Public Member Functions
	DynamicTimeWarping (double[] x, double[] y, DistanceMeasure distanceMeasure=DistanceMeasure.Euclidean, bool boundaryConstraintStart=true, bool boundaryConstraintEnd=true, int?slopeStepSizeDiagonal=null, int?slopeStepSizeAside=null, int?sakoeChibaMaxShift=null)
	Initialize class that performs single variable DTW calculation for given series and settings. More...

Constructor & Destructor Documentation

SharpBCI.DynamicTimeWarping.DynamicTimeWarping	(	double[]	x,
		double[]	y,
		DistanceMeasure	distanceMeasure = `DistanceMeasure.Euclidean`,
		bool	boundaryConstraintStart = `true`,
		bool	boundaryConstraintEnd = `true`,
		int?	slopeStepSizeDiagonal = `null`,
		int?	slopeStepSizeAside = `null`,
		int?	sakoeChibaMaxShift = `null`
	)

Initialize class that performs single variable DTW calculation for given series and settings.

Parameters

x	Series A, array of values.
y	Series B, array of values.

///

Parameters

distanceMeasure	Distance measure used (how distance for value pair (p,q) of signal elements is calculated from multiple variables).
boundaryConstraintStart	Apply boundary constraint at (1, 1).
boundaryConstraintEnd	Apply boundary constraint at (m, n).
slopeStepSizeDiagonal	Diagonal steps in local window for calculation. Results in Ikatura paralelogram shaped dtw-candidate space. Use in combination with slopeStepSizeAside parameter. Leave null for no constraint.
slopeStepSizeAside	Side steps in local window for calculation. Results in Ikatura paralelogram shaped dtw-candidate space. Use in combination with slopeStepSizeDiagonal parameter. Leave null for no constraint.
sakoeChibaMaxShift	Sakoe-Chiba max shift constraint (side steps). Leave null for no constraint.

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

Public Member Functions