public override void Render(Game0 game, double interpolation)
{
base.Render(game, interpolation);
var view = game.Camera.InterpolatedView(interpolation);
if (game.Player.Alive || Fade)
{
// parallax scrolling
var parallax = view.Min / (game.CurrentLevel.Size - view.Size);
var lights = game.Entities.Where(e => e is Light).Select(e => e as Light).ToArray();
var obstacles =
game.Entities.Where(e => (e as Obstacle) != null).Select(e => (e as Obstacle).BoundingBox + e.Position)
.Concat(new[] { game.Player.BoundingBox + game.Player.InterpolatedPosition(interpolation) })
.ToArray();
// render all layers, back to front
foreach (var layer in game.CurrentLevel.Layers)
{
// main layer
if (layer.Depth == 0)
{
// background layer
Rendering.Render(view, layer, lights, obstacles);
// entities
foreach (var entity in game.Entities)
{
(entity as IRender)?.Render(view, interpolation);
}
}
else
{
// background / foreground layers (with possible parallax scrolling)
Renderer.Instance.RenderLayer(!layer.Parallax ?
view : (new AABB(Vector2f.Zero, view.Size) + (layer.Size - view.Size) * parallax),
layer);
}
}
// debug
DebugData.Render(view, interpolation, game.Entities.ToArray());
if (Settings.Instance.GetDebug(DebugSetting.DrawCamera))
{
(game.Camera as IRender)?.Render(view, interpolation);
}
if (Fade)
{
Renderer.Instance.RenderRectangleOverlay(view, new AABB(Vector2f.Zero, view.Size), new Color4b(0, 0, 0, (byte)FadeFrame));
}
}
// gameplay gui, always on top
Gui.Instance.Render(view, interpolation);
}
