Static Public Member Functions
static Model *	createSquareLattice (std::initializer_list< int > size, std::initializer_list< bool > periodic, std::complex< double > t)

static Model *	createHexagonalLattice (std::initializer_list< int > size, std::initializer_list< bool > periodic, std::complex< double > t)

static Model *	createModel (const StateSet &stateSet, const AbstractOperator &o=DefaultOperator())

static Model *	createModel (const StateSet &stateSet, const StateTreeNode &stateTreeNode, const AbstractOperator &o=DefaultOperator())

static Model *	createModel (const UnitCell &unitCell, std::initializer_list< int > size, std::initializer_list< bool > periodic, const bool *includedCells=NULL, const AbstractOperator &o=DefaultOperator())

static void	addSquareGeometry (Model *model, std::initializer_list< int > size)

static void	addHexagonalGeometry (Model *model, std::initializer_list< int > size)

static Model *	merge (std::initializer_list< Model * > models)

Member Function Documentation

void TBTK::Util::ModelFactory::addHexagonalGeometry	(	Model *	model,
		std::initializer_list< int >	size
	)

static

Add geometry information to hexagonal lattice.

void TBTK::Util::ModelFactory::addSquareGeometry	(	Model *	model,
		std::initializer_list< int >	size
	)

static

Add geometry information to square lattice.

Model * TBTK::Util::ModelFactory::createHexagonalLattice	(	std::initializer_list< int >	size,
		std::initializer_list< bool >	periodic,
		std::complex< double >	t
	)

static

Create hexagonal lattice with two spins per site and nearest neighbor hopping amplitude t. Unit cell conatins four atom such that the final lattice is rectangualrly shaped.

Parameters

size	List of ranges. {10, 20}, creates a hexagonal lattice with rectangular dimension 10x20.
periodic	Specifies whether given dimension should have periodic boundary conditions or not.
t	Nearest neighbor hopping amplitude.

Model * TBTK::Util::ModelFactory::createModel	(	const StateSet &	stateSet,
		const AbstractOperator &	o = `DefaultOperator()`
	)

static

Create a model from a StateSet.

Model * TBTK::Util::ModelFactory::createModel	(	const StateSet &	stateSet,
		const StateTreeNode &	stateTreeNode,
		const AbstractOperator &	o = `DefaultOperator()`
	)

static

Create a model from a StateTreeNode.

static Model* TBTK::Util::ModelFactory::createModel	(	const UnitCell &	unitCell,
		std::initializer_list< int >	size,
		std::initializer_list< bool >	periodic,
		const bool *	includedCells = `NULL`,
		const AbstractOperator &	o = `DefaultOperator()`
	)

static

Create a model from a UnitCell.

Parameters

unitCell	Unit cell to repeat.
size	Number of unit cells in the final lattice. For example {SIZE_X, SIZE_Y, SIZE_Z} results in a model consisting of SIZE_XxSIZE_YxSIZE_Z unit cells.
periodic	Specifies whether a given dimension should have periodic boundary conditions or not.
includedCells	a boolean array indicating which unit cells to include in the final lattice. The array should be one dimensional with the layout includeedCell[xSIZE_YSIZE_Z + y*SIZE_Z + z] (TBTK conventional layout with trailing indices most closly packed). If NULL is passed, every unit cell is included.
o	Operator to calculate matrix elements for.

Model * TBTK::Util::ModelFactory::createSquareLattice	(	std::initializer_list< int >	size,
		std::initializer_list< bool >	periodic,
		std::complex< double >	t
	)

static

Create square lattice with two spins per site and nearest neighbor hopping amplitude t.

Parameters

size	List of ranges. {10}, {10, 20}, {10, 20, 30} creates a square lattice of size 10, 10x20, and 10x20x30, respectively.
periodic	Specifies whether given dimension should have periodic boundary conditions or not.
t	Nearest neighbor hopping amplitude.

Model * TBTK::Util::ModelFactory::merge ( std::initializer_list< Model * > models )

static

Merge models.

The documentation for this class was generated from the following files:

/home/kristofer/TBTK/TBTK/calc/TightBindingLib/include/ModelFactory.h
/home/kristofer/TBTK/TBTK/calc/TightBindingLib/src/ModelFactory.cpp

Static Public Member Functions

Member Function Documentation