void PlaySimilarMotion(GameObject go0, GameObject go1)
{
var cost = ms_.GetCostEstimate();
int i = MotionSimilarity.FindSmallestAfter(cost, CurrIndex, float.NegativeInfinity, float.PositiveInfinity);
Debug.LogFormat("curr {0} index {1} value {2}", CurrIndex, i, cost[i]);
CurrIndex++;
var miniFrame = ms_.MotionFrameByIndex(i);
int motion = 0, beat = 0;
ms_.IndexToMotionClip(miniFrame.index0, ref motion, ref beat);
var frame = ms_.GetFrameData(motion);
PrepareSimilarMotion(go0, frame, beat);
Debug.LogFormat("mini cost {0}, song {1} beat {2}",
miniFrame.minCost, frame.name, beat);
ms_.IndexToMotionClip(miniFrame.index1, ref motion, ref beat);
frame = ms_.GetFrameData(motion);
PrepareSimilarMotion(go1, frame, beat);
Debug.LogFormat("mini cost {0}, song {1} beat {2}",
miniFrame.minCost, frame.name, beat);
}
public static void TestMotionFrameByIndex()
{
MotionSimilarity ms = new MotionSimilarity();
ms.CalcMotionSimilarity(new DummyUpdater());
var cost = ms.GetCostEstimate();
for (int i = 0; i < 10; i++)
{
int ii = MotionSimilarity.FindSmallestAfter(cost, i, float.NegativeInfinity, float.PositiveInfinity);
var frame = ms.MotionFrameByIndex(ii);
float c = MotionSimilarity.MotionSeqCost(ms.quat_, frame.index0, frame.index1);
Debug.LogFormat("cost 0 {0} cost 1 {1}", cost[ii], c);
}
var largest = MotionSimilarity.FindLargestAfter(cost, 0, float.NegativeInfinity, float.PositiveInfinity);
Debug.LogFormat("largest value {0}", cost[largest]);
}