class ntcHalse : public ntcFermiFunction

Description:

ntcHalse is an implementation of the Halse model of Cu, Ag and Au Fermi Functions ("The Fermi Surface of the Noble Metals", Phil

Inheritance:

Public Methods

ntcHalse()

~ntcHalse()

static ntcHalse* New()

virtual const char* GetClassName()

virtual float fGradient( float x[3], int i )

virtual float fHessian( float x[3], int m, int n )

virtual int HomologyMethods( int cycle, ntcPrimitiveCell *leaf, float H[3], int &intersectionNumber, int type = NTC_CRITICAL_LEAF )

int SetGenus( float En )

void SetElement( char* Element )

char* GetElement()

void SetCoefficients( float a[4] )

void SetCoefficients( float a, float b, float c, float d )

float* GetCoefficients()

void SetCoefficientsToCu()

void SetCoefficientsToAg()

void SetCoefficientsToAu()

float GetFermiEnergy()

float GetFermiEnergyForCu()

float GetFermiEnergyForAg()

float GetFermiEnergyForAu()

virtual void SetCycleInversionOn( int cycle )

Public

The function

virtual float f( float x[3] )

Its gradient

virtual float fX( float x[3] )

virtual float fY( float x[3] )

virtual float fZ( float x[3] )

Its Hessian

virtual float fXX( float x[3] )

virtual float fYY( float x[3] )

virtual float fZZ( float x[3] )

virtual float fXY( float x[3] )

virtual float fYZ( float x[3] )

virtual float fZX( float x[3] )

Inherited from ntcFermiFunction:

Public Methods

virtual int HomologyMethods2D( int i, float firstPoint[3], float secondPoint[3] )

virtual void I( int *LoopHomologyClass, int *LoopHom )

int GetGenus()

int GetLatticeType()

Inherited from ntcFunction:

Public Methods

virtual void fGrad( float x[3], float grad[3] )

ntcHalse()

~ntcHalse()

static ntcHalse* New()

virtual const char* GetClassName()

The function

virtual float f( float x[3] )

Its gradient

virtual float fX( float x[3] )

virtual float fY( float x[3] )

virtual float fZ( float x[3] )

Its Hessian

virtual float fXX( float x[3] )

virtual float fYY( float x[3] )

virtual float fZZ( float x[3] )

virtual float fXY( float x[3] )

virtual float fYZ( float x[3] )

virtual float fZX( float x[3] )

virtual float fGradient( float x[3], int i )

virtual float fHessian( float x[3], int m, int n )

virtual int HomologyMethods( int cycle, ntcPrimitiveCell *leaf, float H[3], int &intersectionNumber, int type = NTC_CRITICAL_LEAF )

int SetGenus( float En )

This function is automatically called by ntcFoliztion when Energy is set!

void SetElement( char* Element )

Sets Element (Cu, Ag or Au) and sets the corresponding coefficients

char* GetElement()

void SetCoefficients( float a[4] )

void SetCoefficients( float a, float b, float c, float d )

float* GetCoefficients()

void SetCoefficientsToCu()

void SetCoefficientsToAg()

void SetCoefficientsToAu()

float GetFermiEnergy()

float GetFermiEnergyForCu()

float GetFermiEnergyForAg()

float GetFermiEnergyForAu()

virtual void SetCycleInversionOn( int cycle )

alphabetic index hierarchy of classes

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