public override string ToString()
{
string PrecipDesc = Precipitation.ToString() + " " + PrecipitationType.ToString();
if (Precipitation == GameConstants.PrecipitationLevel.None)
{
PrecipDesc = "None";
}
string temp = string.Format(
"Temp: {0}C, Clouds: {1}/8ths, {2} m/s wind from {3}, Beaufort: {4},"
+ " Precipitation: {5}, Sea state: {6} \nMoon phase: {7}, Is Moon Up? {8}, Sunshine: {9:F} Wm2 {10}% \n",
TemperatureC, CloudCover8ths, WindSpeedMSec, WindDirectionFrom,
WindForceBeaufort, PrecipDesc, SeaState, CurrentMoonPhase, IsMoonUp, SunshineWm2, SunshinePercent);
string sunRiseSetDesc = string.Empty;
if (IsSunRising)
{
sunRiseSetDesc = "Sun rising: " + SunriseTime.ToString() + " \n";
}
if (IsSunSetting)
{
sunRiseSetDesc += "Sun setting: " + SunsetTime.ToString() + " \n ";
}
temp += string.Format("Sun height: {0:F} deg, Sun declination: {1:F} deg \n{2}",
CurrentSunheightDeg, CurrentSunDeclinationDeg, sunRiseSetDesc);
return(temp);
}
public PrecipitationShaftParticleSystem(GameWidget gameWidget, SubsystemWeather subsystemWeather, Random random, Point2 point, PrecipitationType precipitationType)
{
m_gameWidget = gameWidget;
m_subsystemWeather = subsystemWeather;
m_random = random;
Point = point;
m_precipitationType = precipitationType;
for (int i = 0; i < m_particles.Length; i++)
{
m_particles[i] = new Particle();
}
Initialize();
}
float UpdatePrecipitation(PrecipitationType precipitationType, float currentPrecipitation)
{
float precipitation = 0f;
if (weather.currentPrecipitationType == precipitationType)
{
switch (weather.currentCondition)
{
case WeatherCondition.LightPrecipitation:
precipitation = 0.25f;
break;
case WeatherCondition.HeavyPrecipitation:
precipitation = 1f;
break;
}
}
return(Mathf.MoveTowards(
currentPrecipitation,
precipitation,
time.deltaTime * 10
));
}
/// <summary>
/// Get the current forecast for this zone
/// </summary>
/// <returns>Bunch of stuff</returns>
public Tuple <PrecipitationAmount, PrecipitationType, HashSet <WeatherType> > CurrentForecast()
{
PrecipitationAmount pAmount = PrecipitationAmount.Clear;
PrecipitationType pType = PrecipitationType.Clear;
HashSet <WeatherType> wTypes = new HashSet <WeatherType>();
float totalRainVolume = WeatherEvents.Where(wev => wev.Type != WeatherEventType.Tectonic).Sum(wev => wev.PrecipitationAmount);
float totalStrength = WeatherEvents.Where(wev => wev.Type != WeatherEventType.Tectonic).Sum(wev => wev.Strength);
if (WeatherEvents.Any(wev => wev.Type == WeatherEventType.Tectonic))
{
wTypes.Add(WeatherType.Earthquake);
}
if (WeatherEvents.Any(wev => wev.Type == WeatherEventType.Cyclone))
{
wTypes.Add(WeatherType.Tornado);
}
if (WeatherEvents.Any(wev => wev.Type == WeatherEventType.Typhoon))
{
wTypes.Add(WeatherType.Hurricane);
}
if (!wTypes.Contains(WeatherType.Tornado) && !wTypes.Contains(WeatherType.Hurricane))
{
if (totalStrength > 50)
{
wTypes.Add(WeatherType.Storming);
}
else if (totalStrength > 10)
{
wTypes.Add(WeatherType.Windy);
}
}
if (totalRainVolume > 0)
{
wTypes.Add(WeatherType.Precipitation);
if (totalRainVolume < 25)
{
pAmount = PrecipitationAmount.Drizzle;
}
else if (totalRainVolume < 50)
{
pAmount = PrecipitationAmount.Steady;
}
else if (totalRainVolume < 75)
{
pAmount = PrecipitationAmount.Downpour;
}
else
{
pAmount = PrecipitationAmount.Torrential;
}
int effTemp = EffectiveTemperature();
if (effTemp > 5)
{
pType = PrecipitationType.Rain;
}
else if (effTemp > -5)
{
pType = PrecipitationType.Snow;
}
else
{
pType = PrecipitationType.Freezing;
}
if (pType == PrecipitationType.Snow)
{
if (totalStrength <= 10)
{
pType = PrecipitationType.Sleet;
}
else if (totalStrength >= 50)
{
pType = PrecipitationType.Hail;
}
}
}
if (pAmount == PrecipitationAmount.Clear && pType == PrecipitationType.Clear)
{
wTypes.Add(WeatherType.Clear);
}
return(new Tuple <PrecipitationAmount, PrecipitationType, HashSet <WeatherType> >(pAmount, pType, wTypes));
}
public Precipitation(double rainfallValue, PrecipitationType precipitationType)
{
Value = rainfallValue;
PrecipitationType = precipitationType;
}
