public DualTimer(LiveSplitState state)
{
InternalComponent = new Timer();
AlternateTimer = new AlternateTimer();
Settings = new DualTimerSettings()
{
CurrentState = state
};
Cache = new GraphicsCache();
}
public void DrawHorizontal(Graphics g, LiveSplitState state, float height, Region clipRegion)
{
DrawGeneral(g, state, HorizontalWidth, height);
var oldMatrix = g.Transform;
InternalComponent.Settings.TimerWidth = HorizontalWidth;
InternalComponent.DrawHorizontal(g, state, height * ((100f - Settings.AlternateTimerSizeRatio) / 100f), clipRegion);
g.Transform = oldMatrix;
g.TranslateTransform(0, height * ((100f - Settings.AlternateTimerSizeRatio) / 100f));
AlternateTimer.DrawHorizontal(g, state, height * (Settings.AlternateTimerSizeRatio / 100f), clipRegion);
AlternateTimer.Settings.TimerWidth = HorizontalWidth;
g.Transform = oldMatrix;
}
public void DrawVertical(Graphics g, LiveSplitState state, float width, Region clipRegion)
{
DrawGeneral(g, state, width, VerticalHeight);
var oldMatrix = g.Transform;
InternalComponent.Settings.TimerHeight = (VerticalHeight - 7f) * ((100f - Settings.AlternateTimerSizeRatio) / 100f);
InternalComponent.DrawVertical(g, state, width, clipRegion);
g.Transform = oldMatrix;
g.TranslateTransform(0, (VerticalHeight - 7f) * ((100f - Settings.AlternateTimerSizeRatio) / 100f));
AlternateTimer.Settings.TimerHeight = VerticalHeight * (Settings.AlternateTimerSizeRatio / 100f);
AlternateTimer.DrawVertical(g, state, width, clipRegion);
g.Transform = oldMatrix;
}
public void Update(IInvalidator invalidator, LiveSplitState state, float width, float height, LayoutMode mode)
{
var timingMethod = state.CurrentTimingMethod;
if (Settings.TimingMethod == "Real Time")
{
timingMethod = TimingMethod.RealTime;
}
else if (Settings.TimingMethod == "Game Time")
{
timingMethod = TimingMethod.GameTime;
}
var formatter = new AlternateTimeFormatter(Settings.AlternateTimeAccuracy);
TimeSpan?altTime = null;
if (AlternateTimer != null)
{
altTime = AlternateTimer.GetTime(state, timingMethod);
}
AlternateTimer.Settings.TimingMethod = Settings.TimingMethod;
InternalComponent.Settings.TimingMethod = Settings.TimingMethod;
AlternateTimer.Update(null, state, width, height, mode);
InternalComponent.Update(null, state, width, height, mode);
Cache.Restart();
Cache["AlternateTimerText"] = AlternateTimer.BigTextLabel.Text + AlternateTimer.SmallTextLabel.Text;
Cache["InternalComponentText"] = InternalComponent.BigTextLabel.Text + InternalComponent.SmallTextLabel.Text;
if (InternalComponent.BigTextLabel.Brush != null && invalidator != null)
{
if (InternalComponent.BigTextLabel.Brush is LinearGradientBrush)
{
Cache["TimerColor"] = ((LinearGradientBrush)InternalComponent.BigTextLabel.Brush).LinearColors.First().ToArgb();
}
else
{
Cache["TimerColor"] = InternalComponent.BigTextLabel.ForeColor.ToArgb();
}
}
if (invalidator != null && (Cache.HasChanged)) //|| FrameCount > 1))
{
invalidator.Invalidate(0, 0, width, height);
}
}