internal static void SetWeatherNonSystemForTomorrow(MersenneTwister Dice, FerngillClimate GameClimate, double rainDays, double stormDays, double windyDays, RangePair TmrwTemps)
{
ProbabilityDistribution <string> WeatherDist = new ProbabilityDistribution <string>("sunny");
WeatherDist.AddNewEndPoint(rainDays, "rain");
if (ClimatesOfFerngill.WeatherOpt.DisableHighRainWind)
{
WeatherDist.AddNewCappedEndPoint(windyDays, "debris");
}
double distOdd = Dice.NextDoublePositive();
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log(WeatherDist.ToString());
ClimatesOfFerngill.Logger.Log($"Distribution odds is {distOdd}");
}
if (!(WeatherDist.GetEntryFromProb(distOdd, out string Result)))
{
Result = "sunny";
ClimatesOfFerngill.Logger.Log("The weather has failed to process in some manner. Falling back to [sunny]", LogLevel.Info);
}
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log($"Weather result is {Result}");
}
SetWeatherTomorrow(Result, Dice, GameClimate, stormDays, TmrwTemps);
}
internal static void CheckForStaticRainChanges(WeatherConditions curr, MersenneTwister Dice, double ChanceForNonNormalRain)
{
if (Game1.isLightning && Game1.isRaining)
{
curr.SetRainAmt(130);
}
double rainOdds, newRainOdds;
rainOdds = Dice.NextDouble();
newRainOdds = Dice.NextDouble();
//random chance to just set rain at a differnt number
if (rainOdds < ChanceForNonNormalRain)
{
//yay use of probablity distribution
ProbabilityDistribution <RainLevels> RainSpread = new ProbabilityDistribution <RainLevels>(RainLevels.Normal);
RainSpread.AddNewCappedEndPoint(.12, RainLevels.Sunshower);
RainSpread.AddNewCappedEndPoint(.28, RainLevels.Light);
RainSpread.AddNewCappedEndPoint(.351, RainLevels.Normal);
RainSpread.AddNewCappedEndPoint(.1362, RainLevels.Moderate);
RainSpread.AddNewCappedEndPoint(.09563, RainLevels.Heavy);
RainSpread.AddNewCappedEndPoint(.0382, RainLevels.Severe);
RainSpread.AddNewCappedEndPoint(.0094, RainLevels.Torrential);
RainSpread.AddNewCappedEndPoint(.0049, RainLevels.Typhoon);
RainSpread.AddNewCappedEndPoint(.00287, RainLevels.NoahsFlood);
if (!(RainSpread.GetEntryFromProb(newRainOdds, out RainLevels Result)))
{
Result = RainLevels.Normal;
ClimatesOfFerngill.Logger.Log("The rain probablity spread has failed to find an rain level. Falling back to normal rain", LogLevel.Error);
}
curr.SetRainAmt(WeatherUtilities.ReturnRndRainAmtInLevel(Dice, Result));
if (ClimatesOfFerngill.WeatherOpt.Verbose)
{
ClimatesOfFerngill.Logger.Log($"We've set the rain to a non normal value - with roll {rainOdds} for setting non normal, and {newRainOdds} for category {Result}, resulting in new rain target {curr.AmtOfRainDrops} in category {WeatherUtilities.GetRainCategory(curr.AmtOfRainDrops)}");
}
}
curr.TodayRain += curr.AmtOfRainDrops;
curr.RefreshRainAmt();
}
private void SetTomorrowWeather()
{
//if tomorrow is a festival or wedding, we need to set the weather and leave.
