// Use this for initialization
void Start()
{
if (isServer)
{
MinMaxCubeWidth = SanitizeMinMax(MinMaxCubeWidth);
MinMaxCubeHeight = SanitizeMinMax(MinMaxCubeHeight);
for (int n = 0; n < NumberOfCubes; n++)
{
//get together all our variables used to place the cubes
float l = Random.Range(-length / 2, length / 2);
float phi = Random.Range(0, 180);
float theta = phi % 60 + Mathf.Floor(phi / 60) * 120;
theta += Offset;
Vector3 scale = new Vector3(Random.Range(MinMaxCubeWidth.x, MinMaxCubeWidth.y), Random.Range(MinMaxCubeHeight.x, MinMaxCubeHeight.y), Random.Range(MinMaxCubeWidth.x, MinMaxCubeWidth.y));
Vector3 coords = RadialToCartesian(l, theta, radius, scale.y);
//network instantiate
GameObject g = (GameObject)Instantiate(TerrainCube, coords, Quaternion.Euler(theta, 0, 0));
g.transform.localScale = scale;
g.transform.parent = transform;
//NetworkServer.Spawn(g);
RandomCube cube = new RandomCube();
cube.obj = g;
CubeList.Add(cube);
Debug.Log(n);
}
}
//Network.Instantiate(TerrainCube, transform.position, Quaternion.Euler(0, 0, 0), 0);
}
// RANDOM POINT ON A CUBE. Return a Vector3
public Vector3 PointOnACube(Normalization n, float t)
{
return(RandomCube.Surface(ref _rand, n, t));
}
// RANDOM POINT ON A CUBE. Return a Vector3
public Vector3 PointOnACube()
{
return(RandomCube.Surface(ref _rand));
}
// RANDOM POINT IN A CUBE. Return a Vector3
public Vector3 PointInACube(Normalization n, float t)
{
return(RandomCube.Volume(ref _rand, n, t));
}
// RANDOM POINT IN A CUBE. Return a Vector3
public Vector3 PointInACube()
{
return(RandomCube.Volume(ref _rand));
}
