concepts::gfem Namespace Reference

Classes
class	FormulaToElemFormula
class	GfemAdvectionIgnore
class	GfemBasisOne
struct	GfemCellParams
struct	GfemControl
class	GfemDiffraction
	solver for unit cell problem for photonic crystals. More...
struct	GfemDofIterator
struct	GfemDofIteratorFast
class	GfemIdentity
class	GfemIdentityIgnore
class	GfemLaplace
struct	GfemOverlapCondition
class	GfemQuad
class	GfemQuadFast
class	GfemQuadGraphics
class	GfemQuadGraphicsFast
class	GfemRiesz
class	GfemSpace
class	GfemSpaceFast
struct	GfemSpaceParams
	Parameter for GfemSpace. More...
class	GfemUCQuad
class	InputSol_filename
class	InputUC_filename
class	PC_UC_Solver
	solver for unit cell problem for photonic crystals. More...
class	PeriodicRect
class	Riesz
	Linear form in 2D. More...
struct	UC_Sol
struct	Unitcell
	assumes rectangular axis-aligned geometry of the underlying mesh. More...
struct	UnitcellMask
class	UpcastFormula
Typedefs
typedef GfemControl< 2 >	GfemControlCell
typedef GfemControl< 1 >	GfemControlEdge
typedef GfemControl< 0 >	GfemControlVert
typedef std::map< int, double >	MID
Functions
bool	loadCoeffVector (std::string filename, concepts::Vector< Cmplx > &coeffs)
	Loads a coefficient vector from the file filename and store it in coeffs.
void	loadEFs (const Space< Real > &uc_space, Unitcell &uc, std::string ef_filename="work/efs.dat")
	Loads a list of complex valued coefficient vectors from the file ef_filename.
std::auto_ptr< DenseMatrix < Real > >	loadRawMatrix (std::string filename)
template<uint dim>
std::ostream &	operator<< (std::ostream &os, const GfemControl< dim > &c)
template<class SpaceType >
void	storeMatlabExt (SpaceType &space, std::string filename, std::string filenameGrad, concepts::Vector< concepts::Cmplx > sol, std::string additional="", bool restoreQR=true, int graphik=12, std::string quadType_str="trapeze", bool addPolDegToGraphik=false)
template<class SpaceType , class SpaceTypeUC >
void	storeMatlabExt (SpaceType &space, SpaceTypeUC &spaceUC, std::string filename, std::string filenameGrad, concepts::Vector< concepts::Cmplx > sol, std::string additional="", bool restoreQR=true, int graphik=12, std::string quadType_str="trapeze")

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Typedef Documentation

typedef GfemControl<2> concepts::gfem::GfemControlCell

Definition at line 167 of file gfemControl.h.

typedef GfemControl<1> concepts::gfem::GfemControlEdge

Definition at line 166 of file gfemControl.h.

typedef GfemControl<0> concepts::gfem::GfemControlVert

Definition at line 165 of file gfemControl.h.

typedef std::map< int, double > concepts::gfem::MID

Definition at line 28 of file gfemDiffraction.h.

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Function Documentation

bool concepts::gfem::loadCoeffVector	(	std::string	filename,
		concepts::Vector< Cmplx > &	coeffs
	)

Loads a coefficient vector from the file filename and store it in coeffs.

Returns:

false if the file format does not match the underlying FEM space uc_space, additionaly an error message is displayed.

void concepts::gfem::loadEFs	(	const Space< Real > &	uc_space,
		Unitcell &	uc,
		std::string	ef_filename = "work/efs.dat"
	)

Loads a list of complex valued coefficient vectors from the file ef_filename.

The file contains a sequence of the following blocks, each specifying one coefficient vector n rk_1 ik_1 rk_2 ik_2 r_1 r_2 [...] r_n i_1 i_2 [...] i_n

where n is the number of entries in the next two rows, ik_1 (resp ik_2) and rk_1 (resp. rk_2) specify the imaginary and real parts of the wave vector (k_1, k_2) that gives a quasiperiodic boundary condition for this solution. The entries r_j and i_j specify the real (r_j) and imaginary (i_j) part of the coefficient c_j of the j-th basis function in the underlying FEM space uc_space.

The program will abort, if the file format does not match the underlying FEM space uc_space and an error message is displayed.

std::auto_ptr< DenseMatrix<Real> > concepts::gfem::loadRawMatrix

(

std::string

filename

)

template<uint dim>

std::ostream& concepts::gfem::operator<<	(	std::ostream &	os,
		const GfemControl< dim > &	c
	)		[inline]

Definition at line 170 of file gfemControl.h.

template<class SpaceType >

void concepts::gfem::storeMatlabExt	(	SpaceType &	space,
		std::string	filename,
		std::string	filenameGrad,
		concepts::Vector< concepts::Cmplx >	sol,
		std::string	additional = "",
		bool	restoreQR = true,
		int	graphik = 12,
		std::string	quadType_str = "trapeze",
		bool	addPolDegToGraphik = false
	)		[inline]

Definition at line 187 of file inputHelp.h.

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template<class SpaceType , class SpaceTypeUC >

void concepts::gfem::storeMatlabExt	(	SpaceType &	space,
		SpaceTypeUC &	spaceUC,
		std::string	filename,
		std::string	filenameGrad,
		concepts::Vector< concepts::Cmplx >	sol,
		std::string	additional = "",
		bool	restoreQR = true,
		int	graphik = 12,
		std::string	quadType_str = "trapeze"
	)		[inline]

Definition at line 131 of file inputHelp.h.

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