private static void Cone3DRandom(
Transform source, List <Transform> results, int count, float spreadH, float spreadV)
{
if (!PrepareTransformList(source, results, count))
{
return;
}
Vector3 origin = source.origin;
Vector3 forward = -source.basis.z;
Vector3 up = source.basis.y;
Vector3 right = source.basis.x;
// always shoot one dead centre.
results[0] = source;
for (int i = 1; i < count; ++i)
{
float rSpreadH = ZqfGodotUtils.RandomRange(-spreadH, spreadH);
float rSpreadV = ZqfGodotUtils.RandomRange(-spreadV, spreadV);
Vector3 end = ZqfGodotUtils.VectorMA(origin, 8192, forward);
end = ZqfGodotUtils.VectorMA(end, rSpreadH, right);
end = ZqfGodotUtils.VectorMA(end, rSpreadV, up);
results[i] = source.LookingAt(end, Vector3.Up);
//results[i].SetLookAt(source.origin, end, Vector3.Up);
}
}
private static void Cone3D(
Transform source, List <Transform> results, int count, float spreadH, float spreadV)
{
if (!PrepareTransformList(source, results, count))
{
return;
}
Vector3 origin = source.origin;
Vector3 forward = -source.basis.z;
Vector3 up = source.basis.y;
Vector3 right = source.basis.x;
float radians = 0;
float radiansStep = ZqfGodotUtils.TAU / (count - 1);
for (int i = 0; i < count; ++i)
{
float rSpreadH = Mathf.Cos(radians) * spreadH;
float rSpreadV = Mathf.Sin(radians) * spreadV;
Vector3 end = ZqfGodotUtils.VectorMA(origin, 8192, forward);
end = ZqfGodotUtils.VectorMA(end, rSpreadH, right);
end = ZqfGodotUtils.VectorMA(end, rSpreadV, up);
results[i] = source.LookingAt(end, Vector3.Up);
//results[i].SetLookAt(source.origin, end, source.basis.y);
radians += radiansStep;
}
}