List of input parameters of packages
FORMS, MODEL, CRT, FD, NET and DATA
- A1=real,A2=real,A3=real
- Cartesian coordinates of point A.
- Used by:
srfsect.for.
- A11='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- A12='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- A13='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- A21='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- A22='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for.
- A23='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- A31='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- A32='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- A33='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- A44=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- AA12='string'
- Name of an output file.
- Used by:
newpar.for.
- AA13='string'
- Name of an output file.
- Used by:
newpar.for.
- AA23='string'
- Name of an output file.
- Used by:
newpar.for.
- ABIG=nonnegative real
- Parameter controlling the wavenumber cosine filter.
- Used by:
grdcor.for.
- ACOR=positive real
- Von Karman correlation length.
- Used by:
grdckn.for,
grdcor.for,
grdran2d.for.
- ACORG=nonnegative real
- Gaussian correlation length.
- Used by:
grdcor.for,
grdran2d.for.
- ADVANC=real
- Distance to shift an initial point of a ray.
- Used by:
crtin.for.
- AI0=real, AI1=real, AI2=real,
AI3=real, AI11=real, AI12=real,
AI22=real, AI13=real, AI23=real,
AI33=real, AI111=real, AI112=real,
AI122=real, AI222=real, AI113=real,
AI123=real, AI223=real, AI133=real,
AI233=real, AI333=real
- Imaginary part of amplitude of a complex function
and its derivatives.
- Used by:
grdte.for.
- ALEMAX=real
- Maximum angle for the frame with Lyapunov exponents.
- Used by:
modle2d.for.
- ALEMIN=real
- Minimum angle for the frame with Lyapunov exponents.
- Used by:
modle2d.for.
- AMAX=nonnegative real
- Maximum wavelength.
- Used by:
grdcor.for.
- AMBIENT=real
- Intensity of the ambient light.
- Used by:
iniwrl.for,
srfwrl.for.
- AMIN=nonnegative real
- Minimum wavelength.
- Used by:
grdcor.for.
- AMP='string'
- Name of the output file to contain the grid values of
the norm of the vectorial amplitude of the Green function.
- Used by:
mtt.for.
- AMP2D1=real,
- AMP2D2=real,
- AMP2D3=real
- Unit vector perpendicular to a 2-D section in the 3-D model
for calculating the 2-D Green function.
- Used by:
mtt.for.
- AMPKI='string'
- Name of the file with the grid values of the amplitude
modified for use in the Kirchoff integral.
- Used by:
mtt.for.
- AMPKI1=real,
- AMPKI2=real,
- AMPKI3=real
- Unit vector perpendicular to the surface of integration.
for the Kirchhoff integral.
- Used by:
mtt.for.
- AMPMAX=real
- Maximum value of the amplitude of the Green function.
- Used by:
mtt.for,
wfsrf.for.
- AMPR11='string', AMPI11='string',
AMPR21='string', AMPI21='string',
AMPR31='string', AMPI31='string',
AMPR12='string', AMPI12='string',
AMPR22='string', AMPI22='string',
AMPR32='string', AMPI32='string',
AMPR13='string', AMPI13='string',
AMPR23='string', AMPI23='string',
AMPR33='string', AMPI33='string'
- Names of the files with the vectorial amplitudes of the Green
function.
- Used by:
mtt.for.
- ANIDEG=real
- Rotation angle.
- Used by:
anirot.for.
- ANIDER='string'
- Name of the input file containing the density-reduced stiffness
tensor and its first-order and second-order spatial derivatives.
- Used by:
hdertest.for.
- ANIE1=real, ANIE2=real, ANIE3=real
- Axial vector of the rotation.
- Used by:
anirot.for.
- ANIIN='string'
- Name of the input file of program 'anirot.for'.
- Used by:
anirot.for.
- ANIMOD='string'
- Name of the input file with elastic moduli.
- Used by:
anisrf.for,
tiaxis.for.
- ANIOUT='string'
- Name of the output file of program 'anirot.for'.
- Used by:
anirot.for.
- ANISTRE='string'
- Name of the output file with anisotropy strength.
- Used by:
anisrf.for.
- ANITI='string'
- Name of the output file of program 'tiaxis.for'.
- Used by:
tiaxis.for.
- ANRTIM1='string', ANRTIM2='string'
- Name of the output file of program 'anray.for'.
- Used by:
watable.for.
- AR0=real, AR1=real, AR2=real,
AR3=real, AR11=real, AR12=real,
AR22=real, AR13=real, AR23=real,
AR33=real, AR111=real, AR112=real,
AR122=real, AR222=real, AR113=real,
AR123=real, AR223=real, AR133=real,
AR233=real, AR333=real
- Real part of amplitude of a complex function
and its derivatives.
- Used by:
grdte.for.
- ASIZE=integer
- Size of points (atoms) in GOCAD.
- Used by:
ptswrl.for.
- ASMALL=nonnegative real
- Parameter controlling the wavenumber cosine filter.
- Used by:
grdcor.for.
- ASOB=positive real
- Parameter controlling the wavenumber filter corresponding
to smoothing with Sobolev scalar product.
- Used by:
grdcor.for.
- ASYMB='string'
- Name of the GOCAD symbol used for plotting the points.
- Used by:
ptswrl.for.
- AUR1='string', AUR2='string', AUR3='string'
- Names of the files with real part of the amplitudes.
- Used by:
grdborn.for.
- AUI1='string', AUI2='string', AUI3='string'
- Names of the files with imaginary part of the amplitudes.
- Used by:
grdborn.for.
- B=real
- Content of blue in the colour of background.
- Used by:
grdps.for,
iniwrl.for,
trglps.for.
- Content of blue in the colour of lines.
- Used by:
linwrl.for,
- Content of blue in the colour of points.
- Used by:
ptswrl.for,
- Content of blue in the colour of surfaces.
- Used by:
srfwrl.for,
- B1=real,B2=real,B3=real
- Cartesian coordinates of point B.
- Used by:
srfsect.for.
- B11='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- B12='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- B13='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- B21='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- B22='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for.
- B23='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- B31='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- B32='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- B33='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- BB12='string'
- Name of an output file.
- Used by:
newpar.for.
- BB13='string'
- Name of an output file.
- Used by:
newpar.for.
- BB23='string'
- Name of an output file.
- Used by:
newpar.for.
- BORN='string'
- Name of the file with the names of the files with the quantities
required for the Born approximation.
- Used by:
grdborn.for.
- C1=real,C2=real,C3=real
- Cartesian coordinates of point C.
- Used by:
srfsect.for.
- C11='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- C12='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- C13='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- C21='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- C22='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for.
- C23='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- C31='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- C32='string'
- Name of an output file.
- Used by:
fd2d.for,
modfd.for,
newpar.for.
- C33='string'
- Name of an output file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- CAL='string'
- Name of the file with commands.
- Used by:
grdcal.for.
- CALCOPS='string'
- Text to be written to the 'Setup' section of a PostScript file.
- Used by:
pictures.for,
rpplot.for,
sp.for,
ss.for.
- CAMERA='string'
- Name of the file with cameras.
- Used by:
iniwrl.for.
- CC12='string'
- Name of an output file.
- Used by:
newpar.for.
- CC13='string'
- Name of an output file.
- Used by:
newpar.for.
- CC23='string'
- Name of an output file.
- Used by:
newpar.for.
- CKNMAX=real
- Maximum value of a correlation function.
- Used by:
grdckn.for.
- CKNOUT='string'
- Name of the file with a correlation function.
- Used by:
grdckn.for.
- CNAME='string'
- Prefix of the name of shifted points.
- Used by:
srp.for.
- CODE='string'
- Name of the file with codes of elementary waves.
- Used by:
crtin.for.
- COEF1=integer, COEF2=integer
- Coefficients of linear combination.
- Used by:
matlin.for.
- COEF1=integer to COEF#=integer
- Coefficients of linear combination.
- Used by:
gsecal.for.
- COLORS='string'
- Name of the file with a colour map.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
rpplot.for,
srfwrl.for,
trglps.for.
- COLUMN01='string' to COLUMN69='string'
- String to specify the quantity to be written to the
corresponding column of the output file.
- Used by:
modsrf.for,
mtt.for,
wfsrf.for.
- COROUT='string'
- Name of the output file with correlation function.
- Used by:
grdcor.for.
- CPAR1=real
- Configuration parameter.
- Used by:
srp.for.
- CPAR2=real
- Configuration parameter.
- Used by:
srp.for.
- CREF=real
- Reference colour.
- Used by:
grdps.for,
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- CREF1=real
- Reference colour for multidimensional colour maps.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- CREF2=real
- Reference colour for multidimensional colour maps.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- CREF3=real
- Reference colour for multidimensional colour maps.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- CRTANI=real
- Switch to anisotropic ray tracing.
- Used by:
crtin.for,
crtpfa.for,
green.for.
- CRTLOG='string'
- Name of the output log file.
- Used by:
crtin.for.
- CRTNEW='string'
- Name of the file with the names of the new CRT-like
output files.
- Used by:
crt2d3d.for,
crtpfa.for.
- CRTOUT='string'
- Name of the file with the names of the CRT output files.
- Used by:
crt2d3d.for,
crtlew.for,
crtpfa.for,
crtpts.for,
crtray.for,
green.for,
invtt.for,
mtt.for,
pfatubes.for,
rpplot.for,
wfsrf.for.
Verbose option of the CRT program, enabling to
select various levels of screen output.
- CRTPAUSE=integer
- Parameter to control screen output.
- Used by:
crtin.for.
- CRTSCRO='string'
- Verbose option of the CRT program, enabling to select various
levels of screen output.
- Used by:
crtin.for.
- CSWIN=real, CSWIN1=real, CSWIN2=real,
CSWIN3=real, CSWIN4=real, CSWIN5=real,
CSWIN6=real
- Parmeters for cosine window.
- Used by:
grdborn.for.
- CTYPE='string'
- String specifying the correlation function.
- Used by:
grdran2d.for.
- D1=positive real
- Grid spacing along the X1 axis.
- Used by:
grdran2d.for.
- D1=real
- Grid spacing along the X1 axis.
- Used by:
fd2d.for,
fdmod.for,
grdborn.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- D10=real
- Grid spacing along the X1 axis.
- Used by:
grdte.for.
- D1NEW=real
- Grid spacing along the X1 axis for the output grid.
- Used by:
grdnew.for,
grdnorm.for.
- D1OUT=real
- Grid spacing along the X1 axis for the output grid.
- Used by:
grdfft.for.
- D2=positive real
- Grid spacing along the X2 axis.
- Used by:
grdran2d.for.
- D2=real
- Grid spacing along the X2 axis.
- Used by:
grdborn.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- D20=real
- Grid spacing along the X2 axis.
- Used by:
grdte.for.
- D2NEW=real
- Grid spacing along the X2 axis for the output grid.
- Used by:
grdnew.for,
grdnorm.for.
