num::operators Namespace Reference

Classes
struct	CallableOp
	Adapt any callable void(const Vector&, Vector&) to the operator protocol. More...
struct	DenseOp
	Adapt a dense Matrix to the operator protocol. More...
struct	SparseOp
	Adapt a SparseMatrix to the operator protocol. More...
class	SPDOp
class	SymmetricOp

Functions
template<class F >
CallableOp< F >	make_op (F f, idx rows, idx cols)
template<class F >
CallableOp< F >	make_op (F f, idx n)
template<class Op > requires LinearOperator<Op>
SymmetricOp< Op >	assume_symmetric (Op op)
template<class Op > requires LinearOperator<Op>
SPDOp< Op >	assume_spd (Op op)

Function Documentation

assume_spd()

template<class Op >
requires LinearOperator<Op>

SPDOp< Op > num::operators::assume_spd

(

Op

op

)

Definition at line 59 of file properties.hpp.

Referenced by num::pde::make_cg_solver(), num::FieldSolver::solve_poisson(), and num::FieldSolver::solve_var_poisson().

assume_symmetric()

template<class Op >
requires LinearOperator<Op>

SymmetricOp< Op > num::operators::assume_symmetric

(

Op

op

)

Definition at line 53 of file properties.hpp.

Referenced by num::lanczos(), and num::lanczos().

make_op() [1/2]

template<class F >

CallableOp< F > num::operators::make_op	(	F	f,
		idx	n
	)

Definition at line 44 of file callable.hpp.

make_op() [2/2]

template<class F >

CallableOp< F > num::operators::make_op	(	F	f,
		idx	rows,
		idx	cols
	)

Definition at line 39 of file callable.hpp.

Referenced by num::FieldSolver::solve_poisson(), and num::FieldSolver::solve_var_poisson().