The main driver class.
More...
#include <elasticity_upscale.hpp>
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typedef
GridType::LeafGridView::ctype | ctype |
| A basic number. More...
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typedef Dune::FieldVector
< double, dim > | NodeValue |
| A vectorial node value. More...
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typedef
GridType::LeafGridView::template
Codim
< 1 >::Geometry::GlobalCoordinate | GlobalCoordinate |
| A global coordinate. More...
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typedef
GridType::LeafGridView::IndexSet | LeafIndexSet |
| A set of indices. More...
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typedef
GridType::LeafGridView::template
Codim< 0 >::Iterator | LeafIterator |
| An iterator over grid cells. More...
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typedef PC::type | PCType |
| Our preconditioner type. More...
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typedef std::shared_ptr
< typename PC::type > | PCPtr |
| A pointer to our preconditioner. More...
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| ElasticityUpscale (const GridType &gv_, ctype tol_, ctype Escale_, const std::string &file, const std::string &rocklist, bool verbose_) |
| Main constructor. More...
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void | findBoundaries (double *min, double *max) |
| Find boundary coordinates. More...
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void | addMPC (Direction dir, int slave, const BoundaryGrid::Vertex &m) |
| Add a MPC equation. More...
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void | periodicBCs (const double *min, const double *max) |
| Establish periodic boundaries using the MPC approach. More...
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void | periodicBCsMortar (const double *min, const double *max, int n1, int n2, int p1, int p2) |
| Establish periodic boundaries using the mortar approach. More...
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void | fixCorners (const double *min, const double *max) |
| Fix corner nodes. More...
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void | assemble (int loadcase, bool matrix) |
| Assemble (optionally) stiffness matrix A and load vector. More...
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template<int comp> |
void | averageStress (Dune::FieldVector< ctype, comp > &sigma, const Vector &u, int loadcase) |
| Calculate the average stress vector for the given loadcase. More...
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void | solve (int loadcase) |
| Solve Au = b for u. More...
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void | setupSolvers (const LinSolParams ¶ms) |
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static const int | dim = GridType::dimension |
| Dimension of our grid. More...
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template<class GridType, class PC>
class Opm::Elasticity::ElasticityUpscale< GridType, PC >
The main driver class.
template<class GridType , class PC >
template<class GridType , class PC >
template<class GridType , class PC >
template<class GridType , class PC >
An iterator over grid cells.
template<class GridType , class PC >
template<class GridType , class PC >
A pointer to our preconditioner.
template<class GridType , class PC >
template<class GridType , class PC >
Main constructor.
- Parameters
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[in] | gv_ | The grid to operate on |
[in] | tol_ | The tolerance to use when deciding whether or not a coordinate falls on a plane/line/point. |
- See also
- tol
- Parameters
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[in] | Escale_ | A scale value for E-moduluses to avoid numerical issues |
[in] | file | The eclipse grid file |
[in] | rocklist | If not blank, file is a rocklist |
[in] | verbose | If true, give verbose output |
template<class GridType , class PC >
Add a MPC equation.
- Parameters
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[in] | dir | The direction of the MPC |
[in] | slave | The slave node index |
[in] | m | The vertices on the master grid |
template<class GridType , class PC >
Assemble (optionally) stiffness matrix A and load vector.
- Parameters
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[in] | loadcase | The strain load case. Set to -1 to skip |
[in] | matrix | Whether or not to assemble the matrix |
template<class GridType , class PC >
template<int comp>
Calculate the average stress vector for the given loadcase.
- Parameters
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[out] | sigma | The stress vector |
[in] | u | The displacement vector |
[in] | loadcase | The strain load case considered |
template<class GridType , class PC >
Find boundary coordinates.
- Parameters
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[out] | min | The miminum coordinates of the grid |
[out] | max | The maximum coordinates of the grid |
template<class GridType , class PC >
Fix corner nodes.
- Parameters
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[in] | min | The minimum coordinates on the grid |
[in] | max | The maximum coordinates on the grid |
template<class GridType , class PC >
Establish periodic boundaries using the MPC approach.
- Parameters
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[in] | min | The minimum coordinates of the grid |
[in] | max | The maximum coordinates of the grid |
template<class GridType , class PC >
Establish periodic boundaries using the mortar approach.
- Parameters
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[in] | min | The minimum coordinates of the grid |
[in] | max | The maximum coordinates of the grid |
[in] | n1 | The number of elements on the lambda grid in the X direction |
[in] | n2 | The number of elements on the lambda grid in the Y direction |
[in] | p1 | The order of multipliers in the X direction |
[in] | p2 | The order of multipliers in the Y direction |
template<class GridType , class PC >
- Parameters
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[in] | params | The linear solver parameters |
template<class GridType , class PC >
Solve Au = b for u.
- Parameters
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[in] | loadcase | The load case to solve |
template<class GridType , class PC >
template<class GridType , class PC >
template<class GridType , class PC >
Are volume fractions grouped by SATNUM?
template<class GridType , class PC >
template<class GridType , class PC >
template<class GridType , class PC >
template<class GridType , class PC >
Vector holding the volume fractions for materials (grouped by SATNUM)
The documentation for this class was generated from the following file:
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