/// <summary>
/// Unlike Extrapolate - Reconstruct is used when the buffer isn't empty, but rather we are dealing with a lost packet while there is a future frame in the buffer.
/// </summary>
public void OnReconstructMissing(Frame nextFrame, Frame currentFrame, Frame nextValidFrame, float t, bool svrWaitingForTeleportConfirm)
{
//List<XElement> currFrameElements = elements[currentFrame.frameid];
//List<XElement> nextFrameElements = elements[nextFrame.frameid];
//List<XElement> nextValidFrameElements = elements[nextValidFrame.frameid];
// Reconstruct missing frames
for (int eid = 0; eid < elementCount; ++eid)
{
TransformElement te = transformElements[eid];
TransformElement.ElementFrame ce = te.frames[currentFrame.frameid]; // currFrameElements[eid];
TransformElement.ElementFrame ne = te.frames[nextFrame.frameid]; // nextFrameElements[eid];
TransformElement.ElementFrame nve = te.frames[nextValidFrame.frameid];
//TODO are these if's needed for the null checking? Keep an eye on this.
// Eliminate any Null genericX values = they indicate no changes
if (ce.xform.type == XType.NULL)
{
ce.xform = te.Localized;
ce.compXform = te.Compress(ce.xform);
Debug.Log("Current element is null");
}
if (nve.xform.type == XType.NULL)
{
nve.xform = ce.xform;
//Debug.LogError("nextvalid element is null");
}
// If server his holding for teleport confirm, keep using the same teleport value
if (svrWaitingForTeleportConfirm && te.teleportOverride)
{
ne.xform = te.lastSentTransform;
ne.compXform = te.lastSentCompressed;
}
// There is a future frame to use as a guess target
else if (nve.xform.type != XType.NULL) // nst.buffer.masks[eid].GetBitInMask(nextValidFrame.frameid))
{
ne.xform = te.Lerp(ce.xform, nve.xform, t);
ne.compXform = te.Compress(ne.xform);
}
// There is no future frame.
else
{
if (ce.xform.type == XType.NULL)
{
Debug.Log("Houston we have a null here.");
}
ne.xform = ce.xform;
ne.compXform = ce.compXform;
}
}
}
// Construct
public Frame(NetworkSyncTransform _nst, int _frameid, Vector3 _pos, CompressedElement _compPos, Quaternion _rot) //, PositionElement[] positionElements, RotationElement[] rotationElements)
{
nst = _nst;
rootPos = _pos;
compPos = _compPos;
state = nst.State;
frameid = _frameid;
customData = new byte[128]; //TODO: Make this size a user setting
// references
tes = _nst.nstElementsEngine.transformElements;
rootRotElementFrame = nst.rootRotationElement.frames[_frameid];
}