#include <cValueStats.h>

Inheritance diagram for GrayLib::cValueStatsRate< TYPE >:

Public Member Functions
	cValueStatsRate (TYPE nValAvgEst=0, UINT uSamplesMax=cTimeSys::k_FREQ)

void	ResetStatsTime ()

bool	AddStat (TYPE nVal)

bool	AddStatDiff (TYPE nVal)

bool	AddStatDiffX (TYPE nVal)

	UNITTEST2_PREDEF (cValueStats)

Public Member Functions inherited from GrayLib::cValueStats< double >
	cValueStats (double nValAvgStartingEst=0, UINT uSamplesMax=100)

double	get_ValAvg () const

void	put_ValAvg (double nValAvg)

void	AddStat (double nVal)

Public Member Functions inherited from GrayLib::cValueRange< double >
	cValueRange (double tLo=cTypeLimit< double >::k_Min, double tHi=cTypeLimit< double >::k_Min)

void	InitX (double nVal=cTypeLimit< double >::k_Min)

bool	isRangeValid () const

double	GetLinearX (double nVal2, double nRange2) const

double	GetLinearI (int nVal2, int nRange2=1000) const

Public Member Functions inherited from Gray::cRangeT< TYPE >
TYPE	get_Min () const

TYPE	get_Max () const

TYPE	get_Avg () const

TYPE	GetClampValue (TYPE nVal) const

bool	IsInsideI (TYPE nVal) const

bool	IsInsideX (TYPE nVal) const

TYPE	get_RangeI () const

TYPE	get_RangeX () const

TYPE	GetLinear1 (float fOne) const

int	GetSpinValueI (int iVal) const

void	SetZero ()

void	put_Min (TYPE iLo)

void	put_Max (TYPE iHi)

void	SetRange (TYPE iLo, TYPE iHi)

void	NormalizeRange ()

void	UnionValue (TYPE nVal)

bool	IsRangeOverlapI (const THIS_t &x) const

void	SetUnionRange (const THIS_t &x)

Additional Inherited Members
Public Attributes inherited from Gray::cRangeT< TYPE >
TYPE	m_Lo
	low range value. More...

TYPE	m_Hi
	inclusive high side of range. int size = (hi-lo)+1, float size = hi-lo ?? weird. More...

Protected Member Functions inherited from GrayLib::cValueStats< double >
void	AddStatW (double nVal, double nWeight)

Protected Attributes inherited from GrayLib::cValueStats< double >
const UINT	m_uSamplesMax
	average is calculated over n samples. More...

UINT	m_uSamplesQty
	current number of samples I have processed. for AddStat(). More...

double	m_nValAvg
	running average. More...

Detailed Description

template<typename TYPE = double>
class GrayLib::cValueStatsRate< TYPE >

Calculate a average of a number over time. m_nValAvg = per second average. Add stats at an arbitrary time rate. Can be used as a rate of change as well using Diff. uSamplesMax = the average window size in seconds. ASSUME TYPE = double or float.