static void SurfaceFragmentToBytes(out byte surf, Tile t)
{
if (!t || (!t.SurfaceFrag && !t.Foundation))
{
surf = 0;
return;
}
byte param = 0;
byte frag = 0;
if (t.Foundation)
{
frag = (byte)GenerateLevel.SurfaceFragmentTypes.FOUNDATIONTILE;
}
else if (t.SurfaceFrag.GetComponent <TreeFragment>())
{
frag = (byte)GenerateLevel.SurfaceFragmentTypes.TREE;
param = (byte)t.SurfaceFrag.GetComponent <TreeFragment>().Growth;
}
else if (t.SurfaceFrag.GetComponent <SurfaceFragment>())
{
frag = (byte)GenerateLevel.SurfaceFragmentTypes.SURFFRAG;
param = (byte)FragmentManager.FragToInt(t.SurfaceFrag.GetComponent <UnearthedFragment>().currFrag.GetType().ToString());
}
frag = (byte)(frag & SURFFRAG_MASK);
param = (byte)(param << 3);
param = (byte)(param & FRAGMENT_MASK);
surf = (byte)(frag | param);
}
//resets the unearthed fragment to a new tile, item, and turns it on
public void reset()
{
currFrag = FragmentManager.CreateFragment(FragmentManager.FM.GetRandomFrag(true));
Tile[] t = (Tile[])Component.FindObjectsOfType(typeof(Tile));
//TODO: Change this so it only goes through one plane
int r = t.Length / 3;
r = Random.Range(0, r);
//cycle through all tiles on the lowest plane and choose a tile to attach to, or none if one is not chosen in the given cycle
for (int i = 0; i < t.Length; i++)
{
if (!t[i].Resident && !t[i].SurfaceFrag && !t[i].Foundation && t[i].transform.parent.tag == "LowPlane")
{
if (i <= r)
{
if (t[i] == AttachedTile || t[i] == null)
{
return;
}
this.SetTile(t[i]);
}
}
}
//get mesh of the chosen frag
Mesh newMesh = currFrag.getModel();
((MeshFilter)GetComponent("MeshFilter")).mesh = newMesh;
//activate it
if (AttachedTile && AttachedTile.SurfaceFrag == this)
{
Active = true;
((MeshRenderer)GetComponent("MeshRenderer")).enabled = true;
particleSystem.enableEmission = true;
transform.localScale = new Vector3(0, 0, 0);
}
print(FragmentManager.FragToInt(currFrag.GetType().ToString()));
}
