PreProcessingModules Directory Reference

Files
file	DeadZone.cpp [code]
file	DeadZone.h [code]
	The DeadZone class sets any values in the input signal that fall within the dead-zone region to zero. Any values outside of the dead-zone region will be offset by the dead zone's lower limit and upper limit.
file	Derivative.cpp [code]
file	Derivative.h [code]
	The Derivative class computes either the first or second order derivative of the input signal.
file	DoubleMovingAverageFilter.cpp [code]
file	DoubleMovingAverageFilter.h [code]
	The class implements a Float moving average filter.
file	FIRFilter.cpp [code]
file	FIRFilter.h [code]
	This class implements a Finite Impulse Response (FIR) Filter.
file	HighPassFilter.cpp [code]
file	HighPassFilter.h [code]
	This class implements a High Pass Filter.
file	LeakyIntegrator.cpp [code]
file	LeakyIntegrator.h [code]
	The LeakyIntegrator class computes the following signal: y = y*z + x, where x is the input, y is the output and z is the leakrate.
file	LowPassFilter.cpp [code]
file	LowPassFilter.h [code]
	The class implements a low pass filter, this is based on an Exponential moving average filter: https://en.wikipedia.org/wiki/Exponential_smoothing.
file	MedianFilter.cpp [code]
file	MedianFilter.h [code]
	The MedianFilter implements a simple median filter.
file	MovingAverageFilter.cpp [code]
file	MovingAverageFilter.h [code]
	The MovingAverageFilter implements a low pass moving average filter.
file	SavitzkyGolayFilter.cpp [code]
file	SavitzkyGolayFilter.h [code]
	This implements a Savitzky-Golay filter. This code is based on the Savitzky Golay filter code from Numerical Recipes 3.
file	WeightedAverageFilter.cpp [code]
file	WeightedAverageFilter.h [code]
	The WeightedAverageFilter implements a weighted average filter that gives a larger weight to more recent samples, and a smaller weight to older samples.