public void init()
{
float chunkOrigin = this.chunkSize * 0.5f;
float unitScale = this.Parent.getParent().tileUnitSize;
this.mesh = new Mesh();
this.geometry = new GameObject("TileChunk");
this.geometry.transform.parent = this.parent.gameObject.transform;
this.geometry.transform.position = this.position + new Vector3(chunkOrigin * unitScale, chunkOrigin * unitScale, 0);
this.geometry.transform.localScale = Vector3.one * unitScale;
this.meshRenderer = this.geometry.AddComponent <MeshRenderer>();
this.meshFilter = this.geometry.AddComponent <MeshFilter>();
this.meshRenderer.material = this.parent.getParent().textureMap.getTextureForID(0).material;
int chunkOffset = -(int)this.chunkSize / 2;
// Add row by row
for (int y = 0; y < this.chunkSize; ++y)
{
for (int x = 0; x < this.chunkSize; ++x)
{
// Create a new tile
TileDat tileToAdd = new TileDat();
// Parents layer parent is the tile map itself, default use first tile in map, which is air!
tileToAdd.tile = this.parent.getParent().getTile(0);
tileToAdd.parent = this;
// tiles are offset by chunk offset, so the gameobjects center is in the center of the chunk
tileToAdd.position = new Vector3(x + chunkOffset, y + chunkOffset, 0) + this.geometry.transform.position;
tiles.Add(tileToAdd);
}
}
// updates enture tile layer!
updateAjacentTiles();
// Call init on all tiles in the map!
foreach (TileDat Tile in tiles)
{
foreach (TileBehaviour behaviour in Tile.tile.behaviours)
{
behaviour.onInit(Tile);
}
}
}
/// Adds a new layer to the tile map.
TileLayer addLayer(TileLayer Layer)
{
Layer.setParent(this);
this.layers.Add(Layer);
return(Layer);
}
public void setParent(TileLayer Parent)
{
this.parent = Parent;
}
