private float MotionMatch()
{
float newTime = Time.fixedTime;
float timeClipRunning = newTime - timeSinceLastUpdate;
AnimatorStateInfo animationInfo = anim.GetCurrentAnimatorStateInfo(0);
//AnimatorClipInfo[] animationClip = anim.GetCurrentAnimatorClipInfo(0);
var currentClip = mocapLoader.getClipAtIndex(currentClipIndex);
float fn = 0;
if (currentClip != null)
{
fn = currentClip.length * animationInfo.normalizedTime;
}
Debug.Log("last clip ran for " + timeClipRunning + " seconds, ending at frame " + (int)fn);
currentFrameIndex = (int)fn;
// skip this pose?
var poseMatches = dbcon.diffIndexMatrix[currentClipIndex];
List <int> bestPoseMatches = poseMatches.Take(NumPoseMatch).ToList();
Debug.Log("best pose matches" + string.Join(",", bestPoseMatches));
// ignore pose cost for now, just match the best trajectory
var nextTrajectory = pathReader.sample(newTime);
int bestClipNumber = 0;
int bestFrameNumber = 0;
float bestTrajectoryCost = 1000000;
for (int i = 0; i < bestPoseMatches.Count; i++)
{
int poseIndex = bestPoseMatches[i];
(int clipNumber, int frameNumber) = dbcon.belongsTo[poseIndex];
// change trajectory matrix later for edge case
if (frameNumber > dbcon.trajectoryMatrix[clipNumber].Count - 1)
{
continue;
}
List <Point> trajectory = dbcon.trajectoryMatrix[clipNumber][frameNumber];
float trajectoryCost = pathReader.trajectoryDifference(nextTrajectory, trajectory);
if (trajectoryCost < bestTrajectoryCost)
{
bestTrajectoryCost = trajectoryCost;
bestClipNumber = clipNumber;
bestFrameNumber = frameNumber;
}
}
currentClipIndex = bestClipNumber;
currentFrameIndex = bestFrameNumber;
return(bestTrajectoryCost);
}