public MotionMatchingData(
AnimationClip[] clips,
Vector3[] animationSeqInfos,
float frameRate,
string name,
bool seemless,
float length,
bool findInYourself,
bool blendToYourself,
AnimationDataType type
)
{
this.clips = new List <AnimationClip>(clips);
this.name = name + "_MM";
this.frameRate = frameRate;
this.isLooping = seemless;
this.animationLength = length;
this.frameTime = 1f / this.frameRate;
this.blendToYourself = blendToYourself;
this.findInYourself = findInYourself;
this.animationSeqInfos = animationSeqInfos;
this.dataType = type;
sections = new List <MM_DataSection>();
sections.Add(new MM_DataSection("Always"));
sections[0].timeIntervals.Add(new float2(0f, this.animationLength));
neverChecking = new MM_DataSection("Never checking");
notLookingForNewPose = new MM_DataSection("Not looking for new pose");
}
public void UpdateFromOther(MotionMatchingData newData, string newName)
{
this.name = newName;
this.clips = newData.clips;
this.frameRate = newData.frameRate;
this.frameTime = newData.frameTime;
this.animationLength = newData.animationLength;
this.isLooping = newData.isLooping;
this.dataType = newData.dataType;
//this.endLocalPosition = newData.endLocalPosition;
//this.deltaRotStartEnd = newData.deltaRotStartEnd;
//this.startLocalPosition = newData.startLocalPosition;
//this.deltaRotEndStart = newData.deltaRotEndStart;
//this.curves = newData.curves;
this.frames = newData.frames;
this.usedFrameCount = newData.numberOfFrames;
this.blendTreeWeights = newData.blendTreeWeights;
this.sections = newData.sections;
this.blendToYourself = newData.blendToYourself;
findInYourself = newData.findInYourself;
this.animationSeqInfos = newData.animationSeqInfos;
this.neverChecking = newData.neverChecking;
this.trajectoryPointsTimes = newData.trajectoryPointsTimes;
FrameData bufforFrame;
for (int frameIndex = 0; frameIndex < frames.Count; frameIndex++)
{
bufforFrame = frames[frameIndex];
for (int sectionIndex = 0; sectionIndex < sections.Count; sectionIndex++)
{
for (int intervalIndex = 0; intervalIndex < sections[sectionIndex].timeIntervals.Count; intervalIndex++)
{
if (bufforFrame.localTime >= sections[sectionIndex].timeIntervals[intervalIndex].x &&
bufforFrame.localTime <= sections[sectionIndex].timeIntervals[intervalIndex].y)
{
bufforFrame.sections.SetSection(sectionIndex, true);
}
else
{
bufforFrame.sections.SetSection(sectionIndex, false);
}
}
}
frames[frameIndex] = bufforFrame;
}
//for (int i = 0; i < newCreatedAsset.frames.Count; i++)
//{
// loadedAsset.frames.Add(newCreatedAsset.frames[i]);
//}
}
