[cig-commits] r21155 - in seismo/3D/FAULT_SOURCE/branches/new_fault_db: . EXAMPLES/tohoku/DATA
ampuero at geodynamics.org
ampuero at geodynamics.org
Fri Dec 14 07:29:02 PST 2012
Author: ampuero
Date: 2012-12-14 07:29:01 -0800 (Fri, 14 Dec 2012)
New Revision: 21155
Modified:
seismo/3D/FAULT_SOURCE/branches/new_fault_db/EXAMPLES/tohoku/DATA/Par_file_faults
seismo/3D/FAULT_SOURCE/branches/new_fault_db/README_SPECFEM3D_FAULT
Log:
fixed shear stress sign in tohoku; fixed conventions in README
Modified: seismo/3D/FAULT_SOURCE/branches/new_fault_db/EXAMPLES/tohoku/DATA/Par_file_faults
===================================================================
--- seismo/3D/FAULT_SOURCE/branches/new_fault_db/EXAMPLES/tohoku/DATA/Par_file_faults 2012-12-14 03:10:47 UTC (rev 21154)
+++ seismo/3D/FAULT_SOURCE/branches/new_fault_db/EXAMPLES/tohoku/DATA/Par_file_faults 2012-12-14 15:29:01 UTC (rev 21155)
@@ -8,48 +8,48 @@
&BEGIN_FAULT /
-&INIT_STRESS S1=0.0e6,S2=40.0e6,S3=-100.0e6,n1=0,n2=19,n3=0 /
+&INIT_STRESS S1=0.0e6,S2=-40.0e6,S3=-100.0e6,n1=0,n2=19,n3=0 /
! Initial along-dip shear stresses
! Asp 1
-&DIST2D shape='cylinder', val = 30.50e6, xc = -75.0e3, yc =-425.0e3, zc= -19.27e3, r = 253.0e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -30.50e6, xc = -75.0e3, yc =-425.0e3, zc= -19.27e3, r = 253.0e3, lz=100.0e3 /
! Asp 2
-&DIST2D shape='cylinder', val = 36.0e6, xc = -55.0e3, yc =-390.0e3, zc= -18.25e3, r = 55.0e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -36.0e6, xc = -55.0e3, yc =-390.0e3, zc= -18.25e3, r = 55.0e3, lz=100.0e3 /
! Asp 3
-&DIST2D shape='cylinder', val = 36.0e6, xc = -135.0e3, yc =-510.0e3, zc= -23.84e3, r = 40.0e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -36.0e6, xc = -135.0e3, yc =-510.0e3, zc= -23.84e3, r = 40.0e3, lz=100.0e3 /
! Asp 4
-&DIST2D shape='cylinder', val = 36.0e6, xc = -30.0e3, yc =-305.0e3, zc= -15.47e3, r = 40.0e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -36.0e6, xc = -30.0e3, yc =-305.0e3, zc= -15.47e3, r = 40.0e3, lz=100.0e3 /
! Small ssperities dc =1
! Asp 5
-&DIST2D shape='cylinder', val = 45.5e6, xc = -45.0e3, yc =-265.0e3, zc= -19.49e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -45.0e3, yc =-265.0e3, zc= -19.49e3, r = 13.75e3, lz=100.0e3 /
! Asp 6
-&DIST2D shape='cylinder', val = 45.5e6, xc = -60.0e3, yc =-275.0e3, zc= -21.7e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -60.0e3, yc =-275.0e3, zc= -21.7e3, r = 13.75e3, lz=100.0e3 /
! Asp 7
-&DIST2D shape='cylinder', val = 45.5e6, xc = -65.0e3, yc =-285.0e3, zc= -22.40e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -65.0e3, yc =-285.0e3, zc= -22.40e3, r = 13.75e3, lz=100.0e3 /
! Asp 8
-&DIST2D shape='cylinder', val = 45.5e6, xc = -80.0e3, yc =-310.0e3, zc= -25.19e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -80.0e3, yc =-310.0e3, zc= -25.19e3, r = 13.75e3, lz=100.0e3 /
! Asp 9
-&DIST2D shape='cylinder', val = 45.5e6, xc = -105.0e3, yc =-330.0e3, zc= -31.55e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -105.0e3, yc =-330.0e3, zc= -31.55e3, r = 13.75e3, lz=100.0e3 /
! Asp 10
-&DIST2D shape='cylinder', val = 45.5e6, xc = -130.0e3, yc =-345.0e3, zc= -39.37e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -130.0e3, yc =-345.0e3, zc= -39.37e3, r = 13.75e3, lz=100.0e3 /