- D2OUT=real
- Grid spacing along the X2 axis for the output grid.
- Used by:
grdfft.for.
- D3=real
- Grid spacing along the X3 axis.
- Used by:
fd2d.for,
fdmod.for,
grd2d3d.for,
grdborn.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- D30=real
- Grid spacing along the X3 axis.
- Used by:
grdte.for.
- D3NEW=real
- Grid spacing along the X3 axis for the output grid.
- Used by:
grdnew.for,
grdnorm.for.
- D3OUT=real
- Grid spacing along the X3 axis for the output grid.
- Used by:
grdfft.for.
- D4=real
- Time interval.
- Used by:
fd2d.for,
grdnorm.for,
grdps.for.
- D4NEW=real
- Time interval for the output grid.
- Used by:
grdnorm.for.
- DA=real
- Angular step.
- Used by:
crtlew.for,
modle2d.for.
- DCRT='string'
- Name of the file with input data for complete ray tracing.
- Used by:
crtin.for.
- DEGREE=real
- Degree of the homogeneous Hamiltonian to be arithmetically
averaged for common S-wave ray tracing.
- Used by:
crtin.for,
crtpfa.for,
green.for,
hder.for.
- DEN='string'
- Name of the output file with gridded densities.
- Used by:
fd2d.for,
fdmod.for,
modfd.for.
- DER=real
- Order of derivative.
- Used by:
ss.for.
- DEVEXP=positive real
- Exponent for the renormalization to the maximum deviation
from the mean value.
- Used by:
grdran2d.for,
grdstat.for.
- DEVMAX=positive real
- Maximum deviation from the mean value.
- Used by:
grdran2d.for,
grdstat.for.
- DF=real
- Frequency step.
- Used by:
grdborn.for,
green.for,
greenss.for,
greentc.for,
tcgreen.for.
- DIST=real
- Distance.
- Used by:
invtt.for.
- DLIGHT='string'
- Name of the file with directional lights.
- Used by:
iniwrl.for.
- DM1='string'
- Name of the file with a diagonal matrix.
- Used by:
invpts.for,
invtt.for,
smeigen.for.
- DP=real
- Step in slowness vector.
- Used by:
hdertest.for.
- DPAR1=real
- Increment of the first ray take-off parameter.
- Used by:
mtt.for,
wfsrf.for.
- DPAR2=real
- Increment of the second ray take-off parameter.
- Used by:
mtt.for,
wfsrf.for.
- DSD=positive real
- Desired standard deviation.
- Used by:
grdran2d.for,
grdstat.for.
- DSEIS=real
- Sampling interval of a seismogram stored in a grid file.
- Used by:
grdmigr.for.
- DSRC=real
- Distance between two source points for numerical calculation
of point-source geometrical spreading from slowness vectors.
- Used by:
q2.cal.
- DSWAVE=real
- Minimum relative difference between the S-wave eigenvalues.
- Used by subroutine file
hder.for,
- called by programs:
crt.for,
crtpfa.for,
green.for.
- DT=real
- Time step.
- Used by:
grdborn.for,
green.for,
greenss.for,
ss.for,
gsecal.for.
- DTFD=real
- Time step for finite differences.
- Used by:
fd2d.for.
- DTIME=real
- Two-way travel-time increment.
- Used by:
mtt.for,
wfsrf.for.
- DTT=real
- Travel-time increment.
- Used by:
mtt.for,
wfsrf.for.
- DX=real
- Step in spatial coordinates.
- Used by:
hdertest.for.
- DX1=real
- The X1 component of the translation vector.
- Used by:
crt2d3d.for.
- DX2=real
- The X2 component of the translation vector.
- Used by:
crt2d3d.for.
- DX3=real
- The X3 component of the translation vector.
- Used by:
crt2d3d.for.
- EIGLST='string'
- Name of the optional output file containing eigenvectors.
- Used by:
green.for.
- EPSILON=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- ERRMUL=real
- Multiplication factor for the standard deviations.
- Used by:
invpts.for,
- ERRQI=real
- Maximum error of the quasi-isotropic projection of
the polarization vectors.
- Used by:
green.for.
- ERRSRF=real
- Upper error bound in the position of points at interfaces.
- Used by:
modsrf.for.
- ERRWAN=real
- Upper error bound in the propagator matrix.
- Used by:
crtpfa.for,
green.for.
- ESIZE=integer
- Number of bytes per a real in binary files.
- Used by:
ascbin.for,
binasc.for,
swap.for.
- FACTOR=real
- Brightness factor.
- Used by:
pallet.for.
- FDMOD='string'
- Name of the file describing a 2-D model composed of homogeneous
convex polygons.
- Used by:
fdmod.for.
- FFT=real
- Multiplicative factor for FFT.
- Used by:
grdfft.for.
- FFTINI='string'
- Name of the file with imaginary part of the input function.
- Used by:
grdfft.for.
- FFTINR='string'
- Name of the file with real part of the input function.
- Used by:
grdfft.for.
- FFTOUTI='string'
- Name of the file with imaginary part of the output function.
- Used by:
grdfft.for.
- FFTOUTR='string'
- Name of the file with real part of the output function.
- Used by:
grdfft.for.
- FGBE11='string'
- FGBE21='string'
- FGBE31='string'
- FGBE12='string'
- FGBE22='string'
- FGBE32='string'
- Filenames of the files corresponding to GBE11, GBE21, GBE31,
GBE12, GBE22 and GBE32.
- Used by:
mtt.for,
wfsrf.for.
- FGBR11='string'
- FGBR12='string'
- FGBR22='string'
- Filenames of the files corresponding to GBR11, GBR12, GBR22.
- Used by:
mtt.for,
wfsrf.for.
- FGBY11='string'
- FGBY22='string'
- Filenames of the files corresponding to GBY11 and GBY22.
- Used by:
mtt.for,
wfsrf.for.
- FHIGH=real
- Parameter controlling the frequency cosine filter.
- Used by:
ss.for.
- FISEGY='string'
- Name of the output SEGY file.
- Used by:
gse2segy.for.
- FLOW=real
- Parameter controlling the frequency cosine filter.
- Used by:
ss.for.
- FMAX=real
- Maximum frequency.
- Used by:
grdborn.for,
green.for,
greenss.for,
ss.for.
- FMIN=real
- Minimum frequency.
- Used by:
grdborn.for,
green.for,
greenss.for,
ss.for.
- FORM='string'
- Form of a file.
- Used by:
fd2d.for,
fdmod.for,
modfd.for,
newpar.for.
- FORMM='string'
- Form of files with matrices.
- Used by:
grdcal.for,
invpts.for,
invsoft.for,
invtt.for,
matfun.for,
matinv.for,
matlin.for,
matmul.for,
sgfgrd.for,
sgfmat.for,
smeigen.for,
smpower.for.
- FREESRF=real
- Switch to decide about the polygons in free space.
- Used by:
modsrf.for.
- FREF=nonnegative real
- Reference frequency for the attenuation.
- Used by:
greenss.for.
- FSTAB='string'
- Name of the output file with the information on memory
required to store forward stars.
- Used by:
net.for.
- FTIME='string'
- Name of the file containing two-way travel time.
- Used by:
mtt.for,
wfsrf.for.
- FTRGL1='string'
- FTRGL2='string'
- Name of the file 'CRT-T' with triangles.
- Used by:
pfatubes.for.
- FTT='string'
- Name of the data file with the field travel times.
- Used by:
invtt.for,
sp.for.
- G=real
- Content of green in the colour of background.
- Used by:
grdps.for,
iniwrl.for,
trglps.for.
- Content of green in the colour of lines.
- Used by:
linwrl.for,
- Content of green in the colour of points.
- Used by:
ptswrl.for,
- Content of green in the colour of surfaces.
- Used by:
srfwrl.for,
- GAMMA=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- GBE11=real
- GBE21=real
- GBE31=real
- GBE12=real
- GBE22=real
- GBE32=real
- Components of two vectors specifying the plane and coordinates
for the initial second derivatives of the complex-valued travel
times of Gaussian beams.
- Used by:
mtt.for,
wfsrf.for.
- GBR11=real
- GBR12=real
- GBR22=real
- Real part of the second
derivatives of the complex-valued travel times of Gaussian
beams in the directions of the given vectors.
- Used by:
mtt.for,
wfsrf.for.
- GBW1='string'
- GBW2='string'
- Names of the output files to contain the grid values
of the square roots of two
components of the sum of squares of Gaussian beam widths.
- Used by:
mtt.for.
- GBW11='string'
- GBW22='string'
- Names of the output files to contain the grid values of two
components of the sum of squares of Gaussian beam widths.
- Used by:
mtt.for.
- GBY11=real
- GBY22=real
- Imaginary part of the second
derivatives of the complex-valued travel times of Gaussian
beams in the directions of the given vectors.
- Used by:
mtt.for,
wfsrf.for.
- GM1='string'
- Name of the file with a general matrix.
- Used by:
invpts.for,
invtt.for,
smeigen.for.
- GM2='string'
- Name of the file with a general matrix.
- Used by:
invpts.for,
invtt.for.
- GM3='string'
- Name of the file with a general matrix.
- Used by:
invpts.for,
invtt.for.
- GNORM=real
- Exponent for the normalization.
- Used by:
grdnorm.for.
- GRD='string'
- Name of the file with gridded values.
- Used by:
ascbin.for,
binasc.for,
grd2d3d.for,
grdfd.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdps.for,
grdpts.for,
grdran2d.for,
grdtrans.for,
grdwrl.for,
invpts.for,
mgrd.for,
mttgrd.for,
sgfgrd.for,
sgfmat.for.
- GRD1='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdcros.for,
grdgse.for,
grdfd.for,
grdmerge.for,
grdpts.for.
- GRD11='string'
- Name of the file with gridded second derivatives.
- Used by:
grdfd.for.
- GRD2='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdcros.for,
grdgse.for,
grdfd.for,
grdmerge.for,
grdpts.for.
- GRD22='string'
- Name of the file with gridded second derivatives.
- Used by:
grdfd.for.
- GRD3='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdcros.for,
grdgse.for,
grdfd.for,
grdmerge.for,
grdpts.for.
- GRD33='string'
- Name of the file with gridded second derivatives.
- Used by:
grdfd.for.
- GRD4='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdcros.for,
grdmerge.for,
grdpts.for.
- GRD5='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdpts.for.
- GRD6='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdpts.for.
- GRD7='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdpts.for.
- GRD8='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdpts.for.
- GRD9='string'
- Name of the file with gridded values.
- Used by:
grdcal.for,
grdpts.for.
- GRDCALNUM='string'
- Name of the file with numbers of values at gridpoints.
- Used by:
grdcal.for.
- Note that parameter GRDCALNUM of program grdcal.for
is equivalent to parameter NUM of some other programs.
- GRDMIGR='string'
- Name of the ASCII file containing the
grid values of the migrated image.
