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| | LookUpCartesianData (const GridView &gridView, const Dune::CartesianIndexMapper< Grid > &mapper, bool isFieldPropInLgr=false) |
| | : Constructor taking a GridView, a CartesianIndexMapper, and a bool
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| template<class ElementOrIndex, class FieldProperties> |
| auto | operator() (const ElementOrIndex &elemIdx, const FieldProperties &fieldProp) const |
| | : Get field property for an element in the leaf grid view, from a vector, via Cartesian Index.
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std::vector< double > | assignFieldPropsDoubleOnLeaf (const FieldPropsManager &fieldPropsManager, const std::string &propString) const |
| | : Get field property of type double from field properties manager by name.
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template<typename IntType> |
| std::vector< IntType > | assignFieldPropsIntOnLeaf (const FieldPropsManager &fieldPropsManager, const std::string &propString, const bool &needsTranslation, std::function< void(IntType, int)> valueCheck=[](IntType, int){}) const |
| | : Get field property of type int from field properties manager by name.
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template<typename ElemOrIndex> |
| double | fieldPropDouble (const FieldPropsManager &fieldPropsManager, const std::string &propString, const ElemOrIndex &elemOrIndex) const |
| | : Get property of type double from field properties manager by name, via element or its index.
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template<typename ElemOrIndex> |
| int | fieldPropInt (const FieldPropsManager &fieldPropsManager, const std::string &propString, const ElemOrIndex &elemOrIndex) const |
| | : Get property of type int from field properties manager by name, via element or its index.
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template<class ElementType> |
| auto | getFieldPropCartesianIdx (const ElementType &elemIdx) const |
| | Calls getFieldPropCartesianIdx<Grid, ElementType>(elemIdx).
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| template<class GridType, class ElementType> |
| auto | getFieldPropCartesianIdx (const ElementType &elemIdx) const |
| | Return the cartesian index used to retrieve field properties, depending on whether the grid is a CpGrid or another type of grid (with no LGR).
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template<typename IndexType, typename FieldPropType> |
| auto | operator() (const IndexType &elementOrIndex, const FieldPropType &fieldProp) const |
| | LookUpCartesianData.
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template<typename Grid, typename GridView>
class Opm::LookUpCartesianData< Grid, GridView >
LookUpCartesianData - To search field properties of leaf grid view elements via CartesianIndex (cartesianMapper).
Instead of using a specialitation for Dune::CpGrid, we implement std::enable_if to overload methods with different definitions: for Dune:CpGrid and for other Grid types. An auxiliary defualt template parameter (GridType = Grid) is added to deal with the dependent names at template instantiation.
template<typename Grid, typename GridView>
template<typename GridType, typename ElementType>
Return the cartesian index used to retrieve field properties, depending on whether the grid is a CpGrid or another type of grid (with no LGR).
This method determines the correct cartesian index under two main conditions:
- Non-CpGrid: If
GridType is not Dune::CpGrid, the cartesian index is obtained via cartMapper_->cartesianIndex(...). The function asserts that maxLevel() == 0, i.e., no local grid refinements (LGR).
- CpGrid: For CpGrid, if
isFieldPropInLgr_ is true and the element resides on a refined level (> 0), then its cartesian index is taken from the LGR-level entity. Otherwise, the index is derived from the origin (level 0) entity through cartMapper_ after mapping the underlying entity index.
- Template Parameters
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| GridType | Auxiliary type used to specialize the method for CpGrid vs. other grids. If GridType = Dune::CpGrid, local grid refinements (LGR) are considered; otherwise, LGR is not supported. |
| ElementType | the type of the element or index passed in. |
- Parameters
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| elemIdx | An integral cell index or a grid entity (EntityType) used to compute the cartesian index. For CpGrid, if an integral index is passed, the method creates a Dune::cpgrid::Entity on the fly. Otherwise, it uses the provided entity. |
- Returns
- The integer cartesian index to be used for looking up the relevant field properties. For non-CpGrid, it is simply the mapped index via
cartMapper_->cartesianIndex(...). For CpGrid, it can be the LGR-based cartesian index if isFieldPropInLgr_ and the element is refined, or the origin-based cartesian index otherwise.
- Note
- For non-CpGrid use-cases, the method asserts that
maxLevel() == 0, since local grid refinements are only supported for CpGrid.
template<typename Grid, typename GridView>
template<class ElementOrIndex, class FieldProperties>
| auto Opm::LookUpCartesianData< Grid, GridView >::operator() |
( |
const ElementOrIndex & | elemIdx, |
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const FieldProperties & | fieldProp ) const |
: Get field property for an element in the leaf grid view, from a vector, via Cartesian Index.
For general grids, the field property vector is assumed to be given for the gridView_.
For CpGrid, the field property vector is assumed to be given for level 0 when isFieldPropLgr_ == false,
and for certain LGR/level > 0 when isFieldPropLgr_ == true.
- Template Parameters
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| ElementOrIndex | the type of the element or index passed in. |
| FieldProperties | the type of the field properties vector. Should be an std::vector like type. |
1.15.0