Rotation symmetric extrusion policy for spherical rotation.
#include <dumux/discretization/extrusion.hh>
|
template<class FVGeo , class SCVF > |
static constexpr auto | area (const FVGeo &, const SCVF &scvf) |
| Transformed sub-control-volume face area.
|
|
template<class FVGeo , class SCV > |
static constexpr auto | volume (const FVGeo &fvGeometry, const SCV &scv) |
| Transformed sub-control-volume volume.
|
|
template<class Geometry > |
static constexpr auto | integrationElement (const Geometry &geo, const typename Geometry::LocalCoordinate &x) |
| Integration element for quadrature rules on the reference element.
|
|
◆ area()
template<class FVGeo , class SCVF >
static constexpr auto Dumux::SphericalExtrusion::area |
( |
const FVGeo & | , |
|
|
const SCVF & | scvf ) |
|
inlinestaticconstexpr |
- Note
- Mid-point rule integrals are only exact for constants
◆ integrationElement()
template<class Geometry >
static constexpr auto Dumux::SphericalExtrusion::integrationElement |
( |
const Geometry & | geo, |
|
|
const typename Geometry::LocalCoordinate & | x ) |
|
inlinestaticconstexpr |
◆ volume()
template<class FVGeo , class SCV >
static constexpr auto Dumux::SphericalExtrusion::volume |
( |
const FVGeo & | fvGeometry, |
|
|
const SCV & | scv ) |
|
inlinestaticconstexpr |
- Note
- Mid-point rule integrals are only exact for constants
The documentation for this struct was generated from the following file: