Programming tasks to Scientific Computing I
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Member
shellFE::createConstantRHS< ConfiguratorType >::getNonlinearity
(const typename
ConfiguratorType::ElementType
&el, int) const
Implement the right hand side
here
Member
shellFE::createNonConstantRHS< ConfiguratorType >::evalRHS
(typename
ConfiguratorType::TangentVecType
&cartCoord) const
Implement the second right hand side function here
Member
shellFE::MatrixValuedIntegratorBase< ConfiguratorType, Imp >::assembleTripletList
(std::vector< TripletType > &tripletList, const RealType Factor) const
Local-to-global mapping.
Member
shellFE::UnitTriangleFELinWeightedStiffIntegrator< ConfiguratorType, Imp >::prepareLocalMatrix
(const typename
ConfiguratorType::ElementType
&El, LocalMatrixType &LocalMatrix) const
Assemble the local matrix
Member
StiffnessMatrixIntegrator< ConfiguratorType >::getCoeffMatrix
(const typename
ConfiguratorType::ElementType
&el, const int &, Matrix22 &matrix) const
Set matrix using the formula for
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