TBTK::Solver::TimeEvolver Class Reference

Time evloves a ground state. More...

#include <TimeEvolver.h>

Inheritance diagram for TBTK::Solver::TimeEvolver:

Public Member Functions
	TimeEvolver ()
virtual	~TimeEvolver ()
void	run ()
void	setCallback (bool(*callback)(TimeEvolver *timeEvolver))
void	setMaxSCIterations (int maxIterations)
void	setNumTimeSteps (int numTimeSteps)
void	setTimeStep (double dt)
void	setNumberOfParticles (int numberOfParticles)
int	getNumberOfParticles ()
void	fixParticleNumber (bool particleNumberIsFixed)
double	getOccupancy (int state)
Diagonalizer *	getDiagonalizer ()
double	getEigenValue (int state)
Public Member Functions inherited from TBTK::Solver::Solver
	Solver ()
virtual	~Solver ()
virtual void	setModel (Model &model)
Model &	getModel ()
const Model &	getModel () const

Detailed Description

Time evloves a ground state.

Constructor & Destructor Documentation

TimeEvolver()

TBTK::Solver::TimeEvolver::TimeEvolver

(

)

Constructor.

~TimeEvolver()

virtual TBTK::Solver::TimeEvolver::~TimeEvolver ( )

virtual

Destructor.

Member Function Documentation

fixParticleNumber()

void TBTK::Solver::TimeEvolver::fixParticleNumber ( bool  particleNumberIsFixed )

inline

Fix particle number. If set to true, the number of particles remain the same throughout the calculation.

getDiagonalizer()

Diagonalizer * TBTK::Solver::TimeEvolver::getDiagonalizer ( )

inline

Get the Diagonalizer, which contains the eigenvectors, energies, etc.

getEigenValue()

double TBTK::Solver::TimeEvolver::getEigenValue ( int  state )

inline

Get eigenvalue.

getNumberOfParticles()

int TBTK::Solver::TimeEvolver::getNumberOfParticles ( )

inline

Get number of particles.

getOccupancy()

double TBTK::Solver::TimeEvolver::getOccupancy ( int  state )

inline

Get occupancy of state.

run()

void TBTK::Solver::TimeEvolver::run

(

)

Run calculation. First self-consistently finds the ground state, and then time evolves the state. The callback set by setCallback is called at each iteration of both the self-consistent loop and time stepping loop.

setCallback()

void TBTK::Solver::TimeEvolver::setCallback ( bool(*)(TimeEvolver *timeEvolver)  callback )

inline

Set callback used to update the Hamiltonian.

setMaxSCIterations()

void TBTK::Solver::TimeEvolver::setMaxSCIterations ( int  maxIterations )

inline

Set max iterations for the self-consistent loop.

setNumberOfParticles()

void TBTK::Solver::TimeEvolver::setNumberOfParticles ( int  numberOfParticles )

inline

Set number of particles.

Parameters

Number

of occupied particles. If set to a negative number, the number of particles is determined by the Fermi level. For fixed particle number the Fermi level at the first time step sets the number of paticles, for non-fixed particle number the Fermi level determines the number of particles in each time step.

setNumTimeSteps()

void TBTK::Solver::TimeEvolver::setNumTimeSteps ( int  numTimeSteps )

inline

Set number of time steps for time evolution.

setTimeStep()

void TBTK::Solver::TimeEvolver::setTimeStep ( double  dt )

inline

Set length of time step used for time evolution.

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

• /home/kristofer.bjornson/SecondQuantizationCom/TBTK/Lib/include/TBTK/Solver/TimeEvolver.h