public Weather(System.Random random)
{
Sol = 0;
WeatherVariables vars = new WeatherVariables(random);
DustIntensity = vars.Chaos / 100f;
Coverage = DustIntensity.FromFloat();
Narrative = WeatherNarrative.None;
}
public static ParticleSystem.MinMaxCurve EmissionCurve(this DustCoverage coverage)
{
switch (coverage)
{
default:
case DustCoverage.Light:
return(lightCurve);
case DustCoverage.Heavy:
return(heavyCurve);
case DustCoverage.Stormy:
return(stormyCurve);
}
}
public static News News(this DustCoverage coverage)
{
switch (coverage)
{
default:
return(NewsSource.WeatherClearSky);
case DustCoverage.Light:
return(NewsSource.WeatherLightDust);
case DustCoverage.Heavy:
return(NewsSource.WeatherHeavyDust);
case DustCoverage.Stormy:
return(NewsSource.WeatherDustStorm);
}
}
public static float SFXVolume(this DustCoverage coverage)
{
switch (coverage)
{
default:
return(0f);
case DustCoverage.Light:
return(0f);
case DustCoverage.Heavy:
return(.4f);
case DustCoverage.Stormy:
return(1f);
}
}
public Weather(System.Random random, Weather previousDay)
{
Sol = previousDay.Sol + 1;
WeatherVariables vars = new WeatherVariables(random);
//0 means completely new number, 100 means same weather as yesterday
int sameness = vars.PreviousSystemInertia + vars.Chaos;
sameness = Math.Max(sameness, 0);
sameness = Math.Min(sameness, 100);
DustIntensity = Mathf.Lerp(vars.DustPercentageNumerator / 100f, previousDay.DustIntensity, sameness / 100f);
Coverage = DustIntensity.FromFloat();
if (previousDay.DustIntensity <= .25f && DustIntensity > .75f)
{
Narrative = WeatherNarrative.SuddenStorm;
}
else if (previousDay.DustIntensity > .75f && DustIntensity < .25f)
{
Narrative = WeatherNarrative.SuddenClear;
}
else if (previousDay.Coverage == Coverage)
{
Narrative = WeatherNarrative.MoreOfSame;
}
else if (previousDay.DustIntensity < DustIntensity)
{
Narrative = WeatherNarrative.DarkerSkies;
}
else if (previousDay.DustIntensity > DustIntensity)
{
Narrative = WeatherNarrative.LighterSkies;
}
else
{
Narrative = WeatherNarrative.None;
}
}
