miniapp to work with non-conforming meshes. Some of the target
construction algorithms will need to be updated to support
non-conforming meshes properly.
mfem::infinity() and replace (almost) all usage of the std version with
the shortcut.
In SparseMatrix::MakeRef, copy the field isSorted from the original
matrix.
* Replace the method SetLimited with a method called EnableLimiting
which takes the original nodes, n0, and a Coefficient, w0, that
muliplies the limiting term. By default the coefficient is NULL,
and limiting is disabled. The limiting epsilon is no longer used.
* Updated the mesh optimization miniapps to use the new limiting
methods; also, updated the sample runs that use limiting.
In class TMOP_Metric_007, fix a bug in the EvalW and EvalP methods.
* Update both miniapps to work with the recent changes in the
classes TargetConstructor and TMOP_Integrator.
* In the serial miniapp, use the same logic in the method
RelaxedNewtonSolver::ComputeScalingFactor, as in the parallel
miniapp.
* Fix the visualization in the parallel miniapp.
* Add an option for setting the relative tolerance in the Newton
solver.
* Fix the target construction type in the "ICF combo shape + size
(rings)" sample run.
linalg/invariants.hpp.
Renamed some of the TMOP-related classes. Moved all TMOP-related
classes and their implementation to new files: fem/tmop.[ch]pp.
Update the mesh optimization miniapps {mesh,pmesh}-optimizer.cpp
with the new class names.
3x3 matrices and their derivatives. The derivatives of I2 and I2b are
not implemented yet.
Use this new class to implement class TMOPHyperelasticModel303.
Ketan Mittal