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Through the use of element shape functions, the extrapolation matrix for an element can be calculated. Through this extrapolation matrix the gauss values on a single element can be extrapolated to the nodes. These values should then be averaged for the number of connecting elements.
Acceptance Criteria:
A user would like to calculate gauss\integration point values on the nodes of the mesh. (Typically for visualization)
The process should be able to make this calculation for all available element types
The process should be efficient
The process should be fully tested
For unsupported combinations of elements/components, a warning should be displayed to the user.
Add documentation for the process
The text was updated successfully, but these errors were encountered:
The process works for 3, 4, 6, and 8 node plane strain elements. And it can be made working for 2 and 3 node line elements, 4 and 10 tetrahydra, 8 and 20 node hexahydra, and 6 and 15 node wedges.
Code smells and duplication should be taken out by native C++ programmer, together with creating unit tests. Integration tests should be created for additional elements. Readme.md files should also be written for the tests and documentation of the process.
Through the use of element shape functions, the extrapolation matrix for an element can be calculated. Through this extrapolation matrix the gauss values on a single element can be extrapolated to the nodes. These values should then be averaged for the number of connecting elements.
Acceptance Criteria:
The text was updated successfully, but these errors were encountered: