[cig-commits] r16381 - short/3D/PyLith/trunk

[brad at geodynamics.org]

Author: brad
Date: 2010-03-04 09:18:24 -0800 (Thu, 04 Mar 2010)
New Revision: 16381

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

Modified: short/3D/PyLith/trunk/TODO
===================================================================
--- short/3D/PyLith/trunk/TODO	2010-03-04 17:17:54 UTC (rev 16380)
+++ short/3D/PyLith/trunk/TODO	2010-03-04 17:18:24 UTC (rev 16381)
@@ -46,7 +46,6 @@
 
 6. Other fault constitutive models [Surendra]
   Rate- and state-friction with aging law
-  Rate- and state-friction with slip law (only if desired)
 
 
 ----------------------------------------------------------------------
@@ -344,69 +343,83 @@
 
   1. Fault constitutive models
 
+     Static friction
      Linear slip-weakening
-     Rate- and state-friction
-     Uniform friction
-     Slip- and rate-weakening friction model
+     Rate- and state-friction w/ageing law
 
        Spontaneous (dynamic) fault rupture output
-         Slip and change in tractions (time histories)
-         Fault constitutive values (time histories)
-         Orientation , Fault constitutive parameters (diagnostic)
+         Slip and tractions (time histories)
+         State variables (time histories)
+         Orientation (diagnostic)
+         Properties (diagnostic)
 
   2. Large deformations
 
   3. Finite strain
 
-  5. Uniform global refinement
-
-  6. Improved support for spherical geometry in user-interface
-
 ----------------------------------------------------------------------
 Release 1.6
 ----------------------------------------------------------------------
 
-  1. Green's functions
+  1. HDF5 output
 
-  2. Higher order cells
+     Write data into raw binary data file, compress each time chunk
 
-     Nonisoparametric cells
+       Datasets contain entire time histories (makes it possible to
+       slice along time or space)
 
-       C++ unit tests for CellGeometry refPtsToGlobal() and jacobian()
-       Update quadrature to use CellGeometry refPtsToGlobal() and
-       jacobian() Remove CellGeometry jacobian(double_array)
+     HDF5 metadata file points to raw binary data file
 
+  2. Output data at arbitrary point locations
+
+     Interpolate solution to desired location
+     Solution field (time history)
+
+  3. Output velocity field
+
+  4. Uniform global refinement
+
+  5. Drucker-Prager viscoelastoplastic
+
 ----------------------------------------------------------------------
 Release 1.7
 ----------------------------------------------------------------------
 
-  1. Coupling of quasi-static and dynamic simulations
+  1. Restart / checkpointing
+    Checkpointing
+    Spin up
+    Saving quasi-static information is probably more important
 
-  2. Restart / checkpointing
+  2. Green's functions
 
-  3. Uniform global refinement.
+  3. Coupling of quasi-static and dynamic simulations
 
+  4. Damping for Q
+    Mass/stiffness proportional damping for attenuation
+
+  4. Improved support for spherical geometry in user-interface
+
 ----------------------------------------------------------------------
-LONG TERM WISH LIST
+Release 2.0
 ----------------------------------------------------------------------
 
-Student
-      Create a spatial database for the PREM model
+  1. Higher order cells
 
-  4. HDF5 output
+     Nonisoparametric cells
 
-       HDF5 files
+       C++ unit tests for CellGeometry refPtsToGlobal() and jacobian()
+       Update quadrature to use CellGeometry refPtsToGlobal() and
+       jacobian() Remove CellGeometry jacobian(double_array)
 
-         Would prefer to include multiple materials
+  2. XFEM fault implementation
 
-         Datasets contain entire time histories (makes it possible to
-         slice along time or space)
+----------------------------------------------------------------------
+LONG TERM WISH LIST
+----------------------------------------------------------------------
 
-       Point locations (arbitrary location such as instrument site)
+Student
+      Create a spatial database for the PREM model
 
-         Interpolate solution to desired location
-         Solution field (time history)
-
   5. Use shared pointers for objects where both Python and C++ hold pointers.
 
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