- Used by:
grdmigr.for.
- GRDERR='string'
- Name of the file with gridded standard deviations.
- Used by:
invpts.for.
- GRDICB='string'
- Name of the file with gridded indices of the complex blocks.
- Used by:
invpts.for.
- GRDNEW='string'
- Name of the output file with gridded values.
- Used by:
grd2d3d.for,
grdnew.for,
grdnorm.for,
grdtrans.for.
- GRDPS2='string' to GRDPS9='string'
- Names of the files with gridded values.
- Used by:
grdps.for.
- GRDSEIS='string'
- Name of the input ASCII grid file with seismograms
for Kirchhoff migration.
- Used by:
grdmigr.for.
- GRDTEI='string', GRDTER='string'
- Names of the files with gridded functional values.
- Used by:
grdte.for.
- GREEN='string'
- Name of the file with the Green tensor.
- Used by:
green.for,
greenmul.for,
greenss.for,
greentc.for,
greenti.for.
- GREEN1='string', GREEN2='string'
- Name of the file with the Green tensor.
- Used by:
greenti.for.
- GREENAMP=real
- Multiplicative factor.
- Used by:
greenmul.for.
- GREENMUL='string'
- Name of the file with the Green tensor.
- Used by:
greenmul.for.
- GREENTC='string'
- Name of the file with the Green tensor.
- Used by:
greentc.for,
tccomp.for,
tcfd.for.
- GREENTC2='string'
- Name of the file with the Green tensor.
- Used by:
tccomp.for.
- GREENTI='string'
- Name of the file containing information on input Green tensors.
- Used by:
greenti.for.
- GSEWIDTH=positive integer
- Width of the output field for one integer value of a seismogram.
- Used by:
grdgse.for,
greenss.for,
gsecal.for,
ss.for.
- HDERTEST='string'
- Name of the output file of program HDERTEST.
- Used by:
hdertest.for.
- HEIGHT=real
- Height of the paper in a portrait position.
- Used by:
grdps.for,
trglps.for.
- HILB=real
- Order of Hilbert transform.
- Used by:
ss.for.
- HIST='string'
- Name of the file with the ray histories.
- Used by:
mttgrd.for.
- HOFFSET=real
- Distance from the leftmost paper edge.
- Used by:
grdps.for,
trglps.for.
- HRAUX=real
- Height (in cm) of symbols for auxiliary rays.
- Used by:
rpplot.for.
- HRBAS=real
- Height (in cm) of symbols for basic rays.
- Used by:
rpplot.for.
- HREC=real
- Height (in cm) of symbols for receivers.
- Used by:
rpplot.for.
- HRTWO=real
- Height (in cm) of symbols for two-point rays.
- Used by:
rpplot.for.
- HSIZE=real
- Horizontal size of the image.
- Used by:
grdps.for,
rpplot.for,
trglps.for.
- HTEXT=real
- Height (in cm) of texts.
- Used by:
rpplot.for.
- ICB='string'
- Name of the file with gridded indices of the complex blocks.
- Used by:
grid.for.
- ICB=integer
- Index of a wave.
- Used by:
hdertest.for.
- ICBEXT=integer
- Switch to decide which complex block is to be gridded.
- Used by:
grid.for.
- ICDPF=integer
- CDP fold.
- Used by:
gse2segy.for.
- ICLASS=integer
- Class of model parameters to be inverted.
- Used by:
invpts.for,
invsoft.for,
invtt.for,
modmod.for.
- ICREC=positive integer
- Index of the colour to plot the receivers.
- Used by:
rpplot.for.
- ICRT=positive integer
- Sequential index of the execution of program 'crt.for'.
- Used by:
mtt.for,
wfsrf.for.
- ICTWO=integer
- Index of colour for two-point rays.
- Used by:
rpplot.for.
- IHIST=integer
- Switch to decide whether symbols correspondingto the ray histories
are to be plotted to the figure legend.
- Used by:
rpplot.for.
- IMGRD=integer
- Switch to decide whether "snapshots" are to be stored
in separate files.
- Used by:
mgrd.for,
mttgrd.for.
- IN='string'
- Name of an unformatted file with gridded values.
- Used by:
ascbin.for,
binasc.for,
grdwrl.for,
swap.for.
- IND='string'
- Name of the index file.
- Used by:
grid.for.
- INDFUN=integer
- Index of the surface or of the complex block.
- Used by:
invpts.for.
- INVSRC='string'
- Name of the file with the names of source points.
- Used by:
invtt.for,
srcsrc.for.
- INIDIM=integer
- Dimensionality of the source.
- Used by:
crtin.for.
- INIDIR=integer
- Switch between global rotation vector and source-specific
vectors.
- Used by:
crtin.for.
- INIE1=real, INIE2=real, INIE3=real
- Three components of the optional rotation vector describing
the rotation of the local Cartesian basis vectors.
- Used by:
crtin.for.
- INIPAR=integer
- Parametrization of the rays.
- Used by:
crtin.for.
- INIT='string'
- Name of the file with the data specifying the line or surface
initial conditions for rays.
- Used by:
crtin.for.
- INORM=integer
- Type of the norm.
- Used by:
tccomp.for.
- INTF='string'
- Name of the file containing the points situated at interface(s).
- Used by:
intf.for.
- INTFOUT='string'
- Name of the output file with functional values.
- Used by:
intf.for.
- INVLOG='string'
- Output log file.
- Used by:
invtt.for.
- IRAUX=integer
- Switch to decide whether auxiliary rays are to be plotted.
- Used by:
rpplot.for.
- IRBAS=integer
- Switch to decide whether basic rays are to be plotted.
- Used by:
rpplot.for.
- IREC=positive integer
- Index of the receiver.
- Used by:
grdborn.for,
grdmigr.for.
- IRTWO=integer
- Switch to decide whether two-point rays are to be plotted.
- Used by:
rpplot.for.
- ISANG=integer
- Switch to decide whether ray domain or reference surface
is to be plotted.
- Used by:
rpplot.for.
- ISEED=integer
- Seed for the generation of pseudorandom numbers.
- Used by:
grdran.for,
grdran2d.for.
- ISFORM=integer
- Data sample format code.
- Used by:
gse2segy.for.
- ISHP=integer
- Switch to decide whether objects of all histories or
of a single history are to be plotted.
- Used by:
rpplot.for.
- ISORT=integer, ISORT1=integer
- Sorting switches.
- Used by:
green.for,
greenti.for.
- ISRC=positive integer
- Index of the source.
- Used by:
grdborn.for,
grdmigr.for.
- ISRCS=nonnegative integer
- Index of the source.
- Used by:
rpplot.for.
- ISREC=positive integer
- Index of symbols for plotting the receivers.
- Used by:
rpplot.for.
- ISRF=integer
- Switch to decide whether material parameters or function
describing surface will be gridded.
- Used by:
grid.for.
- ISUC=integer
- Switch to specify whether all histories or successful
histories only are to be plotted in colours.
- Used by:
rpplot.for.
- ITHOM=integer
- Switch to decide whether homogeneous triangles will be plotted.
- Used by:
rpplot.for.
- IVALUE01=integer to IVALUE69=integer
- Integer value required for some special cases of COLUMNii.
- Used by:
modsrf.for,
wfsrf.for.
- IWAVES=nonnegative integer
- Index of the elementary wave.
- Used by:
rpplot.for.
- KALL=integer
- Switch between all rays and two-point rays only.
- Used by:
crtlew.for,
crtpts.for,
crtray.for.
- KAPPA=real
- Multiplicative factor.
- Used by:
grdckn.for,
grdcor.for.
- KEXP=real
- Exponent of the cosine filter.
- Used by:
grdcros.for,
ss.for.
- KMAHI=integer
- Switch to exclude the KMAH index from the ray history.
- Used by subroutine file
rpar.for,
- called by program:
crt.for.
- KODESP=integer
- Switch for the description of plots with seismograms.
- Used by:
sp.for.
- KOLERR=integer
- Column containing the standard deviations.
- Used by:
invpts.for.
- KOLFUN=integer
- Column containing the index of the function or
of the complex block.
- Used by:
invpts.for.
- KOLLIN=integer
- Column containing the colours for lines.
- Used by:
linwrl.for.
- KOLNEG=integer
- Column containing the colours for the negative sides
of interfaces.
- Used by:
srfwrl.for.
- KOLOR=positive integer
- Index of colour to plot seismograms.
- Used by:
sp.for.
- KOLOR1=positive integer to KOLOR#=positive integer
- Indices of colours to plot seismograms.
- Used by:
sp.for.
- KOLORTT=positive integer
- Index of colour to plot travel times.
- Used by:
sp.for.
- KOLORTD=positive integer
- Index of colour to plot the error bar.
- Used by:
sp.for.
- KOLPOS=integer
- Column containing the colours for the positive sides
of interfaces.
- Used by:
srfwrl.for.
- KOLPTS=integer
- Column containing the colours for points.
- Used by:
ptswrl.for.
- KOLSRF=integer
- Column containing the colours for the triangles.
- Used by:
trglps.for.
- KOLUM1=integer
- Column with the values.
- Used by:
ptsselec.for,
trglnorm.for,
trglsort.for.
- KOLUM2=integer
- Column with the values.
- Used by:
ptsselec.for,
trglnorm.for,
trglsort.for.
- KOLUM3=integer
- Column with the values.
- Used by:
ptsselec.for,
trglnorm.for.
- KOLUMN=integer
- Column with the values.
- Used by:
grdpts.for,
intf.for,
invpts.for,
trglsort.for.
- KOLUMN1=integer to KOLUMN9=integer
- Column with the values.
- Used by:
grdpts.for.
- KOMP=integer
- Component of the GSE seismograms.
- Used by:
gse2segy.for.
- KOMP1=integer,
KOMP11=integer to KOMP1#=integer,
KOMP2=integer,
KOMP21=integer to KOMP2#=integer,
KOMP3=integer,
KOMP31=integer to KOMP32=integer
- Switches for selection of components of seismograms.
- Used by:
sp.for.
- KOOR1=integer
- Index of the first coordinate of 2-D section.
- Used by:
crtlew.for,
modle2d.for.
- KOOR2=integer
- Index of the second coordinate of 2-D section.
- Used by:
crtlew.for,
modle2d.for.
- KOORGRD=integer
- Kind of coordinates in which the grid for discretization
is specified.
- Used by:
grid.for.
- KPHASE=integer
- Switch between algebraic and goniometric form of complex
amplitudes.
- Used by:
crtpts.for.
- KREC=integer
- Switch to decide which points are to be written.
- Used by:
crtpts.for.
- KRGB='string'
- Name of the input file with RGB table.
- Used by:
pallet.for.
- KRGBNEW='string'
- Name of the output file with RGB table.
- Used by:
pallet.for.
- KSIG=integer
- Type of the source time function.
- Used by:
fd2d.for,
ss.for.
