public void AfterSpawning()
{
if (terrain == null)
{
return;
}
//Rotate terrain back
terrain.transform.rotation = Quaternion.Euler(0, 0, 0);
//generate a new rotated one
Vector3 elementRotation = OrigianlTerrainCorner.transform.rotation.eulerAngles;
Debug.Log("element rotation: " + elementRotation);
float angle = 360 - elementRotation.y;
Debug.Log("rotating degree: " + angle);
RuntimeTerrainRotator rttr = new RuntimeTerrainRotator();
GameObject nGo = new GameObject();
nGo.layer = terrain.layer;
nGo.transform.parent = terrain.transform.parent;
nGo.name = "Generated Terrain";
rttr.RotateTerrain(terrain, nGo, angle, terrainDataDuplicate);
//reset position of terrain
Vector3 newCornerToCenter = Quaternion.Euler(0, elementRotation.y, 0) * CornerToCenter;
//GameObject n = new GameObject(); n.transform.position = OrigianlTerrainCorner.transform.position + CornerToCenter; n.name = "Original Corner + Corner To Center";
//GameObject nn = new GameObject(); nn.transform.position = OrigianlTerrainCorner.transform.position + newCornerToCenter; nn.name = "Original Corner + new To Center";
//GameObject nnn = new GameObject(); nnn.transform.position = terrainCenter.transform.position + CornerToCenter; nnn.name = "Center + Corner To Center";
//GameObject nnnn = new GameObject(); nnnn.transform.position = terrainCenter.transform.position + newCornerToCenter; nnnn.name = "Center + new CornerToCenter";
nGo.transform.position = OrigianlTerrainCorner.transform.position + newCornerToCenter + -CornerToCenter;
}
// Update is called once per frame
void Update()
{
if (Input.GetKeyDown(KeyCode.R))
{
Debug.Log("Presed R");
GameObject t = FindObjectOfType <Terrain>().gameObject;
RuntimeTerrainRotator rttr = new RuntimeTerrainRotator();
GameObject nGo = new GameObject();
rttr.RotateTerrain(t, nGo, 45, terrainDataDuplicate);
}
}
