private void EndTimer()
{
timerFinished = true;
FadeInBkgRectAnimation.Begin();
FadeOutBackgroundTimer.Begin();
ScaleBkgRect.ScaleX = 0.2;
ScaleBkgRect.ScaleY = 0.2;
RotateBkgRect.Duration = 3000;
RotateBkgRect.Value = -100;
FadeOutClockAnimation.Begin();
doneGrid.Visibility = Visibility.Visible;
FadeInDoneButton.Begin();
}
private void Timer_Tick(object sender, object e)
{
prevTime = currTime;
currTime = DateTime.Now;
int extraTicks = 0;
if (timerFinished)
{
if (!outroSmall)
{
if (outroLoopCount >= 10)
{
soundPlayer.PlayRandomSound();
outroLoopCount = 0;
}
ScaleBkgRect.ScaleX = 1.2;
ScaleBkgRect.ScaleY = 1.2;
RotateBkgRect.Value -= 110;
LightBkgRect.Distance = 100;
outroSmall = true;
return;
}
else
{
ScaleBkgRect.ScaleX = 0.7;
ScaleBkgRect.ScaleY = 0.7;
RotateBkgRect.Value -= 60;
LightBkgRect.Distance = 30;
outroLoopCount++;
outroSmall = false;
return;
}
}
if (!timerCanStart)
{
if (introCount == 0)
{
FadeInBkgRectAnimation.Begin();
}
if (introCount < 3)
{
if (Settings.Current.SoundModeIndex > 0)
{
soundPlayer.PlaySound((Settings.Current.SoundModeIndex - 1) * 2);
}
RotateBkgRect.Value += 90;
ScaleBkgRect.ScaleX += 0.15;
ScaleBkgRect.ScaleY += 0.15;
LightBkgRect.Distance += 15;
introCount++;
FadeOutClockAnimation.Begin();
return;
}
else
{
if (Settings.Current.SoundModeIndex > 0)
{
soundPlayer.PlaySound(((Settings.Current.SoundModeIndex - 1) * 2) + 1);
}
clockGrid.Opacity = 1;
FadeOutBkgRectAnimation.Begin();
RotateBkgRect.Value += 150;
ScaleBkgRect.ScaleX += 1.5;
ScaleBkgRect.ScaleY += 1.5;
if (Settings.Current.PlacementModeIndex == 1)
{
OffsetClock.StartAnimation();
ScaleClock.StartAnimation();
}
timerCanStart = true;
pauseButton.Visibility = Visibility.Visible;
FadeInPauseButtonAnimation.Begin();
}
}
// in order to keep the clock honest, we check that the current tick time and
// previous tick time are less than 2 seconds apart
// this is important in case the app gets minimized,
// which sometimes causes the tick code to not run
if ((currTime - prevTime) > TimeSpan.FromSeconds(2))
{
TimeSpan diffTime = currTime - prevTime;
double diffTotalSeconds = Math.Floor(diffTime.TotalSeconds);
// keep track of extra needed ticks
// we'll need these to catch up the background animation
extraTicks = (int)diffTotalSeconds;
// if we haven't passed a minute mark, simply decrement the seconds wiht the diff time
if (diffTotalSeconds <= countdownCurrTime.Seconds)
{
countdownCurrTime.Seconds -= diffTime.Seconds;
}
else
{
// otherwise, do some math to figure out how many minutes and seconds to decrement
int diffMinutes = ((int)Math.Floor((diffTotalSeconds - countdownCurrTime.Seconds) / 60) + 1);
int diffSeconds = ((int)diffTotalSeconds - countdownCurrTime.Seconds - (60 * (diffMinutes - 1)));
countdownCurrTime.Minutes -= diffMinutes;
countdownCurrTime.Seconds = 60 - diffSeconds;
}
}
if (countdownCurrTime.Seconds <= 0)
{
if (countdownCurrTime.Minutes <= 0)
{
EndTimer();
return;
}
countdownCurrTime.Minutes--;
countdownCurrTime.Seconds = 59;
}
else
{
countdownCurrTime.Seconds--;
}
// increment the elapsed time percentage to update the background animation
if (extraTicks > 0)
{
// something got off, so we need to account for the lost time
// by artificially adding extra ticks
for (int i = 0; i < extraTicks; i++)
{
timeBackground.TimeElapsedPercentage += percentageInterval;
}
// reset our extra ticks variable
extraTicks = 0;
}
else
{
// just a normal tick
timeBackground.TimeElapsedPercentage += percentageInterval;
}
// update the clock
clockMinuteText.Text = ((countdownCurrTime.Minutes < 10 && !minutesOnly) ? "0" : "") + countdownCurrTime.Minutes.ToString();
clockSecondText.Text = ((countdownCurrTime.Seconds < 10) ? "0" : "") + countdownCurrTime.Seconds.ToString();
}
