// // Deletes the previous waypoints and assigns the new ones, always cloning them
// // (newWps length must be at least 1).
// // Internal so DOTweenPathInspector can use it
// internal void AssignWaypoints(List<Vector3> newWps)
// {
// int count = newWps.Count;
// wps = new Vector3[count];
// for (int i = 0; i < count; ++i) wps[i] = newWps[i];
// }
// Internal so DOTweenPathInspector and DOTweenPath can use it
internal void AssignDecoder(PathType pathType)
{
type = pathType;
switch (pathType)
{
case PathType.Linear:
if (_linearDecoder == null)
{
_linearDecoder = new LinearDecoder();
}
_decoder = _linearDecoder;
break;
case PathType.CubicBezier:
if (_cubicBezierDecoder == null)
{
_cubicBezierDecoder = new CubicBezierDecoder();
}
_decoder = _cubicBezierDecoder;
break;
default: // Catmull-Rom
if (_catmullRomDecoder == null)
{
_catmullRomDecoder = new CatmullRomDecoder();
}
_decoder = _catmullRomDecoder;
break;
}
}
public Path CloneIncremental(int loopIncrement)
{
if (this._incrementalClone != null)
{
if (this._incrementalIndex == loopIncrement)
{
return(this._incrementalClone);
}
this._incrementalClone.Destroy();
}
int length = this.wps.Length;
Vector3 vector = this.wps[length - 1] - this.wps[0];
Vector3[] vectorArray = new Vector3[this.wps.Length];
for (int i = 0; i < length; i++)
{
vectorArray[i] = this.wps[i] + (vector * loopIncrement);
}
int num2 = this.controlPoints.Length;
DG.Tweening.Plugins.Core.PathCore.LinearDecoder.ControlPoint[] pointArray = new DG.Tweening.Plugins.Core.PathCore.LinearDecoder.ControlPoint[num2];
for (int j = 0; j < num2; j++)
{
pointArray[j] = this.controlPoints[j] + ((vector * loopIncrement));
}
Vector3[] vectorArray2 = null;
if (this.nonLinearDrawWps != null)
{
int num5 = this.nonLinearDrawWps.Length;
vectorArray2 = new Vector3[num5];
for (int k = 0; k < num5; k++)
{
vectorArray2[k] = this.nonLinearDrawWps[k] + (vector * loopIncrement);
}
}
this._incrementalClone = new Path();
this._incrementalIndex = loopIncrement;
this._incrementalClone.type = this.type;
this._incrementalClone.subdivisionsXSegment = this.subdivisionsXSegment;
this._incrementalClone.subdivisions = this.subdivisions;
this._incrementalClone.wps = vectorArray;
this._incrementalClone.controlPoints = pointArray;
if (DOTween.isUnityEditor)
{
DOTween.GizmosDelegates.Add(new TweenCallback(this._incrementalClone.Draw));
}
this._incrementalClone.length = this.length;
this._incrementalClone.wpLengths = this.wpLengths;
this._incrementalClone.timesTable = this.timesTable;
this._incrementalClone.lengthsTable = this.lengthsTable;
this._incrementalClone._decoder = this._decoder;
this._incrementalClone.nonLinearDrawWps = vectorArray2;
this._incrementalClone.targetPosition = this.targetPosition;
this._incrementalClone.lookAtPosition = this.lookAtPosition;
this._incrementalClone.isFinalized = true;
return(this._incrementalClone);
}
internal Path CloneIncremental(int loopIncrement)
{
if (this._incrementalClone != null)
{
if (this._incrementalIndex == loopIncrement)
{
return(this._incrementalClone);
}
this._incrementalClone.Destroy();
}
int num = this.wps.Length;
Vector3 a = this.wps[num - 1] - this.wps[0];
Vector3[] array = new Vector3[this.wps.Length];
for (int i = 0; i < num; i++)
{
array[i] = this.wps[i] + a * (float)loopIncrement;
}
int num2 = this.controlPoints.Length;
ControlPoint[] array2 = new ControlPoint[num2];
for (int j = 0; j < num2; j++)
{
array2[j] = this.controlPoints[j] + a * (float)loopIncrement;
}
Vector3[] array3 = null;
if (this.nonLinearDrawWps != null)
{
int num3 = this.nonLinearDrawWps.Length;
array3 = new Vector3[num3];
for (int k = 0; k < num3; k++)
{
array3[k] = this.nonLinearDrawWps[k] + a * (float)loopIncrement;
}
}
this._incrementalClone = new Path();
this._incrementalIndex = loopIncrement;
this._incrementalClone.type = this.type;
this._incrementalClone.subdivisionsXSegment = this.subdivisionsXSegment;
this._incrementalClone.subdivisions = this.subdivisions;
this._incrementalClone.wps = array;
this._incrementalClone.controlPoints = array2;
if (DOTween.isUnityEditor)
{
DOTween.GizmosDelegates.Add(this._incrementalClone.Draw);
}
this._incrementalClone.length = this.length;
this._incrementalClone.wpLengths = this.wpLengths;
this._incrementalClone.timesTable = this.timesTable;
this._incrementalClone.lengthsTable = this.lengthsTable;
this._incrementalClone._decoder = this._decoder;
this._incrementalClone.nonLinearDrawWps = array3;
this._incrementalClone.targetPosition = this.targetPosition;
this._incrementalClone.lookAtPosition = this.lookAtPosition;
this._incrementalClone.isFinalized = true;
return(this._incrementalClone);
}
public void AssignDecoder(PathType pathType)
{
this.type = pathType;
if (pathType == PathType.Linear)
{
if (Path._linearDecoder == null)
{
Path._linearDecoder = new LinearDecoder();
}
this._decoder = Path._linearDecoder;
return;
}
if (Path._catmullRomDecoder == null)
{
Path._catmullRomDecoder = new CatmullRomDecoder();
}
this._decoder = Path._catmullRomDecoder;
}
public void AssignDecoder(PathType pathType)
{
this.type = pathType;
if (pathType == PathType.Linear)
{
if (_linearDecoder == null)
{
_linearDecoder = new LinearDecoder();
}
this._decoder = _linearDecoder;
}
else
{
if (_catmullRomDecoder == null)
{
_catmullRomDecoder = new CatmullRomDecoder();
}
this._decoder = _catmullRomDecoder;
}
}
internal void AssignDecoder(PathType pathType)
{
this.type = pathType;
if (pathType == PathType.Linear)
{
if (Path._linearDecoder == null)
{
Path._linearDecoder = new LinearDecoder();
}
this._decoder = Path._linearDecoder;
}
else
{
if (Path._catmullRomDecoder == null)
{
Path._catmullRomDecoder = new CatmullRomDecoder();
}
this._decoder = Path._catmullRomDecoder;
}
}
// // Deletes the previous waypoints and assigns the new ones, always cloning them
// // (newWps length must be at least 1).
// // Internal so DOTweenPathInspector can use it
// internal void AssignWaypoints(List<Vector3> newWps)
// {
// int count = newWps.Count;
// wps = new Vector3[count];
// for (int i = 0; i < count; ++i) wps[i] = newWps[i];
// }
// Internal so DOTweenPathInspector and DOTweenPath can use it
internal void AssignDecoder(PathType pathType)
{
type = pathType;
switch (pathType) {
case PathType.Linear:
if (_linearDecoder == null) _linearDecoder = new LinearDecoder();
_decoder = _linearDecoder;
break;
default: // Catmull-Rom
if (_catmullRomDecoder == null) _catmullRomDecoder = new CatmullRomDecoder();
_decoder = _catmullRomDecoder;
break;
}
}
