public void AddDelta(NetStream state0, NetStream delta, NetStream result)
{
int num = state0?.ReadInt32(fullBits) ?? Quantize(0f, range, fullBits);
if (!delta.ReadBool())
{
result.Write(num, fullBits);
return;
}
int x;
if (deltaSmall == fullBits)
{
x = delta.ReadInt32(fullBits);
}
else if (!delta.ReadBool())
{
x = delta.ReadInt32(fullBits);
}
else
{
int num2 = (deltaSmall != deltaLarge) ? delta.ReadInt32(deltaSmall, deltaLarge) : delta.ReadInt32(deltaLarge);
x = num + num2;
}
result.Write(x, fullBits);
}
public void CalculateDelta(NetStream state0, NetStream state1, NetStream delta)
{
int num = state0?.ReadInt32(fullBits) ?? Quantize(0f, range, fullBits);
int num2 = state1.ReadInt32(fullBits);
if (num == num2)
{
delta.Write(v: false);
return;
}
delta.Write(v: true);
if (deltaSmall == fullBits)
{
delta.Write(num2, fullBits);
return;
}
int num3 = num2 - num;
int num4 = 1 << deltaLarge - 1;
if (num3 < -num4 || num3 >= num4)
{
delta.Write(v: false);
delta.Write(num2, fullBits);
return;
}
delta.Write(v: true);
if (deltaSmall == deltaLarge)
{
delta.Write(num3, deltaLarge);
}
else
{
delta.Write(num3, deltaSmall, deltaLarge);
}
}
public float ApplyLerpedState(NetStream state0, NetStream state1, float mix)
{
float a = Dequantize(state0.ReadInt32(fullBits), range, fullBits);
float b = Dequantize(state1.ReadInt32(fullBits), range, fullBits);
return(Mathf.Lerp(a, b, mix));
}
public static NetQuaternionDelta Read(NetStream stream, ushort bitsmall, ushort bitlarge, ushort bitfull)
{
NetQuaternionDelta netQuaternionDelta = default(NetQuaternionDelta);
netQuaternionDelta.isRelative = stream.ReadBool();
netQuaternionDelta.sel = (byte)(stream.ReadInt32(2) & 3);
NetQuaternionDelta result = netQuaternionDelta;
if (result.isRelative)
{
result.x = stream.ReadInt32(bitsmall, bitlarge);
result.y = stream.ReadInt32(bitsmall, bitlarge);
result.z = stream.ReadInt32(bitsmall, bitlarge);
}
else
{
result.x = stream.ReadInt32(bitfull);
result.y = stream.ReadInt32(bitfull);
result.z = stream.ReadInt32(bitfull);
}
return(result);
}
public void ReceiveMove(NetStream stream)
{
float b = NetFloat.Dequantize(stream.ReadInt32(8), 1f, 8);
float b2 = NetFloat.Dequantize(stream.ReadInt32(8), 1f, 8);
lock (moveLock)
{
moveFrames++;
walkForward = Mathf.Lerp(walkForward, b, 1f / (float)moveFrames);
walkRight = Mathf.Lerp(walkRight, b2, 1f / (float)moveFrames);
cameraPitch = NetFloat.Dequantize(stream.ReadInt32(9), 180f, 9);
cameraYaw = NetFloat.Dequantize(stream.ReadInt32(9), 180f, 9);
if (moveFrames == 1)
{
leftExtend = (rightExtend = 0f);
jump = (playDead = false);
shooting = false;
}
leftExtend = Mathf.Max(leftExtend, NetFloat.Dequantize(stream.ReadInt32(5), 1f, 5));
rightExtend = Mathf.Max(rightExtend, NetFloat.Dequantize(stream.ReadInt32(5), 1f, 5));
jump |= stream.ReadBool();
playDead |= stream.ReadBool();
shooting |= stream.ReadBool();
if (shooting)
{
Debug.LogError("shooting = true in NetPlayer.cs:357");
}
NetStream netStream = NetGame.BeginMessage(NetMsgId.Move);
try
{
netStream.WriteNetId(netId);
netStream.Write(holding);
NetGame.instance.SendUnreliable(host, netStream, -1);
}
finally
{
if (netStream != null)
{
netStream = netStream.Release();
}
}
}
}
public static NetQuaternion Read(NetStream stream, ushort bits)
{
return(new NetQuaternion((byte)(stream.ReadInt32(2) & 3), stream.ReadInt32(bits), stream.ReadInt32(bits), stream.ReadInt32(bits), bits));
}
public static NetVector3 Read(NetStream stream, ushort bits)
{
return(new NetVector3(stream.ReadInt32(bits), stream.ReadInt32(bits), stream.ReadInt32(bits), bits));
}
public float ApplyState(NetStream state)
{
return(Dequantize(state.ReadInt32(fullBits), range, fullBits));
}