# History file 's145oe5.h' computes two point rays in the elastic
# smoothed SEG/EAGE Salt Model, plots computed rays, synthetic
# seismograms and travel times.
# The shot corresponds to shot number 145 and receivers correspond
# to ocean bottom cable line 5 (E-W direction) in the Next Generation
# Seismic Modeling and Imaging project, Phase 1 (House et al., 2004).
# The time of computation is approximately 12 hours
# on a PC equipped with Athlon XP 2400+(2GHz) and with Linux.
#
# References:
# House, S., Larsen, S., Hoelting, C., Marfurt, K., Wiley, R. (2004):
# Next-Generation Seismic Modeling and Imaging project: summary of
# elastic modeling results. Exp. Abstr., Soc. Expl. Geophys.
# 74th Ann. Meet., pp. 2201-2204.
#
# Increase MRAY=120000 in rp3d.inc!
# ======================================================================
#
# Input files required
  chk.pl: "data/sal/" "sal-mod3.dat"
  chk.pl: "data/sal/" "s145-src.dat"
  chk.pl: "data/sal/" "s145oe5r.dat"
  chk.pl: "data/sal/" "oe-dcr1a.dat"
  chk.pl: "data/sal/" "oe-dcr1b.dat"
  chk.pl: "data/sal/" "oe-dcr1c.dat"
  chk.pl: "data/sal/" "oe-cod1a.dat"
  chk.pl: "data/sal/" "oe-cod1b.dat"
  chk.pl: "data/sal/" "oe-cod1c.dat"
  chk.pl: "data/sal/" "oe-rpa1a.dat"
  chk.pl: "data/sal/" "oe-rpa1b.dat"
  chk.pl: "data/sal/" "oe-rpa1c.dat"
  chk.pl: "data/sal/" "oe-wri1.dat"
  chk.pl: "data/sal/" "oe-ttc.dat"
  chk.pl: "crt/"      "sourcex.dat"
  chk.pl: "forms/"    "append.pl"
  chk.pl: "forms/"    "del.pl"
  chk.pl: "forms/"    "echo.pl"

# File containing the complex-valued seismic moment
  SOURCE=sourcex.dat # Explosive isotropic source

# Data describing the source time function
  KSIG=2  SIGPLOT='ricker.ps' MPTS=500
  SIGT=0.0       SIGF=15.  SIGW=2.  SIGPH=0.  SIGA=1.

# Data describing the filtration of the source time function
  FMIN=0.  FLOW=2.   FHIGH=120.  FMAX=122. # (cosine filter)

# Time step and time interval for the Fast Fourier Transform
  DT=0.001  NFFT=8192

# Data to control seismogram plotting (for details see 'sp.for')
  KODESP=2      SPCHRH=0.30
  SPTMIN=5.0    SPTMAX=0.0     SPTLEN=22.86 SPTDIV=5    SPTSUB=5
  SPXMIN=4224.  SPXMAX=4224.   SPXLEN=15.24 SPXDIV=-280  SPXSUB=1
  SPYMAX=10104. SPYMIN=3384.
  NORMSP=0      SPAMP=3.
  CALCOPS='0.3 setlinewidth'

# Input data for complete ray tracing (see crtin.for)
  MODEL='sal-mod3.dat'  SRC='s145-src.dat'     REC='s145oe5r.dat'
  DCRT='oe-dcr1a.dat'   CODE='oe-cod1a.dat'    RPAR='oe-rpa1a.dat'
  WRIT='oe-wri1.dat'    CRTLOG='oe5-log.out'   INIPAR=3

