Coral::TraceArray Class Reference

Trace Array. More...

#include <tracearray.h>

Inheritance diagram for Coral::TraceArray:

List of all members.

Classes
struct	Trace
Public Member Functions
	TraceArray (const TraceConfiguration &config)
virtual	~TraceArray ()
void	init (const cardinal maxLayers, const cardinal maxFrames)
void	calculateEmpiricalEnvelope (const cardinal layer, const cardinal start, const cardinal end, const cardinal traceStart, const cardinal traceEnd, EmpiricalEnvelope *ee, const bool frameCount=false) const
void	calculateOptimalIntervals (double *costArray, cardinal *lengthArray, const cardinal minLength, const cardinal maxLength) const
double	TraceArray::calculateTrafficCost (EmpiricalEnvelope **ee, const cardinal position, const cardinal length) const
double	TraceArray::calculateNextTrafficCost (EmpiricalEnvelope **ee, const cardinal position, const cardinal length) const
virtual TraceArray *	decreaseFrameRate () const
EmpiricalEnvelope *	TraceArray::initEmpiricalEnvelope (char *buffer, const cardinal eePairs, const bool frameCount=false) const
Public Attributes
cardinal	Layers
cardinal	Frames
cardinal	MaxLayers
cardinal	MaxFrames
double	FrameRate
struct Coral::TraceArray::Trace **	LayerTrace
Protected Attributes
TraceConfiguration	Config
Private Member Functions
cardinal	calculateEmpiricalEnvelopePoint (const cardinal layer, const cardinal start, const cardinal end, const cardinal traceStart, const cardinal traceEnd, const cardinal delay, const bool frameCount=false) const

---

Detailed Description

Trace Array.

This is an array of layer traces.

Author:

Thomas Dreibholz

Version:

1.0

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Constructor & Destructor Documentation

Coral::TraceArray::TraceArray

(

const TraceConfiguration &

config

)

Constructor.

Parameters:

config

TraceConfiguration object with configuration of the trace.

Coral::TraceArray::~TraceArray

(

)

[virtual]

Destructor.

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Member Function Documentation

void Coral::TraceArray::calculateEmpiricalEnvelope	(	const cardinal	layer,
		const cardinal	start,
		const cardinal	end,
		const cardinal	traceStart,
		const cardinal	traceEnd,
		EmpiricalEnvelope *	ee,
		const bool	frameCount = false
	)		const

Calculate empirical envelope.

Parameters:

layer	Layer number to calculate empirical envelope for.
start	Start position.
end	End position.
traceStart	Trace start position.
traceEnd	Trace end position.
ee	Initialized EmpiricalEnvelope to write sums into.
frameCount	true, to calculate empirical envelope for frame count; false for byterate.

cardinal Coral::TraceArray::calculateEmpiricalEnvelopePoint	(	const cardinal	layer,
		const cardinal	start,
		const cardinal	end,
		const cardinal	traceStart,
		const cardinal	traceEnd,
		const cardinal	delay,
		const bool	frameCount = false
	)		const [private]

void Coral::TraceArray::calculateOptimalIntervals	(	double *	costArray,
		cardinal *	lengthArray,
		const cardinal	minLength,
		const cardinal	maxLength
	)		const

Calculate optimal intervals refering to given configuration.

Parameters:

costArray	Array to store costs into.
lengthArray	Array to store lengths into.
minLength	Minimum length.
maxLength	Maximum length.

TraceArray * Coral::TraceArray::decreaseFrameRate

(

)

const [virtual]

Decrease frame rate to next lower setting.

Returns:

TraceArray containing next lower frame rate setting or NULL, if current setting is lowest.

void Coral::TraceArray::init	(	const cardinal	maxLayers,
		const cardinal	maxFrames
	)

Initialize trace array.

Parameters:

maxLayers	Maximum number of layers.
maxFrames	Maximum number of frames.

double Coral::TraceArray::TraceArray::calculateNextTrafficCost	(	EmpiricalEnvelope **	ee,
		const cardinal	position,
		const cardinal	length
	)		const [inline]

Update traffic cost calculation done by calculateTrafficCost() by an additional frame. In this case, the already calculated empirical envelope can be reused resulting in a huge speed improvement.

Parameters:

ee	EmpiricalEnvelope array.
position	Position.
length	Length.

Returns:

Cost.

double Coral::TraceArray::TraceArray::calculateTrafficCost	(	EmpiricalEnvelope **	ee,
		const cardinal	position,
		const cardinal	length
	)		const

Calculate traffic cost for an interval.

Parameters:

ee	EmpiricalEnvelope array.
position	Position.
length	Length.

Returns:

Cost.

EmpiricalEnvelope* Coral::TraceArray::TraceArray::initEmpiricalEnvelope	(	char *	buffer,
		const cardinal	eePairs,
		const bool	frameCount = false
	)		const

Initialize EmpiricalEnvelope.

Parameters:

buffer	Buffer for empirical envelope.
eePairs	Number of D-BIND pairs.
frameCount	true, if empirical envelope is for frame count; false for byterate.

Returns:

Required size.

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Member Data Documentation

TraceConfiguration Coral::TraceArray::Config [protected]

double Coral::TraceArray::FrameRate

cardinal Coral::TraceArray::Frames

cardinal Coral::TraceArray::Layers

struct Coral::TraceArray::Trace** Coral::TraceArray::LayerTrace

cardinal Coral::TraceArray::MaxFrames

cardinal Coral::TraceArray::MaxLayers

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

• tracearray.h
• tracearray.cc