public ArtificialIntelligence(UserInterface userInterface, VisualCortex visualCortex)
{
if (logicTimer != null)
{
logicTimer.Stop();
}
// 0 = 40fps when set to 1ms, 8fps screen, 15fps is 7.5fps
// 1 = 65fps when set to 1ms, 8fps screen, 40fps is 8fps
// 2 = 1000fps when set to 1ms, 6 fps screen, 60fps is 6.35 fps
// 3 = 1000fps when set to 1ms, 7.5 fps screen, 60fps is 7.65 fps, 200fps is 8fps
logicTimer = new ATimer(3, 1, new ATimer.ElapsedTimerDelegate(() => { logic(); }));
this.userInterface = userInterface;
this.visualCortex = visualCortex;
timerPerformanceStopwatch = new High_Performance_Timer.Stopwatch();
screenCapturePerformanceStopWatch = new High_Performance_Timer.Stopwatch();
basicAI = new BasicAI();
autoQueue = new AutoQueueManager();
logicTimer.Start();
}
void _EndedDragMode()
{
if (!_isDragMode)
{
return;
}
//AOutput.Write("END");
_isDragMode = _isProcess2 = false;
_timer.Stop();
if (!_wTransparent.Is0)
{
_wTransparent.Post(Api.WM_USER); //let it close self
}
}
void _DocChanged(SciCode doc, bool opened)
{
_doc = doc;
_update = false;
_visibleLines = default;
_modTimer?.Stop();
_modFromEnd = int.MaxValue;
_diagCounter = 0;
_cancelTS?.Cancel(); _cancelTS = null;
if (opened)
{
_StylingAndFoldingVisibleFrom0(doc, firstTime: true);
}
}
public Entity(Vector2 position, int maxHealth)
{
airTime = new ATimer();
airTime.Interval = 100f;
airTime.TimerType = ATimerType.MilliSeconds;
airTime.Stop();
startPosition = Vector2.Zero;
DrawColor = Color.White;
CollisionRectangle = new Rectangle(0, 0, WIDTH, HEIGHT);
Health = new GameAttribute(0, maxHealth);
Position = position;
Friction = 0.2f;
HasGravity = true;
HasWorldCollision = true;
}
/// <summary>
/// Starts or stops capturing.
/// Does nothing if already in that state.
/// </summary>
public void StartStop(bool start)
{
if (start == Capturing)
{
return;
}
var wForm = (AWnd)_form;
if (start)
{
//let other forms stop capturing
wForm.Prop.Set(c_propName, 1);
AWnd.Find(null, "WindowsForms*", also: o => {
if (o != wForm && o.Prop[c_propName] == 1)
{
o.Send(c_stopMessage);
}
return(false);
});
if (!Api.RegisterHotKey(wForm, 1, 0, KKey.F3))
{
ADialog.ShowError("Failed to register hotkey F3", owner: _form);
return;
}
Capturing = true;
//set timer that shows AO rect
if (_timer == null)
{
_osr = TUtil.CreateOsdRect();
_timer = new ATimer(t => {
//Don't capture too frequently.
// Eg if the callback is very slow. Or if multiple timer messages are received without time interval (possible in some conditions).
long t1 = ATime.PerfMilliseconds, t2 = t1 - _prevTime; _prevTime = t1; if (t2 < 100)
{
return;
}
//show rect of UI object from mouse
AWnd w = AWnd.FromMouse(WXYFlags.NeedWindow);
RECT?r = default;
if (!(w.Is0 || w == wForm || w.OwnerWindow == wForm))
{
r = _cbGetRect();
}
if (r.HasValue)
{
var rr = r.GetValueOrDefault();
rr.Inflate(2, 2); //2 pixels inside, 2 outside
_osr.Rect = rr;
_osr.Show();
}
else
{
_osr.Visible = false;
}
});
}
_timer.Every(250);
}
else
{
Capturing = false;
Api.UnregisterHotKey(wForm, 1);
wForm.Prop.Remove(c_propName);
_timer.Stop();
_osr.Hide();
}
}
private void StopAnimation(string status)
{
ATimer.Stop();
StatusTxt.Text = status;
}
public override void MouseDoubleClick(TreeNodeAdvMouseEventArgs args)
{
_editFlag = false;
_timer?.Stop();
}