if (Utility.isFestivalDay(Game1.dayOfMonth + 1, Game1.currentSeason))
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_festival;
Conditions.HaltWeatherSystem();
if (WeatherOpt.Verbose)
{
Monitor.Log($"Festival tomorrow. Aborting processing.", LogLevel.Trace);
}
//if (WeatherOpt.Verbose) Monitor.Log(DebugOutput.ToString());
return;
}
if (Game1.player.spouse != null && Game1.player.isEngaged() && Game1.player.friendshipData[Game1.player.spouse].CountdownToWedding == 1)
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_wedding;
Conditions.HaltWeatherSystem();
if (WeatherOpt.Verbose)
{
Monitor.Log($"Wedding tomorrow. Aborting processing.", LogLevel.Trace);
}
return;
}
if (WeatherUtilities.CheckForForceDay(DescriptionEngine, SDate.Now().AddDays(1), Monitor, WeatherOpt.Verbose))
{
Conditions.HaltWeatherSystem();
if (WeatherOpt.Verbose)
{
Monitor.Log($"The game will force tomorrow. Aborting processing.", LogLevel.Trace);
}
return;
}
if (WeatherOpt.Verbose)
{
Monitor.Log("Setting weather for tomorrow");
}
//now set tomorrow's weather
var OddsForTheDay = GameClimate.GetClimateForDate(SDate.Now().AddDays(1));
//get system odds
double rainSystem = OddsForTheDay.RetrieveSystemOdds("rain");
double windSystem = OddsForTheDay.RetrieveSystemOdds("debris");
double sunSystem = OddsForTheDay.RetrieveSystemOdds("sunny");
if (!Game1.player.mailReceived.Contains("ccDoorUnlock"))
{
rainSystem = Math.Max(rainSystem - .1, 0);
windSystem = Math.Max(windSystem - .1, 0);
sunSystem = Math.Min(sunSystem + .2, 1);
}
//get loose odds
double rainDays = OddsForTheDay.RetrieveOdds(Dice, "rain", SDate.Now().AddDays(1).Day);
double windyDays = OddsForTheDay.RetrieveOdds(Dice, "debris", SDate.Now().AddDays(1).Day);
double stormDays = OddsForTheDay.RetrieveOdds(Dice, "storm", SDate.Now().AddDays(1).Day);
if (!Game1.player.mailReceived.Contains("ccDoorUnlock"))
{
rainDays = Math.Max(rainDays - .1, 0);
windyDays = Math.Max(windyDays - .1, 0);
}
if (WeatherOpt.Verbose)
{
Monitor.Log($"Weather Odds are Rain: {rainDays:N3}, Windy: {windyDays:N3}, and Storm {stormDays:N3}");
Monitor.Log($"Weather System Odds are Rain: {rainSystem:N3}, Windy: {windSystem:N3}, and Storm {sunSystem:N3}");
}
//set tomorrow's weather
if (Conditions.trackerModel.IsWeatherSystem)
{
double SystemContinuesOdds = WeatherProcessing.GetWeatherSystemOddsForNewDay(Conditions);
if (WeatherOpt.Verbose)
{
Monitor.Log($"Rolling system odds against {SystemContinuesOdds:N3}");
}
if (Dice.NextDouble() < SystemContinuesOdds)
{
if (WeatherOpt.Verbose)
{
Monitor.Log($"Continuing system odds - now for {Conditions.trackerModel.WeatherSystemDays + 1} for weather {Conditions.trackerModel.WeatherSystemType}");
}
Conditions.trackerModel.WeatherSystemDays++;
WeatherProcessing.SetWeatherTomorrow(Conditions.trackerModel.WeatherSystemType, Dice, GameClimate, stormDays, Conditions.GetTomorrowTemps());
}
else
{
if (WeatherOpt.Verbose)
{
Monitor.Log($"Ending system, new weather type.");
}
Conditions.trackerModel.IsWeatherSystem = false;
WeatherProcessing.SetWeatherNonSystemForTomorrow(Dice, GameClimate, rainDays, stormDays, windyDays, Conditions.GetTomorrowTemps());
}
}
else
{
if (Dice.NextDouble() < WeatherOpt.WeatherSystemChance)
{
if (WeatherOpt.Verbose)
{
Monitor.Log($"Rolling system odds against {WeatherOpt.WeatherSystemChance:N3}, created system.");
}
ProbabilityDistribution <string> SystemDist = new ProbabilityDistribution <string>();
SystemDist.AddNewCappedEndPoint(rainSystem, "rain");
SystemDist.AddNewCappedEndPoint(windSystem, "debris");
SystemDist.AddNewCappedEndPoint(sunSystem, "sunny");
double distOdd = Dice.NextDouble();
if (!(SystemDist.GetEntryFromProb(distOdd, out string Result)))
{
Result = "sunny";
Monitor.Log("The weather has failed to process in some manner. Falling back to [sunny]", LogLevel.Info);
}
Conditions.SetNewWeatherSystem(Result, 1);
WeatherProcessing.SetWeatherTomorrow(Result, Dice, GameClimate, stormDays, Conditions.GetTomorrowTemps());
}
else
{
WeatherProcessing.SetWeatherNonSystemForTomorrow(Dice, GameClimate, rainDays, stormDays, windyDays, Conditions.GetTomorrowTemps());
}
}
}
private void SetTommorowWeather()
{
//if tomorrow is a festival or wedding, we need to set the weather and leave.
