/// <summary> /// Processes the simulation for the specified date. /// </summary> /// /// <param name="date">The date to perform the simulation for.</param> public void Process(DateTime date) { if (calculator == null && DayNightProperties.instance != null) { calculator = new DayTimeCalculator(DayNightProperties.instance.m_Latitude); } if (calculator == null) { return; } float sunriseHour, sunsetHour; if (config.IsDynamicDayLengthEnabled) { calculator.Calculate(date, out sunriseHour, out sunsetHour); } else { if (SimulationManager.SUNRISE_HOUR == vanillaSunrise && SimulationManager.SUNSET_HOUR == vanillaSunset) { return; } sunriseHour = vanillaSunrise; sunsetHour = vanillaSunset; } SimulationManager.SUNRISE_HOUR = sunriseHour; SimulationManager.SUNSET_HOUR = sunsetHour; SimulationManager.RELATIVE_DAY_LENGTH = (int)(100f * (sunsetHour - sunriseHour) / 24f); SimulationManager.RELATIVE_NIGHT_LENGTH = 100 - SimulationManager.RELATIVE_DAY_LENGTH; }
public void Process(DateTime date) { if (calculator == null && DayNightProperties.instance != null) { calculator = new DayTimeCalculator(DayNightProperties.instance.m_Latitude); } if (calculator == null) { return; } calculator.Calculate(date, out float sunriseHour, out float sunsetHour); SimulationManager.SUNRISE_HOUR = sunriseHour; SimulationManager.SUNSET_HOUR = sunsetHour; }