_info_isce \(in case you did not run PS before\)
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echo \> matlab
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echo \>\> ps_load_info
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echo \>\> sb_find or sb_find_delaunay
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echo
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exit 1
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endif
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# check if the SMALL_BASELINE dir already exists
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if (! -e SMALL_BASELINES) then
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mkdir SMALL_BASELINES
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endif
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set SB_DIR = $WORKDIR/SMALL_BASELINES
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# check if there is a fixed suffix for the slc names
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set slc_suffix = `grep slc_suffix input_file | awk '{print $2}'`
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if ($slc_suffix != "") then
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echo SLC has a suffix as: $slc_suffix
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endif
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# quick check to see if the SM set-up was run before
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if (! -e master) then
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echo Looks like you did not run the SM processing or SM set-up before.
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echo
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exit 1
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endif
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# getting the tpye of data, in case the data is already pre-processed as a stack
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set datasource = `grep source_data input_file | awk '{print $2}'`
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if ($datasource == "slc_stack") then
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echo Looks like an SLC stack is specified
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# check if there is an slc stack path specified
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set slc_stack_path = `grep slc_stack_path input_file | awk '{print $2}'`
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# check the master date
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set masterdate = `grep slc_stack_master input_file | awk '{print $2}'`
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# give message in case not specified
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if (( "$slc_stack_path" == "" ) || ( "$masterdate" == "" )) then
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echo Need to define:
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echo \- slc_stack_path as the path to the slc\'s
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echo \- slc_stack_master as the master of the \"NEW\" SM network as YYYYMMDD. This does not need to be the master used to generate the stack
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echo
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exit 1
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endif
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# make sure the slash is added in case the variable is not empty
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if ($slc_stack_path != "") then
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set slc_stack_path = `echo ${slc_stack_path}/`
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echo Stack path is: $slc_stack_path
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endif
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else
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# Getting the master date information
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basename `ls master/[0-9]*[0-9].slc$slc_suffix` | gawk '{print substr($0,1,8)}' > tmp.master
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set masterdate = `cat tmp.master`
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rm tmp.master
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endif
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# output the master date
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echo
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echo SM: Master Date = $masterdate
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echo
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# loop over the set of SB interferogram to be made
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echo Looping over the interferogram list now:
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set interferogram_number = 1
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while ($interferogram_number <= `cat $WORKDIR/$list | wc -l`)
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set interferogram = `cat $WORKDIR/$list | head -$interferogram_number | tail -1`
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echo $interferogram
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# splitting into master and slave
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set master = `echo $interferogram | awk '{split($0,a," "); print a[1]'}`
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set slave = `echo $interferogram | awk '{split($0,a," "); print a[2]'}`
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# check if the interferogram directoy needs to be made
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set IFG_DIR = $SB_DIR/$master"_"$slave
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if (! -e $IFG_DIR) then
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mkdir $IFG_DIR
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endif
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# retrieving the master and slave SLC name
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if ($datasource == "slc_stack") then
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# for and pre-processed SLC stack, the structure is YYYYMMDD/YYYYMMDD.slc, with the SM master assumed to be in master/yyyymmdd.slc
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set master_slc = ${slc_stack_path}$master/$master.slc$slc_suffix
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set slave_slc = ${slc_stack_path}$slave/$slave.slc$slc_suffix
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else if ($datasource == "slc_stack_burst") then
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echo TO BE IMPLEMENTED
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echo
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exit 1
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else
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# the format when processing the stack using isce2stamps
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# check if the master of the SB interferogram master is the SM master as these have a different directory
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if ($master == $masterdate) then
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set master_slc = master/$masterdate.slc$slc_suffix
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else
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set master_slc = $master/coreg_fine/coreg.slc
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endif
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if ($slave == $masterdate) then
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set slave_slc = master/$masterdate.slc$slc_suffix
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else
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set slave_slc = $slave/coreg_fine/coreg.slc
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endif
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endif
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set save_ifg = $IFG_DIR/isce_minrefdem.int
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# store the information on how isce will be called
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echo "imageMath.py -e='a*conj(b)' --a=$master_slc --b=$slave_slc -o $save_ifg -t CFLOAT -s BIP" >> processing_SB.log
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echo "imageMath.py -e='a*conj(b)' --a=$master_slc --b=$slave_slc -o $save_ifg -t CFLOAT -s BIP"
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imageMath.py -e='a*conj(b)' --a=$master_slc --b=$slave_slc -o $save_ifg -t CFLOAT -s BIP
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# making the amplitude file
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if ( "$amplitude_flag" == "y") then
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set save_ampl = $IFG_DIR/isce_minrefdem.amp
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# making the amplitude for the ifgs, for ISCE the amp is a BIP file typically
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echo "imageMath.py -e='abs(a);abs(b)' --a=$master_slc --b=$slave_slc -o $save_ampl -t FLOAT -s BIP" >> processing_SB.log
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echo "imageMath.py -e='abs(a);abs(b)' --a=$master_slc --b=$slave_slc -o $save_ampl -t FLOAT -s BIP"
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imageMath.py -e='abs(a);abs(b)' --a=$master_slc --b=$slave_slc -o $save_ampl -t FLOAT -s BIP
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endif
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# include a symbolic link for the slave and master slc.
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# This will be used latter on to get the amplitude information from
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cd $IFG_DIR
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if ($datasource == "slc_stack") then
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ln -s -f $slave_slc slave.slc
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ln -s -f $master_slc master.slc
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else if ($datasource == "slc_stack_burst") then
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echo TO BE IMPLEMENTED
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echo
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exit 1
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else
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ln -s -f ../../$slave_slc slave.slc
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ln -s -f ../../$master_slc master.slc
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endif
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cd $WORKDIR
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@ interferogram_number = $interferogram_number + 1
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echo
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echo
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end
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cd $WORKDIR
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