public void Execute(TaskComplete callback)
{
// Find all the matches we can to various weathers
var match = WeatherUtils.OrderedMatches(phrase);
// Debugging why we picked X
if (debug)
{
Debug.Log("");
Debug.Log("------ WEATHER CHOICE DEBUG ------");
Debug.Log("found " + match.Count + " possible weather matches...");
foreach (var m in match) { m.Debug(); }
}
// Select best match~
selected = match.Count > 0 ? match[0] : null;
var selectedId = match.Count > 0 ? match[0].weather.weather : WeatherId.FINE;
// Update symbol phrase
phrase.weather = selectedId;
phrase.weatherPrefab = WeatherUtils.WeatherPrefab(phrase.weather);
if (debug)
{
Debug.Log(string.Format("Pick weather for phrase: {0}", selected));
Debug.Log("");
}
// Done~
if (callback != null)
{ callback(this); }
}
/// Return a sorted by best-match list of WeatherDelta's
public static List<WeatherDelta> OrderedMatches(SymbolPhrase phrase)
{
var rtn = new List<WeatherDelta>();
foreach (var pattern in Scene.FindComponents<KnownWeatherPattern>())
{
var match = new WeatherDelta(phrase, pattern);
rtn.Add(match);
}
rtn = rtn.OrderBy(o => o.match).ToList();
rtn.Reverse();
return rtn;
}
public void UpdateState(WeatherDelta newWeather)
{
// Update shader state
var wind = minWind + newWeather.normalized.wind * (maxWind - minWind);
UpdateShaderState(wind);
// Get a delta between current weather and targets weather
var delta = targetWeather.Delta(newWeather.weather.detail);
Debug.Log("Request: " + targetWeather.Debug());
Debug.Log("Weather: " + newWeather.weather.detail.Debug());
Debug.Log("------> VALUE: " + delta + " vs THREASHOLD " + matchThreshold);
if (delta < matchThreshold)
{
UpdateAnimationState(true);
PickRandomWeatherTarget();
}
else
{
UpdateAnimationState(false);
}
}
public UpdatePlantsWithNewWeather(WeatherDelta delta)
{ this.delta = delta; }