# Ray tracing of direct wave
  crt:

# Input data for complete ray tracing (see crtin.for)
  DCRT='oe-dcr1b.dat'  CODE='oe-cod1b.dat'   RPAR='oe-rpa1b.dat'

# Ray tracing of refracted and reflected waves
  crt:

# Input data for complete ray tracing (see crtin.for)
  DCRT='oe-dcr1c.dat'  CODE='oe-cod1c.dat'   RPAR='oe-rpa1c.dat'

# Ray tracing of refracted and reflected waves
  crt:

# Deleting old files
  del.pl:'s01.out'
  del.pl:'s01i.out'
  del.pl:'s145oe5.mx'

# Computed quantities at the given surface and corresponding
# quantities at the initial points of rays for all calculated
# elementary waves are concatenated.
  append.pl: 's01.out'  's011.out'
  append.pl: 's01.out'  's022.out'
  append.pl: 's01.out'  's033.out'
  append.pl: 's01.out'  's044.out'
  append.pl: 's01.out'  's055.out'
  append.pl: 's01.out'  's026.out'
  append.pl: 's01.out'  's037.out'
  append.pl: 's01.out'  's038.out'
  append.pl: 's01.out'  's029.out'
  append.pl: 's01.out'  's0210.out'
  append.pl: 's01.out'  's0211.out'
  append.pl: 's01.out'  's0212.out'
  append.pl: 's01.out'  's0213.out'
  append.pl: 's01.out'  's0214.out'
  append.pl: 's01.out'  's0215.out'
  append.pl: 's01.out'  's0216.out'
  append.pl: 's01.out'  's0217.out'
  append.pl: 's01.out'  's0218.out'
  append.pl: 's01.out'  's0219.out'
  append.pl: 's01.out'  's0220.out'
  append.pl: 's01.out'  's0221.out'
  append.pl: 's01.out'  's0222.out'
  append.pl: 's01.out'  's0323.out'
  append.pl: 's01.out'  's0224.out'
  append.pl: 's01.out'  's0225.out'
  append.pl: 's01.out'  's0226.out'
  append.pl: 's01.out'  's0227.out'
  append.pl: 's01.out'  's0228.out'
  append.pl: 's01.out'  's0229.out'
  append.pl: 's01.out'  's0230.out'
  append.pl: 's01i.out'  's011i.out'
  append.pl: 's01i.out'  's022i.out'
  append.pl: 's01i.out'  's033i.out'
  append.pl: 's01i.out'  's044i.out'
  append.pl: 's01i.out'  's055i.out'
  append.pl: 's01i.out'  's026i.out'
  append.pl: 's01i.out'  's037i.out'
  append.pl: 's01i.out'  's038i.out'
  append.pl: 's01i.out'  's029i.out'
  append.pl: 's01i.out'  's0210i.out'
  append.pl: 's01i.out'  's0211i.out'
  append.pl: 's01i.out'  's0212i.out'
  append.pl: 's01i.out'  's0213i.out'
  append.pl: 's01i.out'  's0214i.out'
  append.pl: 's01i.out'  's0215i.out'
  append.pl: 's01i.out'  's0216i.out'
  append.pl: 's01i.out'  's0217i.out'
  append.pl: 's01i.out'  's0218i.out'
  append.pl: 's01i.out'  's0219i.out'
  append.pl: 's01i.out'  's0220i.out'
  append.pl: 's01i.out'  's0221i.out'
  append.pl: 's01i.out'  's0222i.out'
  append.pl: 's01i.out'  's0323i.out'
  append.pl: 's01i.out'  's0224i.out'
  append.pl: 's01i.out'  's0225i.out'
  append.pl: 's01i.out'  's0226i.out'
  append.pl: 's01i.out'  's0227i.out'
  append.pl: 's01i.out'  's0228i.out'
  append.pl: 's01i.out'  's0229i.out'
  append.pl: 's01i.out'  's0230i.out'

# Frequency-domain seismograms
  CRTOUT=' '
  green:      # Green function
  greenss:    # response function
  SS='oe5-ss.gse'
  ss:         # synthetic seismograms
  SP1='oe5-sf1.ps' SP2='oe5-sf2.ps' SP3='oe5-sf3.ps' KOLOR=1
  sp:         # seismogram plotting