- KSRC=integer
- Switch to modify the initial point of a ray.
- Used by:
crtpts.for,
crtray.for.
- KSRFC=integer
- Parameter describing the form of file INTF.
- Used by:
intf.for.
- KSURF=integer
- Parameter describing surface.
- Used by:
anisrf.for.
- KSWAVE=integer
- Switch to trace anisotropic S-wave rays.
- Used by subroutine file
hder.for,
- called by programs:
crt.for,
crtpfa.for,
green.for.
- KTT=integer
- Switch to control the form of strings in the output file.
- Used by:
crtpts.for.
- KTWO=integer
- Switch to convert initial-value to two-point travel time.
- Used by:
crtpts.for,
crtray.for.
- KWAVE=integer
- Parameter specifying the slowness or ray-velocity surface.
- Used by:
anisrf.for.
- L1=positive integer
- Number of small bricks in X1 direction.
- Used by:
grid.for,
net.for.
- L1MAX=integer
- Maximum number of small bricks in X1 direction.
- Used by:
netind.for.
- L2=positive integer
- Number of small bricks in X2 direction.
- Used by:
grid.for,
net.for.
- L2MAX=integer
- Maximum number of small bricks in X2 direction.
- Used by:
netind.for.
- L3=positive integer
- Number of small bricks in X3 direction.
- Used by:
grid.for,
net.for.
- L3MAX=integer
- Maximum number of small bricks in X3 direction.
- Used by:
netind.for.
- LA1=integer
- Numerical parameter.
- Used by:
fd2d.for.
- LATTICEV=integer
- Parameter specifying the phase-space density of Gabor functions.
- Used by:
sgfhom.for.
- LATTICEH=integer
- Parameter specifying the phase-space density of Gabor functions.
- Used by:
sgfhom.for.
- LEFT=integer
- Specifies right-handed or left-handed plot coordinate system.
- Used by:
trglps.for.
- LEMAX=real
- Maximum value for the frame with Lyapunov exponents.
- Used by:
modle2d.for.
- LFREE=integer
- Switch to decide whether undefined free-space blocks
are to be reported.
- Used by:
modchk.for.
- LIN='string'
- Name of the file with lines.
- Used by:
bndlin.for,
coorchg.for,
grdpts.for,
invpts.for,
linden.for,
linwrl.for.
- LINOUT='string'
- Name of the file with lines.
- Used by:
coorchg.for,
linden.for.
- LOG='string'
- Name of the log file.
- Used by:
grdran2d.for.
- LOVER=integer
- Indicates whether overlapping blocks are allowed.
- Used by:
modchk.for.
- LPAR='string'
- Name of the file with the material parameters to be gridded.
- Used by:
grid.for.
- M1='string'
- Name of the file with a single integer number.
- Used by:
grdcal.for,
invpts.for,
invsoft.for,
invtt.for,
modmod.for,
smeigen.for,
smpower.for,
srcsrc.for,
trsmsm.for.
- M1IN='string'
- Name of the file with a single integer number.
- Used by:
invtt.for.
- M1LOC='string'
- Name of the file with a single integer number.
- Used by:
invsoft.for.
- M1MOD='string'
- Name of the file with a single integer number.
- Used by:
srcsrc.for.
- M2='string'
- Name of the file with a single integer number.
- Used by:
grdcal.for,
invpts.for,
invtt.for.
- M2IN='string'
- Name of the file with a single integer number.
- Used by:
invpts.for,
invtt.for.
- M4='string'
- Name of the file with a single integer number.
- Used by:
grdfft.for.
- MATFUN='string'
- Name of the function.
- Used by:
matfun.for.
- MATIN1='string'
- Name of the matrix header file.
- Used by:
matfun.for,
matinv.for,
matlin.for,
matmul.for.
- MATIN2='string'
- Name of the matrix header file.
- Used by:
matlin.for,
matmul.for.
- MATOUT='string'
- Name of the matrix header file.
- Used by:
matfun.for,
matinv.for,
matlin.for,
matmul.for.
- MATT1=integer, MATT2=integer
- Transposition switch.
- Used by:
matmul.for.
- MAXDIG=positive integer
- Number of digits of reals in an output file.
- Used by:
binasc.for,
coorchg.for,
crtpfa.for,
crtpts.for,
crtray.for,
grd2d3d.for,
grdcal.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdmerge.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
green.for,
grid.for,
intf.for,
linden.for,
linwrl.for,
mgrd.for,
modmod.for,
modsrf.for,
mtt.for,
mttgrd.for,
pfatubes.for,
ptsgrd.for,
ptswrl.for,
sgfgrd.for,
sgfhom.for,
sgfmat.for,
srfsect.for,
srfwrl.for,
srp.for,
trglnorm.for,
trglps.for,
trglsort.for,
tsurf.for,
wfsrf.for.
- MAXPTS=integer
- Switch enabling to select the maximum value from the input grid.
- Used by:
grdpts.for.
- MGRD='string'
- Name of the file with multivalued gridded values.
- Used by:
mgrd.for,
mttgrd.for.
- MHIST='string'
- Name of the file with gridded histories.
- Used by:
mtt.for.
- MIGR='string'
- Name of the input ASCII file containing the names of files
with grid values of travel times and amplitudes
for Kirchhoff migration.
- Used by:
grdmigr.for.
- MINDIG=positive integer
- Minimum number of digits of reals in an output file.
- Used by:
binasc.for,
coorchg.for,
crtpfa.for,
crtpts.for,
crtray.for,
grd2d3d.for,
grdcal.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdmerge.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
green.for,
grid.for,
intf.for,
linden.for,
linwrl.for,
mgrd.for,
modmod.for,
modsrf.for,
mtt.for,
mttgrd.for,
pfatubes.for,
ptsgrd.for,
ptswrl.for,
sgfgrd.for,
sgfhom.for,
sgfmat.for,
srfsect.for,
srfwrl.for,
srp.for,
trglnorm.for,
trglps.for,
trglsort.for,
tsurf.for,
wfsrf.for.
- MODCHK='string'
- Name of the file with additional free-space blocks.
- Used by:
modchk.for.
- MODE=integer
- Mode of the calculation.
- Used by:
grdiso.for.
- MODEL='string'
- Name of the file with the data for a model.
- Used by:
bndlin.for,
coorchg.for,
crtin.for,
crtpfa.for,
green.for,
grid.for,
intf.for,
invpts.for,
invsoft.for,
invtt.for,
modchk.for,
modfd.for,
modle2d.for,
modmod.for,
modsrf.for,
sec.for,
tcrot.for.
- MODIN='string'
- Name of the file describing the form of the parametrization
of the output model.
- Used by:
modmod.for.
- MODIND='string'
- Name of the file containing the indices of model parameters.
- Used by:
invsoft.for,
modmod.for.
- MODL2='string'
- Name of the file containing the L2 scalar products of
the model basis functions.
- Used by:
invsoft.for.
- MODLED='string'
- Name of the file containing the directional Lyapunov exponents.
- Used by:
modle2d.for.
- MODLEF='string'
- Name of the file with the frame of the graph of the directional
Lyapunov exponents.
- Used by:
modle2d.for.
- MODLEM='string'
- Name of the file containing the mean Lyapunov exponent for
the model (a single value).
- Used by:
modle2d.for.
- MODLEW='string'
- Name of the file containing the weights for directional Lyapunov
exponents.
- Used by:
crtlew.for,
modle2d.for.
- MODLOG='string'
- Name of the file with the report on the consistency check.
- Used by:
modchk.for.
- MODNEW='string'
- Name of the file with the values of model parameters
(coefficients at the model basis functions).
- Used by:
modmod.for,
srcsrc.for.
- MODOUT='string'
- Name of the file describing the new model.
- Used by:
modmod.for,
tcrot.for.
- MODPAR='string'
- Name of the file with the values of model parameters
(coefficients at the model basis functions).
- Used by:
invsoft.for.
- MODSOB='string'
- Name of the file containing the Sobolev scalar products
of the model basis functions.
- Used by:
invsoft.for.
- MP1='string'
- Name of the file with the first component of the slowness
vector.
- Used by:
grdborn.for,
mtt.for.
- MP2='string'
- Name of the file with the second component of the slowness
vector.
- Used by:
grdborn.for,
mtt.for.
- MP3='string'
- Name of the file with the third component of the slowness
vector.
- Used by:
grdborn.for,
mtt.for.
- MP4='string', MP5='string', MP6='string'
- Names of the files with the derivatives of travel time with
respect to the coordinates of the source.
- Used by:
mtt.for.
- MPAR=integer
- Kind of a material parameter.
- Used by:
grid.for,
invpts.for.
- MPQ11='string', MPQ12='string',
MPQ13='string', MPQ14='string',
MPQ21='string', MPQ22='string',
MPQ23='string', MPQ24='string',
MPQ31='string', MPQ32='string',
MPQ33='string', MPQ34='string',
MPQ41='string', MPQ42='string',
MPQ43='string', MPQ44='string'.
- Names of the files with components of the 4 times 4
ray propagator matrix.
- Used by:
mtt.for.
- MPTS=integer
- Number of points of the time functions at the output check plot.
- Used by:
ss.for.
- MTI='string'
- Name of the file with imaginary parts of complex travel times.
- Used by:
mtt.for.
- MTT='string'
- Name of the file with travel times.
- Used by:
grdborn.for,
mtt.for.
- MTT11='string', MTT12='string',
MTT22='string', MTT13='string',
MTT23='string', MTT33='string'
- Names of the files with the second derivatives of travel time.
- Used by:
mtt.for.
- MTTLIN=integer
- Switch between bicubic and bilinear interpolation.
- Used by:
mtt.for.
- MTTORDER=real
- Order of sorting the multivalued interpolated quantities
(ascending or descending).
- Used by:
mtt.for.
- MTTPTS='string'
- Name of the output file with points.
- Used by:
mtt.for.
- MTTSORT='string'
- Quantity according which the multivalued interpolated
quantities are sorted.
- Used by:
mtt.for.
- MTTXX='string'
- Name of the file with second derivatives of travel time
with respect to the coordinate perpendicular to the 2D grid.
- Used by:
grdborn.for.
- MX4='string', MX5='string', MX6='string'
- Name of the file with the coordinates of the initial point
of the ray.
- Used by:
mtt.for.
- N1=integer
- Number of gridpoints in X1 direction.
- Used by:
ascbin.for,
binasc.for,
fd2d.for,
fdmod.for,
grd2d3d.for,
grdborn.for,
grdcal.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdgse.for,
grdiso.for,
grdmerge.for,
grdnew.for,
grdnorm.for,
grdmigr.for,
grdps.for,
grdpts.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
grid.for,
invpts.for,
mgrd.for,
modchk.for,
modfd.for,
modsrf.for,
mtt.for,
mttgrd.for,
net.for,
newpar.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for,
swap.for.
- N10=integer
- Number of gridpoints in X1 direction.
