//if distanceMin is used, we need to add additional point
protected bool AddLastPointIfNeeded(List <Vector3> positions, BGCurveBaseMath.SectionInfo section,
BGCurveBaseMath.SectionPointInfo currentPoint, BGCurveBaseMath.SectionPointInfo previousPoint, List <BGCcSplitterPolyline.PolylinePoint> points)
{
var currentPointDistance = currentPoint.DistanceToSectionStart + section.DistanceFromStartToOrigin;
if (!(currentPointDistance > DistanceMax))
{
return(false);
}
//there are 2 options: 1) prev point is in the list 2) prevpoint=previousPoint
//we can determine it by sqrMagnitude
var lastPointInTheListMagnitude = Vector3.SqrMagnitude(positions[positions.Count - 1] - currentPoint.Position);
var prevPointMagnitude = Vector3.SqrMagnitude(previousPoint.Position - currentPoint.Position);
if (lastPointInTheListMagnitude > prevPointMagnitude)
{
var distanceToAdd = currentPointDistance - DistanceMax;
LastPointAdded = true;
var ratio = distanceToAdd / (currentPoint.DistanceToSectionStart - previousPoint.DistanceToSectionStart);
Add(section, positions, points, previousPoint, currentPoint, ratio);
// positions.Add(Vector3.Lerp(previousPoint.Position, currentPoint.Position, ratio));
}
else
{
var distanceToLastPoint = Mathf.Sqrt(lastPointInTheListMagnitude);
var distanceToMaxPoint = currentPointDistance - DistanceMax;
var ratio = 1 - distanceToMaxPoint / distanceToLastPoint;
Add(section, positions, points, points[positions.Count - 1], currentPoint, ratio);
// positions.Add(Vector3.Lerp(positions[positions.Count - 1], currentPoint.Position, ratio));
}
return(true);
}
//add position and point
private void Add(BGCurveBaseMath.SectionInfo section, List <Vector3> positions, List <BGCcSplitterPolyline.PolylinePoint> points, BGCurveBaseMath.SectionPointInfo previousPoint,
BGCurveBaseMath.SectionPointInfo nextPoint, float ratio)
{
var pos = Vector3.Lerp(previousPoint.Position, nextPoint.Position, ratio);
positions.Add(pos);
points.Add(new BGCcSplitterPolyline.PolylinePoint(
pos,
section.DistanceFromStartToOrigin + Mathf.Lerp(previousPoint.DistanceToSectionStart, nextPoint.DistanceToSectionStart, ratio),
calculatingTangents ? Vector3.Lerp(previousPoint.Tangent, nextPoint.Tangent, ratio) : Vector3.zero
));
}
//if distanceMin is used, we need to add additional point
protected void AddFirstPointIfNeeded(List <Vector3> positions, BGCurveBaseMath.SectionInfo section,
BGCurveBaseMath.SectionPointInfo firstPointInRange, BGCurveBaseMath.SectionPointInfo previousPoint, List <BGCcSplitterPolyline.PolylinePoint> points)
{
var firstPointDistance = firstPointInRange.DistanceToSectionStart + section.DistanceFromStartToOrigin;
var distanceToAdd = firstPointDistance - DistanceMin;
if (!(distanceToAdd > BGCurve.Epsilon))
{
return;
}
var ratio = 1 - distanceToAdd / (firstPointInRange.DistanceToSectionStart - previousPoint.DistanceToSectionStart);
Add(section, positions, points, previousPoint, firstPointInRange, ratio);
}
//if distanceMin is used, we need to add additional point
protected void AddFirstPointIfNeeded(List <Vector3> positions, BGCurveBaseMath.SectionInfo section,
BGCurveBaseMath.SectionPointInfo firstPointInRange, BGCurveBaseMath.SectionPointInfo previousPoint)
{
var firstPointDistance = firstPointInRange.DistanceToSectionStart + section.DistanceFromStartToOrigin;
var distanceToAdd = firstPointDistance - DistanceMin;
if (!(distanceToAdd > BGCurve.Epsilon))
{
return;
}
var ratio = 1 - distanceToAdd / (firstPointInRange.DistanceToSectionStart - previousPoint.DistanceToSectionStart);
positions.Add(Vector3.Lerp(previousPoint.Position, firstPointInRange.Position, ratio));
}