IEnumerable <CaveVertex> IGenerator <CaveVertex, CaveNode, Vector2, int> .Generate(CaveNode node)
{
/*
* 0 = Ground
* 1 = Wall
* 2 = Room
* 3 = Way
* 4 = Door
* 5 = EnemyGuy
* 6 = Mine
* 7 = Target
* 8 = Bush
* 9 = Tree
* 10 = Stone
* 11 = Trap
*/
/*Zahlen für Entities
* 1024,"door",
* 2048,"EnemyGuy",
* 4096,"Mine",
* 8192,"Target",
* 16384,"Bush",
* 32768,"Tree",
* 65536,"Stone",
* 131072,"Trap",
* 262144,"Spawnpoint",
* 524288,"Exitpoint"
*
*/
var tiles = default(Dictionary <int, string>);
if (node.Self.Key == 1)
{
tiles = new Dictionary <int, string>()
{
{ 0, "erde2" },
{ 1, "beton_indoor" },
{ 2, "pflaster" },
};
}
else if (node.Self.Key == 2)
{
tiles = new Dictionary <int, string>()
{
{ 0, "blacktile" },
};
}
Debug.Log(node.Metadata);
// string[] tiles = new[] { "erde2", "blacktile", "beton_indoor", "pflaster", "wall", "kacheln", "beton_outdoor", "gras", "asphalt", "erde2", "rock_placeholder", "trap_placeholder" };
var uv = tManager.getUV(tiles[node.Metadata & 127]);
for (int i = 0; i < 4; i++)
{
yield return(new CaveVertex()
{
Location = vertices[i] + node.Point,
UVCords = uv[i]
});
}
}
IEnumerable <Edge <Vector2> > IGenerator <Edge <Vector2>, CaveNode, Vector2, int> .Generate(CaveNode node)
{
Func <Edge <Vector2> > left = () => new Edge <Vector2>(node.Point, node.Point + Vector2.up);
Func <Edge <Vector2> > right = () => new Edge <Vector2>(node.Point + Vector2.one, node.Point + Vector2.right);
Func <Edge <Vector2> > top = () => new Edge <Vector2>(node.Point + Vector2.up, node.Point + Vector2.one);
Func <Edge <Vector2> > bottom = () => new Edge <Vector2>(node.Point + Vector2.right, node.Point);
if ((node.Case & 1) > 0)
{
yield return(bottom());
}
if ((node.Case & 2) > 0)
{
yield return(top());
}
if ((node.Case & 4) > 0)
{
yield return(right());
}
if ((node.Case & 8) > 0)
{
yield return(left());
}
}