point_constraints.hpp File Reference

#include <limits>
#include <memory>
#include <tuple>
#include <type_traits>
#include <utility>
#include <vector>
#include "serif/discretization/blocks/system_layout.hpp"
#include "serif/model/computations/interior.hpp"
#include "serif/operators/backend/mfem/linearized_block.hpp"
#include "serif/operators/backend/mfem/nodal_computations.hpp"
#include "serif/operators/backend/mfem/point_border.hpp"

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Classes
struct	serif::model::computations::PointConstraintContribution< Scope >
	Identify an affine point constraint independently of its carrier equation. More...

Namespaces
namespace	serif
namespace	serif::model
namespace	serif::model::computations

Functions
template<operators::backend::mfem::AffinePointEquation Equation, typename Discretization>
auto	serif::model::computations::point_constraint_discretization (const Equation &, const Discretization &discretization)
	Select the declared physical point using the model's existing carrier and border bindings.
template<typename Scope, typename Equation, typename Schema, discretization::blocks::SystemLayoutType Layout>
auto	serif::model::computations::point_constraint_contribution (Layout layout)
	Convert one accepted affine point border into physical residual and sparse off-diagonal blocks.
template<typename Scope = void, operators::backend::mfem::AffinePointEquation Equation, typename Schema, discretization::blocks::SystemLayoutType Layout> requires utils::dependencies::ContainsKey<typename Equation::Test, typename Layout::Values> && utils::dependencies::ContainsKey<typename Equation::Test, typename Layout::Residuals> && utils::dependencies::ContainsKey<typename Equation::Border, typename Layout::Values> && utils::dependencies::ContainsKey<typename Equation::Border, typename Layout::Residuals>
auto	serif::model::computations::make_point_constraint_computations (Equation equation, const operators::backend::mfem::PointBorderDiscretization< Equation, Schema > &discretization, Layout layout)
	Add the existing nodal stages and their contribution to the model's one dependency graph.