private static void CalculateDateTimeOfHoliday(HolidayManager ths, ref Season season)
{
DateAndTime startTime = SimClock.Subtract(SimClock.CurrentTime(), TimeUnit.Hours, SimClock.CurrentTime().Hour);
startTime = SimClock.Subtract(startTime, TimeUnit.Days, Tempest.GetCurrentSeasonDay() - 1);
List <Pair <Season, uint> > days = new List <Pair <Season, uint> >();
HolidaySettings settings = Tempest.Settings.GetHolidays(season);
Common.StringBuilder result = new Common.StringBuilder("Season: " + season);
result += Common.NewLine + "CurrentTime: " + SimClock.CurrentTime();
result += Common.NewLine + "StartTime: " + startTime;
result += Common.NewLine + "ExpectedEndTime: " + SeasonsManager.ExpectedEndTime;
result += Common.NewLine + "GetCurrentSeasonDay: " + Tempest.GetCurrentSeasonDay();
result += Common.NewLine + SimClock.ElapsedTime(TimeUnit.Days, startTime);
foreach (HolidaySettings.Holiday day in settings.Days)
{
uint actualDay = day.GetActualDay(season);
if (actualDay == 0)
{
continue;
}
days.Add(new Pair <Season, uint>(day.mSeason, actualDay - 1));
}
days.Sort(SortByDay);
foreach (Pair <Season, uint> day in days)
{
ths.mStartDateTimeOfHoliday = SimClock.Add(startTime, TimeUnit.Days, day.Second);
result += Common.NewLine + "Days: " + day.Second + " Time: " + ths.mStartDateTimeOfHoliday;
if (ths.mStartDateTimeOfHoliday.Ticks < SimClock.CurrentTicks)
{
ths.mStartDateTimeOfHoliday = DateAndTime.Invalid;
}
else
{
result += Common.NewLine + " Success";
season = day.First;
break;
}
}
Common.DebugNotify(result);
}
public HolidaySettings GetHolidays(Season season)
{
HolidaySettings settings;
if (!mHolidaySettings.TryGetValue(season, out settings))
{
settings = new HolidaySettings(season);
mHolidaySettings.Add(season, settings);
}
return settings;
}
