/// <summary>
/// Start the game. This will begin the game loop and no other code past Start() in your entry point will run. Make sure to set the first scene before executing this.
/// </summary>
public void Start()
{
if (!windowSet)
{
SetWindow(Width, Height, WindowFullscreen);
}
if (LogExceptionsToFile)
{
// Dump crashes to a file
AppDomain.CurrentDomain.UnhandledException += GlobalUnhandledExceptionHandler;
}
if (!Active)
{
Active = true;
Init();
UpdateScenes();
gameTime.Start();
while (Window.IsOpen)
{
if (Active)
{
Window.DispatchEvents();
frameTime = 1000f / TargetFramerate;
skipTime = frameTime * 2;
if (ShowDebugger)
{
Window.SetMouseCursorVisible(true);
}
else
{
Window.SetMouseCursorVisible(mouseVisible);
}
if (HasFocus)
{
ScreenshotButton.UpdateFirst();
if (ScreenshotButton.Pressed)
{
Surface.SaveToFile();
}
}
if (HasFocus && EnableQuitButton)
{
QuitButton.UpdateFirst();
if (QuitButton.Pressed)
{
Close();
}
}
if (HasFocus && EnableAltF4)
{
if (Keyboard.IsKeyPressed((Keyboard.Key)Key.LAlt) ||
Keyboard.IsKeyPressed((Keyboard.Key)Key.RAlt))
{
if (Keyboard.IsKeyPressed((Keyboard.Key)Key.F4))
{
Close();
}
}
}
if (!AlwaysUpdate && !HasFocus)
{
deltaTime = 0;
continue;
}
Instance = this;
if (!ShowDebugger)
{
if (LockMouse && HasFocus)
{
Vector2i m = Mouse.GetPosition(Window);
int mx, my;
mx = (int)Util.Clamp(m.X, LockMousePadding, WindowWidth - LockMousePadding);
my = (int)Util.Clamp(m.Y, LockMousePadding, WindowHeight - LockMousePadding);
Mouse.SetPosition(new Vector2i(mx, my), Window);
}
else if (LockMouseCenter && HasFocus)
{
Vector2i m = Mouse.GetPosition(Window);
int mx, my;
mx = WindowWidth / 2;
my = WindowHeight / 2;
MouseDeltaX = m.X - mx;
MouseDeltaY = m.Y - my;
Input.GameMouseUpdate(MouseDeltaX, MouseDeltaY);
Mouse.SetPosition(new Vector2i(mx, my), Window);
}
}
deltaTime += gameTime.ElapsedMilliseconds - lastTime;
lastTime = gameTime.ElapsedMilliseconds;
fpsTime += deltaTime;
UpdateAverageFramerate();
RealDeltaTime = deltaTime;
if (deltaTime >= skipTime)
{
deltaTime = skipTime;
}
if (FixedFramerate)
{
DeltaTime = MeasureTimeInFrames ? 1 : 1f / TargetFramerate;
while (deltaTime >= frameTime + sleepTime)
{
UpdateDebugger();
if (!ShowDebugger)
{
UpdateCount = 0;
Input.Update();
if (!Paused)
{
updateTime.Restart();
Update();
OnUpdate?.Invoke();
updateTime.Stop();
}
}
deltaTime -= frameTime + sleepTime;
sleepTime = 0;
}
}
else
{
DeltaTime = deltaTime * 0.001f;
UpdateDebugger();
if (!ShowDebugger)
{
UpdateCount = 0;
Input.Update();
if (!Paused)
{
updateTime.Restart();
Update();
OnUpdate?.Invoke();
updateTime.Stop();
}
}
deltaTime = 0;
}
RenderCount = 0;
if (updatedOnce)
{
renderTime.Restart();
Render();
renderTime.Stop();
}
else
{
Window.Clear(Color.Black.SFMLColor);
Window.Display();
}
}
}
}
OnEnd();
}
public override void UpdateFirst()
{
base.UpdateFirst();
AxisLeft.Enabled = Enabled;
AxisRight.Enabled = Enabled;
AxisDPad.Enabled = Enabled;
