# Plotting travel times in 2-D model UNCONFORMITY
# ===============================================
# Input files required
  chk.pl: "data/u2d/" "u2d-mod.dat"
  chk.pl: "data/u2d/" "u2d-src.dat"
  chk.pl: "data/u2d/" "u2d-rec.dat"
  chk.pl: "data/u2d/" "u2d-crt.dat"
  chk.pl: "data/u2d/" "u2d-rpa.dat"
  chk.pl: "data/u2d/" "u2d-writ.dat"
  chk.pl: "data/u2d/" "u2d-ttc.dat"

# Model UNCONFORMITY (Cormier and Mellen 1984)
  MODEL='u2d-mod.dat'

# Source and receivers
  SRC='u2d-src.dat'  REC='u2d-rec.dat'

# Data filenames for CRT (for details see 'crt.for')
  DCRT='u2d-crt.dat'
  CODE='u2d-crt.dat'
  RPAR='u2d-rpa.dat'
  WRIT='u2d-writ.dat'  # output files for plotting travel-time curves
  CRTLOG='u2d-log.out'

# Kind of ray parameters (for details see 'init.for')
  INIPAR=2  # geographic-like spherical coordinates

# Data common for travel-time and seismogram plotting (program SP)
  KODESP=3  SPCHRH=0.23
  SPTMIN=0.300  SPTMAX=1.300   SPTLEN=16.00  SPTDIV=10  SPTSUB=1
  SPXMIN=0.136  SPXMAX=-1.241  SPXLEN=13.77  SPXDIV=9   SPXSUB=3

# Linewidth for plotting (program SP)
  CALCOPS='0.48 setlinewidth'

# Two-point ray tracing
  crt:

# Generating input files CRTOUT for individual elementary waves
  echo.pl: "' ' 's01.out' 's01i.out' /" "> crt01.out"
  echo.pl: "' ' 's02.out' 's02i.out' /" "> crt02.out"
  echo.pl: "' ' 's03.out' 's03i.out' /" "> crt03.out"
  echo.pl: "' ' 's04.out' 's04i.out' /" "> crt04.out"
  echo.pl: "' ' 's05.out' 's05i.out' /" "> crt05.out"
  echo.pl: "' ' 's06.out' 's06i.out' /" "> crt06.out"
  echo.pl: "' ' 's07.out' 's07i.out' /" "> crt07.out"
  echo.pl: "' ' 's08.out' 's08i.out' /" "> crt08.out"
  echo.pl: "' ' 's09.out' 's09i.out' /" "> crt09.out"
  echo.pl: "' ' 's10.out' 's10i.out' /" "> crt10.out"
  echo.pl: "' ' 's11.out' 's11i.out' /" "> crt11.out"
  echo.pl: "' ' 's12.out' 's12i.out' /" "> crt12.out"
  echo.pl: "' ' 's13.out' 's13i.out' /" "> crt13.out"
  echo.pl: "' ' 's14.out' 's14i.out' /" "> crt14.out"
  echo.pl: "' ' 's15.out' 's15i.out' /" "> crt15.out"
  echo.pl: "' ' 's16.out' 's16i.out' /" "> crt16.out"
  echo.pl: "' ' 's17.out' 's17i.out' /" "> crt17.out"
  echo.pl: "' ' 's18.out' 's18i.out' /" "> crt18.out"
  echo.pl: "' ' 's19.out' 's19i.out' /" "> crt19.out"
  echo.pl: "' ' 's20.out' 's20i.out' /" "> crt20.out"
  echo.pl: "' ' 's21.out' 's21i.out' /" "> crt21.out"
  echo.pl: "' ' 's22.out' 's22i.out' /" "> crt22.out"

# Generating files with travel times of individual elementary waves
  SRC=' '  NQ=4  KALL=0  KREC=1
  CRTOUT='crt01.out'  PTS='tt01.out'  crtpts:
  CRTOUT='crt02.out'  PTS='tt02.out'  crtpts:
  CRTOUT='crt03.out'  PTS='tt03.out'  crtpts:
  CRTOUT='crt04.out'  PTS='tt04.out'  crtpts:
  CRTOUT='crt05.out'  PTS='tt05.out'  crtpts:
  CRTOUT='crt06.out'  PTS='tt06.out'  crtpts:
  CRTOUT='crt07.out'  PTS='tt07.out'  crtpts:
  CRTOUT='crt08.out'  PTS='tt08.out'  crtpts:
  CRTOUT='crt09.out'  PTS='tt09.out'  crtpts:
  CRTOUT='crt10.out'  PTS='tt10.out'  crtpts:
  CRTOUT='crt11.out'  PTS='tt11.out'  crtpts:
  CRTOUT='crt12.out'  PTS='tt12.out'  crtpts:
  CRTOUT='crt13.out'  PTS='tt13.out'  crtpts:
  CRTOUT='crt14.out'  PTS='tt14.out'  crtpts:
  CRTOUT='crt15.out'  PTS='tt15.out'  crtpts:
  CRTOUT='crt16.out'  PTS='tt16.out'  crtpts:
  CRTOUT='crt17.out'  PTS='tt17.out'  crtpts:
  CRTOUT='crt18.out'  PTS='tt18.out'  crtpts:
  CRTOUT='crt19.out'  PTS='tt19.out'  crtpts:
  CRTOUT='crt20.out'  PTS='tt20.out'  crtpts:
  CRTOUT='crt21.out'  PTS='tt21.out'  crtpts:
  CRTOUT='crt22.out'  PTS='tt22.out'  crtpts:

# Data to control travel-time plotting (program SP)
  SP1='u2d-tt.ps'  SP2=' '  SP3=' '
  SS=' '  PTS=' '  FTT=' '  SPTTC='u2d-ttc.dat'
  KOLORTD=-1  SPSYMH=0.11

# Plotting travel times
  sp:

# Comments:
# ~~~~~~~~~
# 'u2d-t1.ps'... output PostScript file with travel-time curves.
#   Legenda:
#   black + unconverted P wave (both refracted and once reflected)
#   red +   unconverted S wave (both refracted and once reflected)
#   green + once converted PS wave (both refracted and once reflected)
#   blue +  once converted SP wave (both refracted and once reflected)
#   red x   twice converted SPS wave (both refracted and once reflected)
#   blue x  three time converted SPSP wave (once reflected)