sftwolayer3dort (2.0-git)
index
user/chengjb/Mtwolayer3dort.c
3-D three-components wavefield modeling using general anisotropy

 
Synopsis
        sftwolayer3dort > Fo1.rsf vs0=Fo2.rsf eps1=Fo3.rsf eps2=Fo4.rsf del1=Fo5.rsf del2=Fo6.rsf del3=Fo7.rsf gam1=Fo8.rsf gam2=Fo9.rsf the=Fo10.rsf phi=Fo11.rsf ny=201 nx=201 nz=201 dy=0.008 dx=0.008 dz=0.008 vp0_1=3000.0 vs0_1=1200.0 eps1_1=0.2 eps2_1=0.2 del1_1=0.1 del2_1=0.1 del3_1=0.1 gam1_1=0.0 gam2_1=0.0 the_1=0.0 phi_1=0.0 vp0_2=3000.0 vs0_2=1200.0 eps1_2=0.2 eps2_2=0.2 del1_2=0.1 del2_2=0.1 del3_2=0.1 gam1_2=0.0 gam2_2=0.0 the_2=30.0 phi_2=0.0
elastic equation in ort media.
Copyright (C) 2015 Tongji University, Shanghai, China
Authors: Jiubing Cheng and Peng Zou

This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.

You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA

 
Parameters
       
 
file del1=
auxiliary output file name
 
float del1_1=0.1

 
float del1_2=0.1

 
file del2=
auxiliary output file name
 
float del2_1=0.1

 
float del2_2=0.1

 
file del3=
auxiliary output file name
 
float del3_1=0.1

 
float del3_2=0.1

 
float dx=0.008

 
float dy=0.008

 
float dz=0.008

 
file eps1=
auxiliary output file name
 
float eps1_1=0.2

 
float eps1_2=0.2

 
file eps2=
auxiliary output file name
 
float eps2_1=0.2

 
float eps2_2=0.2

 
file gam1=
auxiliary output file name
 
float gam1_1=0.0

 
float gam1_2=0.0

 
file gam2=
auxiliary output file name
 
float gam2_1=0.0

 
float gam2_2=0.0

 
int nx=201

 
int ny=201

 
int nz=201

 
file phi=
auxiliary output file name
 
float phi_1=0.0

 
float phi_2=0.0

 
file the=
auxiliary output file name
 
float the_1=0.0

 
float the_2=30.0

 
float vp0_1=3000.0

 
float vp0_2=3000.0

 
file vs0=
auxiliary output file name
 
float vs0_1=1200.0

 
float vs0_2=1200.0

 
Used In
       

 
TONGJI
        decoupledpropagation/twolayer3delr.ort