- Used by:
grdte.for.
- N11=positive integer, N12=positive integer,
- Number of gridpoints in X1 direction.
- Used by:
grdcros.for.
- N1FFT=positive integer
- Number of gridpoints for the Fourier transform in X1 direction.
- Used by:
grdfft.for.
- N1NEW=integer
- Number of gridpoints in X1 direction.
- Used by:
binasc.for,
grdiso.for,
grdnew.for,
grdnorm.for.
- N1OUT=positive integer
- Number of gridpoints in X1 direction.
- Used by:
grdfft.for.
- N2=integer
- Number of gridpoints in X2 direction.
- Used by:
ascbin.for,
binasc.for,
fd2d.for,
grd2d3d.for,
grdborn.for,
grdcal.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdgse.for,
grdiso.for,
grdmerge.for,
grdmigr.for,
grdnew.for,
grdnorm.for,
grdps.for,
grdpts.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
grid.for,
invpts.for,
mgrd.for,
modchk.for,
modfd.for,
modsrf.for,
mtt.for,
mttgrd.for,
net.for,
newpar.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for,
swap.for.
- N20=integer
- Number of gridpoints in X2 direction.
- Used by:
grdte.for.
- N21=positive integer, N22=positive integer,
- Number of gridpoints in X2 direction.
- Used by:
grdcros.for.
- N2FFT=positive integer
- Number of gridpoints for the Fourier transform in X2 direction.
- Used by:
grdfft.for.
- N2NEW=integer
- Number of gridpoints in X2 direction.
- Used by:
binasc.for,
grdiso.for,
grdnew.for,
grdnorm.for.
- N2OUT=positive integer
- Number of gridpoints in X2 direction.
- Used by:
grdfft.for.
- N3=integer
- Number of gridpoints in X3 direction.
- Used by:
ascbin.for,
binasc.for,
fd2d.for,
fdmod.for,
grd2d3d.for,
grdborn.for,
grdcal.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdiso.for,
grdmerge.for,
grdmigr.for,
grdnew.for,
grdnorm.for,
grdps.for,
grdpts.for,
grdran.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
grid.for,
invpts.for,
mgrd.for,
modchk.for,
modfd.for,
modsrf.for,
mtt.for,
mttgrd.for,
net.for,
newpar.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for,
swap.for.
- N30=integer
- Number of gridpoints in X3 direction.
- Used by:
grdte.for.
- N31=positive integer, N32=positive integer,
- Number of gridpoints in X1 direction.
- Used by:
grdcros.for.
- N3FFT=positive integer
- Number of gridpoints for the Fourier transform in X3 direction.
- Used by:
grdfft.for.
- N3NEW=integer
- Number of gridpoints in X3 direction.
- Used by:
binasc.for,
grdiso.for,
grdnew.for,
grdnorm.for.
- N3OUT=positive integer
- Number of gridpoints in X3 direction.
- Used by:
grdfft.for.
- N4=positive integer
- Number of time slices ("snapshots").
- Used by:
fd2d.for,
grdcal.for,
grdfd.for,
grdfft.for,
grdnorm.for,
grdps.for,
grdtrans.for,
mgrd.for,
mttgrd.for.
- N4NEW=positive integer
- Number of time slices ("snapshots").
- Used by:
grdnorm.for.
- NA=integer
- Number of angles.
- Used by:
crtlew.for,
modle2d.for.
- NAME='string'
- String containing the GOCAD name of the set of lines,
points, or of the surface.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for.
- NCRT=positive integer
- Total number of executions of program 'crt.for'.
- Used by:
mtt.for,
wfsrf.for.
- ND1=positive integer
- Multiplication factor of the grid interval along the X1 axis.
- Used by:
binasc.for,
grdiso.for.
- ND2=positive integer
- Multiplication factor of the grid interval along the X2 axis.
- Used by:
binasc.for,
grdiso.for.
- ND3=positive integer
- Multiplication factor of the grid interval along the X3 axis.
- Used by:
binasc.for,
grdiso.for.
- NDIG=integer
- Specification of the output format.
- Used by:
binasc.for.
- NDIM=positive integer
- Spatial dimension.
- Used by:
grdckn.for,
grdcor.for.
- NDIVTRGL=integer
- Specification of the density of triangle vertices along the unit
sphere.
- Used by:
anisrf.for.
- NEGPAR=integer
- Flag whether the negative values of material parameters
are allowed.
- Described in file
model.for,
where subroutine MODEL1 reading this parameter is located.
- Used in subroutine PARM2 of file
parm.for,
- called by programs
crt.for,
green.for,
modfd.for,
modsrf.for,
grid.for,
sec.for,
modle2d.for,
- and in subroutine PARM2 of file
parmv.for,
- called by program
invtt.for.
- NET='string'
- Name of the input data file containing the references to
other input and output files.
- Used by:
net.for.
- NEWX1=positive integer
- Index of the input axis.
- Used by:
grdtrans.for.
- NEWX2=positive integer
- Index of the input axis.
- Used by:
grdtrans.for.
- NEWX3=positive integer
- Index of the input axis.
- Used by:
grdtrans.for.
- NEWX4=positive integer
- Index of the input axis.
- Used by:
grdtrans.for.
- NF=integer
- Number of frequencies.
- Used by:
grdborn.for,
green.for,
greenss.for,
greenmul.for,
greentc.for,
tcgreen.for.
- NFFT=integer
- Number of the time samples for the fast Fourier transform.
- Used by:
grdborn.for,
green.for,
greenss.for,
ss.for.
- NFSMAX=integer
- Maximum size of a forward star;
parameter deciding about TTT mode.
- Used by:
net.for.
- NH=positive integer
- Number of sections in rows of the image.
- Used by:
grdps.for.
- NHALF=integer
- Kind of finite difference scheme.
- Used by:
grdfd.for.
- NL1MAX=integer
- Maximum value of N1*L1.
- Used by:
netind.for.
- NL2MAX=integer
- Maximum value of N2*L2.
- Used by:
netind.for.
- NL3MAX=integer
- Maximum value of N3*L3.
- Used by:
netind.for.
- NLINDEN=integer
- Number of subparts of a line.
- Used by:
linden.for.
- NO1=positive integer
- Index of the first output gridpoint along the X1 axis.
- Used by:
binasc.for,
grdiso.for.
- NO2=positive integer
- Index of the first output gridpoint along the X2 axis.
- Used by:
binasc.for,
grdiso.for.
- NO3=positive integer
- Index of the first output gridpoint along the X3 axis.
- Used by:
binasc.for,
grdiso.for.
- NODATA=real
- Value used as the 'property no data value' in GOCAD.
- Used by:
grdwrl.for.
- NORDER=integer
- Order of finite difference scheme.
- Used by:
grdfd.for.
- NORMSP=integer
- Type of amplitude scaling.
- Used by:
sp.for.
- NPAR1=positive integer
- Number of gridpoints corresponding to the first ray take-off
parameter.
- Used by:
mtt.for,
wfsrf.for.
- NPAR2=positive integer
- Number of gridpoints corresponding to the second ray take-off
parameter.
- Used by:
mtt.for,
wfsrf.for.
- NPOWER=integer
- Number of subsequent finite differences.
- Used by:
hdertest.for.
- NQ=integer
- Number of quantities.
- Used by:
crtpts.for,
crtray.for.
- NREC=positive integer
- Number of receivers.
- Used by:
grdborn.for,
grdmigr.for.
- NS=integer
- Number of segments.
- Used by:
modle2d.for.
- NSAMPL=integer
- Number of samples per data trace.
- Used by:
gse2segy.for.
- NSEIS=positive integer
- Number of points of a seismogram stored in a grid file.
- Used by:
grdmigr.for.
- NTFD=integer
- Number of time levels.
- Used by:
fd2d.for.
- NTIME=positive integer
- Number of two-way travel times.
- Used by:
mtt.for,
wfsrf.for.
- NTRACE=integer
- Number of data traces per record.
- Used by:
gse2segy.for.
- NTT=positive integer
- Number of travel-time samples.
- Used by:
mtt.for,
wfsrf.for.
- NULL=positive real
- Parameter specifying values to be deamed zero.
- Used by:
sgfmat.for.
- NUM='string'
- Name of the file with numbers of values at gridpoints.
- Used by:
grdborn.for,
mgrd.for,
mtt.for,
mttgrd.for.
- Note that parameter NUM is equivalent to parameter GRDCALNUM of program
grdcal.for.
- NUMLIN=positive integer
- Maximum number of numbers at one line of an output file.
- Used by:
binasc.for,
gpanal.for,
gpmig.for,
grd2d3d.for,
grdcal.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdmerge.for,
grdmigr.for,
grdnew.for,
grdnorm.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grid.for,
mgrd.for,
modmod.for,
mtt.for,
mttgrd.for,
ptsgrd.for,
sgfgrd.for,
tcrot.for.
- NUMLINM=positive integer
- Maximum number of numbers at one line of an output matrix data file.
- Used by:
matfun.for,
matinv.for,
matlin.for,
matmul.for,
sgfmat.for.
- NWAVES=positive integer
- Number of the elementary waves.
- Used by:
mtt.for.
- NWRITE=positive integer
- Number of calculation steps to update screen output.
- Used by:
grid.for.
- NX=integer
- Number of lines for computation of Lyapunov exponents.
- Used by:
modle2d.for.
- NY=integer
- Number of sections for computation of Lyapunov exponents.
- Used by:
modle2d.for.
- O1=real
- First coordinate of the origin of a grid.
- Used by:
fd2d.for,
fdmod.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- O10=real
- First coordinate of the origin of a grid.
- Used by:
grdte.for.
- O11=real, O12=real
- First coordinate of the origin of a grid.
- Used by:
grdcros.for.
- O1NEW=real
- First coordinate of the origin of a grid.
- Used by:
grdnew.for,
grdnorm.for.
- O1OUT=real
- First coordinate of the origin of a grid.
- Used by:
grdfft.for.
- O2=real
- Second coordinate of the origin of a grid.
- Used by:
grdckn.for,
grdcor.for,
grdcros.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- O20=real
- Second coordinate of the origin of a grid.
- Used by:
grdte.for.
- O21=real, O22=real
- Second coordinate of the origin of a grid.
- Used by:
grdcros.for.
- O2NEW=real
- Second coordinate of the origin of a grid.
- Used by:
grdnew.for,
grdnorm.for.
- O2OUT=real
- Second coordinate of the origin of a grid.
- Used by:
grdfft.for.
- O3=real
- Third coordinate of the origin of a grid.
- Used by:
fd2d.for,
fdmod.for,
grd2d3d.for,
grdckn.for,
grdcor.for,
grdcros.for,
grdfft.for,
grdiso.for,
grdnew.for,
grdnorm.for,
grdpts.for,
grdte.for,
grdwrl.for,
invpts.for,
modfd.for,
modsrf.for,
mtt.for,
net.for,
ptsgrd.for,
sgfgrd.for,
sgfmat.for.
