private void SortClipsAtTime(float sequenceTime, IEnumerable <AnimationClipData> sortInto, AnimationClipData.StateCheck stateCheck)
{
for (var clipIndex = 0; clipIndex < allClips.Count; clipIndex++)
{
var clipData = allClips[clipIndex];
var alreadyContains = sortInto.Contains(clipData);
if (stateCheck(sequenceTime, clipData) && !alreadyContains)
{
// This check is here because we might add this twice, when processing two different types of lists in the same frame.
if (!newProcessingClips.Contains(clipData))
{
newProcessingClips.Add(clipData);
}
}
else if (!stateCheck(sequenceTime, clipData) && alreadyContains)
{
// This check is here because we might add this twice, when processing two different types of lists in the same frame.
if (!newProcessingClips.Contains(clipData))
{
newProcessingClips.Add(clipData);
}
}
}
}
private void SortClipsAtTime(float sequenceTime, IEnumerable <AnimationClipData> sortInto, AnimationClipData.StateCheck stateCheck)
{
for (int i = 0; i < this.allClips.Count; i++)
{
AnimationClipData animationClipData = this.allClips[i];
bool flag = sortInto.Contains(animationClipData);
if (stateCheck(sequenceTime, animationClipData) && !flag)
{
if (!this.newProcessingClips.Contains(animationClipData))
{
this.newProcessingClips.Add(animationClipData);
}
}
else if (!stateCheck(sequenceTime, animationClipData) && flag && !this.newProcessingClips.Contains(animationClipData))
{
this.newProcessingClips.Add(animationClipData);
}
}
}