if (Utility.isFestivalDay(Game1.dayOfMonth + 1, Game1.currentSeason))
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_festival;
if (WeatherOpt.Verbose)
{
Monitor.Log($"Festival tomorrow. Aborting processing.", LogLevel.Trace);
}
//if (WeatherOpt.Verbose) Monitor.Log(DebugOutput.ToString());
return;
}
if (Game1.player.spouse != null && Game1.player.isEngaged() && Game1.player.friendshipData[Game1.player.spouse].CountdownToWedding == 1)
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_wedding;
if (WeatherOpt.Verbose)
{
Monitor.Log($"Wedding tomorrow. Aborting processing.", LogLevel.Trace);
}
return;
}
if (ForceDays.CheckForForceDay(DescriptionEngine, SDate.Now().AddDays(1), Monitor, WeatherOpt.Verbose))
{
if (WeatherOpt.Verbose)
{
Monitor.Log($"The game will force tomorrow. Aborting processing.", LogLevel.Trace);
}
return;
}
if (WeatherOpt.Verbose)
{
Monitor.Log("Setting weather for tomorrow");
}
//now set tomorrow's weather
var OddsForTheDay = GameClimate.GetClimateForDate(SDate.Now().AddDays(1));
double rainDays = OddsForTheDay.RetrieveOdds(Dice, "rain", SDate.Now().AddDays(1).Day);
double windyDays = OddsForTheDay.RetrieveOdds(Dice, "debris", SDate.Now().AddDays(1).Day);
double stormDays = OddsForTheDay.RetrieveOdds(Dice, "storm", SDate.Now().AddDays(1).Day);
if (WeatherOpt.Verbose)
{
Monitor.Log($"Odds are Rain: {rainDays.ToString("N3")}, Windy: {windyDays.ToString("N3")}, and Storm {stormDays.ToString("N3")}");
}
ProbabilityDistribution <string> WeatherDist = new ProbabilityDistribution <string>("sunny");
WeatherDist.AddNewEndPoint(rainDays, "rain");
if (WeatherOpt.DisableHighRainWind)
{
WeatherDist.AddNewCappedEndPoint(windyDays, "debris");
}
double distOdd = Dice.NextDoublePositive();
if (WeatherOpt.Verbose)
{
Monitor.Log(WeatherDist.ToString());
Monitor.Log($"Distribution odds is {distOdd}");
}
if (!(WeatherDist.GetEntryFromProb(distOdd, out string Result)))
{
Result = "sunny";
Monitor.Log("The weather has failed to process in some manner. Falling back to [sunny]", LogLevel.Info);
}
if (WeatherOpt.Verbose)
{
Monitor.Log($"Weather result is {Result}");
}
if (!Conditions.IsTodayTempSet)
{
throw new NullReferenceException("Today's temperatures have not been set!");
}
//now parse the result.
if (Result == "rain")
{
//snow applies first
double MidPointTemp = Conditions.TodayHigh -
((Conditions.TodayHigh - Conditions.TodayLow) / 2);
if ((Conditions.TodayHigh <= 2 || MidPointTemp <= 0) && Game1.currentSeason != "spring")
{
if (WeatherOpt.Verbose)
{
Monitor.Log($"Snow is enabled, with the High for the day being: {Conditions.TodayHigh}" +
$" and the calculated midpoint temperature being {MidPointTemp}");
}
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_snow;
}
else
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_rain;
}
if (!GameClimate.AllowRainInWinter && Game1.currentSeason == "winter" && Game1.weatherForTomorrow == Game1.weather_rain)
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_snow;
}
//apply lightning logic.
if (Dice.NextDoublePositive() >= stormDays && Game1.weatherForTomorrow == Game1.weather_rain)
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_lightning;
if (SDate.Now().Year == 1 && SDate.Now().Season == "spring" && !WeatherOpt.AllowStormsSpringYear1)
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_rain;
}
}
//tracking time! - Snow fall on Fall 28, if the flag is set.
if (Game1.dayOfMonth == 28 && Game1.currentSeason == "fall" && WeatherOpt.SnowOnFall28)
{
Conditions.ForceTodayTemps(2, -1);
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_snow;
}
}
if (Result == "debris")
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_debris;
}
if (Result == "sunny")
{
Game1.netWorldState.Value.WeatherForTomorrow = Game1.weatherForTomorrow = Game1.weather_sunny;
}
if (WeatherOpt.Verbose)
{
Monitor.Log($"We've set the weather for Tomorrow. It is: {DescriptionEngine.DescribeInGameWeather(Game1.weatherForTomorrow)}");
}
}
