DUNE-ACFEM (2.5.1)
S-multiplication with numbers (see below for S-multiplication with grid-functions). More...
#include <dune/acfem/models/modelexpression.hh>
Public Types | |
typedef InterfaceType::FunctionSpaceType | FunctionSpaceType |
type of discrete function space | |
typedef InterfaceType::GridPartType | GridPartType |
type of the grid-part we live on | |
typedef InterfaceType::EntityType | EntityType |
type of the codim-0 Entity from the GridPartType | |
typedef InterfaceType::DomainFieldType | DomainFieldType |
domain type (from function space) | |
typedef InterfaceType::RangeFieldType | RangeFieldType |
range type (from function space) | |
typedef InterfaceType::DomainType | DomainType |
domain type (from function space) | |
typedef InterfaceType::RangeType | RangeType |
range type (from function space) | |
typedef InterfaceType::JacobianRangeType | JacobianRangeType |
jacobian type (from function space) | |
typedef InterfaceType::HessianRangeType | HessianRangeType |
hessian type (from function space) | |
typedef Expression | ExpressionType |
The type of the underlying expression. | |
Public Member Functions | |
std::string | name () const |
Print a descriptive name for debugging and output. More... | |
OperatorPartsType | operatorParts () const |
Return the integral kernels for the bilinear form. | |
BulkForcesFunctionType | bulkForcesFunction (const GridPartType &gridPart) const |
Generate an instance of a class defining the bulk-forces the model is subject to. More... | |
template<class DiscreteFunctionSpace > | |
TraitsType::template ForcesFunctionalTraits< DiscreteFunctionSpace >::FunctionalType | forcesFunctional (const DiscreteFunctionSpace &space) const |
Generate an instance of a class defining a functional which forms part of the force-terms for the model. More... | |
DirichletBoundaryFunctionType | dirichletBoundaryFunction (const GridPartType &gridPart) const |
Generate an instance of a class defining Dirichlet boundary values as a Fem grid-function. More... | |
DirichletWeightFunctionType | dirichletWeightFunction (const GridPartType &gridPart) const |
Generate an instance of a class defining a "left hand side" weight on the Dirichlet boundary conditions, DefaultModelTraits::DirichletWeightFunctionType. More... | |
NeumannBoundaryFunctionType | neumannBoundaryFunction (const GridPartType &gridPart) const |
Generate an instance of a class defining Neumann boundary values as a Fem grid-function. More... | |
DirichletIndicatorType | dirichletIndicator () const |
Generate an object to identify parts of the boundary subject to Dirichlet boundary conditions. More... | |
NeumannIndicatorType | neumannIndicator () const |
Generate an object to identify parts of the boundary subject to Neumann boundary conditions. More... | |
const ExpressionType & | expression () const |
Return a const reference to the underlying expression. | |
ExpressionType & | expression () |
Return a mutable reference to the underlying expression. | |
ExpressionType | operator* () const |
Return a copy from of the underlying expression. | |
Detailed Description
template<class Factor, class ModelType>
class Dune::ACFem::BinaryModelExpression< SMultiplyOperation, Factor, ModelType >
S-multiplication with numbers (see below for S-multiplication with grid-functions).
This handles also multiplication with Parameter-classes.
NOTE: we specialize the expression-class explicitly because the recurse to the static methods of the expression-operations class just does not make this stuff less complicated. Instead we define the s-multiplication expression explicitly here.
ALSO NOTE: we only define the class for multiplication with scalars from the left and define multiplication and division from the right via the operator functions (given that multiplication is commutative, which is not correct for complicated expressions when taking round-off errors into account.
Member Function Documentation
◆ bulkForcesFunction()
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inline |
Generate an instance of a class defining the bulk-forces the model is subject to.
The return object is a Fem grid-function. This can be used for the case where the "right hand side" is an L2-function.
◆ dirichletBoundaryFunction()
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inline |
Generate an instance of a class defining Dirichlet boundary values as a Fem grid-function.
◆ dirichletIndicator()
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inline |
Generate an object to identify parts of the boundary subject to Dirichlet boundary conditions.
The return value has to obey the BoundaryIndicatorInterface.
◆ dirichletWeightFunction()
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inline |
Generate an instance of a class defining a "left hand side" weight on the Dirichlet boundary conditions, DefaultModelTraits::DirichletWeightFunctionType.
◆ forcesFunctional()
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inline |
Generate an instance of a class defining a functional which forms part of the force-terms for the model.
◆ name()
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inline |
Print a descriptive name for debugging and output.
References Dune::ACFem::parameterValue().
◆ neumannBoundaryFunction()
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inline |
Generate an instance of a class defining Neumann boundary values as a Fem grid-function.
◆ neumannIndicator()
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inline |
Generate an object to identify parts of the boundary subject to Neumann boundary conditions.
The return value has to obey the BoundaryIndicatorInterface.
The documentation for this class was generated from the following file:
- dune/acfem/models/modelexpression.hh