A class for the handling of two dimensional perfectly periodic photonic crystals with quadrilateral unit cells. More...

#include <PHC4.hh>

Collaboration diagram for phc::PHC4:

Public Member Functions
void	assemble ()
void	bilinearforms (std::vector< Real > epsilon, std::vector< uint > attributes, Real dflt=1.0)
void	compute (uint kmax, uint maxiter, Real eps, uint n, bool EF_graph)
void	factor (Real k_x, Real k_y, concepts::Array< Real > v1, concepts::Array< Real > v2)
void	get_16_matrices_k1_k2_ (std::string path=std::string("."))
void	get_16_matrices_k1_k2_TE (std::string path=std::string("."))
void	get_16_matrices_k1_k2_TM (std::string path=std::string("."))
concepts::SparseMatrix< Real > *	get_ev_TE ()
concepts::SparseMatrix< Real > *	get_ev_TM ()
concepts::Array < concepts::Real2d * >	get_k ()
hp2D::hpAdaptiveSpaceH1	get_spc (uint i)
double	get_time ()
void	give_matrices (uint Brillouin_Point, uint Ref_Step, std::string tag)
uint	nDoF ()
	PHC4 (std::vector< hp2D::hpAdaptiveSpaceH1 * > spc, Brillouin_Base &B, uint i, std::vector< Real > epsilon, std::vector< uint > attributes, Real dflt=1.0)
	PHC4 (std::vector< hp2D::hpAdaptiveSpaceH1 * > spc, Brillouin_Base &B, concepts::Array< concepts::Real2d * > k_val, std::vector< Real > epsilon, std::vector< uint > attributes, Real dflt=1.0)
void	rcount ()
void	rebuild ()
void	recompute (uint kmax, uint maxiter, Real eps, uint n, bool EF_graph)
void	set_tag (std::string tag)
	~PHC4 ()
Private Member Functions
void	brillouinIteration_ (uint kmax, uint maxiter, Real eps, uint n, uint j, concepts::LiCoI< Real > *Id_OP)
	Adding up the matrices and computing the `kmax` eigenvalues in maximally `maxiter` iterations and tolerance `eps`.
concepts::Array< uint >	sort_ (concepts::Array< Cmplx > *unsorted)
Private Attributes
bool	assembled_
Brillouin_Base &	B_
bool	computed_
bool	EF_graph_
concepts::Vector< Cmplx > *	EF_TE_
concepts::Vector< Cmplx > *	EF_TM_
concepts::Array < concepts::Array< Cmplx > * > *	ev_TE_
concepts::SparseMatrix< Real > *	ev_TE_matrix_
concepts::Array < concepts::Array< Cmplx > * > *	ev_TM_
concepts::SparseMatrix< Real > *	ev_TM_matrix_
concepts::Array< Cmplx >	factor_
hp2D::Identity *	id_TE_
hp2D::Identity *	id_TM_
concepts::Array < concepts::Real2d * >	k_
hp2D::Laplace *	la_TE_
hp2D::Laplace *	la_TM_
std::vector < concepts::SparseMatrix< Real > * >	mat_id_TE_
std::vector < concepts::SparseMatrix< Real > * >	mat_id_TM_
std::vector < concepts::SparseMatrix< Real > * >	mat_la_TE_
std::vector < concepts::SparseMatrix< Real > * >	mat_la_TM_
uint	nDoF_
hp2D::hpFull &	prebuild_
bool	rebuilt_
uint	refine_
concepts::Array< Cmplx > *	resid_TE_
concepts::Array< Cmplx > *	resid_TM_
bool	set_tag_
concepts::Array< Cmplx >	single_factor_
hp2D::hpAdaptiveSpaceH1 &	spc1_
hp2D::hpAdaptiveSpaceH1 &	spc2_
hp2D::hpAdaptiveSpaceH1 &	spc3_
hp2D::hpAdaptiveSpaceH1 &	spc4_
std::vector < hp2D::hpAdaptiveSpaceH1 * >	spc_
double	t_
std::string	tag_

Detailed Description

A class for the handling of two dimensional perfectly periodic photonic crystals with quadrilateral unit cells.

Author:: Peter Kauf, 2006

Definition at line 39 of file PHC4.hh.

Constructor & Destructor Documentation

phc::PHC4::PHC4	(	std::vector< hp2D::hpAdaptiveSpaceH1 * >	spc,
		Brillouin_Base &	B,
		uint	i,
		std::vector< Real >	epsilon,
		std::vector< uint >	attributes,
		Real	dflt = `1.0`
	)

phc::PHC4::PHC4	(	std::vector< hp2D::hpAdaptiveSpaceH1 * >	spc,
		Brillouin_Base &	B,
		concepts::Array< concepts::Real2d * >	k_val,
		std::vector< Real >	epsilon,
		std::vector< uint >	attributes,
		Real	dflt = `1.0`
	)