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coulomb2gmt.sh
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coulomb2gmt.sh
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#!/usr/bin/env bash
# //////////////////////////////////////////////////////////////////////////////
# ==============================================================================
#
# |===========================================|
# |** DIONYSOS SATELLITE OBSERVATORY **|
# |** HIGHER GEODESY LABORATORY **|
# |** National Tecnical University of Athens**|
# |===========================================|
#
# filename : coulomb2gmt.sh
# NAME=coulomb2gmt
# version : v-1.0
# VERSION=v1.0
# RELEASE=rc1.0
# licence : MIT
# created : SEP-2015
# usage :
# GMT Modules :
# UNIX progs :
# exit code(s) : 0 -> success
# : 1 -> error
# discription :
# uses :
# notes :
# update list : LAST_UPDATE=OCT-2017
# OCT-2017 : Re-format script with functions. Cross plots
# OCT-2016 : Add logos, default parameters etc, 'didimoteixo v.'
# NOV-2015 : Strain plots, gps velocities, add topography
# SEP-2015 : First release, stress plots, help, conversions
# contact : Demitris Anastasiou (dganastasiou@gmail.com)
# ----------------------------------------------------------------------
# ==============================================================================
# //////////////////////////////////////////////////////////////////////////////
# #BASH settings
# set -o errexit
# set -o pipefail
# set -o nounset
# set -o xtrace
# //////////////////////////////////////////////////////////////////////////////
# pre define parameters
# program version
VERSION="v.1.0-rc1.0"
# verbosity level for GMT, see http://gmt.soest.hawaii.edu/doc/latest/gmt.html#v-full
#
export VRBLEVM=n
# //////////////////////////////////////////////////////////////////////////////
# Source function files
source functions/checknum.sh # check number functions
source functions/messages.sh
source functions/gen_func.sh
source functions/clbplots.sh
# //////////////////////////////////////////////////////////////////////////////
# GMT parameters
#gmtset MAP_FRAME_TYPE fancy
gmt gmtset PS_PAGE_ORIENTATION portrait
gmt gmtset FONT_ANNOT_PRIMARY 8 FONT_LABEL 8 MAP_FRAME_WIDTH 0.10c FONT_TITLE 15p
gmt gmtset PS_MEDIA 19cx22c
# //////////////////////////////////////////////////////////////////////////////
# Pre-defined parameters for bash script switches
TOPOGRAPHY=0
# LABELS=0
OUTFILES=0
# LEGEND=0
export FAULTS=0
LOGOGMT=0
LOGOCUS=0
MTITLE=0
CTEXT=0
EQDIST=0
RANGE=0
OVERTOPO=0
export CSTRESS=0
export SSTRESS=0
export NSTRESS=0
STREXX=0
STREYY=0
STREZZ=0
STREYZ=0
STREXZ=0
STREXY=0
STRDIL=0
FPROJ=0
FSURF=0
FDEP=0
FCROSS=0
CMT=0
DGPSHO=0
DGPSHM=0
DGPSVO=0
DGPSVM=0
OUTJPG=0
OUTPNG=0
OUTEPS=0
OUTPDF=0
# //////////////////////////////////////////////////////////////////////////////
#check default param file
if [ ! -f "default-param" ]; then
echo "default-param file does not exist"
exit 1
else
source default-param
# echo "Default parameters file: default-param"
fi
# //////////////////////////////////////////////////////////////////////////////
# GET COMMAND LINE ARGUMENTS
if [ "$#" -eq 0 ]; then
# no arguments call help function
help
elif [ "$#" -eq 1 ]; then
# one argument call help or version
if [ "${1}" == "-h" ] || [ "${1}" == "--help" ]; then
help
elif [ "${1}" == "-v" ] || [ "${1}" == "--version" ]; then
echo "version: "${VERSION}
exit 1
else
echo "[ERROR] Not enough input arguments."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
elif [ "$#" -eq 2 ]; then
echo "[ERROR] Not enough input arguments."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
elif [ -f ${pth2inpdir}/${1}.inp ]; then
echo "...get command line arguments..."
