protected override void OnRendering(IHostScreen screen, ref FBO currentFbo)
{
currentFbo = _gBuffer.FBO;
FBO.Bind(currentFbo, FBO.Target.FrameBuffer);
ElffyGL.Clear(ClearMask.ColorBufferBit | ClearMask.DepthBufferBit);
_gBuffer.ClearColorBuffers();
}
internal FrameTimingPoint(IHostScreen screen, FrameTiming timing)
{
Debug.Assert(timing.IsSpecified());
_screen = screen;
_eventQueue = new AsyncEventQueueCore();
_timing = timing;
}
private ComputeShaderDispatcher(ProgramObject program, IHostScreen screen, IComputeShader shader)
{
Debug.Assert(program.IsEmpty == false);
_program = program;
_screen = screen;
_shader = shader;
}
internal static void ThrowIfContextNotEqual(IHostScreen actual, IHostScreen expected)
{
Debug.Assert(actual != null);
Debug.Assert(expected != null);
if(actual != expected) {
Throw(actual, expected);
}
}
/// <summary>
/// NavService setup where vm is HostScreen
/// NOTE: Must be initiated in the hostscreen constructor
/// </summary>
/// <param name="vm">HostScreen</param>
public void Setup(IHostScreen vm)
{
// Set hostscreen
HostScreen = vm;
// Initialize stack
ViewModels ??= new List <IViewModel>();
}
internal RenderingArea(IHostScreen screen)
{
_state = RenderingAreaLifeState.New;
OwnerScreen = screen;
TimingPoints = new FrameTimingPointList(screen);
Lights = new LightManager(screen);
Layers = new LayerCollection(this);
_runningTokenSource = new CancellationTokenSource();
}
protected override void OnSizeChanged(IHostScreen screen)
{
base.OnSizeChanged(screen);
_isSizeChangeRequested = true;
_sizeChangeRequestedFrameNum = screen.FrameNum;
if (_isSizeChangeObserved == false)
{
_isSizeChangeObserved = true;
StartObserveSizeChanged(screen);
}
}
private protected sealed override void RenderOverride(IHostScreen screen, ref FBO currentFbo)
{
var timingPoints = TimingPoints;
timingPoints.BeforeRendering.DoQueuedEvents();
if (IsVisible)
{
RenderPostProcess(screen, ref currentFbo);
}
timingPoints.AfterRendering.DoQueuedEvents();
}
internal FrameTimingPointList(IHostScreen screen)
{
_screen = screen;
_frameInitializingPoint = new FrameTimingPoint(screen, FrameTiming.FrameInitializing);
_earlyUpdatePoint = new FrameTimingPoint(screen, FrameTiming.EarlyUpdate);
_updatePoint = new FrameTimingPoint(screen, FrameTiming.Update);
_lateUpdatePoint = new FrameTimingPoint(screen, FrameTiming.LateUpdate);
_beforeRenderingPoint = new FrameTimingPoint(screen, FrameTiming.BeforeRendering);
_afterRenderingPoint = new FrameTimingPoint(screen, FrameTiming.AfterRendering);
_internalEndOfFrame = new FrameTimingPoint(screen, FrameTiming.Internal_EndOfFrame);
}
private static async UniTask Start(IHostScreen screen)
{
UniTask.Void(async() =>
{
await foreach (var _ in screen.Frames(FrameTiming.Update))
{
if (screen.Keyboard.IsPress(Elffy.InputSystem.Keys.Escape))
{
screen.Close();
}
}
});
var(drLayer, wLayer, uiLayer) =
await LayerPipelines.CreateBuilder(screen).Build(
() => new DeferredRenderingLayer(),
() => new WorldLayer(),
() => new UILayer());
InitializeLights(screen);
var uiRoot = uiLayer.UIRoot;
var timings = screen.TimingPoints;
uiRoot.Background = Color4.Black;
try {
await ParallelOperation.WhenAll(
//Sample.CreateUI(uiLayer.UIRoot),
CreateDice2(drLayer),
CreateCameraMouse(wLayer, new Vector3(0, 3, 0)),
CreateDice(wLayer),
CreateModel2(wLayer),
CreateBox(wLayer),
CreateFloor(wLayer),
//CreateFloor2(wLayer),
CreateSky(wLayer),
timings.Update.DelayTime(800));
var time = TimeSpanF.FromMilliseconds(200);
await foreach (var frame in timings.Update.Frames())
{
if (frame.Time >= time)
{
break;
}
uiRoot.Background.A = 1f - frame.Time / time;
}
}
finally {
uiRoot.Background = Color4.Transparent;
}
}
private static void InitializeLights(IHostScreen screen)
{
ReadOnlySpan <Vector4> pos = stackalloc Vector4[]
{
new(1, 1, 1, 0),
//new(1, 0, 0, 0),
};
ReadOnlySpan <Color4> color = stackalloc Color4[]
{
Color4.White,
//Color4.OrangeRed,
};
screen.Lights.Initialize(pos, color);
}
protected override void OnRendered(IHostScreen screen, ref FBO currentFbo)
{
var targetFbo = FBO.Empty;
var gBuffer = _gBuffer;
var screenSize = screen.FrameBufferSize;
var gBufSize = gBuffer.Size;
Debug.Assert(_postProcess is not null);
Debug.Assert(_ppProgram is not null);
FBO.Bind(targetFbo, FBO.Target.FrameBuffer);
if (IsVisible)
{
_ppProgram.Render(screenSize, (Vector2)screenSize / (Vector2)gBufSize);
}
currentFbo = targetFbo;
}
private void StartObserveSizeChanged(IHostScreen screen)
{
screen.StartCoroutine(this, static async(co, self) =>
{
while (co.CanRun)
{
if (self._isSizeChangeRequested && co.Screen.FrameNum - self._sizeChangeRequestedFrameNum > 1)
{
// TODO: when height is 0.
