public void RemoveEmotion(EmotionDTO emotion)
{
var activeEmotion = new ActiveEmotion(emotion, this.DefaultEmotionDisposition.Decay, this.DefaultEmotionDisposition.Threshold);
string hash = calculateHashString(activeEmotion, m_parent.m_am);
emotionPool.Remove(hash);
}
/// <summary>
/// Updates the character's mood when a given emotion is "felt" by the character.
/// </summary>
/// <param name="emotion">the ActiveEmotion that will influence the agent's current mood</param>
public void UpdateMood(ActiveEmotion emotion, EmotionalAppraisalAsset parent)
{
if (!emotion.InfluenceMood)
return;
float scale = (float)emotion.Valence;
SetMoodValue(this._intensity + scale * (emotion.Intensity * parent.EmotionInfluenceOnMoodFactor),parent);
}
/// <summary>
/// Updates the character's mood when a given emotion is "felt" by the character.
/// </summary>
/// <param name="emotion">the ActiveEmotion that will influence the agent's current mood</param>
public void UpdateMood(ActiveEmotion emotion, EmotionalAppraisalAsset parent)
{
if (!emotion.InfluenceMood)
{
return;
}
float scale = (float)emotion.Valence;
SetMoodValue(this._intensity + scale * (emotion.Intensity * parent.EmotionInfluenceOnMoodFactor), parent);
}
/// <summary>
/// Updates the character's mood when a given emotion is "felt" by the character.
/// </summary>
/// <param name="emotion">the ActiveEmotion that will influence the agent's current mood</param>
public void UpdateMood(ActiveEmotion emotion, EmotionalAppraisalConfiguration config, ulong tick)
{
if (!emotion.InfluenceMood)
{
return;
}
this._tickT0 = tick;
float scale = (float)emotion.Valence;
SetMoodValue(this._intensity + scale * (emotion.Intensity * config.EmotionInfluenceOnMoodFactor), config);
}
public EmotionDTO AddActiveEmotion(EmotionDTO emotion, AM am)
{
var activeEmotion = new ActiveEmotion(emotion, am, 1, 1);
if (emotionPool.ContainsKey(calculateHashString(activeEmotion)))
{
throw new ArgumentException("This given emotion is already related to given cause", nameof(emotion));
}
emotionPool.Add(calculateHashString(activeEmotion), activeEmotion);
activeEmotion.GetCause(am).LinkEmotion(activeEmotion.EmotionType);
return(activeEmotion.ToDto(am));
}
/// <summary>
/// Creates and Adds to the emotional state a new ActiveEmotion based on
/// a received BaseEmotion. However, the ActiveEmotion will be created
/// and added to the emotional state only if the final intensity for
/// the emotion surpasses the threshold for the emotion type.
/// </summary>
/// <param name="emotion">the BaseEmotion that creates the ActiveEmotion</param>
/// <returns>the ActiveEmotion created if it was added to the EmotionalState.
/// Otherwise, if the intensity of the emotion was not enough to be added to the EmotionalState, the method returns null</returns>
public IActiveEmotion AddEmotion(IEmotion emotion)
{
if (emotion == null)
{
return(null);
}
int decay;
ActiveEmotion auxEmotion = null;
bool reappraisal = false;
EmotionDisposition disposition = GetEmotionDisposition(emotion.EmotionType);
decay = disposition.Decay;
ActiveEmotion previousEmotion;
string hash = calculateHashString(emotion, m_parent.m_am);
if (emotionPool.TryGetValue(hash, out previousEmotion))
{
//if this test is true, it means that this is 100% a reappraisal of the same event
//if not true, it is not a reappraisal, but the appraisal of a new event of the same
//type
if (previousEmotion.CauseId == emotion.CauseId)
{
reappraisal = true;
}
//in both cases we need to remove the old emotion. In the case of reappraisal it is obvious.
//In the case of the appraisal of a similar event, we want to aggregate all the similar resulting
//emotions into only one emotion
emotionPool.Remove(hash);
}
float potential = DeterminePotential(emotion);
if (potential > disposition.Threshold)
{
auxEmotion = new ActiveEmotion(emotion, potential, disposition.Threshold, decay, m_parent.Tick);
emotionPool.Add(hash, auxEmotion);
if (!reappraisal)
{
this.mood.UpdateMood(auxEmotion, m_parent);
}
auxEmotion.GetCause(m_parent.m_am).LinkEmotion(auxEmotion.EmotionType);
}
return(auxEmotion);
}
public EmotionDTO AddActiveEmotion(EmotionDTO emotion)
{
EmotionDisposition disposition = GetEmotionDisposition(emotion.Type);
var activeEmotion = new ActiveEmotion(emotion, disposition.Threshold, disposition.Decay);
string hash = calculateHashString(activeEmotion, m_parent.m_am);
if (emotionPool.ContainsKey(hash))
{
throw new Exception("Emotion already exists");
}
emotionPool.Add(hash, activeEmotion);
activeEmotion.GetCause(m_parent.m_am).LinkEmotion(activeEmotion.EmotionType);
return(activeEmotion.ToDto(m_parent.m_am));
}
public void SetObjectData(ISerializationData dataHolder)
{
m_parent = dataHolder.GetValue <EmotionalAppraisalAsset>("Parent");
mood.SetMoodValue(dataHolder.GetValue <float>("Mood"), m_parent);
var dispositions = dataHolder.GetValue <EmotionDisposition[]>("EmotionDispositions");
EmotionDisposition defaultDisposition = null;
foreach (var disposition in dispositions)
{
if (string.Equals(disposition.Emotion, "*", StringComparison.InvariantCultureIgnoreCase))
{
if (defaultDisposition == null)
{
defaultDisposition = disposition;
}
}
else
{
emotionDispositions.Add(disposition.Emotion, disposition);
}
}
if (defaultDisposition == null)
{
defaultDisposition = new EmotionDisposition("*", 1, 1);
}
m_defaultEmotionalDisposition = defaultDisposition;
var seq = dataHolder.GetValueGraphNode("EmotionalPool") as ISequenceGraphNode;
foreach (var n in seq)
{
var data = (n as IObjectGraphNode).ToSerializationData();
var emotion = new ActiveEmotion(data, m_parent.Tick);
var hash = calculateHashString(emotion, m_parent.m_am);
emotionPool.Add(hash, emotion);
}
}
public EmotionDTO AddActiveEmotion(EmotionDTO emotion)
{
EmotionDisposition disposition = GetEmotionDisposition(emotion.Type);
var activeEmotion = new ActiveEmotion(emotion, disposition.Threshold, disposition.Decay);
string hash = calculateHashString(activeEmotion, m_parent.m_am);
if (emotionPool.ContainsKey(hash))
{
throw new ArgumentException("This given emotion is already related to given cause",nameof(emotion));
}
emotionPool.Add(hash, activeEmotion);
activeEmotion.GetCause(m_parent.m_am).LinkEmotion(activeEmotion.EmotionType);
return activeEmotion.ToDto(m_parent.m_am);
}
public void RemoveEmotion(EmotionDTO emotion)
{
var activeEmotion = new ActiveEmotion(emotion, this.DefaultEmotionDisposition.Decay,this.DefaultEmotionDisposition.Threshold);
string hash = calculateHashString(activeEmotion, m_parent.m_am);
emotionPool.Remove(hash);
}
/// <summary>
/// Creates and Adds to the emotional state a new ActiveEmotion based on
/// a received BaseEmotion. However, the ActiveEmotion will be created
/// and added to the emotional state only if the final intensity for
/// the emotion surpasses the threshold for the emotion type.
/// </summary>
/// <param name="emotion">the BaseEmotion that creates the ActiveEmotion</param>
/// <returns>the ActiveEmotion created if it was added to the EmotionalState.
/// Otherwise, if the intensity of the emotion was not enough to be added to the EmotionalState, the method returns null</returns>
public IActiveEmotion AddEmotion(IEmotion emotion)
{
if (emotion == null)
return null;
int decay;
ActiveEmotion auxEmotion = null;
bool reappraisal = false;
EmotionDisposition disposition = GetEmotionDisposition(emotion.EmotionType);
decay = disposition.Decay;
ActiveEmotion previousEmotion;
string hash = calculateHashString(emotion, m_parent.m_am);
if (emotionPool.TryGetValue(hash,out previousEmotion))
{
//if this test is true, it means that this is 100% a reappraisal of the same event
//if not true, it is not a reappraisal, but the appraisal of a new event of the same
//type
if (previousEmotion.CauseId == emotion.CauseId)
reappraisal = true;
//in both cases we need to remove the old emotion. In the case of reappraisal it is obvious.
//In the case of the appraisal of a similar event, we want to aggregate all the similar resulting
//emotions into only one emotion
emotionPool.Remove(hash);
}
float potential = DeterminePotential(emotion);
if (potential > disposition.Threshold)
{
auxEmotion = new ActiveEmotion(emotion, potential, disposition.Threshold, decay, m_parent.Tick);
emotionPool.Add(hash, auxEmotion);
if (!reappraisal)
this.mood.UpdateMood(auxEmotion,m_parent);
auxEmotion.GetCause(m_parent.m_am).LinkEmotion(auxEmotion.EmotionType);
}
return auxEmotion;
}
public void RemoveEmotion(EmotionDTO emotion, AM am)
{
var activeEmotion = new ActiveEmotion(emotion, am, 1, 1);
emotionPool.Remove(calculateHashString(activeEmotion));
}
