private static Dictionary <IAnimatedBehavior, List <TransitionCondition> > DecomposeMassiveIntoBehaviors(List <ManifestBinding> activityManifests)
{
Dictionary <IAnimatedBehavior, List <TransitionCondition> > representation = activityManifests
.Where(binding => binding.Manifest.Kind() == ManifestKind.Massive)
.SelectMany(binding =>
{
MassiveBlendManifest manifest = (MassiveBlendManifest)binding.Manifest;
return(Permutation.All().Select(currentPermutation =>
{
var animatedBehavior = MassiveBlendToAnimatedBehavior(manifest, currentPermutation);
return new KeyValuePair <IAnimatedBehavior, TransitionCondition.ActivityBoundTransitionCondition>(
animatedBehavior,
new TransitionCondition.ActivityBoundTransitionCondition(
binding.StageValue,
manifest.TransitionDuration(),
currentPermutation,
binding.LayerOrdinal
)
);
}).ToList());
})
.GroupBy(pair => pair.Key, pair => pair.Value)
.ToDictionary(x => (IAnimatedBehavior)x.Key, x => x.Cast <TransitionCondition>().ToList());
return(representation);
}
static void Main(string[] args)
{
int N = int.Parse(Console.ReadLine());
string P = string.Join("", Console.ReadLine().Split().ToArray());
string Q = string.Join("", Console.ReadLine().Split().ToArray());
var p = Permutation <int> .All(Enumerable.Range(1, N));
long resP = 0;
long resQ = 0;
long index = 0;
foreach (var item in p)
{
string s = string.Join("", item);
if (s == P)
{
resP = index;
}
if (s == Q)
{
resQ = index;
}
index++;
}
Console.WriteLine(Math.Abs(resP - resQ));
}
public static PermutationManifest FromNothing(AnimationClip defaultClip)
{
var poses = Permutation.All().ToDictionary(
permutation => permutation,
permutation => SingleAnimatedBehavior.Of(new QualifiedAnimation(defaultClip, new Qualification(false, QualifiedLimitation.None))));
return(new PermutationManifest(poses, 0f));
}