private void Tick(DateTime curTick, DateTime lTick)
{
try {
OnSecondPassed?.Invoke(curTick, lTick);
if (MinutePassed(curTick, lTick))
{
OnMinutePassed?.Invoke(curTick, lTick);
}
if (HourPassed(curTick, lTick))
{
OnHourPassed?.Invoke(curTick, lTick);
}
if (DayPassed(curTick, lTick))
{
OnDayPassed?.Invoke(curTick, lTick);
}
if (MonthPassed(curTick, lTick))
{
OnMonthPassed?.Invoke(curTick, lTick);
}
if (YearPassed(curTick, lTick))
{
OnYearPassed?.Invoke(curTick, lTick);
}
} catch (Exception exc) {
ExceptionCaught?.Invoke(exc);
}
}
private IEnumerator ManageWeeklyTimer()
{
while (weeklyTimer)
{
while (currentSeconds < secondsBetweenWeeks)
{
timeSlider.maxValue = secondsBetweenWeeks;
currentSeconds += Time.fixedDeltaTime;
float percentage = currentSeconds / timeSlider.maxValue;
timeSlider.value = Mathf.Lerp(0, secondsBetweenWeeks, percentage);
yield return(new WaitForSeconds(1f / (float)Math.Pow(10, 10)));
}
if (currentSeconds >= secondsBetweenWeeks)
{
currentWeek++;
OnWeekPassed?.Invoke();
if (currentWeek > 4)
{
currentMonthIndex++;
currentWeek = 1;
OnMonthPassed?.Invoke();
}
if (currentMonthIndex > 11)
{
currentYear++;
currentMonthIndex = 0;
currentWeek = 1;
OnYearPassed?.Invoke();
}
timePassedText.text = string.Format("Week 0{0}, {1} {2}", currentWeek, arrayOfMonths[currentMonthIndex], currentYear);
currentSeconds = 0f;
yield return(new WaitForSeconds(1f / (float)Math.Pow(10, 10)));
}
}
}