private void DrawBounds()
{
ColorGradient cg = new ColorGradient(Color.red, Color.blue);
foreach (OctreeNode node in nodes)
{
if (node.GetPoints(pointFilter, points))
{
// Assuming node size range between 0.25 and 64
float t = Mathf.Log(node.Size * 4f, 2f) / 8f;
float sqrDist = (center - node.Center).sqrMagnitude;
float dim = Mathf.Max(0f, 1f - sqrDist / sqrRadius);
Color col = cg.GetColor(t, dim);
// Slight offset to prevent overlapping lines.
Vector3 size = Vector3.one * (node.Size - t * 0.01f);
Gizmos.Cube(node.Center, Quaternion.identity, size, col);
}
}
}
private void DrawPoints()
{
Vector3 size = Vector3.one * 0.02f;
Dictionary <PointType, Color> colors = new Dictionary <PointType, Color>()
{
{ PointType.DronePos, Color.yellow },
{ PointType.ScanPoint, Color.green },
{ PointType.ScanOutOfRange, Color.red }
};
foreach (OctreeNode node in nodes)
{
if (node.GetPoints(pointFilter, points))
{
foreach (Point point in points)
{
Gizmos.Cube(point.Position, Quaternion.identity, size, colors[point.Type]);
}
}
}
}
public void Draw()
{
IOrderedEnumerable <Vector4> sorted = Chronological;
Vector4 s = Vector4.zero;
foreach (Vector4 p in sorted)
{
Gizmos.Line(s.Equals(Vector4.zero) ? p : s, p, Color.yellow);
s = p;
}
Vector3 c = Center;
// Bounding Box
Gizmos.Cube(c, Quaternion.identity, bounds.size, Color.gray);
// Crosshair
float l = 0.25f;
Gizmos.Line(c + Vector3.left * l, c + Vector3.right * l, Color.white);
Gizmos.Line(c + Vector3.up * l, c + Vector3.down * l, Color.white);
Gizmos.Line(c + Vector3.forward * l, c + Vector3.back * l, Color.white);
}