# Rewriting the two-point rays into a formatted file
  CRTOUT='crtout.tmp' KALL=1
  echo.pl:"'r01.out'   ' '   'r01i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r1.out'  crtray:
  echo.pl:"'r02.out'   ' '   'r02i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r2.out'  crtray:
  echo.pl:"'r03.out'   ' '   'r03i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r3.out'  crtray:
  echo.pl:"'r04.out'   ' '   'r04i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r4.out'  crtray:
  echo.pl:"'r05.out'   ' '   'r05i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r5.out'  crtray:
  echo.pl:"'r06.out'   ' '   'r06i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r6.out'  crtray:
  echo.pl:"'r07.out'   ' '   'r07i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r7.out'  crtray:
  echo.pl:"'r08.out'   ' '   'r08i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r8.out'  crtray:
  echo.pl:"'r09.out'   ' '   'r09i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r9.out'  crtray:
  echo.pl:"'r10.out'   ' '   'r10i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r10.out'  crtray:
  echo.pl:"'r11.out'   ' '   'r11i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r11.out'  crtray:
  echo.pl:"'r12.out'   ' '   'r12i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r12.out'  crtray:
  echo.pl:"'r13.out'   ' '   'r13i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r13.out'  crtray:
  echo.pl:"'r14.out'   ' '   'r14i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r14.out'  crtray:
  echo.pl:"'r15.out'   ' '   'r15i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r15.out'  crtray:
  echo.pl:"'r16.out'   ' '   'r16i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r16.out'  crtray:
  echo.pl:"'r17.out'   ' '   'r17i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r17.out'  crtray:
  echo.pl:"'r18.out'   ' '   'r18i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r18.out'  crtray:
  echo.pl:"'r19.out'   ' '   'r19i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r19.out'  crtray:
  echo.pl:"'r20.out'   ' '   'r20i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r20.out'  crtray:
  echo.pl:"'r21.out'   ' '   'r21i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r21.out'  crtray:
  echo.pl:"'r22.out'   ' '   'r22i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r22.out'  crtray:
  echo.pl:"'r23.out'   ' '   'r23i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r23.out'  crtray:
  echo.pl:"'r24.out'   ' '   'r24i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r24.out'  crtray:
  echo.pl:"'r25.out'   ' '   'r25i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r25.out'  crtray:
  echo.pl:"'r26.out'   ' '   'r26i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r26.out'  crtray:
  echo.pl:"'r27.out'   ' '   'r27i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r27.out'  crtray:
  echo.pl:"'r28.out'   ' '   'r28i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r28.out'  crtray:
  echo.pl:"'r29.out'   ' '   'r29i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r29.out'  crtray:
  echo.pl:"'r30.out'   ' '   'r30i.out' ' '" ">crtout.tmp"
  RAYS='oe5-r30.out'  crtray:

# Adding two-point rays into GOCAD file
  VRML='GOCAD' WRL=' ' WRLOUT='oe5-tmp.mx'  # GOCAD
# Setting blue colour for rays
  KOLLIN=0  R=0.00  G=0.00  B=1.00
  NAME='Rays'  PROPERTIES=' '   # just for GOCAD
  LIN='oe5-r1.out'
  NAME='Rays1'     PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r2.out'
  NAME='Rays2'     PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r3.out'
  NAME='Rays3'     PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r4.out'
  NAME='Rays4'  PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r5.out'
  NAME='Rays5'  PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r6.out'
  NAME='Rays6'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r7.out'
  NAME='Rays7'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r8.out'
  NAME='Rays8'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r9.out'
  NAME='Rays9'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r10.out'
  NAME='Rays10'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r11.out'
  NAME='Rays11'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r12.out'
  NAME='Rays12'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r13.out'
  NAME='Rays13'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r14.out'
  NAME='Rays14'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r15.out'
  NAME='Rays15'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r16.out'
  NAME='Rays16'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r17.out'
  NAME='Rays17'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r18.out'
  NAME='Rays18'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r19.out'
  NAME='Rays19'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r20.out'
  NAME='Rays20'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r21.out'
  NAME='Rays21'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r22.out'
  NAME='Rays22'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r23.out'
  NAME='Rays23'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r24.out'
  NAME='Rays24'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r25.out'
  NAME='Rays25'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r26.out'
  NAME='Rays26'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r27.out'
  NAME='Rays27'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r28.out'
  NAME='Rays28'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r29.out'
  NAME='Rays29'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  LIN='oe5-r30.out'
  NAME='Rays30'       PROPERTIES=' '  # just for GOCAD
  linwrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD

# Adding source and receivers into GOCAD file
  PTS='s145-src.dat'
  KOLPTS=0  R=1.00  G=0.00  B=1.00
  NAME='Source-145'        PROPERTIES=' ' ASIZE=6 # just for GOCAD
  ptswrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD
  PTS='s145oe5r.dat'
  KOLPTS=0  R=1.00  G=1.00  B=1.00
  NAME='Receivers-oe5'     PROPERTIES=' ' ASIZE=3 # just for GOCAD
  ptswrl:
  append.pl: 's145oe5.mx' 'oe5-tmp.mx'   # GOCAD

# Conversion of GSE file to SEG-Y files
# Input GSE file
  SS='oe5-ss.gse'

# SEG-Y parameters (for details see gse2segy.for)
  NTRACE=281 NSAMPL=9000 SINTER=0.001 ISFORM=1 ICDFP=1

# Conversion of the first component of GSE file and output SEG-Y file
  KOMP=1 FISEGY='oe5-ss1.sgy'
  gse2segy:
  KOMP=2 FISEGY='oe5-ss2.sgy'
  gse2segy:
  KOMP=3 FISEGY='oe5-ss3.sgy'
  gse2segy:

