public WeatherData
(
CloudCoverage cloudCoverage
)
{
this.cloudCoverage = cloudCoverage;
}
public void Execute(ref EnvironmentManager environmentManager)
{
if (environmentManager.intervalMet)
{
CloudCoverage cloudCoverage = WeatherDataCurves.GetInstance().cloudCoverageCurves[environmentManager.month];
environmentManager.currentClearNode = cloudCoverage.clear.Evaluate(environmentManager.timeOfDay);
environmentManager.currentMostlyClearNode = cloudCoverage.mostlyClear.Evaluate(environmentManager.timeOfDay);
environmentManager.currentPartlyCloudyNode = cloudCoverage.partlyCloudy.Evaluate(environmentManager.timeOfDay);
environmentManager.currentMostlyCloudyNode = cloudCoverage.mostlyCloudy.Evaluate(environmentManager.timeOfDay);
Raininess raininess = WeatherDataCurves.GetInstance().rainfallData[environmentManager.month];
environmentManager.rainfallChance = raininess.rainfallChance;
environmentManager.rainfallQuantity = raininess.rainfallHeaviness;
Temperature temperature = WeatherDataCurves.GetInstance().temperatureData[environmentManager.month];
environmentManager.currentTemperatureTarget = temperature.averageTemperature.Evaluate(environmentManager.timeOfDay);
environmentManager.currentTenToNinetyPercentileSpread = temperature.tenToNinetyPercentileSpread.Evaluate(environmentManager.timeOfDay);
}
}
internal Cloud(CloudCoverage coverage, int altitude, CloudConvectivity convectivity)
{
Coverage = coverage;
Altitude = altitude;
Convectivity = convectivity;
}
