public void Initialise(List <Point> basePath)
{
// Calculate the necessary number of points to represent the curves at a given resolution, to a minimum of 3
int intermediatePointCount = Math.Max(3, (int)Math.Round(controlPointSeparation * this.SampleResolution));
this.sampledPoints = SampledSpline.SampleCardinalSpline(intermediatePointCount, tension, CreateControlPoints(this.controlPointSeparation, basePath).ToArray()).ToArray();
this.sampledPointsLengths = SampledSpline.MeasurePoints(this.sampledPoints);
}
public void InitialiseFromControlPoints(List <Point> controlPoints, double tension, int controlPointSeparation)
{
this.tension = tension;
this.controlPointSeparation = controlPointSeparation;
int intermediatePointCount = Math.Max(3, (int)Math.Round(controlPointSeparation * this.SampleResolution));
this.sampledPoints = SampledSpline.SampleCardinalSpline(intermediatePointCount, tension, controlPoints.ToArray()).ToArray();
this.sampledPointsLengths = SampledSpline.MeasurePoints(this.sampledPoints);
}
public void Reverse()
{
this.sampledPoints = this.sampledPoints.Reverse().ToArray();
this.sampledPointsLengths = SampledSpline.MeasurePoints(this.sampledPoints);
}
public void InitialiseWithVectorList(List <Point> basePath)
{
this.sampledPoints = basePath.ToArray();
this.sampledPointsLengths = SampledSpline.MeasurePoints(this.sampledPoints);
}
