public IAnimatedBehavior Remapping(Dictionary <QualifiedAnimation, AnimationClip> remapping, Dictionary <BlendTree, BlendTree> blendRemapping)
{
return(Maybe(
SingleAnimatedBehavior.Remap(remapping, Resting),
SingleAnimatedBehavior.Remap(remapping, Squeezing),
HandSide
));
}
public static IAnimatedBehavior Maybe(QualifiedAnimation resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing)
{
if (AreAllIdentical(resting, leftSqueezing, rightSqueezing, bothSqueezing))
{
return(SingleAnimatedBehavior.Of(bothSqueezing));
}
return(Of(resting, leftSqueezing, rightSqueezing, bothSqueezing));
}
public static IAnimatedBehavior Maybe(QualifiedAnimation resting, QualifiedAnimation squeezing, HandSide handSide)
{
if (resting == squeezing)
{
return(SingleAnimatedBehavior.Of(squeezing));
}
return(AnalogAnimatedBehavior.Of(resting, squeezing, handSide));
}
public IAnimatedBehavior Remapping(Dictionary <QualifiedAnimation, AnimationClip> remapping, Dictionary <BlendTree, BlendTree> blendRemapping)
{
var newQualificationsOfTree = QualificationsOfTree
.Select(qualification => remapping.ContainsKey(qualification)
? qualification.NewInstanceWithClip(remapping[qualification])
: qualification)
.ToList();
return(Of(
blendRemapping[Resting],
SingleAnimatedBehavior.Remap(remapping, LeftSqueezing),
SingleAnimatedBehavior.Remap(remapping, RightSqueezing),
SingleAnimatedBehavior.Remap(remapping, BothSqueezing),
newQualificationsOfTree
));
}
protected bool Equals(SingleAnimatedBehavior other)
{
return(Posing.Equals(other.Posing));
}
