public static float InterpolateFloat(ListExtended <NetworkStorage> frames, int offset, int frame, bool angle)
{
var f0 = frames.First;
var p0 = f0.Values[offset].Float1;
if ((frames.Count == 1) || (f0.Frame >= frame))
{
return(p0);
}
else
{
var f1 = frames.Next(f0);
var p1 = f1.Values[offset].Float1;
NetAssert.True(f1.Frame > f0.Frame);
NetAssert.True(f1.Frame > frame);
int f0Frame = f0.Frame;
if (f0Frame < (f1.Frame - Core.RemoteSendRate * 2))
{
f0Frame = f1.Frame - Core.RemoteSendRate * 2;
}
float t = f1.Frame - f0Frame;
float d = frame - f0Frame;
return(angle ? Mathf.LerpAngle(p0, p1, d / t) : Mathf.Lerp(p0, p1, d / t));
}
}
public static Quaternion InterpolateQuaternion(ListExtended <NetworkStorage> frames, int offset, int frame)
{
var f0 = frames.First;
var p0 = f0.Values[offset].Quaternion;
if (p0 == default(Quaternion))
{
p0 = Quaternion.identity;
}
if ((frames.Count == 1) || (f0.Frame >= frame))
{
return(p0);
}
else
{
var f1 = frames.Next(f0);
var p1 = f1.Values[offset].Quaternion;
if (p1 == default(Quaternion))
{
p1 = Quaternion.identity;
}
NetAssert.True(f1.Frame > f0.Frame);
NetAssert.True(f1.Frame > frame);
int f0Frame = f0.Frame;
if (f0Frame < (f1.Frame - Core.RemoteSendRate * 2))
{
f0Frame = f1.Frame - Core.RemoteSendRate * 2;
}
float t = f1.Frame - f0Frame;
float d = frame - f0Frame;
return(Quaternion.Lerp(p0, p1, d / t));
}
}
public static Vector3 InterpolateVector(ListExtended <NetworkStorage> frames, int offset, int frame, float snapLimit, ref bool snapped)
{
var f0 = frames.First;
var p0 = f0.Values[offset].Vector3;
if ((frames.Count == 1) || (f0.Frame >= frame))
{
return(p0);
}
else
{
var f1 = frames.Next(f0);
var p1 = f1.Values[offset].Vector3;
NetAssert.True(f1.Frame > f0.Frame);
NetAssert.True(f1.Frame > frame);
if ((p0 - p1).sqrMagnitude > (snapLimit * snapLimit))
{
snapped = true;
return(p1);
}
else
{
int f0Frame = f0.Frame;
if (f0Frame < (f1.Frame - Core.RemoteSendRate * 2))
{
f0Frame = f1.Frame - Core.RemoteSendRate * 2;
}
float t = f1.Frame - f0Frame;
float d = frame - f0Frame;
return(Vector3.Lerp(p0, p1, d / t));
}
}
}
public static Vector3 InterpolateVector(ListExtended <NetworkStorage> frames, int offset, int frame, float snapLimit)
{
bool snapped = false;
return(InterpolateVector(frames, offset, frame, snapLimit, ref snapped));
}
