public async void Send(DataFrameState state, bool urgent)
{
// только изменения бит и пинг
if (!urgent && DateTime.UtcNow - _time < _delay)
{
return;
}
// только изменения бит
//if (!urgent)
//{
// return;
//}
_time = DateTime.UtcNow;
state.Time = _time.ToBinary();
var handle = GCHandle.Alloc(_bufferFrameOut, GCHandleType.Pinned);
Marshal.StructureToPtr(state, handle.AddrOfPinnedObject(), false);
handle.Free();
await _netSocket.SendMatchStateAsync(
_netMatch.Id,
OP_CODE_STATE,
Convert.ToBase64String(_bufferFrameOut));
}
public void PushRemote(DataFrameState frame)
{
lock (_framesRemote)
{
var indexNext = (_indexCurrent + 1) % _framesRemote.Length;
_framesRemote[indexNext] = frame;
_indexCurrent = indexNext;
}
}
public static void FrameSwap(ref DataFrameState container)
{
var temp = new DataFrameState();
// local to local
temp.PaddleLocalSpeed = container.PaddleLocalSpeed;
temp.PaddleLocalPosition = container.PaddleLocalPosition;
temp.PaddleLocalReflectorOffset = container.PaddleLocalReflectorOffset;
temp.PaddleLocalReflectorHalfSize = container.PaddleLocalReflectorHalfSize;
// remote to local
container.PaddleLocalSpeed = container.PaddleRemoteSpeed;
container.PaddleLocalPosition = container.PaddleRemotePosition;
container.PaddleLocalReflectorOffset = container.PaddleRemoteReflectorOffset;
container.PaddleLocalReflectorHalfSize = container.PaddleRemoteReflectorHalfSize;
// local to remote
container.PaddleRemoteSpeed = temp.PaddleLocalSpeed;
container.PaddleRemotePosition = temp.PaddleLocalPosition;
container.PaddleRemoteReflectorOffset = temp.PaddleLocalReflectorOffset;
container.PaddleRemoteReflectorHalfSize = temp.PaddleLocalReflectorHalfSize;
}
public bool ApplyCorrection(ref DataFrameState state)
{
var delta = _timeTarget - DateTime.FromBinary(state.Time);
if (delta.TotalSeconds > 0)
{
return(true);
}
// must full path increment sequence (this approx)
_targetBallPos += _targetBallSpeed * (float)delta.TotalSeconds;
state.BallPositionX = _targetBallPos.x;
state.BallPositionY = _targetBallPos.y;
state.BallSpeedX = _targetBallSpeed.x;
state.BallSpeedY = _targetBallSpeed.y;
Debug.Log("apply correction");
return(false);
}
public ControllerSimPhase(DataFrameState stateFrame, DataBallState stateBall, IObstacle[] obstacles)
{
Debug.Log("predicting");
var maxPath = Mathf.Sqrt(1f + Composition.DataMeta.CourtRatio) * 2f;
var currentSpeed = stateBall.Speed.magnitude;
stateBall.DeltaTime = maxPath / currentSpeed;
var bounce = stateBall;
if (FindBounce(ref bounce, obstacles))
{
_timeTarget = DateTime.FromBinary(stateFrame.Time) + TimeSpan.FromSeconds(bounce.DeltaTime);
_targetBallPos = bounce.Position;
_targetBallSpeed = bounce.Speed;
Debug.DrawLine(_targetBallPos, stateBall.Position, Color.red, 20f);
}
else
{
throw new Exception("undef");
}
}
public ControllerSim()
{
_frame = Composition.FrameConsent(
Composition.DataMeta,
Composition.NetState);
}
public void SetTimeStamp(ref DataFrameState target)
{
target.Time = IsLead
? DateTime.UtcNow.ToBinary()
: (DateTime.UtcNow + _approxClockLag).ToBinary();
}
