PETTT Feature #3: VMS error estimator #710
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…ze relationship. changed how minimum height is obtained. changed element to node transfer
…nd fixing tests for unsteady terms
Codecov Report
@@ Coverage Diff @@
## master #710 +/- ##
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+ Coverage 48.24% 48.24% +<.01%
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Files 380 380
Lines 85900 85940 +40
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+ Hits 41441 41465 +24
- Misses 44459 44475 +16
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cekees
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Should be fine once you clean up the print statements
| err_reg = apf::createField(m,"ErrorRegion",apf::SCALAR,apf::getVoronoiShape(nsd,1)); | ||
| errRho_reg = apf::createField(m,"ErrorDensity",apf::SCALAR,apf::getVoronoiShape(nsd,1)); | ||
| errRel_reg = apf::createField(m,"RelativeError",apf::SCALAR,apf::getVoronoiShape(nsd,1)); | ||
| std::cout<<"FLAG2\n"; |
proteus/MeshAdaptPUMI/MeshFields.cpp
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| } | ||
| } | ||
| delta_T = deltaT; | ||
| std::cout<<"delta T "<<deltaT<<std::endl; |
cekees
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Thanks. Let me know when you're ready to merge this.
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Great. This branch can be merged in with commit message: "In support of PETTT Project (Number: PP-CFD-KY09-011-P3) Deliverable D2: Provide VMS-based error estimation, smoothed inputs to anisotropic mesh adaptation, and 3D discrete model reconstruction; (Task 2A) – anisotropic indicators at the interface." |
This reverts commit fee1af3.
Third part of series that depends on #709.
The primary feature is the inclusion of a VMS-based error estimator to drive the computation of size-fields.
The capability might be a duplicate of existing Proteus-code, but will likely be migrated to a separate library eventually.