self._gBuffer.Resize();
Debug.WriteLine("Resize !!!!!!!!!!!!");
self._isSizeChangeRequested = false;
}
await co.TimingPoints.FrameInitializing.Next();
}
}, FrameTiming.FrameInitializing).Forget();
}
private static async void OnScreenInitialized(IHostScreen screen)
{
//Timing.Initialize(screen);
//Game.Initialize(screen);
ExceptionDispatchInfo?edi = null;
try {
await(_func?.Invoke(screen) ?? throw new InvalidOperationException("func is null"));
}
catch (Exception ex) {
edi = ExceptionDispatchInfo.Capture(ex);
await screen.TimingPoints.Update.Next();
}
finally {
screen.Close();
//Timing.Clear();
//Game.Clear();
_func = null;
}
edi?.Throw();
}
protected override void SelectMatrix(IHostScreen screen, out Matrix4 view, out Matrix4 projection)
{
Debug.Fail("This method should not be called.");
throw new NotSupportedException("This method should not be called.");
}
protected sealed override void OnRendered(IHostScreen screen, ref FBO currentFbo)
{
Debug.Fail("This method should not be called.");
throw new NotSupportedException("This method should not be called.");
}
protected abstract void RenderPostProcess(IHostScreen screen, ref FBO currentFbo);
internal ComputeShaderContext(IHostScreen screen)
{
_screen = screen;
}
protected override void OnAlive(IHostScreen screen)
{
// nop
}
protected override void OnSizeChanged(IHostScreen screen)
{
// nop
}
public static UniTask StartCoroutine(this IHostScreen parent, Func <CoroutineState, UniTask> coroutine)
{
return(Coroutine.Start(parent, coroutine));
}
public static void StartOrReserveCoroutine <TState>(this IHostScreen parent, TState state, Func <CoroutineState, TState, UniTask> coroutine)
{
Coroutine.StartOrReserve(parent, state, coroutine);
}
internal LayerPipelineBuilder(IHostScreen screen)
{
ArgumentNullException.ThrowIfNull(screen);
_screen = screen;
}
protected override void OnRendered(IHostScreen screen, ref FBO currentFbo)
{
// nop
}
protected override void OnRendering(IHostScreen screen, ref FBO currentFbo)
{
FBO.Bind(FBO.Empty, FBO.Target.FrameBuffer);
currentFbo = FBO.Empty;
}
public AbstractPage(IHostScreen parent, InstagramSession session)
{
this.parent = parent;
this.session = session;
}
public static ProgramObject GetCacheOrCompile(IHostScreen screen, SourceKey key)
{
_dictionaries ??= new();
ref var dic = ref CollectionsMarshal.GetValueRefOrAddDefault(_dictionaries, screen, out _);
public static UniTask StartCoroutine <TState>(this IHostScreen parent, TState state, Func <CoroutineState, TState, UniTask> coroutine, FrameTiming timing)
{
return(Coroutine.Start(parent, state, coroutine, timing));
}
public static void StartOrReserveCoroutine(this IHostScreen parent, Func <CoroutineState, UniTask> coroutine, FrameTiming timing)
{
Coroutine.StartOrReserve(parent, coroutine, timing);
}
public bool TryGetScreen([MaybeNullWhen(false)] out IHostScreen screen)
{
screen = _screen;
return(_screen is not null);
}