Public Member Functions
	NanoStructure (std::string filename)

	NanoStructure (int n)

void	configure (config::Configuration &config)

void	solve ()

void	solve (mpi::OpenMPI &mpi)

std::complex< double >	left (int nLayer, int nOmega, double epsk)

std::complex< double >	right (int nLayer, int nOmega, double epsk)

void	precalc_L (int nLayer, int nOmega, double epsk)

void	precalc_R (int nLayer, int nOmega, double epsk)

void	precalc_dL (int nLayer, int nOmega, double epsk)

void	precalc_dR (int nLayer, int nOmega, double epsk)

double	Pi (int alpha, int gamma, int delta, int nOmega, double epsk)

std::complex< double >	G (int nLayer, int nOmega, double epsk)

std::complex< double >	F (int nLayer, int nOmega, double epsk)

void	F_local (int nLayer, math::CFunction &fLocal)

void	G_local (int nLayer, math::CFunction &gLocal)

void	F_local (int nLayer, math::CFunction &fLocal, mpi::OpenMPI &mpi)

void	G_local (int nLayer, math::CFunction &gLocal, mpi::OpenMPI &mpi)

std::complex< double >	GOff (int alpha, int beta, int nOmega, double epsk)

void	updatePotentials ()

void	initializePotentials ()

void	updatePotentials (mpi::OpenMPI &mpi)

double	calculateOccupationFromG (int layer, double mu=0.0)

double	totalExcessCharge (double mu)

double	adjustMu ()

double	calculateSigmaXX (int alpha, int beta)

double	calculatePiXY (int alpha, int gamma, int delta)

double	calculateSigmaXX (int alpha, int beta, mpi::OpenMPI &mpi)

double	calculatePiXY (int alpha, int gamma, int delta, mpi::OpenMPI &mpi)

bool	areAllSelfEnergySizesEqual ()

bool	isScalingCompatibleWithSelfEnergies ()

void	setMaxIterations (int maxIterations)

void	setSelfEnergies (const math::CFunction &selfEnergy)

void	setHoppings (double tL, double tR)

void	setUs (double U)

bool	isConverged ()

double	getT () const

void	setAlphaV (double alphaV)

void	setCalculateRhoXX (bool calc)

void	setCalculateRhoXY (bool calc)

void	setVerbose (bool verbose)

void	setSymmetricNano (bool symmetric)

bool	isSymmetricNano ()

void	setMu (int nLayer, double mu)

void	setSelfEnergy (int nLayer, const math::CFunction &S)

void	setU (int nLayer, double U)

void	setDoECR (bool ecr)

void	writeBinary (std::string directory)

void	readBinary (std::string directory)

void	showInfo ()

Protected Types
typedef std::map< std::string, nano::LayerParameters >	tPMap

Protected Member Functions
double	doNRG (int layer)

void	calculateEffectiveMedia (mpi::OpenMPI &mpi)

void	allocate (int N)

void	free ()

tPMap	parseStructure (const libconfig::Config &structure)

Static Protected Member Functions
static std::complex< double >	fermiWrapper (double omega, std::complex< double > fomega, void *parameters)

static double	gReal (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

static double	gImag (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

static double	fReal (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

static double	fImag (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

static double	sigmaXX (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

static double	piXY (double epsk, int nOmega, double omega, std::complex< double > fomega, void *params)

Protected Attributes
int	m_nLayers

math::Function *	m_n

math::CFunction *	m_selfEnergies

math::CFunction *	m_greensFunctions

math::CFunction *	m_fFunctions

math::CFunction *	m_effectiveMedia

double *	m_U

double *	m_mu

double	m_T

bool	m_doECR

double *	m_rho

double *	m_rhoBackground

double *	m_V

double	m_rhoBar

bool	m_symmetricNano

double *	m_tL

double *	m_tR

double *	m_similarities

double	m_delta

double	m_scaling

double	m_alphaV

double	m_tolerance

int	m_iteration

int	m_maxIterations

bool	m_calculateRhoXX

bool	m_calculateRhoXY

bool	m_verbose

std::complex< double > *	m_L

std::complex< double > *	m_dL

std::complex< double > *	m_R

std::complex< double > *	m_dR

std::complex< double > *	m_temp

config::Configuration *	m_configuration

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

/home/chris/Development/Release/NanoStructures/nano/nanostructure.h
/home/chris/Development/Release/NanoStructures/nano/nanostructure.cpp

Public Member Functions

Protected Types

Protected Member Functions

Static Protected Member Functions

Protected Attributes