// private LightArea GetLightArea(ShadowmapSize size)
//{
//switch (size)
//{
// case ShadowmapSize.Size128:
// return lightArea128;
// case ShadowmapSize.Size256:
// return lightArea256;
// case ShadowmapSize.Size512:
// return lightArea512;
// case ShadowmapSize.Size1024:
// return lightArea1024;
// default:
// return lightArea1024;
//}
// }
// Draws all walls in the area around the light relative to it, and in black (test code, not pretty)
private void DrawWallsRelativeToLight(ILightArea area)
{
RectangleF lightArea = new RectangleF(area.LightPosition - (area.LightAreaSize / 2),
area.LightAreaSize);
var tiles = MapManager.GetWallsIntersecting(lightArea);
foreach (TileRef t in tiles)
{
Vector2 pos = area.ToRelativePosition(new Vector2(t.X, t.Y));
t.Tile.TileDef.RenderPos(pos.X, pos.Y, MapManager.TileSize, (int)area.LightAreaSize.X);
}
}
// Draws all walls in the area around the light relative to it, and in black (test code, not pretty)
private void DrawWallsRelativeToLight(ILightArea area)
{
Vector2f lightAreaSize = CluwneLib.PixelToTile(area.LightAreaSize) / 2;
var lightArea = new FloatRect(area.LightPosition - lightAreaSize, CluwneLib.PixelToTile(area.LightAreaSize));
var tiles = MapManager.GetWallsIntersecting(lightArea);
foreach (TileRef t in tiles)
{
Vector2f pos = area.ToRelativePosition(CluwneLib.WorldToScreen(new Vector2f(t.X, t.Y)));
t.Tile.TileDef.RenderPos(pos.X, pos.Y);
}
}