inputfile=${1}.inp
pth2inpfile=${pth2inpdir}/${1}.inp
inputdata=${2}
echo "[STATUS] input file exist"
echo "[STATUS] input coulomb file:" ${inputfile} " input data files code:" ${inputdata}
while [ $# -gt 2 ]; do
case "${3}" in
-d | --debug)
_DEBUG="on"
# set -x
PS4='L ${LINENO}: '
shift
;;
-r | --region)
DEBUG echo "[DEBUG:${LINENO}] -r next arguments:" ${4} ${5} ${6} ${7} ${8}
if [ $# -ge 8 ];
then
# check min longtitute is a number
isNumber ${4}; if [ $? -eq 0 ]; then
# check max longtitude is a number and greater than min longtitude
isNumber ${5}; if [ $? -eq 0 ] && [ $(echo "${5} >${4}" | bc) -eq 1 ]; then
# check min latitude is a number
isNumber ${6}; if [ $? -eq 0 ]; then
# check max latitude is a nuber and greater than min latitude
isNumber ${7}; if [ $? -eq 0 ] && [ $(echo "${7} > ${6}" | bc) -eq 1 ]; then
# check projection scale is a positive number
isNumber ${8}; if [ $? -eq 0 ] && [ $(echo "${8} > 0" | bc) -eq 1 ]; then
DEBUG echo "[DEBUG:${LINENO}] test if $?"
RANGE=1
minlon=${4}
maxlon=${5}
minlat=${6}
maxlat=${7}
prjscale=${8}
shift
shift
shift
shift
shift
else
echo "[ERROR] \"${3}\": projscale must be a number and greater than 0."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
else
echo "[ERROR] \"${3}\": maxlat must be a number and greater than minlat."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
else
echo "[ERROR] \"${3}\": minlat must be a number."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
else
echo "[ERROR] \"${3}\": maxlon must be number and greater than minlon."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
else
echo "[ERROR] \"${3}\": minlon must be number."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
else
echo "[ERROR] Not enough input arguments at \"${3}\" option."
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
shift # for -r
;;
-t | --topography)
TOPOGRAPHY=1
shift
;;
-o | --output)
DEBUG echo "[DEBUG:${LINENO}] ${3}: next argument:" ${4}
if [ $# -gt 3 ] && [ ${4:0:1} != \- ]; then
OUTFILES=1
outfile=${4}.ps
shift
shift
elif [ $# -gt 3 ] && [ ${4:0:1} == \- ]; then
echo "[WARNING] No output file name set. Default name used."
shift
elif [ $# -eq 3 ]; then
echo "[WARNING] No output file name set. Default name used."
shift
fi
;;
-lg | --logo_gmt)
LOGOGMT=1
shift
;;
-lc | --logo_custom)
LOGOCUS=1
shift
;;
-cmt | --moment_tensor)
DEBUG echo "[DEBUG:${LINENO}] ${3}: next argument:" ${4}
if [ $# -ge 4 ] && [ ${4:0:1} != \- ]; then
CMT=1
inpcmt=${pth2eqdir}/${4}
DEBUG echo "cmt file is: ${inpcmt}"
shift
elif [ $# -ge 4 ] && [ ${4:0:1} == \- ]; then
echo "[WARNING] CMT file does not set! CMT will not be plotted"
elif [ $# -eq 3 ]; then
echo "[WARNING] CMT file \""${4}"\" does not exist! CMT will not be plotted"
fi
shift #shift for arg -cmt
;;
-fl | --faults_db)
FAULTS=1
shift
;;
-mt| --map_title)
DEBUG echo "[DEBUG:${LINENO}] ${3}: next argument:" ${4}
if [ $# -ge 4 ] && [ ${4:0:1} != \- ]; then
MTITLE=1
mtitle=${4}
shift
elif [ $# -ge 4 ] && [ ${4:0:1} == \- ]; then
echo "[WARNING] No map title defined. Default title will be printed"
elif [ $# -eq 3 ]; then
echo "[WARNING] No map title defined. Default title will be printed"
fi
shift #shift for the argument -mt
;;
-ct | --custom_text)
DEBUG echo "[DEBUG:${LINENO}] ${3}: next argument:" ${4}
if [ $# -ge 4 ] && [ -f ${4} ]; then
CTEXT=1
pth2ctextfile=${4}
DEBUG echo "custom text file is: ${pth2ctextfile}"
shift
elif [ $# -ge 4 ] && [ ${4:0:1} == \- ]; then
echo "[WARNING] Custom text file does not set! Custom text will not be plotted"
elif [ $# -ge 4 ] && [ ! -f ${4} ]; then
echo "[WARNING] Custom text file \""${4}"\" does not exist! Custom text will not be plotted"
shift
elif [ $# -eq 3 ]; then
echo "[WARNING] Custom text file does not set! Custom text will not be plotted"
fi
shift # shift for the arg -ctext
;;
-ed | --eq_distribution)
DEBUG echo "[DEBUG:${LINENO}] ${3}: next argument: "${4}
if [ $# -ge 4 ] && [ ${4:0:1} != \- ]; then
EQDIST=1
pth2eqdistfile=${pth2eqdir}/${4}
shift
elif [ $# -ge 4 ] && [ ${4:0:1} == \- ]; then
echo "[WARNING] No earthquake data file defined."