- O30=real
- Third coordinate of the origin of a grid.
- Used by:
grdte.for.
- O31=real, O32=real
- Third coordinate of the origin of a grid.
- Used by:
grdcros.for.
- O3NEW=real
- Third coordinate of the origin of a grid.
- Used by:
grdnew.for,
grdnorm.for.
- O3OUT=real
- Third coordinate of the origin of a grid.
- Used by:
grdfft.for.
- O4=real
- Time corresponding to the first spatial grid.
- Used by:
grdnorm.for.
- Time of the first snapshot.
- Used by:
fd2d.for.
- O4NEW=real
- Time corresponding to the first spatial grid.
- Used by:
grdnorm.for.
- OA=real
- The first angle.
- Used by:
crtlew.for,
modle2d.for.
- OF=real
- The first frequency.
- Used by:
grdborn.for,
green.for,
greenss.for,
greentc.for,
tcgreen.for.
- OFSS=real
- The first frequency.
- Used by:
greenss.for.
- OLDMOD=real
- Percentage of the kept original model.
- Used by:
modmod.for.
- OPAR1=real
- The first ray take-off parameter corresponding
to the first gridpoint.
- Used by:
mtt.for,
wfsrf.for.
- OPAR2=real
- The second ray take-off parameter corresponding
to the first gridpoint.
- Used by:
mtt.for,
wfsrf.for.
- OSEIS=real
- Time of the first sample of a seismogram stored in a grid file.
- Used by:
grdmigr.for.
- OT=real
- Initial travel time.
- Used by:
greentc.for.
- OTIME=real
- Two-way travel time of the first sample.
- Used by:
mtt.for,
wfsrf.for.
- OTT=real
- Travel time of the first sample.
- Used by:
mtt.for,
wfsrf.for.
- OUTU='string'
- Name of the file with seismograms.
- Used by:
fd2d.for.
- OUTW='string'
- Name of the file with seismograms.
- Used by:
fd2d.for.
- P1=real,P2=real,P3=real
- Components of a slowness vector.
- Used by:
hdertest.for.
- PICDAT='string'
- Name of the input file to control plotting.
- Used by:
pictures.for.
- PICTURE='string'
- Name of the output PostScript file with the plotted picture.
- Used by:
pictures.for.
- PLGN='string'
- Name of the file with polygons (indices of vertices).
- Used by:
grdpts.for,
modsrf.for,
plgn.for,
trgl.for,
wfsrf.for.
- PLGNS='string'
- Name of the file with polygons (names of vertices).
- Used by:
modsrf.for,
plgn.for,
tsurf.for,
wfsrf.for.
- PLIGHT='string'
- Name of the file with point lights.
- Used by:
iniwrl.for.
- PLIM1=real
- Minimum of the first plot coordinate.
- Used by:
rpplot.for.
- PLIM2=real
- Maximum of the first plot coordinate.
- Used by:
rpplot.for.
- PLIM3=real
- Minimum of the second plot coordinate.
- Used by:
rpplot.for.
- PLIM4=real
- Maximum of the second plot coordinate.
- Used by:
rpplot.for.
- POWER=real
- Power of the matrix.
- Used by:
smpower.for.
- POWER01=real to POWER69=real
- Power of the quantity to be written to the corresponding column.
- Used by:
modsrf.for,
wfsrf.for.
- POWERM=real
- Power of the material parameter.
- Used by:
invpts.for.
- POWERN=real
- Exponent or index related to fractal dimension
(e.g., the exponent describing the self-affine random medium).
- Used by:
grdckn.for,
grdcor.for,
grdran2d.for,
loc1.cal.
- PROJ1=real
- First component of the projection vector.
- Used by:
mtt.for.
- PROJ2=real
- Second component of the projection vector.
- Used by:
mtt.for.
- PROJ3=real
- Third component of the projection vector.
- Used by:
mtt.for.
- PROPERTIES='string'
- String containing names of properties.
- Used by:
linwrl.for,
ptswrl.for,
srfwrl.for.
- PROPERTY='string'
- String containing the name of property.
- Used by:
grdwrl.for.
- PS='string'
- Name of the output PostScript file.
- Used by:
grdps.for.
- PSHEX='string'
- Name of the output file containing hexadecimal grid data
and the PostScript trailer.
- Used by:
grdps.for.
- PTS='string'
- Name of the file with points.
- Used by:
coorchg.for,
crtpts.for,
grdckn.for,
grdiso.for,
grdpts.for,
invpts.for,
invtt.for,
mtt.for,
ptsgrd.for,
ptsselec.for,
ptswrl.for,
sgfhom.for,
sp.for.
- PTS1='string'
- Name of the file with points.
- Used by:
grdiso.for,
invtt.for.
- PTS2='string' to PTS9='string'
- Name of the file with points.
- Used by:
invtt.for.
- PTSGRD='string'
- Name of the output with grid values at points.
- Used by:
ptsgrd.for.
- PTSNEW='string'
- Name of the file with points.
- Used by:
ptsselec.for.
- PTSOUT='string'
- Name of the file with points.
- Used by:
coorchg.for.
- QFC='string'
- Name of the output file with gridded P-wave quality factor.
- Used by:
fdmod.for,
modfd.for.
- QICHM=integer
- Switch deciding about optional quasi-isotropic modification
of the Christoffel matrix.
- Used by:
green.for.
- QIDT=integer
- Switch deciding about optional quasi-isotropic modification
of the difference between the anisotropic travel times.
- Used by:
green.for.
- QILST='string'
- Name of the file containing second-order perturbations
of anisotropic travel times of S waves.
- Used by:
green.for.
- QILSTA='string'
- Name of the input/output file.
- Used by:
watable.for.
- QILSTI='string'
- Name of the input/output file.
- Used by:
watable.for.
- QIPV=integer
- Switch deciding about optional quasi-isotropic projection
of the polarization vectors.
- Used by:
green.for,
mtt.for.
- QIRAY=integer
- Switch deciding about optional second-order perturbation
of anisotropic travel times of S waves.
- Used by:
crtpfa.for,
green.for.
- QITT=integer
- Switch deciding about optional quasi-isotropic modification
of the average anisotropic travel time.
- Used by:
green.for.
- QMIN=real
- Minimum value of point-source geometrical spreading.
Smaller grid values are replaced by QMIN.
- Used by:
q2.cal.
- QMAX=real
- Maximum value of point-source geometrical spreading.
Greater grid values are replaced by QMAX.
- Used by:
q2.cal.
- R=real
- Content of red in the colour of background.
- Used by:
grdps.for,
iniwrl.for,
trglps.for.
- Content of red in the colour of lines.
- Used by:
linwrl.for,
- Content of red in the colour of points.
- Used by:
ptswrl.for,
- Content of red in the colour of surfaces.
- Used by:
srfwrl.for,
- RANDIS='string'
- Specification of the random distribution.
- Used by:
grdran.for,
grdran2d.for.
- RANOUT='string'
- Name of the file with pseudorandom values.
- Used by:
grdran.for.
- RAYS='string'
- Name of the file with rays.
- Used by:
crtray.for.
- REC='string'
- Name of the file with receiver(s).
- Used by:
crtin.for,
crtpts.for,
crtray.for,
fd2d.for,
grdborn.for,
green.for,
greenti.for,
rpplot.for,
sp.for,
tcgreen.for.
- REDUNDANCY=real
- Parameter specifying the phase-space density of Gabor functions.
- Used by:
sgfhom.for.
- RELAMP=positive real
- Parameter specifying relative decay of the Gaussian envelope.
- Used by:
sgfgrd.for,
sgfmat.for.
- RF='string'
- Name of the file with the frequency-domain response function.
- Used by:
grdborn.for,
greenss.for,
ss.for.
- RHOPER='string'
- Name of the file with gridded values of perturbations of density.
- Used by:
grdborn.for.
- RIDGE1=positive real
- Numerical parameter controlling the check for the ridges
of the first-arrival travel time.
- Used by:
net.for.
- RIDGE2=positive real
- Numerical parameter controlling the check for the ridges
of the first-arrival travel time.
- Used by:
net.for.
- RLMAX=nonnegative real
- Parameter controlling the low-pass wavenumber cosine filter.
- Used by:
grdran2d.for.
- RLMIN=nonnegative real
- Parameter controlling the low-pass wavenumber cosine filter.
- Used by:
grdran2d.for.
- RMATRIX='string'
- Name of file with the parameters of fine layered structures
at the receiver sites.
- Used by:
greenss.for.
- ROTATE=real
- Angle in degrees to rotate the image.
- Used by:
grdps.for,
trglps.for.
- RPAR='string'
- Name of the file with the data specifying the take-off
parameters of the rays.
- Used by:
crtin.for,
rpplot.for.
- RPAREW='string'
- Name of the file with the data RPAR-(4).
- Used by:
crtin.for.
- RPPLOT='string'
- Name of the output PostScript file.
- Used by:
rpplot.for.
- SAMP=real
- Parameter to amplify the rotation before further processing
of wavefield snapshots.
- Used by:
snap.cal.
- SCRANSI=integer
- Identification how the screen handles the ANSI escape sequences.
- Used by:
crtin.for.
- SCRBBOX1=real, SCRBBOX2=real, SCRBBOX3=real,
SCRBBOX4=real
- Bounding box (plotting area) of the graphical screen output.
- Used by:
crtin.for.
- SCRLINE=real
- Estimated thickness of a line plotted on the screen
(in the CalComp units).
- Used by:
crtin.for.
- SCRPLUS=integer
- Identification how the screen handles the first character
of a record.
- Used by:
crtin.for.
- SCRHEIGHT=integer
- Screen height in lines.
- Used by:
crtin.for.
- SCRWIDTH=integer
- Screen width in characters.
- Used by:
crtin.for.
- SECDAT='string'
- Name of the file containing input data for the specification
of the sections of the model.
- Used by:
sec.for.
- SECTS='string'
- Name of the output file with the generated sections.
- Used by:
sec.for.
- SGF='string'
- Name of the file with structural Gabor functions.
- Used by:
sgfgrd.for,
sgfhom.for,
sgfmat.for.
- SGFAMP='string'
- Name of the file with amplitudes of Gabor functions.
- Used by:
sgfgrd.for.
- SGFMAT='string'
- Name of the file with matrix of the scalar products between
the real-valued functions corresponding to individual unknown
real-valued coefficients.
- Used by:
sgfmat.for.
- SGFRHS='string'
- Name of the file with vector of the scalar products of the given
gridded real-valued quantity with the real-valued functions
corresponding to individual unknown real-valued coefficients.
- Used by:
sgfmat.for.
- SGFPTS='string'
- Name of the output file linking structural Gabor functions
to central points.
- Used by:
sgfhom.for.
- SHIFT1=real
- First component of the shifting vector.
