public void Init(SplineDefinition data)
{
Spline.SetUnselectedColour(System.Drawing.Color.White);
Spline.Init(data.Points);
Vector3[] editPoints = (Vector3[])data.Points.Clone();
if (data.HasToward)
{
towardLanes = new Render2DPlane[data.Toward.LaneSize0];
for (int i = 0; i != data.Toward.LaneSize0; i++)
{
Render2DPlane lane = new Render2DPlane();
lane.Init(ref editPoints, data.Toward.Lanes[i], data.Toward.Flags);
towardLanes[i] = lane;
}
Toward = data.Toward;
HasToward = data.HasToward;
}
editPoints = (Vector3[])data.Points.Clone();
if (data.HasBackward)
{
backwardLanes = new Render2DPlane[data.Backward.LaneSize0];
for (int i = 0; i != data.Backward.LaneSize0; i++)
{
Render2DPlane lane = new Render2DPlane();
lane.Init(ref editPoints, data.Backward.Lanes[i], data.Backward.Flags);
backwardLanes[i] = lane;
}
Backward = data.Backward;
HasBackward = data.HasBackward;
}
BBox = BoundingBox.CreateFromPoints(editPoints);
IndexOffset = data.IndexOffset;
}
public void Init(SplineDefinition data)
{
Spline.SetUnselectedColour(new Vector4(1.0f, 0.0f, 0.0f, 1.0f));
Spline.Init(data.points);
Vector3[] editPoints = (Vector3[])data.points.Clone();
if (data.hasToward)
{
towardLanes = new Render2DPlane[data.toward.LaneSize0];
for (int i = 0; i != data.toward.LaneSize0; i++)
{
Render2DPlane lane = new Render2DPlane();
lane.Init(ref editPoints, data.toward.Lanes[i], data.toward.Flags);
towardLanes[i] = lane;
}
Toward = data.toward;
HasToward = data.hasToward;
}
editPoints = (Vector3[])data.points.Clone();
if (data.hasBackward)
{
backwardLanes = new Render2DPlane[data.backward.LaneSize0];
for (int i = 0; i != data.backward.LaneSize0; i++)
{
Render2DPlane lane = new Render2DPlane();
lane.Init(ref editPoints, data.backward.Lanes[i], data.backward.Flags);
backwardLanes[i] = lane;
}
Backward = data.backward;
HasBackward = data.hasBackward;
}
BBox = BoundingBox.FromPoints(editPoints);
}