/// <summary>
/// Gets the temperature offset for a given game condition; returns false if we should use the
/// vanilla cacluatation instead
/// </summary>
/// <param name="condition">The condition to check for</param>
/// <returns>True if we overwrote the value, false if we should use vanilla instead.</returns>
public float GetBiomeConditionTemperatureOffset(GameCondition condition)
{
// Check if we have a value:
if (!conditionOffsets.TryGetValue(condition.def, out var offsetMax) || offsetMax.HasDefaultValue())
{
return(condition.TemperatureOffset());
}
// Otherwise, do the thing:
return(GameConditionUtility.LerpInOutValue(condition.TicksPassed, condition.TicksLeft, 12000f,
offsetMax));
}
public override float TemperatureOffset()
{
Map map = Find.CurrentMap;
if (GenLocalDate.HourInteger(map) >= 11 && GenLocalDate.HourInteger(map) <= 19)
{
return(GameConditionUtility.LerpInOutValue(this, 10000f, MaxTempOffset));
}
else if (GenLocalDate.HourInteger(map) >= 20 || GenLocalDate.HourInteger(map) <= 10)
{
return(GameConditionUtility.LerpInOutValue(this, 10000f, MinTempOffset));
}
return(GameConditionUtility.LerpInOutValue(this, 10000f, MaxTempOffset));
}
public override float SkyTargetLerpFactor(Map map)
{
return(GameConditionUtility.LerpInOutValue(this, 200f));
}
public override float SkyTargetLerpFactor(Map map)
{
return(GameConditionUtility.LerpInOutValue(TicksPassed, TicksLeft, LerpTicks));
}
public override float TemperatureOffset()
{
return(GameConditionUtility.LerpInOutValue(this, 12000f, -20f));
}
public override float SkyTargetLerpFactor(Map map)
{
return(GameConditionUtility.LerpInOutValue((float)base.TicksPassed, (float)base.TicksLeft, (float)lerpTicks, 1f));
}
public override float TemperatureOffset()
{
return(GameConditionUtility.LerpInOutValue(this, TransitionTicks, 17f));
}
public override float SkyTargetLerpFactor(Map map)
{
return(GameConditionUtility.LerpInOutValue(this, (float)this.TransitionTicks, 0.5f));
}