- Used by:
linwrl.for,
ptswrl.for,
tsurf.for.
- SHIFT2=real
- Second component of the shifting vector.
- Used by:
linwrl.for,
ptswrl.for,
tsurf.for.
- SHIFT3=real
- Third component of the shifting vector.
- Used by:
linwrl.for,
ptswrl.for,
tsurf.for.
- SHININESS=real
- Shininess of the surfaces (sometimes called transmit).
- Used by:
srfwrl.for.
- SHOWPAGE=integer
- Optionally disabling the PostScript "showpage" command.
- Used by:
grdps.for,
pictures.for,
rpplot.for,
sp.for,
ss.for.
- SIGA=real
- Amplitude of the maximum of the signal or its envelope.
- Used by:
ss.for.
- Reference amplitude of the excitation wavelet.
- Used by:
fd2d.for.
- SIGDIG='string'
- Name of the file containing the digitized time function.
- Used by:
ss.for.
- SIGF=positive real
- Reference frequency.
- Used by:
fd2d.for,
ss.for.
- SIGGSE='string'
- Name of the file in the GSE format containing the source time
function and its Hilbert transform (for seismic force), or
their derivatives (for seismic moment).
- Used by:
greenss.for,
ss.for.
- SIGPH=real
- Phase in radians.
- Used by:
ss.for.
- SIGPLOT='string'
- Name of the output PostScript file.
- Used by:
ss.for.
- SIGT=real
- Reference time of the given signal.
- Used by:
ss.for.
- SIGW=positive real
- Relative width of the signal.
- Used by:
ss.for.
- SIN2TH=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- SINGLF=positive real
- Prevailing frequency for the prevailing-frequency approximation
of the coupling ray theory.
- Used by:
crtpfa.for,
green.for.
- SINTER=real
- Sample interval.
- Used by:
gse2segy.for.
- SM1='string'
- Name of the file with a symmetric matrix.
- Used by:
smeigen.for,
smpower.for,
trsmsm.for.
- SM2='string'
- Name of the file with a symmetric matrix.
- Used by:
smpower.for,
trsmsm.for.
- SMALL=positive real
- Parameter to neglect relatively small amplitudes.
- Used by:
ss.for.
- SNAP1='string'
- Name of the output file with the displacement.
- Used by:
fd2d.for.
- SNAP3='string'
- Name of the output file with the displacement.
- Used by:
fd2d.for.
- SOBMUL=real
- Scaling parameter of the Sobolev scalar products.
- Used by:
addsob.cal.
- SOBOLEV='string'
- Name of the file with the coefficients describing the Sobolev
scalar product under consideration.
- Used by:
invsoft.for.
- SOBW00=real to SOBW47=real
- Weights of Sobolev scalar products.
- Used by:
invsoft.for.
- SOURCE='string'
- Name of the file with the seismic force or moment.
- Used by:
greenss.for.
- SP1='string'
- Name of the output PostScript file with the plot of the first
component of the synthetic seismograms.
- Used by:
sp.for.
- SP2='string'
- Name of the output PostScript file with the plot of the second
component of the synthetic seismograms.
- Used by:
sp.for.
- SP3='string'
- Name of the output PostScript file with the plot of the third
component of the synthetic seismograms.
- Used by:
sp.for.
- SPAMP=real
- Amplitude scale for all 3 components.
- Used by:
sp.for.
- SPAMP1=real to SPAMP#=real
- Individual amplitude scales for SS1 to SS#.
- Used by:
sp.for.
- SPAMPX='string'
- Name of the optional input data file, which specifies different
amplitude scaling for individual receivers.
- Used by:
sp.for.
- SPAMPX1=real
- Amplitude scale for the first component.
- Used by:
sp.for.
- SPAMPX2=real
- Amplitude scale for the second component.
- Used by:
sp.for.
- SPAMPX3=real
- Amplitude scale for the third component.
- Used by:
sp.for.
- SPARSE=integer
- Sparseness of the matrix
- Used by:
matfun.for,
matinv.for,
matlin.for,
matmul.for.
- SPCHRH=real
- Character height in cm.
- Used by:
sp.for.
- SPDIST=real
- Reference hypocentral distance for the amplitude power scaling.
- Used by:
sp.for.
- SPECULAR=real
- Intensity of the specular reflections from glossy surfaces.
- Used by:
srfwrl.for.
- SPEXP=real
- Exponential scaling of seismograms with respect to time.
- Used by:
sp.for.
- SPEXP1=real to SPEXP#=real
- Individual scale exponents for SS1 to SS#.
- Used by:
sp.for.
- SPEXPT=real
- Exponential scaling of seismograms with respect to time.
- Used by:
sp.for.
- SPHILI='string'
- Name of the file with the travel times to be highlighted.
- Used by:
sp.for.
- SPHIWI=real
- Width of the highlighted area when plotting travel times.
- Used by:
sp.for.
- SPOWER=real
- Exponent of the amplitude power scaling.
- Used by:
sp.for.
- SPOWER1=real to SPOWER#=real
- Individual exponents of the amplitude power scaling
for SS1 to SS#.
- Used by:
sp.for.
- SPPAR='string'
- Name of an optional input SEP parameter file.
- Used by:
sp.for.
- SPSYMH=real
- Height of symbols.
- Used by:
sp.for.
- SPSYMTT=integer
- Index of symbols.
- Used by:
sp.for.
- SPTDEC=integer
- Number of decimal places of times written along the time axis.
- Used by:
sp.for.
- SPTDIV=real
- Number of intervals along the time axis.
- Used by:
sp.for.
- SPTEXT1='string' to SPTEXT4='string'
- Text to be written to the plot.
- Used by:
sp.for.
- SPTLEN=real
- Length of the vertical time axis in cm.
- Used by:
sp.for.
- SPTMAX=real
- Maximum time or reduced time.
- Used by:
sp.for.
- SPTMIN=real
- Minimum time or reduced time.
- Used by:
sp.for.
- SPTSUB=real
- Number of subintervals.
- Used by:
sp.for.
- SPTTC='string'
- Name of the file for plotting of travel-time curves.
- Used by:
sp.for.
- SPVRED=real
- Reduction velocity.
- Used by:
sp.for.
- SPXDEC=integer
- Number of decimal places of coordinates written along the
horizontal axis.
- Used by:
sp.for.
- SPXDIV=real
- Number of intervals along the horizontal axis.
- Used by:
sp.for.
- SPXLEN=real
- Length of the horizontal axis in cm.
- Used by:
sp.for.
- SPXMAX=real, SPXMAX1=real to SPXMAX#=real
- Maximum of the horizontal plot axis.
- Used by:
sp.for.
- SPXMIN=real, SPXMIN1=real to SPXMIN#=real
- Minimum of the horizontal plot axis.
- Used by:
sp.for.
- SPXSUB=real
- Number of subintervals.
- Used by:
sp.for.
- SPYMAX=real, SPYMAX1=real to SPYMAX#=real
- Maximum of the vertical plot axis.
- Used by:
sp.for.
- SPYMIN=real, SPYMIN1=real to SPYMIN#=real
- Minimum of the vertical plot axis.
- Used by:
sp.for.
- SRC='string'
- Name of the file with source(s).
- Used by:
crtin.for,
crtpts.for,
crtray.for,
fd2d.for,
grdborn.for,
green.for,
sp.for,
srcsrc.for,
tcgreen.for.
- SRCNEW='string'
- Name of the file with source(s).
- Used by:
srcsrc.for.
- SRF0=real,
SRF1=real, SRF2=real, SRF3=real
- Parameter specifying the surface with seismic sources
and receivers.
- Used by:
sgfhom.for.
- SRFSECT='string'
- Name of the file with the calculated crossections of the surface
with the parallelogram.
- Used by:
srfsect.for.
- SRP='string'
- Name of the file with the unshifted points and derivatives.
- Used by:
srp.for.
- SS='string'
- Name of the file with the seismograms in the GSE format.
- Used by:
fd2d.for,
grdgse.for,
greenss.for,
sp.for,
ss.for,
gsecal.for.
- SS1='string' to SS#='string'
- Names of the files with seismograms in the GSE format.
- Used by:
sp.for,
gsecal.for.
- SSLOG='string'
- Name of the output log file of program SS.
- Used by:
ss.for.
- SSPLOT='string'
- Name of the output PostScript file.
- Used by:
ss.for.
- SSVRED=real
- Specification of the time window for the synthetic seismograms.
- Used by:
ss.for.
- STATIN='string'
- Name of the file containing the input gridded data.
- Used by:
grdstat.for.
- STATOUT='string'
- Name of the file containing the rescaled gridded data.
- Used by:
grdstat.for.
- SYMBOLS='string'
- Name of the file with indices of symbols for ray histories.
- Used by:
rpplot.for.
- SYMMETRY='string'
- Symmetry of the matrix.
- Used by:
matmul.for.
- T=real
- Arrival time at the receiver.
- Used by:
loc1.cal.
- TAPER=real
- Spatial cosine windowing of seismograms during migration.
- Used by:
grdmigr.for.
- TCCOMP='string'
- Name of the file with differences of propagator matrices.
- Used by:
tcfd.for,
tccomp.for.
- TCE1=real
- First component of the rotation vector.
- Used by:
tcgreen.for,
tcrot.for.
- TCE2=real
- Second component of the rotation vector.
- Used by:
tcgreen.for,
tcrot.for.
- TCE3=real
- Third component of the rotation vector.
- Used by:
tcgreen.for,
tcrot.for.
- TCFDX='string'
- Name of the output file.
- Used by:
tcfd.for.
- TCFDX='string'
- Name of the input file.
- Used by:
tcfd.for.
- TCFDY='string'
- Name of the input file.
- Used by:
tcfd.for.
- TCGREENA='string'
- Name of the file with the anisotropic propagator matrix.
- Used by:
tcgreen.for.
- TCGREENE='string'
- Name of the file with the exact propagator matrix.
- Used by:
tcgreen.for.
- TCGREENI='string'
- Name of the file with the isotropic propagator matrix.
- Used by:
tcgreen.for.
- TCGREENQ='string'
- Name of the file with the quasi-isotropic propagator matrix.
- Used by:
tcgreen.for.
- TCGREENW='string'
- Name of the file with the coupling ray theory propagator matrix.
- Used by:
tcgreen.for.
- TCK=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- TCSTRESS='string'
- Name of the file with the stress components.
- Used by:
tcfd.for,
tcgreen.for.
- TERR=real
- Standard deviation of the arrival time.
- Used by:
loc1.cal.
- TEXTP='string'
- First part of the names of points.
- Used by:
modsrf.for,
wfsrf.for.
- TI0=real, TI1=real, TI2=real,
TI3=real, TI11=real, TI12=real,
TI22=real, TI13=real, TI23=real,
TI33=real, TI111=real, TI112=real,
TI122=real, TI222=real, TI113=real,
TI123=real, TI223=real, TI133=real,
TI233=real, TI333=real
- Imaginary part of phase of a complex function
and its derivatives.
