public CompressedElement Write(CompressedElement ce, byte[] bytes, ref int bitposition, BitCullingLevel bcl = BitCullingLevel.NoCulling)
{
if (!cached)
{
CacheValues();
}
if (cache_isUniformScale)
{
uint c = (uint)ucrusher.Write(ce.cUniform, bytes, ref bitposition, bcl);
return(new CompressedElement(this, c, cache_uBits[(int)bcl]));
}
else if (TRSType == TRSType.Quaternion)
{
ulong c = qcrusher.Write(ce.cQuat, bytes, ref bitposition);
return(new CompressedElement(this, c, cache_qBits));
}
//Debug.Log("CX write " + ce.cx);
//else if (cache_mustCorrectRotationX)
// v3 = FloatCrusherUtilities.GetXCorrectedEuler(v3);
//Debug.Log("Writing Scale " + ce.cx);
return(new CompressedElement(
this,
(uint)(cache_xEnabled ? (uint)xcrusher.Write(ce.cx, bytes, ref bitposition, bcl) : 0),
(uint)(cache_yEnabled ? (uint)ycrusher.Write(ce.cy, bytes, ref bitposition, bcl) : 0),
(uint)(cache_zEnabled ? (uint)zcrusher.Write(ce.cz, bytes, ref bitposition, bcl) : 0),
cache_xBits[(int)bcl], cache_yBits[(int)bcl], cache_zBits[(int)bcl]));
}
/// <summary>
/// Write/Pack all of the values we want to network into a bitstream
/// </summary>
/// <param name="bitstream"></param>
public void SerializeValuesToBitstream(byte[] bitstream, ref int writepos)
{
/// Write the NetId of the player this update belongs to.
bitstream.Write((ulong)NetId, ref writepos, 32);
/// Compress(crush) and serialize the values of the meter disk and the player color.
meterCrusher.Write(meterval, bitstream, ref writepos);
colorCrusher.Write(color.r, bitstream, ref writepos);
colorCrusher.Write(color.g, bitstream, ref writepos);
colorCrusher.Write(color.b, bitstream, ref writepos);
/// Compress this objects current transform to the CompressedMatrix.
sharedCrusher.Crusher.Compress(compMatrix, transform);
/// For this example we compare the new CompressedMatrix with the previously sent one to see if anything has changed.
/// If the compressed value has not changed, we will not send a compressed transform this tick. The == operator is overloaded
/// for CompressedElement and CompressedMatrix, so == actually is running a.Equals(b) behind the scenes letting you compare the
/// classes as if they were structs.
if (compMatrix != sentCompMatrix)
{
/// Single true bit flag to indicate a compressed transform follows
bitstream.WriteBool(true, ref writepos);
/// Pass the bitstream to the TransformCrusher to serialize in the value of compMatrix.
sharedCrusher.Crusher.Write(compMatrix, bitstream, ref writepos);
/// Copy the values of of cm for comparison next tick.
sentCompMatrix.CopyFrom(compMatrix);
}
else
{
/// Single false bit flag to indicate a compressed transform doesn't follow
bitstream.WriteBool(false, ref writepos);
}
// as long as the bitstream isn't full, you can append other data as well onto the bitstream.
// Bools only use one bit of traffic.
bitstream.WriteBool(flasherIsOn, ref writepos);
}