SignalUtils::RunningAverage Function

Overload List

#	Signature	Description
1	void RunningAverage(TVec Averaged, TVec Data, int Count, int Decay = 0);	Compute running average.
2	void RunningAverage(TMtx Averaged, TMtx Data, int Count, int Decay = 0);	Compute running average on TMtx data.

Overload 1: void RunningAverage(TVec Averaged, TVec Data, int Count, int Decay = 0);

Compute running average.

#	Name	Type
1	Averaged	TVec *
2	Data	TVec *
3	Count	int
4	Decay = 0	int

Remarks:

Compute running average of Data and place the result in Averaged. Count defines the Data block count already averaged and Decay defines exponential decay factor. If Decay is zero, the method will compute linear average. This can be usefull to save memory, if a very large amount of large Data blocks has to be averaged. If Decay is bigger then zero, then this routine is the vectorized version of the ExpAverageFilter routine.

Declared in Dew::Signal::Units::SignalUtils · Dew.Signal/Units.SignalUtils.h · Cross-compiler

Overload 2: void RunningAverage(TMtx Averaged, TMtx Data, int Count, int Decay = 0);

Compute running average on TMtx data.

#	Name	Type
1	Averaged	TMtx *
2	Data	TMtx *
3	Count	int
4	Decay = 0	int

See Also: SignalUtils::ExpAverageFilter

Declared in Dew::Signal::Units::SignalUtils · Dew.Signal/Units.SignalUtils.h · Cross-compiler

Overload List

Overload 1: void RunningAverage(TVec *Averaged, TVec *Data, int Count, int Decay = 0);

Overload 2: void RunningAverage(TMtx *Averaged, TMtx *Data, int Count, int Decay = 0);

Overload 1: void RunningAverage(TVec Averaged, TVec Data, int Count, int Decay = 0);

Overload 2: void RunningAverage(TMtx Averaged, TMtx Data, int Count, int Decay = 0);