/// <summary>
/// Iterates over all IntensityDrivenBehaviours held by this object and updates the intensity of each
/// </summary>
/// <param name="intensity">The new intensity to apply</param>
public virtual void ApplyIntensity(IntensityData intensityData)
{
foreach (IntensityDrivenBehaviour intensityBehaviour in drivenComponents)
{
intensityBehaviour.IntensityData = intensityData;
}
}
/// <summary>
/// Calculates an intensity from the parents intensity, weighted by curves,
/// then applies that intensity value to all IntensityComponentCurves
/// </summary>
/// <param name="intensity">An ignored intensity value, as it is calculated from the parents. Can be anything</param>
public override void ApplyIntensity(IntensityData intensityData)
{
IntensityData totalIntensity = new IntensityData(0.0f, intensityData.temperature, intensityData.humidity, intensityData.wind, intensityData.weatherType);
for (int i = 0; i < intensityParentWeightings.Length; i++)
{
totalIntensity.intensity += intensityParentWeightings[i].weightingCurve.Evaluate(intensityData.intensity);
}
totalIntensity.intensity /= (float)intensityParentWeightings.Length;
//Then apply calculated data
base.ApplyIntensity(totalIntensity);
}
private ReliantWeatherProperty[] reliantWeatherProperties; //name must stay as seen for WeatherEventEditor
/// <summary>
/// Iterates over all held WeatherPropertys and updates them with the new intensity value
/// Then notifies all reliant weather properties to update
/// </summary>
/// <param name="intensityData">The new intensity values</param>
/// <param name="intensityCurves">A set of intensity curves to calculate a new iontensity value for each
/// WeatherProperty. Must match the total number of Non-Reliant and Reliant WeatherProperties</param>
public virtual void ApplyIntensity(IntensityData intensityData, AnimationCurve[] intensityCurves = null)
{
if (intensityCurves == null)
{
//apply changes to non reliant
foreach (WeatherProperty weatherProperty in weatherProperties)
{
weatherProperty.ApplyIntensity(intensityData);
}
//then notify reliant to update
foreach (ReliantWeatherProperty reliantWeatherProperty in reliantWeatherProperties)
{
//The passed intensity value doesn't matter here as RealiantWeatherPropertys calculate their own values
//from the parents they rely on... hence the name, but we'll pass through the other data in case that's needed
reliantWeatherProperty.ApplyIntensity(intensityData);
}
}
else
{
if (intensityCurves.Length != weatherProperties.Length + reliantWeatherProperties.Length)
{
Debug.LogError("Curve length mis-match (" + intensityCurves.Length + " vs " + (weatherProperties.Length + reliantWeatherProperties.Length).ToString() + "), open in the editor to refresh the curves");
}
for (int i = 0; i < weatherProperties.Length; i++)
{
IntensityData evaluatedIntensity = new IntensityData(intensityCurves[i].Evaluate(intensityData.intensity), intensityData.temperature, intensityData.humidity, intensityData.wind, intensityData.weatherType);
weatherProperties[i].ApplyIntensity(evaluatedIntensity);
}
for (int i = 0; i < reliantWeatherProperties.Length; i++)
{
int index = i + weatherProperties.Length;
IntensityData evaluatedIntensity = new IntensityData(intensityCurves[index].Evaluate(intensityData.intensity), intensityData.temperature, intensityData.humidity, intensityData.wind, intensityData.weatherType);
reliantWeatherProperties[i].ApplyIntensity(evaluatedIntensity);
}
}
}