Detailed Description

template<class shape_storage_type, class matrix_type, class rhs_type>
class mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::TractionOp

Class representing the traction operator. Useful for setting boundary conditions.

Definition at line 266 of file ImplicitVectorOperators_fwd.hpp.

Inheritance diagram for mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::TractionOp:

Collaboration diagram for mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::TractionOp:

Public Member Functions
RowVecOp	eval (scalar_t alpha) const
	Evaluate this operator. More...

RowVecOp	eval () const
	Eval with `alpha = 1.0`. More...

RowVecOp	operator* (scalar_t alpha)
	Multiply this operation by a scalar. More...

RowVecOp	operator+ (RowVecOp right)
	Combine this operation with another row operation. More...

RowVecOp	operator+ (const VecOpBase< other_derived_t > &right)
	Combine tho operation with another operation. Both operations are evaluated. More...

RowVecOp	operator- ()
	Multiply this operation by `-1`. More...

Friends
class	ImplicitVectorOperators

Protected Attributes
ImplicitVectorOperators &	op
	Reference to underlying operators. More...

int	node
	Index of the point for which to apply the operation. More...

int	row
	Matrix row to which the operation should be applied (without offset). More...

Private Member Functions
	TractionOp (ImplicitVectorOperators &op, int node, int row, scalar_t lam, scalar_t mu, const domain_vector_t &normal)
	Create traction operator with given Lame constants and outside unit normal. More...

Private Attributes
scalar_t	lam
	1st Lame constant. More...

scalar_t	mu
	2nd Lame constant. More...

domain_vector_t	normal
	Unit normal to the surface where traction os desired. More...

Constructor & Destructor Documentation

◆ TractionOp()

template<class shape_storage_type , class matrix_type , class rhs_type >

mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::TractionOp::TractionOp	(	ImplicitVectorOperators &	op,
		int	node,
		int	row,
		scalar_t	lam,
		scalar_t	mu,
		const domain_vector_t &	normal
	)

inlineprivate

Create traction operator with given Lame constants and outside unit normal.

Definition at line 274 of file ImplicitVectorOperators_fwd.hpp.

Member Function Documentation

◆ eval() [1/2]

RowVecOp mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::VecOpBase< TractionOp >::eval

inlineinherited

Eval with alpha = 1.0.

Definition at line 149 of file ImplicitVectorOperators_fwd.hpp.

◆ eval() [2/2]

template<class shape_storage_type , class matrix_type , class rhs_type >

RowVecOp mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::TractionOp::eval ( scalar_t alpha ) const

inline

Evaluate this operator.

Definition at line 279 of file ImplicitVectorOperators_fwd.hpp.

◆ operator*()

RowVecOp mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::VecOpBase< TractionOp >::operator* ( scalar_t alpha )

inlineinherited

Multiply this operation by a scalar.

Definition at line 153 of file ImplicitVectorOperators_fwd.hpp.

◆ operator+() [1/2]

RowVecOp mm::ImplicitVectorOperators< shape_storage_type, matrix_type, rhs_type >::VecOpBase< TractionOp >::operator+ ( const VecOpBase< other_derived_t > & right )