# Two-point ray tracing in model EX # followed by plotting of the computed two-point rays # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ # This history file is designed to be run from another history file # (see e.g. 'ex.h'), which runs 'srp.for' to generate source # coordinates 'ex-src.out' and receiver coordinates 'ex-rec.out' # and then executes this history file for the source. # Input files required chk.pl: "data/ex/" "ex-mod.dat" chk.pl: "data/ex/" "ex-dcr.dat" chk.pl: "data/ex/" "ex-rpa.dat" chk.pl: "data/ex/" "ex-cod.dat" chk.pl: "crt/" "writ.dat" chk.pl: "" "ex-rec.out" chk.pl: "" "ex-src.out" # Output of 'ex-srf.h' chk.pl: "" "ex-srf.wrl" #chk.pl: "" "ex-srf.mx" # Gocad # Model MODEL='ex-mod.dat' # Two-point ray tracing # ~~~~~~~~~~~~~~~~~~~~~ # Source and receivers SRC='ex-src.out' REC='ex-rec.out' # Data filenames for CRT DCRT='ex-dcr.dat' RPAR='ex-rpa.dat' CODE='ex-cod.dat' WRIT='writ.dat' CRTLOG='ex-log.out' # Kind of ray parameters INIPAR=3 # Screen output CRTSCRO='SWRG' # Ray tracing of the reflected wave crt: # Rewriting the travel times at the receivers into a formatted file PTS='ex-tim.out' NQ=4 crtpts: # Rewriting the two-point rays into a formatted file RAYS='ex-ray.out' crtray: # Displaying the rays in VRML or Gocad # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ # Form and name of input and output files VRML='VRML2' WRL='ex-srf.wrl' WRLOUT='ex-ray.wrl' # VRML #VRML='GOCAD' WRL='ex-srf.mx' WRLOUT='ex-ray.mx' # GOCAD LIN='ex-ray.out' # Setting red colour for rays KOLLIN=0 R=1.00 G=0.00 B=0.00 NAME='Rays' PROPERTIES=' ' # just for GOCAD linwrl: VRML='VRML2' WRL='ex-ray.wrl' # VRML #VRML='GOCAD' WRL='ex-ray.mx' # GOCAD # Adding source and receivers into the VRML or GOCAD file PTS='ex-src.out' KOLPTS=0 R=1.00 G=1.00 B=0.00 NAME='Source' PROPERTIES=' ' # just for GOCAD ptswrl: PTS='ex-rec.out' KOLPTS=0 R=0.00 G=0.00 B=1.00 NAME='Receivers' PROPERTIES=' ' # just for GOCAD ptswrl: