private void ProcessAP(AvataaarPart ap, string applekey, float val)
{
if (ap.appleKey == applekey)
{
float percent;
/* if ((aps[i].yScaleMinMax.x - aps[i].yScaleMinMax.y)<Mathf.Epsilon)
* percent = aps[i].baseMultiplier;
* else */
percent = ap.yScaleMinMax.x + (val - ap.threshhold) * ap.yScaleMinMax.y;
if (ap.greaterThan)
{
if (val > ap.threshhold)
{
ConditionalThreshold(ap, percent);
}
}
else
{
if (val < ap.threshhold)
{
ConditionalThreshold(ap, percent);
}
}
}
}
/* private void AddSprite(Sprite sprite,AvataaarPart apart){
* if(apart.uniqueSprite)
* dicSprite2AvataaarPart.Add(sprite, apart);
* }*/
private void AddAttachmentPoint(AvataaarPart apart)
{
if (dicAtach2AvataaarPart.ContainsKey(apart.attachmentPoint))
{
dicAtach2AvataaarPart[apart.attachmentPoint].Add(apart);
}
else
{
dicAtach2AvataaarPart[apart.attachmentPoint] = new List <AvataaarPart>()
{
apart
};
}
if (dicEmo2Part.ContainsKey(apart.emotions))
{
dicEmo2Part[apart.emotions].Add(apart);
}
else
{
dicEmo2Part[apart.emotions] = new List <AvataaarPart>()
{
apart
};
}
}
public void UpdatePartAppearance(AvataaarPart ap, float yscale)
{
Transform t = dicAttachmentPoint2Transform[ap.attachmentPoint];
t.GetComponent <Image>().sprite = ap.sprite;
t.localScale = new Vector3(ap.xMult * ap.baseMultiplier, yscale, ap.baseMultiplier);
// if(ap.attachmentPoint == AttachmentPoints.EyeLeft) print(ap.sprite.name);
}
private void ConditionalThreshold(AvataaarPart ap, float percent)
{
if (ap.useThreshhold)
{
UpdatePartAppearance(ap, percent);
}
else
{
UpdatePartAppearance(ap, ap.baseMultiplier);
}
}
void LoopBlendsThroughCrucialParts(Dictionary <string, float> bs)
{
for (int i = 0; i < crucialParts.Length; i++)
{
AvataaarPart ap = crucialParts[i];
foreach (KeyValuePair <string, float> kvp in bs)
{
if ((ap.emotionallyDependent))
{
if (currentEmotion == ap.emotions && dicEmo2Part[ap.emotions].Contains(ap))
{
ProcessAP(ap, kvp.Key, kvp.Value);
}
}
else
{
ProcessAP(ap, kvp.Key, kvp.Value);
}
}
}
}
