This graph shows which files directly or indirectly include this file:
Go to the source code of this file.
Macros | |
| #define | prototype_mat_vec_multiply(fun_name, has_fun_name) |
| Macro that allows to use an implemented a matrix–vector multpilication. More... | |
| #define | prototype_errors(fun_name, has_fun_name) |
| Macro that allows to use an implemented error evaluation. More... | |
Macro Definition Documentation
◆ prototype_errors
| #define prototype_errors | ( | fun_name, | |
| has_fun_name | |||
| ) |
Value:
[&]() { \
typedef typename LocalSolverT::error_def::error_t error_t; \
error_t result = LocalSolverT::error_def::initial_error(); \
\
SmallVec<2 * hyEdge_dim, hyNode_index_t> hyNodes; \
std::array<std::array<dof_value_t, n_dofs_per_node>, 2 * hyEdge_dim> dofs; \
\
std::for_each(hyper_graph_.begin(), hyper_graph_.end(), [&](auto hyper_edge) { \
hyNodes = hyper_edge.topology.get_hyNode_indices(); \
for (unsigned int node = 0; node < hyNodes.size(); ++node) \
hyper_graph_.hyNode_factory().get_dof_values(hyNodes[node], x_vec, dofs[node]); \
\
if constexpr (has_fun_name<LocalSolverT, \
error_t(std::array<std::array<dof_value_t, n_dofs_per_node>, \
2 * hyEdge_dim>&, \
dof_value_t)>::value) \
result = LocalSolverT::error_def::sum_error(result, local_solver_.fun_name(dofs, time)); \
else if constexpr (has_fun_name<LocalSolverT, \
error_t(std::array<std::array<dof_value_t, n_dofs_per_node>, \
2 * hyEdge_dim>&, \
decltype(hyper_edge)&, dof_value_t)>::value) \
result = LocalSolverT::error_def::sum_error( \
result, local_solver_.fun_name(dofs, hyper_edge, time)); \
else \
hy_assert(false, "Function seems not to be ímplemented"); \
}); \
\
return LocalSolverT::error_def::postprocess_error(result); \
}()
Macro that allows to use an implemented error evaluation.
This macro implements a condensed matrix–vector multiplication commonly used in HyperHDG. However, several requirements have to be meet for the macro to be used. That is:
- LargeVecT has to define the typename of the large vector,
- dof_value_t is the typename of a dof value,
- SmallVec of file dense_la has to be available,
- hyEdge_dim and n_dofs_per_node need to be constexpr variables,
- the algortihm library needs to be included,
- hyper_graph_ is an instance of HDGHyperGraph,
- has_fun_name is constructed via the macro HAS_MEMBER_FUNCTION,
- local_solver_ is a LocalSolverT,
- ... .
◆ prototype_mat_vec_multiply
| #define prototype_mat_vec_multiply | ( | fun_name, | |
| has_fun_name | |||
| ) |
Macro that allows to use an implemented a matrix–vector multpilication.
This macro implements a condensed matrix–vector multiplication commonly used in HyperHDG. However, several requirements have to be meet for the macro to be used. That is:
- LargeVecT has to define the typename of the large vector,
- dof_value_t is the typename of a dof value,
- SmallVec of file dense_la has to be available,
- hyEdge_dim and n_dofs_per_node need to be constexpr variables,
- the algortihm library needs to be included,
- hyper_graph_ is an instance of HDGHyperGraph,
- has_fun_name is constructed via the macro HAS_MEMBER_FUNCTION,
- local_solver_ is a LocalSolverT,
- ... .