elif [ $# -eq 3 ]; then
echo "[WARNING] No earthquake data file defined."
fi
shift #shift for the argument -eqdist
;;
-cstress*)
CSTRESS=1
check_arg_ot ${3:8:10}
shift
;;
-sstress*)
SSTRESS=1
check_arg_ot ${3:8:10}
shift
;;
-nstress*)
NSTRESS=1
check_arg_ot ${3:8:10}
shift
;;
-strexx*)
STREXX=1
check_arg_ot ${3:7:9}
shift
;;
-streyy*)
STREYY=1
check_arg_ot ${3:7:9}
shift
;;
-strezz*)
STREZZ=1
check_arg_ot ${3:7:9}
shift
;;
-streyz*)
STREYZ=1
check_arg_ot ${3:7:9}
shift
;;
-strexz*)
STREXZ=1
check_arg_ot ${3:7:9}
shift
;;
-strexy*)
STREXY=1
check_arg_ot ${3:7:9}
shift
;;
-strdil*)
STRDIL=1
check_arg_ot ${3:7:9}
shift
;;
-fproj)
FPROJ=1
shift
;;
-fsurf)
FSURF=1
shift
;;
-fdep)
FDEP=1
shift
;;
-fcross)
FCROSS=1
shift
;;
-dgpsho)
DGPSHO=1
shift
;;
-dgpshm)
DGPSHM=1
shift
;;
-dgpsvo)
DGPSVO=1
shift
;;
-dgpsvm)
DGPSVM=1
shift
;;
-l)
LABELS=1
shift
;;
-leg)
LEGEND=1
shift
;;
-outjpg)
OUTJPG=1
shift
;;
-outpng)
OUTPNG=1
shift
;;
-outeps)
OUTEPS=1
shift
;;
-outpdf)
OUTPDF=1
shift
;;
-h | --help )
help
;;
-v | --version)
echo "version: "$VERSION
exit 1
shift
;;
*)
echo "[ERROR] Bad argument structure. argument \"${3}\" is not right"
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
esac
done
else
echo "[ERROR] Input file does not exist! use corret input file"
echo "[STATUS] Script Finished Unsuccesful! Exit Status 1"