! Asp 11
-&DIST2D shape='cylinder', val = 45.5e6, xc = -145.0e3, yc =-365.0e3, zc= -43.70e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -145.0e3, yc =-365.0e3, zc= -43.70e3, r = 13.75e3, lz=100.0e3 /
! asp 12
-&DIST2D shape='cylinder', val = 45.5e6, xc = -155.75e3, yc =-390.0e3, zc= -45.36e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -155.75e3, yc =-390.0e3, zc= -45.36e3, r = 13.75e3, lz=100.0e3 /
! Asp 13
-&DIST2D shape='cylinder', val = 45.5e6, xc = -160.00e3, yc =-430.0e3, zc= -42.95e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -160.00e3, yc =-430.0e3, zc= -42.95e3, r = 13.75e3, lz=100.0e3 /
! Asp 14
-&DIST2D shape='cylinder', val = 45.5e6, xc = -165.00e3, yc =-440.0e3, zc= -43.70e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -165.00e3, yc =-440.0e3, zc= -43.70e3, r = 13.75e3, lz=100.0e3 /
! Asp 15
-&DIST2D shape='cylinder', val = 45.5e6, xc = -171.00e3, yc =-460.0e3, zc= -44.41e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -171.00e3, yc =-460.0e3, zc= -44.41e3, r = 13.75e3, lz=100.0e3 /
! Asp 16
-&DIST2D shape='cylinder', val = 45.5e6, xc = -183.00e3, yc =-480.0e3, zc= -47.20e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -183.00e3, yc =-480.0e3, zc= -47.20e3, r = 13.75e3, lz=100.0e3 /
! Asp 17
-&DIST2D shape='cylinder', val = 45.5e6, xc = -195.00e3, yc =-500.0e3, zc= -50.55e3, r = 13.75e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -195.00e3, yc =-500.0e3, zc= -50.55e3, r = 13.75e3, lz=100.0e3 /
! Asp 18
-&DIST2D shape='cylinder', val = 45.5e6, xc = -205.00e3, yc =-530.0e3, zc= -45.43e3, r = 13.75e3, lz=100.0e3 /
-! Nucleation overstress to = 61.5 Mpa.
-&DIST2D shape='cylinder', val = 61.5e6, xc = -60.00e3, yc =-400.0e3, zc= -17.8e3, r = 16.0e3, lz=100.0e3 /
+&DIST2D shape='cylinder', val = -45.5e6, xc = -205.00e3, yc =-530.0e3, zc= -45.43e3, r = 13.75e3, lz=100.0e3 /
+! Nucleation overstress to = -61.5 Mpa.
+&DIST2D shape='cylinder', val = -61.5e6, xc = -60.00e3, yc =-400.0e3, zc= -17.8e3, r = 16.0e3, lz=100.0e3 /
&SWF mus=1000.0e0,mud=1000.0e0,dc=6e0,nmus=2,nmud=1,ndc=18 /
Modified: seismo/3D/FAULT_SOURCE/branches/new_fault_db/README_SPECFEM3D_FAULT
===================================================================
--- seismo/3D/FAULT_SOURCE/branches/new_fault_db/README_SPECFEM3D_FAULT 2012-12-14 03:10:47 UTC (rev 21154)
+++ seismo/3D/FAULT_SOURCE/branches/new_fault_db/README_SPECFEM3D_FAULT 2012-12-14 15:29:01 UTC (rev 21155)
@@ -302,8 +302,8 @@
-------------------------------------
During mesh generation, the fault is defined by two surfaces in contact.
-Let's denote as "side 1" the first surface declared by the user in the call
-to the python function "fault_input", and the second surface as "side 2".
+Let's denote as "side 1" the SECOND surface declared by the user in the call
+to the python function "fault_input", and the FIRST surface as "side 2".
The local coordinate system on the fault is defined as the right-handed coordinate system
defined by (strike, dip, normal), where "normal" is the normal vector outgoing
from side 1, "dip" is parallel to the along-dip direction pointing downwards,
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