TBTK::Solver::Greens Class Reference

Calculates properties from a Green's function. More...

#include <Greens.h>

Inheritance diagram for TBTK::Solver::Greens:

Public Member Functions
	Greens ()
virtual	~Greens ()
void	setGreensFunction (const Property::GreensFunction &greensFunction)
const Property::GreensFunction &	getGreensFunction () const
Property::GreensFunction	calculateInteractingGreensFunction (const Property::SelfEnergy &selfEnergy) const
Property::TransmissionRate	calculateTransmissionRate (const Property::SelfEnergy &selfEnergy0, const Property::SelfEnergy &selfEnergy1) const
Public Member Functions inherited from TBTK::Solver::Solver
	Solver ()
virtual	~Solver ()
virtual void	setModel (Model &model)
Model &	getModel ()
const Model &	getModel () const
Public Member Functions inherited from TBTK::Communicator
	Communicator (bool verbose)
void	setVerbose (bool verbose)
bool	getVerbose () const

Additional Inherited Members
Static Public Member Functions inherited from TBTK::Communicator
static void	setGlobalVerbose (bool globalVerbose)
static bool	getGlobalVerbose ()

Detailed Description

Calculates properties from a Green's function.

Constructor & Destructor Documentation

Greens()

TBTK::Solver::Greens::Greens

(

)

Constructs a Solver::Greens.

~Greens()

virtual TBTK::Solver::Greens::~Greens ( )

virtual

Destructor.

Member Function Documentation

calculateInteractingGreensFunction()

Property::GreensFunction TBTK::Solver::Greens::calculateInteractingGreensFunction

(

const Property::SelfEnergy &

selfEnergy

)

const

Calculate a new Green's function by adding a self-energy.

Parameters

greensFunction0	The Green's function without the self-energy ( \(G_0\)).
selfEnergy	The self-energy \(\Sigma\) to add to the original Green's function.

Returns

\(G = (G_0^{-1} + \Sigma)^{-1}\)

calculateTransmissionRate()

Property::TransmissionRate TBTK::Solver::Greens::calculateTransmissionRate	(	const Property::SelfEnergy &	selfEnergy0,
		const Property::SelfEnergy &	selfEnergy1
	)		const

Calculate the transmission.

Parameters

selfEnergy0	The selfEnergy for the first lead.
selfEnergy1	The selfEnergy for the second lead.

Returns

The transmission from lead one to lead two.

getGreensFunction()

const Property::GreensFunction & TBTK::Solver::Greens::getGreensFunction ( ) const

inline

Get the Green's function.

Returns

The Green's function that the solver is using.

setGreensFunction()

void TBTK::Solver::Greens::setGreensFunction ( const Property::GreensFunction &  greensFunction )

inline

Set Green's function to use for calculations.

Parameters

greensFunction

The Green's function that will be used in calculations.

---

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

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