exit 1
fi
# //////////////////////////////////////////////////////////////////////////////
# Check confilcts for input arguments
# Only one of stress or strain components will plot.
inpconflict=$(echo print ${CSTRESS} + ${SSTRESS} + ${NSTRESS} + ${STREXX} \
+ ${STREYY} + ${STREZZ} + ${STREYZ} + ${STREXZ} + ${STREXY} | python)
DEBUG echo "[DEBUG:${LINENO}] input conflict=" ${inpconflict}
if [ "${inpconflict}" -ne 1 ] && [ "${inpconflict}" -ne 0 ]; then
echo "[ERROR] Chose only one stress or strain component to plot"
exit 1
fi
### check fcross plot only with stress change
if [ "${STREXX}" -eq 1 ] || [ "${STREYY}" -eq 1 ] || [ "${STREZZ}" -eq 1 ] \
|| [ "${STREYZ}" -eq 1 ] || [ "${STREXZ}" -eq 1 ] || [ "${STREXY}" -eq 1 ] \
&& [ "${FCROSS}" -eq 1 ]; then
echo "[WARNING] Cross section is in conflict with strain options"
echo " Only strain component will plotted in map"
DEBUG echo "[DEBUG:${LINENO}] fcross set it "
FCROSS=0
fi
# //////////////////////////////////////////////////////////////////////////////
# Output file name definition
if [ "${OUTFILES}" -eq 0 ]; then
export outfile=${inputdata}.ps
fi
# //////////////////////////////////////////////////////////////////////////////
# Paths to all input files
pth2fprojfile=${pth2datdir}/${inputdata}-gmt_fault_map_proj.dat
pth2fsurffile=${pth2datdir}/${inputdata}-gmt_fault_surface.dat
pth2fdepfile=${pth2datdir}/${inputdata}-gmt_fault_calc_dep.dat
pth2coutfile=${pth2datdir}/${inputdata}-coulomb_out.dat
pth2dcfffile=${pth2coudir}/${inputdata}-dcff.cou
pth2strnfile=${pth2coudir}/${inputdata}-Strain.cou
pth2gpsdfile=${pth2gpsdir}/${inputdata}-gps.disp
pth2crossdat=${pth2coudir}/${inputdata}-Cross_section.dat
pth2crossdcf=${pth2coudir}/${inputdata}-dcff_section.cou
pth2crossdil=${pth2coudir}/${inputdata}-dilatation_section.cou
# //////////////////////////////////////////////////////////////////////////////
# Check if all input file exist
echo "...check all input files and paths"
### check fault map projection file
if [ "${FPROJ}" -eq 1 ] && [ ! -f "${pth2fprojfile}" ]; then
echo "[WARNING] fault map projection file: "${pth2fprojfile}" does not exist"
FPROJ=0
fi
### check fault surface file
if [ "${FSURF}" -eq 1 ] && [ ! -f "${pth2fsurffile}" ]; then
echo "[WARNING] fault surface file: "${pth2fsurffile}" does not exist"
FSURF=0
fi
### check fault surface file
if [ "${FDEP}" -eq 1 ] && [ ! -f "${pth2fdepfile}" ]; then
echo "[WARNING] fault Depth file: "${pth2fdepfile}" does not exist"
FDEP=0
fi
### check dems
if [ "${TOPOGRAPHY}" -eq 1 ] || [ "${OVERTOPO}" -eq 1 ]; then
if [ ! -f "${inputTopoB}" ] || [ ! -f "${inputTopoL}" ]; then
echo "[WARNING] grd file for topography toes not exist, var turn to coastline"
TOPOGRAPHY=0; OVERTOPO=0;
fi
fi
### check NOA FAULT catalogue
if [ "${FAULTS}" -eq 1 ] && [ ! -f "${pth2faults}" ]; then
echo "[WARNING] NOA Faults database does not exist"
echo "[WARNING] please download it and then use this switch"
FAULTS=0
fi
### check cmt file
if [ "${CMT}" -eq 1 ] && [ ! -f "${inpcmt}" ]; then
echo "[WARNING] CMT file does not exist, moment tensors will not plot"
CMT=0
fi
### check eqarthquake data file
if [ "${EQDIST}" -eq 1 ] && [ ! -f "${pth2eqdistfile}" ]; then
echo "[WARNING] earthquake data file does not exist, earthquakes will not plot"
EQDIST=0
fi
### set logogmt position
if [ "${LOGOGMT}" -eq 0 ]; then
logogmt_pos=""
else
DEBUG echo "[DEBUG:${LINENO}] logo gmt position set: ${logogmt_pos}"
fi
### check LOGO file
if [ ! -f "${pth2logo}" ]; then
echo "[WARNING] Logo file does not exist"
LOGO=0
fi
### check pth2coutfile
if [ "${CSTRESS}" -eq 1 ] || [ "${SSTRESS}" -eq 1 ] || [ "${NSTRESS}" -eq 1 ]; then
if [ ! -f "${pth2coutfile}" ] || [ ! -f "${pth2dcfffile}" ]; then
echo "[WARNING] "${pth2coutfile}" or "${pth2dcfffile}" does not exist!"
echo "[WARNING] Stress output will not plot"
CSTRESS=0; SSTRESS=0; NSTRESS=0; FCROSS=0;
elif [ "${FCROSS}" -eq 1 ]; then
if [ ! -f "${pth2crossdat}" ] && [ ! -f "${pth2crossdcf}" ]; then
echo "[WARNING] "${pth2crossdat}" or "${pth2crossdcf}" does not exist!"
