sfopoti2d (2.0-git)
index
user/junyan/Mopoti2d.c
Modeling of pure acoustic wave in 2-D transversely isotropic meida using optimized pseudo-Laplacian operator

 
Synopsis
        sfopoti2d > out.rsf vel=vel.rsf sigma=fsigma.rsf delta=fdelta.rsf seta=fseta.rsf < source.rsf Gxxl=Gxxl.rsf Gxxr=Gxxr.rsf Gzzl=Gzzl.rsf Gzzr=Gzzr.rsf Gxxxxl=Gxxxxl.rsf Gxxxxr=Gxxxxr.rsf Gzzzzl=Gzzzzl.rsf Gzzzzr=Gzzzzr.rsf Gxzzzl=Gxzzzl.rsf Gxzzzr=Gxzzzr.rsf Gxxxzl=Gxxxzl.rsf Gxxxzr=Gxxxzr.rsf Gxxzzl=Gxxzzl.rsf Gxxzzr=Gxxzzr.rsf opt=1 dt= nt= isx= isz= nbt=30 nbb=30 nxl=30 nxr=30 czt=0.01 czb=0.01 cxl=0.01 cxr=0.01 ax=5.0 az=5.0 factor=5.0/6.0 cmplx=n pad1=1 snap=1

 
Parameters
       
 
file Gxxl=
auxiliary input file name
 
file Gxxr=
auxiliary input file name
 
file Gxxxxl=
auxiliary input file name
 
file Gxxxxr=
auxiliary input file name
 
file Gxxxzl=
auxiliary input file name
 
file Gxxxzr=
auxiliary input file name
 
file Gxxzzl=
auxiliary input file name
 
file Gxxzzr=
auxiliary input file name
 
file Gxzzzl=
auxiliary input file name
 
file Gxzzzr=
auxiliary input file name
 
file Gzzl=
auxiliary input file name
 
file Gzzr=
auxiliary input file name
 
file Gzzzzl=
auxiliary input file name
 
file Gzzzzr=
auxiliary input file name
 
float ax=5.0
suppress HF parameter
 
float az=5.0
suppress HF parameter
 
bool cmplx=n [y/n]
use complex FFT
 
float cxl=0.01
decaying parameter
 
float cxr=0.01
decaying parameter
 
float czb=0.01
decaying parameter
 
float czt=0.01
decaying parameter
 
file delta=
auxiliary input file name
 
float dt=

 
float factor=5.0/6.0
suppress HF parameter
 
int isx=

 
int isz=

 
int nbb=30

 
int nbt=30

 
int nt=

 
int nxl=30

 
int nxr=30
assume ABC pars are the same
 
int opt=1
if y, determine optimal size for efficiency
 
int pad1=1
padding factor on the first axis
 
file seta=
auxiliary input file name
 
file sigma=
auxiliary input file name
 
int snap=1

 
file vel=
auxiliary input file name