Epic for this feature:
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PS-Time Series with StaMPS
Introduction
...
Requirements
Run the TopsStack Processor (PGE) using the link here. A merged directory, similar to the one shown below, will be used as the input. It must contain the baselines, geom_master, and SLC sub-directories.
Output Structure of Merged Directory
| Code Block |
|---|
merged/
baselines/
20190506/
20190518/
20190530/
20190530
20190530.full.vrt
20190530.vrt
20190530.xml
geom_master/
*.rdr.aux.xml
*.rdr.full
*.rdr.full.aux.xml
*.rdr.full.vrt
*.rdr.full.xml
SLC/
20190506/
20190518/
20190530/
20190530.slc.full
20190530.slc.full.aux.xml
20190530.slc.full.vrt
20190530.slc.full.xml
20190530.slc.hdr |
...
Setup
1. Install and configure the following packages and software. It is recommended that most of the packages be kept in a single directory.
Anaconda (with isce2 and mesa-libgl-cos6-x86_64)
StaMPS
ISCE
Triangle
Need to compile triangle with following command:
cc -O -o triangle triangle.c -lm
Snaphu (v2.0.0)
For MacOS, compile the snaphu executable from the src directory using
makecommand
MATLAB
2. Configure StaMPS_CONFIG.bash with package and software paths. An example is provided below
| Code Block |
|---|
export STAMPS="/home/ahooper/StaMPS_v3.2"
export SAR="/home/ahooper/software/ROI_PAC_3_0"
export GETORB_BIN="/home/ahooper/software/getorb/bin"
export SAR_ODR_DIR="/home/ahooper/software/SAR_FILES/ODR"
#export SAR_PRC_DIR "/home/ahooper/software/SAR_FILES/PRC"
export VOR_DIR="/home/ahooper/software/SAR_FILES/VOR"
export INS_DIR="/home/ahooper/software/SAR_FILES/INS"
export DORIS_BIN="/home/ahooper/software/doris_v4.02/bin"
export TRIANGLE_BIN="/home/ahooper/software/triangle/bin"
export SNAPHU_BIN="/home/ahooper/software/snaphu-v1.4.2/bin"
export ROI_PAC="$SAR/ROI_PAC"
#####################################
# ROI_PAC VERSION 3
#####################################
export INT_BIN="$ROI_PAC/INT_BIN"
export INT_SCR="$ROI_PAC/INT_SCR"
#####################################
#####################################
# ROI_PAC VERSION 2.3 and before
#####################################
#set MACH=`uname -s`
#if ($MACH == "HP-UX") then
# export ARCHC=HP
#else if ($MACH == "IRIX") then
# export ARCHC=SGI
#else if ($MACH == "SunOS") then
# export ARCHC=SUN
#else if ($MACH == "Linux") then
# export ARCHC=LIN
#else if ($MACH == "Darwin") then
# export ARCHC=MAC
#fi
#export INT_LIB="$ROI_PAC/LIB/$ARCHC"
#export INT_BIN="$ROI_PAC/BIN/$ARCHC"
#export FFTW_LIB="$SAR/FFTW/$ARCHC""_fftw_lib"
#####################################
#####################################
# shouldn't need to change below here
#####################################
export MY_BIN="$INT_BIN"
export MATLABPATH=$STAMPS/matlab:`echo $MATLABPATH`
export DORIS_SCR="$STAMPS/DORIS_SCR"
# Needed for ROI_PAC (a bit different to standard)
### use points not commas for decimals, and give dates in US english
export LC_NUMERIC="en_US.UTF-8"
export LC_TIME="en_US.UTF-8"
export MY_SAR="$SAR"
export OUR_SCR="$MY_SAR/OUR_SCR"
export MY_SCR="$STAMPS/ROI_PAC_SCR"
export SAR_TAPE="/dev/rmt/0mn"
export PATH=${PATH}:$STAMPS/bin:$MY_SCR:$INT_BIN:$INT_SCR:$OUR_SCR:$DORIS_SCR:$GETORB_BIN:$DORIS_BIN:$TRIANGLE_BIN:$SNAPHU_BIN |
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source StaMPS_CONFIG.bash in Anaconda environment