[cig-commits] r11902 - in cs/avm/trunk: . doc

[tan2 at geodynamics.org]

Author: tan2
Date: 2008-05-02 15:38:02 -0700 (Fri, 02 May 2008)
New Revision: 11902

Added:
   cs/avm/trunk/doc/
   cs/avm/trunk/doc/install.txt
   cs/avm/trunk/doc/workflow.txt
Log:
first documentation

Added: cs/avm/trunk/doc/install.txt
===================================================================
--- cs/avm/trunk/doc/install.txt	                        (rev 0)
+++ cs/avm/trunk/doc/install.txt	2008-05-02 22:38:02 UTC (rev 11902)
@@ -0,0 +1,12 @@
+
+Requirement:
+  * CitcomS v3.1 or later
+  * SpecFEM3D v4.0 or later
+  * C compiler
+  * F90 compiler (must be same compiler for building SpecFEM3D)
+
+Build:
+  * Edit `Makefile' to specify the C and F90 compilers, and the location of
+    SpecFEM3D source code.
+  * Run `make'
+

Added: cs/avm/trunk/doc/workflow.txt
===================================================================
--- cs/avm/trunk/doc/workflow.txt	                        (rev 0)
+++ cs/avm/trunk/doc/workflow.txt	2008-05-02 22:38:02 UTC (rev 11902)
@@ -0,0 +1,9 @@
+1. run CitcomS to get the temperature and composition fields.
+2. run specfem mesher "xmeshfem3D".
+3. run "write_CitcomS_tracers" to retrieve the coordinate points of specfem mesh and save as CitcomS tracer data.
+4. run CitcomS again with parameter "solver.tracer.itracer_interpolate_fields=1", which reads the results of step 1 and 3 and outputs thetemperature and composition fields at the coordinate points of specfem.
+5. run "avm-partition", which reads the results of step 4 and a parameter file and outputs density, bulk and shear moduli.
+6. run "avm", which reads the results of step 5 and outputs specfem mesh files.
+7. run specfem solver "xspecfem3D" to generate synthetic seismograms.
+
+