private PuppetToAnalogAnimatedBehavior(BlendTree resting, QualifiedAnimation squeezing, List <QualifiedAnimation> qualificationsOfTreeOfTree, HandSide handSide)
{
Resting = resting;
Squeezing = squeezing;
QualificationsOfTree = qualificationsOfTreeOfTree;
HandSide = handSide;
}
private PuppetToDualAnalogAnimatedBehavior(BlendTree resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing, List <QualifiedAnimation> qualificationsOfTree)
{
QualificationsOfTree = qualificationsOfTree;
Resting = resting;
LeftSqueezing = leftSqueezing;
RightSqueezing = rightSqueezing;
BothSqueezing = 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 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));
}
private AnalogAnimatedBehavior(QualifiedAnimation resting, QualifiedAnimation squeezing, HandSide handSide)
{
if (resting == squeezing)
{
throw new ArgumentException("AnalogAnimatedBehavior must not have both identical qualified animations");
}
Resting = resting;
Squeezing = squeezing;
HandSide = handSide;
}
private DualAnalogAnimatedBehavior(QualifiedAnimation resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing)
{
if (AreAllIdentical(resting, leftSqueezing, rightSqueezing, bothSqueezing))
{
throw new ArgumentException("DualAnalogAnimatedBehavior must not have all identical qualified animations");
}
Resting = resting;
LeftSqueezing = leftSqueezing;
RightSqueezing = rightSqueezing;
BothSqueezing = bothSqueezing;
}
public bool Equals(QualifiedAnimation other)
{
return(Equals(Clip, other.Clip) && Qualification.Equals(other.Qualification));
}
public static PuppetToDualAnalogAnimatedBehavior Of(BlendTree resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing, List <QualifiedAnimation> qualificationsOfTree)
{
return(new PuppetToDualAnalogAnimatedBehavior(resting, leftSqueezing, rightSqueezing, bothSqueezing, qualificationsOfTree));
}
public static PuppetToAnalogAnimatedBehavior Of(BlendTree resting, QualifiedAnimation squeezing, List <QualifiedAnimation> qualificationsOfTree, HandSide handSide)
{
return(new PuppetToAnalogAnimatedBehavior(resting, squeezing, qualificationsOfTree, handSide));
}
private static bool AreAllIdentical(QualifiedAnimation resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing)
{
return(resting == bothSqueezing && leftSqueezing == bothSqueezing && rightSqueezing == bothSqueezing);
}
public static DualAnalogAnimatedBehavior Of(QualifiedAnimation resting, QualifiedAnimation leftSqueezing, QualifiedAnimation rightSqueezing, QualifiedAnimation bothSqueezing)
{
return(new DualAnalogAnimatedBehavior(resting, leftSqueezing, rightSqueezing, bothSqueezing));
}
public static AnalogAnimatedBehavior Of(QualifiedAnimation resting, QualifiedAnimation squeezing, HandSide handSide)
{
return(new AnalogAnimatedBehavior(resting, squeezing, handSide));
}
internal static QualifiedAnimation Remap(Dictionary <QualifiedAnimation, AnimationClip> remapping, QualifiedAnimation key)
{
return(remapping.ContainsKey(key) ? key.NewInstanceWithClip(remapping[key]) : key);
}
public static IAnimatedBehavior Of(QualifiedAnimation posing)
{
return(new SingleAnimatedBehavior(posing));
}
private SingleAnimatedBehavior(QualifiedAnimation posing)
{
Posing = posing;
}
