[cig-commits] r11313 - short/3D/PyLith/trunk

[brad at geodynamics.org]

Author: brad
Date: 2008-03-03 16:51:40 -0800 (Mon, 03 Mar 2008)
New Revision: 11313

Modified:
   short/3D/PyLith/trunk/TODO
Log:
Updated TODO.

Modified: short/3D/PyLith/trunk/TODO
===================================================================
--- short/3D/PyLith/trunk/TODO	2008-03-04 00:37:37 UTC (rev 11312)
+++ short/3D/PyLith/trunk/TODO	2008-03-04 00:51:40 UTC (rev 11313)
@@ -38,8 +38,6 @@
   Benchmarks
 
     1. Strike-slip benchmark.
-      a. Update meshes to use 2 materials.
-      b. Update parameters with output controls.
       c. Rerun benchmarks.
       d. Tabulate results.
       e. Test scaling (1,2,4,8 processors) for 500m hex8 case
@@ -96,34 +94,32 @@
 
     8. Neumann BC
 
+    9. Add note that groups for DirichletBoundary, Neumann, and
+       AbsorbingDampers must be associated with simply-connected
+       surfaces.
+
 ----------------------------------------------------------------------
 Release 1.2
 
-  1. Dynamic fault interface conditions.
+  1. Green's functions
 
-  2. Fault constitutive models
+  2. Nonisoparametric cells
 
-  3. Nonlinear solver  
-
-  4. Nonisoparametric cells
-
      C++ unit tests for CellGeometry refPtsToGlobal() and jacobian()
      Update quadrature to use CellGeometry refPtsToGlobal() and jacobian()
      Remove CellGeometry jacobian(double_array)
 
      Dirichlet and fault constraints?
 
-  5. Replace use of Pyrexembed with SWIG
-
-  6. Multiple earthquake sources
+  3. Multiple earthquake sources
      Add time of rupture to KinEqSrc
      Time within rupture is relative to time of rupture
      Loop over eq sources, if time is greater than time of rupture, use it
      Would allow Savage-Prescott benchmark.
 
-  7. Additional output
+  4. Gravity
 
-     Use Cases
+  5. Output
 
        HDF5 files
 
@@ -132,20 +128,29 @@
          Datasets contain entire time histories (makes it possible to
          slice along time or space)
 
-       Spontaneous (dynamic) fault rupture
+       Point locations (arbitrary location such as instrument site)
 
-         Slip and change in tractions (time histories)
+         Interpolate solution to desired location
+         Solution field (time history)
 
-         Fault constitutive values (time histories)
+----------------------------------------------------------------------
+Release 1.3
 
-         Orientation , Fault constitutive parameters (diagnostic)
+  1. Dynamic fault interface conditions.
 
-       Point locations (arbitrary location such as instrument site)
+  2. Fault constitutive models
 
-         Interpolate solution to desired location
+  3. Nonlinear solver  
 
-         Solution field (time history)
+  4. Replace use of Pyrex/Pyrexembed with SWIG
 
+  5. Additional output
+
+       Spontaneous (dynamic) fault rupture
+         Slip and change in tractions (time histories)
+         Fault constitutive values (time histories)
+         Orientation , Fault constitutive parameters (diagnostic)
+
 ======================================================================
 MISC PRIORITIES (Brad)
 ======================================================================
@@ -190,7 +195,6 @@
 Output
   volume (solution field)
   ground surface (or other surfaces) (solution field)
-  points (solution field)
   cells (state variables)
 Absorbing boundary conditions
 Traction boundary conditions