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GPIAG-Software
SOFI3D
Commits
56e84ac5
Commit
56e84ac5
authored
Nov 19, 2015
by
Tilman Steinweg
Browse files
fixed copy and paste bug
fixed copy and paste bug in update function of the cpml boundaries.
parent
f83a7edb
Changes
2
Show whitespace changes
Inline
Side-by-side
Showing
2 changed files
with
30 additions
and
30 deletions
+30
-30
src/update_s_ssg_CPML.c
src/update_s_ssg_CPML.c
+15
-15
src/update_s_ssg_CPML_elastic.c
src/update_s_ssg_CPML_elastic.c
+15
-15
No files found.
src/update_s_ssg_CPML.c
View file @
56e84ac5
...
...
@@ -136,11 +136,11 @@ double update_s_CPML(int nx1, int nx2, int ny1, int ny2, int nz1, int nz2, int n
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -273,11 +273,11 @@ double update_s_CPML(int nx1, int nx2, int ny1, int ny2, int nz1, int nz2, int n
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -389,11 +389,11 @@ double update_s_CPML(int nx1, int nx2, int ny1, int ny2, int nz1, int nz2, int n
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -506,11 +506,11 @@ double update_s_CPML(int nx1, int nx2, int ny1, int ny2, int nz1, int nz2, int n
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -613,11 +613,11 @@ double update_s_CPML(int nx1, int nx2, int ny1, int ny2, int nz1, int nz2, int n
vzz
=
(
b1
*
(
vz
[
j
][
i
][
k
]
-
vz
[
j
][
i
][
k
-
1
])
+
b2
*
(
vz
[
j
][
i
][
k
+
1
]
-
vz
[
j
][
i
][
k
-
2
]))
/
DZ
;
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];
...
...
src/update_s_ssg_CPML_elastic.c
View file @
56e84ac5
...
...
@@ -137,11 +137,11 @@ double update_s_CPML_elastic(int nx1, int nx2, int ny1, int ny2, int nz1, int nz
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -231,11 +231,11 @@ double update_s_CPML_elastic(int nx1, int nx2, int ny1, int ny2, int nz1, int nz
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -304,11 +304,11 @@ double update_s_CPML_elastic(int nx1, int nx2, int ny1, int ny2, int nz1, int nz
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -377,11 +377,11 @@ double update_s_CPML_elastic(int nx1, int nx2, int ny1, int ny2, int nz1, int nz
if
((
POS
[
3
]
==
0
)
&&
(
k
<=
FW
)){
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];}
if
((
POS
[
3
]
==
NPROCZ
-
1
)
&&
(
k
>=
nz2
+
1
)){
...
...
@@ -440,11 +440,11 @@ double update_s_CPML_elastic(int nx1, int nx2, int ny1, int ny2, int nz1, int nz
vzz
=
(
b1
*
(
vz
[
j
][
i
][
k
]
-
vz
[
j
][
i
][
k
-
1
])
+
b2
*
(
vz
[
j
][
i
][
k
+
1
]
-
vz
[
j
][
i
][
k
-
2
]))
/
DZ
;
psi_vxz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vxz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vxz
;
vxz
=
vxz
/
K_
y
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
vxz
=
vxz
/
K_
z
_half
[
k
]
+
psi_vxz
[
j
][
i
][
k
];
psi_vyz
[
j
][
i
][
k
]
=
b_z_half
[
k
]
*
psi_vyz
[
j
][
i
][
k
]
+
a_z_half
[
k
]
*
vyz
;
vyz
=
vyz
/
K_
y
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
vyz
=
vyz
/
K_
z
_half
[
k
]
+
psi_vyz
[
j
][
i
][
k
];
psi_vzz
[
j
][
i
][
k
]
=
b_z
[
k
]
*
psi_vzz
[
j
][
i
][
k
]
+
a_z
[
k
]
*
vzz
;
vzz
=
vzz
/
K_
y
[
k
]
+
psi_vzz
[
j
][
i
][
k
];
vzz
=
vzz
/
K_
z
[
k
]
+
psi_vzz
[
j
][
i
][
k
];
...
...
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