echo "[WARNING] Cross section will not plot"
FCROSS=0;
fi
fi
fi
### check pth2strnfile
if [ "${STREXX}" -eq 1 ] || [ "${STREYY}" -eq 1 ] || [ "${STREZZ}" -eq 1 ] \
|| [ "${STREYZ}" -eq 1 ] || [ "${STREXZ}" -eq 1 ] || [ "${STREXY}" -eq 1 ] \
|| [ "${STRDIL}" -eq 1 ]; then
if [ ! -f "${pth2coutfile}" ] || [ ! -f "${pth2strnfile}" ]; then
echo "[WARNING] "${pth2coutfile}" or "${pth2strnfile}" does not exist!"
echo "[WARNING] Stress or Strain output will not plot"
STREXX=0; STREYY=0; STREZZ=0; STREYZ=0; STREXZ=0; STREXY=0; STRDIL=0;
fi
fi
### check pth2crossdat pth2crossdil
if [ "${STRDIL}" -eq 1 ] && [ "${FCROSS}" -eq 1 ]; then
if [ ! -f "${pth2crossdat}" ] && [ ! -f "${pth2crossdil}" ]; then
echo "[WARNING] "${pth2crossdat}" or "${pth2crossdil}" does not exist!"
echo "[WARNING] Cross section will not plot"
FCROSS=0;
fi
fi
### check for displacements file
if [ "${DGPSHO}" -eq 1 ] || [ "${DGPSHM}" -eq 1 ] || [ "${DGPSVO}" -eq 1 ] \
|| [ "${DGPSVM}" -eq 1 ]; then
if [ ! -f "${pth2gpsdfile}" ]; then
echo "[WARNING] "${pth2gpsdfile}" does no exist. Velocities will not plotted."
DGPSHO=0; DGPSHM=0; DGPSVO=0; DGPSVM=0;
fi
fi
# //////////////////////////////////////////////////////////////////////////////
# Configure Map Range
if [ -z ${minlon+x} ] || [ -z ${maxlon+x} ] || [ -z ${minlat+x} ] || \
[ -z ${maxlat+x} ] || [ -z ${prjscale} ] && [ "${RANGE}" -eq 0 ]; then
minlon=$(grep "min. lon" ${pth2inpfile} | awk '{print $6}')
maxlon=$(grep "max. lon" ${pth2inpfile} | awk '{print $6}')
minlat=$(grep "min. lat" ${pth2inpfile} | awk '{print $6}')
maxlat=$(grep "max. lat" ${pth2inpfile} | awk '{print $6}')
prjscale=1500000 ##DEF 1000000
fi
# tmp_scrate=$(python -c "print((${prjscale}/150000000.)*10.)")
tmp_scrate=$(calc_scale_rate 10.)
sclat=$(echo print ${minlat} + ${tmp_scrate} | python)
tmp_scrate=$(calc_scale_rate 27.)
sclon=$(echo print ${maxlon} - ${tmp_scrate} | python)
tmp_msclat=$(python -c "print int((${minlat} + ${maxlat})/2)")
tmp_msclon=$(python -c "print int((${minlon} + ${maxlon})/2)")
export scale=-Lf${sclon}/${sclat}/${tmp_msclat}:${tmp_msclon}/${sclength}+l+jr
export range=-R${minlon}/${maxlon}/${minlat}/${maxlat}
export proj=-Jm${minlon}/${minlat}/1:${prjscale}
DEBUG echo "[DEBUG:${LINENO}] scale set: ${scale}"
DEBUG echo "[DEBUG:${LINENO}] range set: ${range}"
DEBUG echo "[DEBUG:${LINENO}] projection set: ${proj}"
### Set calculation depth
if [ -z ${CALC_DEPTH+x} ]; then
echo "[WARNING] CALC_DEPTH variable is not set. Input file will used."
export CALC_DEPTH=$(grep "DEPTH=" ${pth2inpfile} | awk '{print $6}')
echo "[STATUS] Calculation depth set to: "${CALC_DEPTH}" km"
else
echo "[STATUS] Calculation depth set to: "${CALC_DEPTH}" km"
fi
# //////////////////////////////////////////////////////////////////////////////
# Configure Map title
if [ "${MTITLE}" -eq 1 ]; then
echo "...set custom Map title..."
