private static CPath Apply(CPath path, CPathEasingAction action, DEasing method, float from, float to, float time)
{
return(path.Add(p =>
{
if (p.DeltaF < time)
{
action.Invoke(method.Invoke(p.DeltaF, from, to, time));
return Status.Continue;
}
action.Invoke(to);
return Status.OK;
}));
}
public static CPath TimeAction(this CPath path, float time, DPathAction action)
{
return(path.Add(p =>
{
if (p.DeltaF < time)
{
return Status.Continue;
}
var status = action.Invoke();
switch (status)
{
case Status.Continue:
p.ResetTimerVariables();
return Status.Continue;
default:
return status;
}
}));
}
public static CPath EasingBounceEaseOutIn(this CPath path, float time, float from, float to, CPathEasingAction action)
{
return(Apply(path, action, EasingTo.BounceEaseOutIn, from, to, time));
}
public static CPath EasingElasticEaseOut(this CPath path, float time, float from, float to, CPathEasingAction action)
{
return(Apply(path, action, EasingTo.ElasticEaseOut, from, to, time));
}
public static CPath EasingQuadEaseIn(this CPath path, float time, float from, float to, CPathEasingAction action)
{
return(Apply(path, action, EasingTo.QuadEaseIn, from, to, time));
}
public static CPath EasingLinear(this CPath path, float time, float from, float to, CPathEasingAction action)
{
return(Apply(path, action, EasingTo.Linear, from, to, time));
}
public Status Invoke(CPath p)
{
return(Action1 != null?Action1.Invoke(p) : Action2.Invoke());
}