template<class Derived>
FiniteElementSpace class
Represernts a finite element space.
Base classes
- class FiniteElementSpaceBase
- Base class for finite element spaces.
Public types
- using Parent = FiniteElementSpaceBase
- Parent class.
Public functions
- auto getFiniteElement(size_t d, Index i) const -> const auto&
-
template<class T>auto getMapping(const std::pair<size_t, Index>& p, const T& v) const -> auto
- Returns the mapping of the function from the physical element to the reference element.
-
template<class CallableType>auto getInverseMapping(const std::pair<size_t, Index>& idx, const CallableType& v) const -> auto
Function documentation
template<class Derived>
const auto& Rodin::
template<class Derived>
template<class T>
auto Rodin::
Returns the mapping of the function from the physical element to the reference element.
| Template parameters | |
|---|---|
| T | Callable type |
| Parameters | |
| p in | Index of the element in the mesh |
| v in | Function defined on an element of the mesh |
For all in the mesh, the finite element space is generated by the bijective mapping:
taking a function from the global element to the reference element . Here the notation represents a Banach space of functions on the set .
The callable type T must be a function on the mesh, i.e. the call operator must have the following signature:
auto operator()(const Geometry::Point&);