public static void RefreshNonLinearDrawWps(Path p)
{
int num = p.wps.Length * 10;
if ((p.nonLinearDrawWps == null) || (p.nonLinearDrawWps.Length != (num + 1)))
{
p.nonLinearDrawWps = new Vector3[num + 1];
}
for (int i = 0; i <= num; i++)
{
float perc = ((float)i) / ((float)num);
p.nonLinearDrawWps[i] = p.GetPoint(perc, false);
}
}
internal static void RefreshNonLinearDrawWps(Path p)
{
int num = p.wps.Length * 10;
if (p.nonLinearDrawWps == null || p.nonLinearDrawWps.Length != num + 1)
{
p.nonLinearDrawWps = new Vector3[num + 1];
}
for (int i = 0; i <= num; i++)
{
float perc = (float)i / (float)num;
Vector3 point = p.GetPoint(perc, false);
p.nonLinearDrawWps[i] = point;
}
}
// Refreshes the waypoints used to draw non-linear gizmos and the PathInspector scene view.
// Called by Draw method or by DOTweenPathInspector
internal static void RefreshNonLinearDrawWps(Path p)
{
int wpsCount = p.wps.Length;
int gizmosSubdivisions = wpsCount * 10;
if (p.nonLinearDrawWps == null || p.nonLinearDrawWps.Length != gizmosSubdivisions + 1)
{
p.nonLinearDrawWps = new Vector3[gizmosSubdivisions + 1];
}
for (int i = 0; i <= gizmosSubdivisions; ++i)
{
float perc = i / (float)gizmosSubdivisions;
Vector3 wp = p.GetPoint(perc);
p.nonLinearDrawWps[i] = wp;
}
}
public static Vector3[] GetDrawPoints(Path p, int drawSubdivisionsXSegment)
{
int length = p.wps.Length;
if (p.type == PathType.Linear)
{
return(p.wps);
}
int num2 = length * drawSubdivisionsXSegment;
Vector3[] vectorArray = new Vector3[num2 + 1];
for (int i = 0; i <= num2; i++)
{
float perc = ((float)i) / ((float)num2);
vectorArray[i] = p.GetPoint(perc, false);
}
return(vectorArray);
}
internal static Vector3[] GetDrawPoints(Path p, int drawSubdivisionsXSegment)
{
int num = p.wps.Length;
if (p.type == PathType.Linear)
{
return(p.wps);
}
int num2 = num * drawSubdivisionsXSegment;
Vector3[] array = new Vector3[num2 + 1];
for (int i = 0; i <= num2; i++)
{
float perc = (float)i / (float)num2;
Vector3 vector = array[i] = p.GetPoint(perc, false);
}
return(array);
}
// USED EXTERNALLY, to output a series of points that can be used to draw the path outside of DOTween
// (called by TweenExtensions.PathGetDrawPoints)
internal static Vector3[] GetDrawPoints(Path p, int drawSubdivisionsXSegment)
{
int wpsCount = p.wps.Length;
if (p.type == PathType.Linear)
{
return(p.wps);
}
int gizmosSubdivisions = wpsCount * drawSubdivisionsXSegment;
Vector3[] drawPoints = new Vector3[gizmosSubdivisions + 1];
for (int i = 0; i <= gizmosSubdivisions; ++i)
{
float perc = i / (float)gizmosSubdivisions;
Vector3 wp = p.GetPoint(perc);
drawPoints[i] = wp;
}
return(drawPoints);
}
// Refreshes the waypoints used to draw non-linear gizmos and the PathInspector scene view.
// Called by Draw method or by DOTweenPathInspector
internal static void RefreshNonLinearDrawWps(Path p)
{
int wpsCount = p.wps.Length;
int gizmosSubdivisions = wpsCount * 10;
if (p.nonLinearDrawWps == null || p.nonLinearDrawWps.Length != gizmosSubdivisions + 1)
p.nonLinearDrawWps = new Vector3[gizmosSubdivisions + 1];
for (int i = 0; i <= gizmosSubdivisions; ++i) {
float perc = i / (float)gizmosSubdivisions;
Vector3 wp = p.GetPoint(perc);
p.nonLinearDrawWps[i] = wp;
}
}
// USED EXTERNALLY, to output a series of points that can be used to draw the path outside of DOTween
// (called by TweenExtensions.PathGetDrawPoints)
internal static Vector3[] GetDrawPoints(Path p, int drawSubdivisionsXSegment)
{
int wpsCount = p.wps.Length;
if (p.type == PathType.Linear) return p.wps;
int gizmosSubdivisions = wpsCount * drawSubdivisionsXSegment;
Vector3[] drawPoints = new Vector3[gizmosSubdivisions + 1];
for (int i = 0; i <= gizmosSubdivisions; ++i) {
float perc = i / (float)gizmosSubdivisions;
Vector3 wp = p.GetPoint(perc);
drawPoints[i] = wp;
}
return drawPoints;
}