Up.Enabled = Enabled;
Down.Enabled = Enabled;
Left.Enabled = Enabled;
Right.Enabled = Enabled;
A.Enabled = Enabled;
B.Enabled = Enabled;
X.Enabled = Enabled;
Y.Enabled = Enabled;
R1.Enabled = Enabled;
R2.Enabled = Enabled;
L1.Enabled = Enabled;
L2.Enabled = Enabled;
Start.Enabled = Enabled;
Select.Enabled = Enabled;
Home.Enabled = Enabled;
AxisLeftClick.Enabled = Enabled;
AxisRightClick.Enabled = Enabled;
Up.UpdateFirst();
Down.UpdateFirst();
Left.UpdateFirst();
Right.UpdateFirst();
A.UpdateFirst();
B.UpdateFirst();
X.UpdateFirst();
Y.UpdateFirst();
R1.UpdateFirst();
R2.UpdateFirst();
L1.UpdateFirst();
L2.UpdateFirst();
Start.UpdateFirst();
Select.UpdateFirst();
Home.UpdateFirst();
AxisLeftClick.UpdateFirst();
AxisRightClick.UpdateFirst();
AxisLeft.UpdateFirst();
AxisRight.UpdateFirst();
AxisDPad.UpdateFirst();
// The recording and playback code is pretty ugly, sorry :I
if (Recording)
{
foreach (var b in buttonNames)
{
if (b.Value.Pressed || b.Value.Released)
{
if (!recordedButtonData.ContainsKey(recordingTimer))
{
recordedButtonData.Add(recordingTimer, new Dictionary <string, int>());
}
}
if (b.Value.Pressed)
{
recordedButtonData[recordingTimer].Add(b.Key, 1);
}
if (b.Value.Released)
{
recordedButtonData[recordingTimer].Add(b.Key, 0);
}
}
if (RecordAxes)
{
if (AxisLeft.HasInput && (AxisLeft.X != AxisLeft.LastX || AxisLeft.Y != AxisLeft.LastY))
{
recordedAxisData[0].Add(recordingTimer, new AxisData {
X = AxisLeft.X, Y = AxisLeft.Y
});
//Console.WriteLine("Time: " + recordingTimer + " X: " + AxisLeft.X + " Y: " + AxisLeft.Y);
}
if (AxisRight.HasInput && (AxisRight.X != AxisRight.LastX || AxisRight.Y != AxisRight.LastY))
{
recordedAxisData[1].Add(recordingTimer, new AxisData {
X = AxisRight.X, Y = AxisRight.Y
});
}
if (AxisDPad.HasInput && (AxisDPad.X != AxisDPad.LastX || AxisDPad.Y != AxisDPad.LastY))
{
recordedAxisData[2].Add(recordingTimer, new AxisData {
X = AxisDPad.X, Y = AxisDPad.Y
});
}
if (AxisTriggers.HasInput && (AxisTriggers.X != AxisTriggers.LastX || AxisTriggers.LastY != 0))
{
recordedAxisData[3].Add(recordingTimer, new AxisData {
X = AxisTriggers.X, Y = AxisTriggers.Y
});
}
}
recordingTimer++;
}
if (Playing)
{
if (playingTimer > playbackMax)
{
Stop();
}
if (playbackButtonData.ContainsKey(playingTimer))
{
foreach (var act in playbackButtonData[playingTimer])
{
if (act.Value == 0)
{
buttonNames[act.Key].ForceState(false);
//Util.Log("Time: " + playingTimer + " " + act.Key + " Released");
}
else
{
buttonNames[act.Key].ForceState(true);
//Util.Log("Time: " + playingTimer + " " + act.Key + " Pressed");
}
}
}
var i = 0;
foreach (var a in axes)
{
if (playbackAxisData[i].ContainsKey(playingTimer))
{
a.ForceState(playbackAxisData[i][playingTimer].X, playbackAxisData[i][playingTimer].Y);
//Util.Log("Time: " + playingTimer + " X: " + playbackAxisData[i][playingTimer].X + " Y: " + playbackAxisData[i][playingTimer].Y);
}
i++;
}
playingTimer++;
}
}