internal static void ProcessReflection(BasicMap map)
{
count = 0;
#region Prepare chunks
foreach (var chunk in map.Chunks)
{
map.CheckChunksToConsider(chunk.region);
}
Console.WriteLine("Chunks correctly prepared for logic.");
#endregion
List <BasicTile> waterTiles = new List <BasicTile>();
foreach (var chunk in map.Chunks)
{
chunk.waterTiles.Clear();
foreach (var layer in chunk.lbt)
{
chunk.waterTiles.Add(new List <BasicTile>());
if (layer.Find(t => t.tileSource.tileType == TileSource.TileType.Fluid) != null)
{
foreach (var tile in layer.FindAll(t => t.tileSource.tileType == TileSource.TileType.Fluid))
{
waterTiles.Add(tile);
chunk.waterTiles.Last().Add(tile);
}
}
}
}
foreach (var chunk in map.Chunks)
{
if (waterTiles.Count != 0)
{
waterTiles = waterTiles.Distinct().ToList();
foreach (var obj in chunk.objectsInChunk)
{
Rectangle reflectionPosition;
if (obj is BaseSprite)
{
reflectionPosition = (obj as BaseSprite).trueMapSize();
reflectionPosition.Location = reflectionPosition.Location + new Point(0, reflectionPosition.Height);
if (CheckReflection(reflectionPosition, waterTiles))
{
(obj as BaseSprite).bNeedsWaterReflection = true;
}
}
else if (obj is ObjectGroup)
{
(obj as ObjectGroup).CalculateFxDrawLocBeforeFirstDraw();
reflectionPosition = (obj as ObjectGroup).trueMapSize;
reflectionPosition.Location = reflectionPosition.Location + new Point(0, reflectionPosition.Height);
if (CheckReflection(reflectionPosition, waterTiles))
{
(obj as ObjectGroup).bNeedsWaterReflection = true;
}
}
}
}
}
Console.WriteLine("Found " + count + " Objects for water reflection.");
}