# Travel times
# Generating input files CRTOUT for individual elementary waves
  echo.pl: "' ' 's011.out' 's011i.out' /" "> crt01.out"
  echo.pl: "' ' 's022.out' 's022i.out' /" "> crt02.out"
  echo.pl: "' ' 's033.out' 's033i.out' /" "> crt03.out"
  echo.pl: "' ' 's044.out' 's044i.out' /" "> crt04.out"
  echo.pl: "' ' 's055.out' 's055i.out' /" "> crt05.out"
  echo.pl: "' ' 's026.out' 's026i.out' /" "> crt06.out"
  echo.pl: "' ' 's037.out' 's037i.out' /" "> crt07.out"
  echo.pl: "' ' 's038.out' 's038i.out' /" "> crt08.out"
  echo.pl: "' ' 's029.out' 's029i.out' /" "> crt09.out"
  echo.pl: "' ' 's0210.out' 's0210i.out' /" "> crt10.out"
  echo.pl: "' ' 's0211.out' 's0211i.out' /" "> crt11.out"
  echo.pl: "' ' 's0212.out' 's0212i.out' /" "> crt12.out"
  echo.pl: "' ' 's0213.out' 's0213i.out' /" "> crt13.out"
  echo.pl: "' ' 's0214.out' 's0214i.out' /" "> crt14.out"
  echo.pl: "' ' 's0215.out' 's0215i.out' /" "> crt15.out"
  echo.pl: "' ' 's0216.out' 's0216i.out' /" "> crt16.out"
  echo.pl: "' ' 's0217.out' 's0217i.out' /" "> crt17.out"
  echo.pl: "' ' 's0218.out' 's0218i.out' /" "> crt18.out"
  echo.pl: "' ' 's0219.out' 's0219i.out' /" "> crt19.out"
  echo.pl: "' ' 's0220.out' 's0220i.out' /" "> crt20.out"
  echo.pl: "' ' 's0221.out' 's0221i.out' /" "> crt21.out"
  echo.pl: "' ' 's0222.out' 's0222i.out' /" "> crt22.out"
  echo.pl: "' ' 's0323.out' 's0323i.out' /" "> crt23.out"
  echo.pl: "' ' 's0224.out' 's0224i.out' /" "> crt24.out"
  echo.pl: "' ' 's0225.out' 's0225i.out' /" "> crt25.out"
  echo.pl: "' ' 's0226.out' 's0226i.out' /" "> crt26.out"
  echo.pl: "' ' 's0227.out' 's0227i.out' /" "> crt27.out"
  echo.pl: "' ' 's0228.out' 's0228i.out' /" "> crt28.out"
  echo.pl: "' ' 's0229.out' 's0229i.out' /" "> crt29.out"
  echo.pl: "' ' 's0230.out' 's0230i.out' /" "> crt30.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:
  CRTOUT='crt23.out'  PTS='tt23.out'  crtpts:
  CRTOUT='crt24.out'  PTS='tt24.out'  crtpts:
  CRTOUT='crt25.out'  PTS='tt25.out'  crtpts:
  CRTOUT='crt26.out'  PTS='tt26.out'  crtpts:
  CRTOUT='crt27.out'  PTS='tt27.out'  crtpts:
  CRTOUT='crt28.out'  PTS='tt28.out'  crtpts:
  CRTOUT='crt29.out'  PTS='tt29.out'  crtpts:
  CRTOUT='crt30.out'  PTS='tt30.out'  crtpts:

# Plotting travel times
  SP1='oe5-tt.ps'  SP2=' '  SP3=' '
  SS=' '   SS1=' '  SS2=' '  SS3=' '  SS4=' '  SS5=' '  SS6=' '
  SS7=' '  SS8=' '  SS9=' '  SS10=' ' SS11=' ' SS12=' ' SS13=' '
  SS14=' ' SS15=' ' SS16=' ' SS17=' ' SS18=' ' SS19=' ' SS20=' '
  SS21=' ' SS22=' ' SS23=' ' SS24=' ' SS25=' ' SS26=' ' SS27=' '
  SS28=' ' SS29=' '
  PTS=' '  FTT=' '  SPTTC='oe-ttc.dat'  KOLORTD=-1  SPSYMH=0.15
  CALCOPS='0.55 setlinewidth'
  sp:

# To save disk space delete temporary output files
 #del.pl: '*.out'

# Important output files
# ~~~~~~~~~~~~~~~~~~~~~~
# 'oe5-sf*.ps'  ... PostScript files with seismograms
# 'oe5-tt.ps'   ... PostScript file with travel times
# 's145oe5.mx'  ... GOCAD file with two-point rays, shot and receivers