Single-particle vertex implementation for time reversal invariant models. More...

Public Member Functions
	TRIVertexSingleParticle ()
	Construct a new TRIVertexSingleParticle object and initialize all values to zero.

	~TRIVertexSingleParticle ()
	Destroy the TRIVertexSingleParticle object.

void	expandIterator (const int iterator, float &w) const
	Expand a linear iterator in the range [0,TRIVertexSingleParticle::size). More...

float &	getValueRef (const int iterator) const
	Directly access a vertex value by reference via a linear iterator in the range [0,TRIVertexSingleParticle::size). More...

float	getValue (float w) const
	Access vertex value at arbitrary frequency value by performing a linear interpolation on the FrequencyDiscretization. More...

float &	_directAccess (const int wOffset) const
	Access vertex value at given frequency mesh point. More...

Public Attributes
int	size
	Total number of vertex elements.

float *	_data
	Vertex data.

Detailed Description

Single-particle vertex implementation for time reversal invariant models.

Member Function Documentation

float& TRIVertexSingleParticle::_directAccess ( const int wOffset ) const

inline

Access vertex value at given frequency mesh point.

Parameters

wOffset Linear offset on the frequency mesh.

void TRIVertexSingleParticle::expandIterator	(	const int	iterator,
		float &	w
	)		const

inline

Expand a linear iterator in the range [0,TRIVertexSingleParticle::size).

Parameters

[in]	iterator	Iterator to expand.
[out]	w	Frequency argument described by the iterator.

float TRIVertexSingleParticle::getValue ( float w ) const

inline

Access vertex value at arbitrary frequency value by performing a linear interpolation on the FrequencyDiscretization.

Parameters

w	Frequency argument.

float& TRIVertexSingleParticle::getValueRef ( const int iterator ) const

inline

Directly access a vertex value by reference via a linear iterator in the range [0,TRIVertexSingleParticle::size).

Parameters

iterator Linear iterator.

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