template<>
P1<Math::Vector<Real>, Geometry::Mesh<Context::Sequential>> class final
Vector valued Lagrange finite element space.
Represents the finite element space composed of dimensional vector valued, continuous, piecewise linear functions:
This class is vector valued, i.e. evaluations of the function are of Math::
Base classes
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template<class Derived>class FiniteElementSpace<P1<Math::Vector<Real>, Geometry::Mesh<Context::Sequential>>>
- Represernts a finite element space.
Public types
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using RangeType = Math::
Vector<ScalarType> - Range type of value.
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using MeshType = Geometry::
Mesh<Context:: Sequential> - Type of mesh on which the finite element space is built.
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using ContextType = Context::
Sequential - Represents the Context of the P1 space.
- using ElementType = P1Element<RangeType>
- Type of finite element.
- using Parent = FiniteElementSpace<P1<RangeType, MeshType>>
- Parent class.
Public functions
- auto getSize() const -> size_t override
- Gets the total number of degrees of freedom.
- auto getVectorDimension() const -> size_t override
- Gets the dimension of the range space, i.e. the number of components of each basis function.
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auto getMesh() const -> const Geometry::
Mesh<ContextType>& override - Gets the constant reference to the mesh upon which the finite element space is built on.
- auto getDOFs(size_t d, Index i) const -> const IndexArray& override
- Gets a set of global degree of freedom indices associated to the polytope of dimension and index .
- auto getGlobalIndex(const std::pair<size_t, Index>& idx, Index local) const -> Index override
- Gets the global index for the local degree of freedom on the -polytope.
Function documentation
template<>
size_t Rodin:: Variational:: P1<Math:: Vector<Real>, Geometry:: Mesh<Context:: Sequential>>:: getSize() const override
Gets the total number of degrees of freedom.
Returns | Size of the finite element space |
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template<>
size_t Rodin:: Variational:: P1<Math:: Vector<Real>, Geometry:: Mesh<Context:: Sequential>>:: getVectorDimension() const override
Gets the dimension of the range space, i.e. the number of components of each basis function.
Returns | Vector dimension of the finite element space. |
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template<>
const Geometry:: Mesh<ContextType>& Rodin:: Variational:: P1<Math:: Vector<Real>, Geometry:: Mesh<Context:: Sequential>>:: getMesh() const override
Gets the constant reference to the mesh upon which the finite element space is built on.
Returns | Constant reference to mesh |
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template<>
const IndexArray& Rodin:: Variational:: P1<Math:: Vector<Real>, Geometry:: Mesh<Context:: Sequential>>:: getDOFs(size_t d,
Index i) const override
Gets a set of global degree of freedom indices associated to the polytope of dimension and index .
Returns | Set of indices associated to the -polytope. |
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template<>
Index Rodin:: Variational:: P1<Math:: Vector<Real>, Geometry:: Mesh<Context:: Sequential>>:: getGlobalIndex(const std::pair<size_t, Index>& idx,
Index local) const override
Gets the global index for the local degree of freedom on the -polytope.
Parameters | |
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idx in | Pair representing the -polytope. |
local in | Local degree of freedom index. |