| 899e4425 | 10-Mar-2014 |
Matthew G. Knepley <knepley@gmail.com> |
Merge branch 'knepley/feature-plex-fas'
* knepley/feature-plex-fas: (56 commits) DMPlex: Removed unused variable DMPlex: Fix for C++ build, small fix for PetscFE DMPlex: Removed leak from Tria
Merge branch 'knepley/feature-plex-fas'
* knepley/feature-plex-fas: (56 commits) DMPlex: Removed unused variable DMPlex: Fix for C++ build, small fix for PetscFE DMPlex: Removed leak from Triangle SNES ex12: Two working unstructured FAS solves for the unregularized p-Laplacian DMPlex: Cleaned up some memory issues DMPlex: Implement injection - I don't think this should be required DMPlex: DM interpolation requires the scaling vector for FAS DMPlex: Can now create a map from coarse to fine vertices - This is currently necessary for FAS, which I think is wrong DMPlex: Turn off Fortran stub DMPlex: Fix DMPlexMatSetClosureRefined() - Reject duplicate fine points - Screen out point with dof = 0 - Fix the allocation for fine points DMPlex: My brain did not work for several days - I have fixed the interpolation code - I think I can reuse that other code for something else DMPlex: Fix setting Plex options on automatically refined meshed SNES ex12/31/52/62/72: Use new SNESComputeJacobian() interface DMPlex: Remove MatStructure from DMPlexComputeJacobianFEM() - Add missing declarations Sys Logging: Fixes for log detail - Must preserve reduction count - Output objects and memory - Output stage summary SNES ex12: Fixing things for multilevel - Need to set PetscFE on all coarse grids - Need application context for interpolator construction SNES ex12: Use PetscFESetUp(), and fix quadrature ref handling SNES ex52/62: Use PetscFESetUp(), and fix quadrature ref handling DMPlex ex3: Uses automatic section creation, PetscFESetUp(), and fix quadrature ref handling DMPlex: Fixing interpolator construction - Fixed definition of rectangular sizes - Use PetscFERefine() - Use special MatSet ...
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| 724f369d | 07-Mar-2014 |
Peter Brune <brune@mcs.anl.gov> |
SNESASPIN: Fix for the case of zero iterations
In the case where the absolute tolerance is satisfied in the first subSNES step, the operators are never set on the subKSP, leading to an error in the
SNESASPIN: Fix for the case of zero iterations
In the case where the absolute tolerance is satisfied in the first subSNES step, the operators are never set on the subKSP, leading to an error in the outer KSP iteration. For the sake of generality, have the ASPIN Jacobian call KSPSolve() instead of PCApply() when multiplying.
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