public TrackNodeCurve (CubicBezier cubicBezier, TrackSegmentModify segmentModify,Grouping grouping)
{
this.Group = grouping;
this.cubicBezier = cubicBezier;
this.SegmentModify = segmentModify;
P0 = AddTrackCurveNode ( SegmentModify.TrackSegment.transform.TransformPoint (cubicBezier.p0),TrackNode.NodeType.PO );
P1 = AddTrackCurveNode (SegmentModify.TrackSegment.transform.TransformPoint (cubicBezier.p1), TrackNode.NodeType.P1);
P2 = AddTrackCurveNode (SegmentModify.TrackSegment.transform.TransformPoint (cubicBezier.p2),TrackNode.NodeType.P2);
P3 = AddTrackCurveNode (SegmentModify.TrackSegment.transform.TransformPoint (cubicBezier.p3),TrackNode.NodeType.P3);
if ((grouping == Grouping.End || grouping == Grouping.Both) && SegmentModify.GetNextSegment(true) == null) {
ExtrudeNode = AddExtrudeNode (SegmentModify.TrackSegment.transform.TransformPoint (cubicBezier.p3) + SegmentModify.TrackSegment.getTangentPoint(1f)*.3f);
}
}
public bool ConnectWithForwardSegment(TrackSegmentModify next)
{
TrackSegment.isConnectedToNextSegment = true;
next.TrackSegment.isConnectedToPreviousSegment = true;
float magnitude = Mathf.Abs((next.GetFirstCurve.P0.GetGlobal () - next.GetFirstCurve.P1.GetGlobal ()).magnitude);
GetLastCurve.P2.SetPoint(GetLastCurve.P3.GetGlobal() + (next.TrackSegment.getTangentPoint(0f) *-1f* magnitude));
next.TrackSegment.calculateLengthAndNormals (GetLastCurve.SegmentModify.TrackSegment);
next.CalculateStartBinormal (false);
invalidate = true;
return true;
}
