Comments (2)
One possible way to support this now would be potentially to save the quadrature data off using an L2 FiniteElementSpace GridFunction of the same order as the QuadratureFunction using the SidreDataCollections. This assumes that when things are saved off that the L2 data isn't projected back to the nodal points but instead stays at the quadrature values. The one thing would be when things are reloaded we may not be able to guarantee that the QuadratureSpace will be correctly restored when things are reloaded.
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So this should be really easy once PR# LLNL/axom#433 is pulled in. Afterwards, we just have to load back-up the desired cycle for the user, and we'll be off to the races :) Also, the PR there actually supports QF themselves, so we know everything is at quadrature points for our state variables. Although, we might have to wait on a subsequent PR that I'll write within MFEM as well for everything to be in-place.
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Related Issues (20)
- Reorder cmake package finds with Caliper found last HOT 1
- Add a GPU install build script HOT 3
- Allow avg_stress.txt to be renamed from option file
- Setup Github Actions for PRs HOT 1
- GCC7 internal compiler errors HOT 2
- MTSDD model incorrectly constructed in mechanics operator HOT 1
- Post processing Updates HOT 3
- Mesh nodes not set to correct gridfunction HOT 5
- Simulation still runs if property file does not exist
- Fix deprecated mesh ctors related to mfem v4.3 changes HOT 1
- Document that new requirements for dependencies (GPU builds) HOT 1
- Update install script examples HOT 1
- Multi-material support
- Additional post-processing variables needed for a light-up script HOT 2
- Update code to be as in-line as possible to use standard MFEM HOT 1
- Add constant strain rate mode HOT 1
- Make ExaConstit a callable library
- Port SNLS Trust Region Dogleg Solver over to our global solver
- Reduce number of files generated from optimization workflow
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