#include <Finite_Manybody_Hilbert_Space.h>

Inheritance diagram for Finite_Manybody_Hilbert_Space:

Collaboration diagram for Finite_Manybody_Hilbert_Space:

Public Member Functions
int	get_dim_e () const
	dimensions of the electron and hole parts separately. Calculated in recalc_nr_blocks()

int	get_dim_h () const

virtual size_t	size () const

virtual void	resize (int rk_e, int rk_h, int n_e, int n_h)

virtual void	setup (Parameter_Map &param_map)

virtual void	recalc_dims ()

virtual int	get_Index_from_Fermion_Index (const Fermion_Index &fi, bool hole) const

virtual int	get_index (const Fermion_Double_Index &fi) const

virtual Fermion_Index	get_Fermion_Index_from_Index (int index, bool hole) const

virtual Fermion_Double_Index	get_Fermion_Double_Index (int index) const

virtual void	dump_indices (const std::string &filename) const

virtual Finite_Manybody_Hilbert_Space *	clone () const
	Clone & Constructors.

virtual void	copy (const Finite_Manybody_Hilbert_Space &other)

Finite_Manybody_Hilbert_Space &	operator= (const Finite_Manybody_Hilbert_Space &other)

	Finite_Manybody_Hilbert_Space (const Finite_Manybody_Hilbert_Space &other)

	Finite_Manybody_Hilbert_Space (Parameter_Map &param_map)

	Finite_Manybody_Hilbert_Space (int rk_e, int rk_h, int n_e, int n_h)

virtual bool	is_Full_Hilbert_Space () const
	indicates if Instance is the full Hilbert space with all states defined by rank_e/h and nr_e/h

Public Member Functions inherited from Manybody_Hilbert_Space
int	get_rank_e () const
	nr of electron/hole states

int	get_rank_h () const

int	get_nr_e () const

int	get_nr_h () const

	Manybody_Hilbert_Space (Parameter_Map &param_map)

Protected Attributes
int	dim_e

int	dim_h

Additional Inherited Members
Static Public Member Functions inherited from Manybody_Hilbert_Space
static std::string	print_index (size_t line_counter, void *spi_ctx)

Public Attributes inherited from Manybody_Hilbert_Space
int	rank_e

int	rank_h

int	nr_e
	nr of electrons/holes

int	nr_h

Detailed Description

Class that translates between Fermion indices (Slater determinants) and their respective indices in the finite Hamiltonian to be diagonalized.

Here, we take a dense Hilbert Space as base class but might later inherit, e.g. for selected state CI

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

/home/moritz/QNANO_PRODUCTION/qnano_new/include/manybody/Finite_Manybody_Hilbert_Space.h
/home/moritz/QNANO_PRODUCTION/qnano_new/sources/manybody/Finite_Manybody_Hilbert_Space.cc

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description