elif [ "${CSTRESS}" -eq 1 ]; then
mtitle="Coulomb Stress Change"
elif [ "${SSTRESS}" -eq 1 ]; then
mtitle="Shear Stress Change"
elif [ "${NSTRESS}" -eq 1 ]; then
mtitle="Normal Stress Change"
elif [ "${STREXX}" -eq 1 ]; then
mtitle="Strain Component Exx"
elif [ "${STREYY}" -eq 1 ]; then
mtitle="Strain Component Eyy"
elif [ "${STREZZ}" -eq 1 ]; then
mtitle="Strain Component Ezz"
elif [ "${STREYZ}" -eq 1 ]; then
mtitle="Strain Component Eyz"
elif [ "${STREXZ}" -eq 1 ]; then
mtitle="Strain Component Exz"
elif [ "${STREXY}" -eq 1 ]; then
mtitle="Strain Component Exy"
elif [ "${STRDIL}" -eq 1 ]; then
mtitle="Dilatation (Exx + Eyy + Ezz)"
elif [ "${DGPSHO}" -eq 1 ] || [ "${DGPSHM}" -eq 1 ]; then
mtitle="Horizontal Displacements"
elif [ "${DGPSVO}" -eq 1 ] || [ "${DGPSVM}" -eq 1 ]; then
mtitle="Vertical Displacements"
else
mtitle="Plots of Coulomb outputs"
fi
# //////////////////////////////////////////////////////////////////////////////
# Define to plot coastlines or topography
if [ "${CSTRESS}" -eq 0 ] && [ "${SSTRESS}" -eq 0 ] && [ "${NSTRESS}" -eq 0 ] \
&& [ "${STREXX}" -eq 0 ] && [ "${STREYY}" -eq 0 ] && [ "${STREZZ}" -eq 0 ] \
&& [ "${STREXZ}" -eq 0 ] && [ "${STREYZ}" -eq 0 ] && [ "${STREXY}" -eq 0 ] \
&& [ "${STRDIL}" -eq 0 ] && [ "${TOPOGRAPHY}" -eq 0 ]; then
# Plot Coastlines
gmt pscoast ${range} ${proj} -Df -W0.25p,black -G240 -Y4.5c \
-K -V${VRBLEVM} > ${outfile}
gmt psbasemap -R -J -B${frame}:."${mtitle}": ${scale} ${logogmt_pos} \
-O -K -V${VRBLEVM} >> ${outfile}
# Plot faults database
plot_faults
fi
if [ "${CSTRESS}" -eq 0 ] && [ "${SSTRESS}" -eq 0 ] && [ "${NSTRESS}" -eq 0 ] \
&& [ "${STREXX}" -eq 0 ] && [ "${STREYY}" -eq 0 ] && [ "${STREZZ}" -eq 0 ] \
&& [ "${STREXZ}" -eq 0 ] && [ "${STREYZ}" -eq 0 ] && [ "${STREXY}" -eq 0 ] \
&& [ "${STRDIL}" -eq 0 ] && [ "${TOPOGRAPHY}" -eq 1 ]; then
# ####################### TOPOGRAPHY ###########################
# bathymetry
gmt makecpt -Cgebco.cpt -T-7000/0/50 -Z -V${VRBLEVM} > ${bathcpt}
gmt grdimage ${inputTopoB} ${range} ${proj} -C${bathcpt} -K -V${VRBLEVM} > ${outfile}
gmt pscoast ${proj} -P ${range} -Df -Gc -K -O -V${VRBLEVM} >> ${outfile}
# land
gmt makecpt -Cgray.cpt -T-6000/1800/50 -Z -V${VRBLEVM} > ${landcpt}
gmt grdimage ${inputTopoL} ${range} ${proj} -C${landcpt} -K -O -V${VRBLEVM} >> ${outfile}
gmt pscoast -R -J -O -K -Q -V${VRBLEVM} >> ${outfile}
#------- coastline -------------------------------------------
gmt psbasemap -R -J -O -K -B${frame}:."${mtitle}": ${scale} -V${VRBLEVM} >> ${outfile}
gmt pscoast -J -R -Df -W0.25p,black -K -O ${logogmt_pos} -V${VRBLEVM} >> ${outfile}
# Plot faults database
plot_faults
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT COULOMB STRESS CHANGE
if [ "${CSTRESS}" -eq 1 ]; then
echo "...plot Coulomb Stress Change map... "
# Plot stress/strain raster
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo ${pth2coutfile}
else
plotstr ${pth2coutfile}
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
rm tmp* ## clear temporary files
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT SHEAR STRESS CHANGE
if [ "${SSTRESS}" -eq 1 ]; then
echo "...plot Shear Stress Change map..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpcou1
awk 'NR>3{print $5}' ${pth2dcfffile} > tmpcou2
paste -d" " tmpcou1 tmpcou2 >tmpcouall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpcouall
else
plotstr tmpcouall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT NORMAL STRESS CHANGE
if [ "${NSTRESS}" -eq 1 ]; then
