public void UpdateTile(TilePosition pos)
{
//Vector2[] uvChanges = new Vector2[verteciesCount];
//Vector2[] textureLayer = new Vector2[verteciesCount];
if (pos.chunk_x != chunkPos_x || pos.chunk_y != chunkPos_y)
{
Debug.Log("Passed values are not for this chunk: Chunk: " + chunkPos_x + "," + chunkPos_y + " Passed: " + pos.chunk_x + "," + pos.chunk_y);
return;
}
if (tileChanges[pos.chunk_relative_x, pos.chunk_relative_y])
{
GenUvData(pos.chunk_relative_x, pos.chunk_relative_y);
ApplyUpdates();
tileChanges[pos.chunk_relative_x, pos.chunk_relative_y] = false;
}
if (collisionChanges[pos.chunk_relative_x, pos.chunk_relative_y])
{
GenerateCollision();
}
}
public void UpdateChunkCollider(TilePosition pos)
{
chunkGrid[pos.chunk_x, pos.chunk_y].GenerateCollision();
}
public void UpdateTile(TilePosition pos)
{
chunkGrid[pos.chunk_x, pos.chunk_y].UpdateTile(pos);
}
public TileBehaviour GetTile(TilePosition pos)
{
Chunk chunk = pos.layer.chunkGrid[pos.chunk_x, pos.chunk_y];
return(chunk.grid[pos.chunk_relative_x, pos.chunk_relative_y]);
}
public void GenerateChunkMesh(TilePosition pos)
{
pos.layer.GenerateChunkMesh(pos.chunk_x, pos.chunk_y);
}
public void UpdateTile(TilePosition pos)
{
pos.layer.UpdateTile(pos);
}
public void UpdateChunk(TilePosition pos)
{
pos.layer.UpdateChunk(pos);
}