- Used by:
grdte.for.
- TIA1=real, TIA2=real, TIA3=real
- Symmetry axis of a transversely isotropic medium.
- Used by subroutine file
hder.for,
- called by programs:
crt.for,
crtpfa.for,
green.for.
- Used also by program:
greenti.for.
- TIAXIS='string'
- Name of the output file with the reference symmetry vector.
- Used by:
tiaxis.for.
- TIMUL=nonnegative real
- Multiplication factor for the imaginary part of the travel time.
- Used by:
greenss.for.
- TINT=nonnegative real
- Maximum time interval.
- Used by:
greenss.for.
- TMIN=real
- Time of the samples.
- Used by:
gsecal.for.
- TOCART=integer
- Type of the transformation to be performed.
- Used by:
coorchg.for.
- TR0=real, TR1=real, TR2=real,
TR3=real, TR11=real, TR12=real,
TR22=real, TR13=real, TR23=real,
TR33=real, TR111=real, TR112=real,
TR122=real, TR222=real, TR113=real,
TR123=real, TR223=real, TR133=real,
TR233=real, TR333=real
- Real part of phase of a complex function and its derivatives.
- Used by:
grdte.for.
- TRACE='string'
- Name of the file with a trace of a matrix.
- Used by:
trsmsm.for.
- TRANSP=real
- Transparency of the surfaces (sometimes called transmit).
- Used by:
grdwrl.for,
srfwrl.for.
- TRED=real
- Specification of the time window for the synthetic seismograms.
- Used by:
ss.for.
- TREF=real
- Optional reference arrival time. Need not be specified.
- Used by:
loc1.cal,
loc2.cal.
- TRGL='string'
- Name of the file with triangles.
- Used by:
anisrf.for,
grdpts.for,
srfsect.for,
srfwrl.for,
trgl.for,
trglnorm.for,
trglps.for,
trglsort.for.
- TRGLN='string'
- Name of the file with triangles.
- Used by:
trglnorm.for,
trglsort.for.
- TRGLN1='string'
- Name of the file with triangles.
- Used by:
trglsort.for.
- TRGLN2='string'
- Name of the file with triangles.
- Used by:
trglsort.for.
- TRGLPS='string'
- Name of the output PostScript file.
- Used by:
trglps.for.
- TTDMAX=real
- Maximum value of the second travel-time derivatives.
- Used by:
mtt.for,
wfsrf.for.
- TTERR1=real
- Travel-time error at travel time equal to 1 unit.
- Used by:
loc1.cal.
- TSTART=real
- Start time.
- Used by:
grdgse.for.
- TSTEP=real
- Time step.
- Used by:
grdgse.for.
- TSURF='string'
- Name of the file with GOCAD triangulated surfaces.
- Used by:
tsurf.for.
- UEBMUL=real
- Multiplicative factor for upper error bound in determining
the point of intersection of a ray with a surface.
- Used by:
crtin.for.
- UNDEF=real
- Value used for undefined real values.
- Used by:
ascbin.for,
binasc.for,
coorchg.for,
crtin.for,
crtpts.for,
crtray.for,
gbopt.for,
gpanal.for,
gpmig.for,
gpstep.for,
gpsynt.for,
grd2d3d.for,
grdborn.for,
grdcal.for,
grdcor.for,
grdcros.for,
grdfd.for,
grdfft.for,
grdgse.for,
grdiso.for,
grdmerge.for,
grdmigr.for,
grdnew.for,
grdnorm.for,
grdps.for,
grdpts.for,
grdran.for,
grdran2d.for,
grdstat.for,
grdte.for,
grdtrans.for,
grdwrl.for,
green.for,
greenmul.for,
greenss.for,
greentc.for,
greenti.for,
grid.for,
gsecal.for,
iniwrl.for,
intf.for,
invpts.for,
invtt.for,
linden.for,
linwrl.for,
matfun.for,
mgrd.for,
modmod.for,
mtt.for,
mttgrd.for,
ptsgrd.for,
ptsps.for,
ptsselec.for,
sgfgrd.for,
sgfmat.for,
sp.for,
ss.for,
tcrot.for,
trglnorm.for,
trglsort.for,
wfsrf.for.
- UNIT='string'
- The string specifying length units.
- Used by:
grdps.for,
trglps.for.
- UP1=real
- First component of a vector pointing upwards.
- Used by:
iniwrl.for.
- UP2=real
- Second component of a vector pointing upwards.
- Used by:
iniwrl.for.
- UP3=real
- Third component of a vector pointing upwards.
- Used by:
iniwrl.for.
- V0=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- VADD=real
- Controls the default value of VPER.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- VALUE=real
- Real value.
- Used by:
grdiso.for,
trglsort.for.
- VBLACK=real
- Brightness interpretation: value corresponding to black.
- Used by:
grdps.for.
- VBRI=real
- Extent of values corresponding to the whole brightness range.
- Used by:
grdps.for.
- VBRI4=real
- Enables to modify VBRI in dependence on time levels.
- Used by:
grdps.for.
- VCIRC=real
- Extent of values corresponding to the whole colour circle RGB.
- Used by:
grdps.for.
- VCIRC4=real
- Enables to modify VCIRC in dependence on time levels.
- Used by:
grdps.for.
- VDIV=real
- Period of values corresponding to one colour.
- Used by:
trglps.for.
- VECT1=real
- First component of the selection vector.
- Used by:
trglnorm.for.
- VECT2=real
- Second component of the selection vector.
- Used by:
trglnorm.for.
- VECT3=real
- Third component of the selection vector.
- Used by:
trglnorm.for.
- VEL='string'
- Name of the file with the values at gridpoints.
- Used by:
grid.for.
- VEL1='string'
- Name of the file with first partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL2='string'
- Name of the file with first partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL3='string'
- Name of the file with first partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL11='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL12='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL22='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL13='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL23='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VEL33='string'
- Name of the file with second partial derivatives at gridpoints.
- Used by:
grid.for.
- VER1=real
- Numerical parameter controling the interpolation.
- Used by:
net.for.
- VER2=real
- Numerical parameter controling the interpolation.
- Used by:
net.for.
- VMAX=real
- Values greater than or equal to VMAX will be deemed undefined.
- Used by:
grdnorm.for,
grdps.for,
grdpts.for.
- VMEAN=real
- Desired mean value.
- Used by:
grdran2d.for,
grdstat.for.
- VMIN=real
- Values less than or equal to VMIN will be deemed undefined.
- Used by:
grdnorm.for,
grdps.for,
grdpts.for.
- VMUL=real
- Controls the default value of VPER.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- VOFFSET=real
- Distance from the bottom paper edge.
- Used by:
grdps.for,
trglps.for.
- VP='string'
- Name of the output file with gridded P-wave velocity.
- Used by:
modfd.for.
- VPER=real
- Period of values corresponding to one period in the colour map.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- VPLUS=real
- Controls the default value of VCIRC.
- Used by:
grdps.for.
- VPOWER=real
- Velocity power for the computation of the travel-time check sum.
- Used by:
invtt.for.
- VPPER='string'
- Name of the file with gridded values of perturbations of the
product of the density and the square of P-wave velocity.
- Used by:
grdborn.for.
- VREF=real
- Value corresponding to reference colour.
- Used by:
grdps.for,
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for,
trglps.for.
- VREF2=real
- Parameter describing the twisted crystal model.
- Used by:
tcgreen.for.
- VRML='string'
- Virtual reality scene description language.
- Used by:
grdwrl.for,
iniwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for.
- VRTX='string'
- Name of the file with vertices.
- Used by:
anisrf.for,
modsrf.for,
plgn.for,
ptsselec.for,
srfsect.for,
srfwrl.for,
trgl.for,
trglnorm.for,
trglps.for,
trglsort.for,
tsurf.for,
wfsrf.for.
- VRTXN='string'
- Name of the file with vertices.
- Used by:
trglnorm.for,
trglsort.for.
- VRTXN1='string'
- Name of the file with vertices.
- Used by:
trglsort.for.
- VRTXN2='string'
- Name of the file with vertices.
- Used by:
trglsort.for.
- VS='string'
- Name of the output file with gridded S-wave velocity.
- Used by:
modfd.for.
- VSAT=real
- The extent of values corresponding to the whole
saturation range.
- Used by:
grdps.for.
- VSAT4=real
- Enables to modify VSAT in dependence on time levels.
- Used by:
grdps.for.
- VSIGN=real
- Controls the default value of VCIRC.
- Used by:
grdps.for.
- VSIZE=real
- Vertical size of the image.
- Used by:
grdps.for,
rpplot.for,
trglps.for.
- VSPER='string'
- Name of the file with gridded values of perturbations of the
product of the density and the square of S-wave velocity.
- Used by:
grdborn.for.
- VSRC=real
- Velocity at the source point for numerical calculation
of point-source geometrical spreading from slowness vectors.
- Used by:
q2.cal.
- VWHITE=real
- Saturation interpretation: value corresponding to white.
- Used by:
grdps.for.
- WFTIME=real
- Travel time of the wavefront.
- Used by:
wfsrf.for.
- WKMAX=real
- Parameter controlling values of wavenumber vector.
- Used by:
sgfhom.for.
- WKMIN=real
- Parameter controlling values of wavenumber vector.
- Used by:
sgfhom.for.
- WRIT='string'
- Name of the file specifying the names of the output files
with the computed quantities.
- Used by:
crtin.for.
- WRITEW='string'
- Name of the file with data WRIT-(6).
- Used by:
crtin.for.
- WRL='string'
- Name of the output file.
- Used by:
grdwrl.for,
iniwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for.
- WRLINI='string'
- Name of the file to be copied to the beginning of the
output file.
- Used by:
iniwrl.for.
- WRLOUT='string'
- Name of the output file.
- Used by:
grdwrl.for,
linwrl.for,
ptswrl.for,
srfwrl.for.
- X1HIGH=real
- Parameter controlling the cosine filter.
- Used by:
grdcros.for.
- X1LOW=real
- Parameter controlling the cosine filter.
- Used by:
grdcros.for.
- X1MAX=real, X2MAX=real, X3MAX=real
- Parameter controlling the cosine filter or spatial coordinates.
- Used by:
grdcros.for,
sgfhom.for.
- X1MIN=real, X2MIN=real, X3MIN=real
- Parameter controlling the cosine filter or spatial coordinates.
- Used by:
grdcros.for,
sgfhom.for.
- X3=real
- Source-receiver distance.
- Used by:
tcgreen.for.
- XDLOC=real
- Value of diagonal terms corresponding to source coordinates.
- Used by:
invsoft.for.
- XSIGN=real
- Determines the sign of the default value of HSIZE.
- Used by:
grdps.for,
trglps.for.
- YSIGN=real
- Determines the sign of the default value of VSIZE.
- Used by:
grdps.for,
trglps.for.