echo "...plot Normal Stress Change map..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpcou1
awk 'NR>3 {print $6}' ${pth2dcfffile} > tmpcou2
paste -d" " tmpcou1 tmpcou2 > tmpcouall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpcouall
else
plotstr tmpcouall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Exx
if [ "${STREXX}" -eq 1 ]; then
echo "...plot Strain Component Exx..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $4*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Eyy
if [ "${STREYY}" -eq 1 ]; then
echo "...plot Strain Component Eyy..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $5*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Ezz
if [ "${STREZZ}" -eq 1 ]; then
echo "...plot Strain Component Ezz..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $6*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Eyz
if [ "${STREYZ}" -eq 1 ]; then
echo "...plot Strain Component Eyz..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $7*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmpstr1 tmpstr2 tmpstrall tmpgrd tmpgrd_sample.grd tmpcpt.cpt
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Exz
if [ "${STREXZ}" -eq 1 ]; then
echo "...plot Strain Component Exz..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $8*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp* ## clear temporary files
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT STRAIN COMPONENT Exy
if [ "${STREXY}" -eq 1 ]; then
echo "...plot Strain Component Exy..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $9*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT DILATATION STRAIN
if [ "${STRDIL}" -eq 1 ]; then
echo "...plot Dilatation (Exx + Eyy + Ezz)..."
# MAKE INPUT FILE........
awk '{print $1, $2}' ${pth2coutfile} > tmpstr1
awk 'NR>3 {print $10*10^'${strainscale}'}' ${pth2strnfile} > tmpstr2
paste -d" " tmpstr1 tmpstr2 > tmpstrall
if [ "${OVERTOPO}" -eq 1 ]; then
plotstr_overtopo tmpstrall
else
plotstr tmpstrall
fi
# Plot faults database
plot_faults
# Plot scale bar
plot_barscale
# clear temporary files
rm tmp*
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT gmt fault geometry
if [ "${FPROJ}" -eq 1 ]; then
echo "...plot fault projection..."
gmt psxy ${pth2fprojfile} -Jm -R -W1,red -O -K -V${VRBLEVM} >> ${outfile}
fi
if [ "${FSURF}" -eq 1 ]; then
echo "...plot fault surface..."
gmt psxy ${pth2fsurffile} -Jm -R -W0.5,green -O -K -V${VRBLEVM} >> ${outfile}
fi
if [ "${FDEP}" -eq 1 ]; then
echo "...plot depth calculation..."
gmt psxy ${pth2fdepfile} -Jm -R -W0.5,black -O -K -V${VRBLEVM} >> ${outfile}
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT earthquakes distributions
if [ "${EQDIST}" -eq 1 ]; then
echo "...plot earthquakes distribution..."
awk 'NR>2 {print $8, $7}' ${pth2eqdistfile} \
| gmt psxy -Jm -R -Sc0.09c -Gblack -O -K -V${VRBLEVM} >> ${outfile}
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT CMT of earthquakes
if [ "${CMT}" -eq 1 ]; then
echo "...plot Centroid Moment Tensor file..."
awk '{print $1,$2}' ${inpcmt} \
| gmt psxy -Jm -R -Sa0.3c -Gred -O -K -V${VRBLEVM} >> ${outfile}
awk '{print $1,$2,$3,$4,$5,$6,$7,$8,$9}' ${inpcmt} \
| gmt psmeca -R -Jm -Sa0.4 -CP0.05 -K -O -V${VRBLEVM} >> ${outfile}
fi
# //////////////////////////////////////////////////////////////////////////////
# PLOT GPS OBSERVED AND MODELED OKADA SURF DESPLACEMENTS
scdhlatl=${sclat}
scdhlonl=${sclon}
# Plot horizontal modeled displacements
if [ "${DGPSHM}" -eq 1 ]; then
echo "...plot Horizontal Modeled Displacements..."