/*
* /// <summary>
* /// Contains for each voxel, the type for which oncreated has been called
* /// WARNING: this way of doing lifetime makes that when changing object types, they only come into correct existence on the next frame
* /// This means that changing the type of a voxel and then directly manipulating it can cause problems!!
* /// </summary>
* private Dictionary<IVoxel, IGameVoxelType> initializedTypes = new Dictionary<IVoxel, IGameVoxelType>();
* private void simulateCreateAndDestroy()
* {
* var gameVoxels = changedVoxels.Cast<GameVoxel>().ToArray();
* changedVoxels.Clear(); // Clear so that we capture change events from within the oncreated and ondestroyed events
* gameVoxels.ForEach(v =>
* {
* IGameVoxelType current = null;
* initializedTypes.TryGetValue(v, out current);
* if (current == v.Data.Type) return;//No change
* if (current != null && current.ReceiveCreationEvents)
* current.OnDestroyed(v);
*
* if (v.Data.Type.ReceiveCreationEvents) v.Data.Type.OnCreated(v);
*
* initializedTypes[v] = v.Data.Type;
*
* });
* }*/
private void simulatePerVoxelTick()
{
world.ForEach((v, p) =>
{
if (v.Type == null)
{
return;
}
v.Type.Tick(v);
});
}
private void normalizeWorld()
{
world.ForEach((voxel, _) => voxel.Data.Height = (float)Math.Floor(voxel.Data.Height));
}