public void HandleInputFromNetwork(byte bPlayerID, Packet pktPacket)
{
if (pktPacket is InputPacket)
{
InputKeyFrame ikfInput = (pktPacket as InputPacket).ConvertToKeyFrame();
m_simGameSim.AddInput(bPlayerID, ikfInput);
}
if (pktPacket is StartCountDownPacket)
{
StartCountDownPacket scdStartPacket = pktPacket as StartCountDownPacket;
//get the game start time
if (m_dtmTimeToStartGame == null || m_dtmTimeToStartGame.Ticks > scdStartPacket.m_lGameStartTime)
{
//set the game start time to the closest time
m_dtmTimeToStartGame = scdStartPacket.GameStartTime;
}
//check if in the lobby state
if (m_glsGameState == GameLoopState.LOBBY)
{
//switch to the count down state
SwitchToCountDownState();
}
}
}
public int AddKeyFrames(InputKeyFrame[] ikfInputsToAdd)
{
//get latest input
InputKeyFrame ikfLastRecievedInput = m_ikfInputBuffer[m_iBufferHead];
//get latest tick
int iLatestTick = ikfLastRecievedInput.m_iTick;
int iFirstNewKeyFrame = iLatestTick;
//loop through new inputs
for (int i = ikfInputsToAdd.Length - 1; i >= 0; i--)
{
//check if this input is newer than the latest input
if (ikfInputsToAdd[i].m_iTick > iLatestTick)
{
//check if this is the last recieved new input
if (iFirstNewKeyFrame == iLatestTick)
{
iFirstNewKeyFrame = ikfInputsToAdd[i].m_iTick;
}
//add to head of buffer
AddKeyframeToEndOfInputBuffer(ikfInputsToAdd[i]);
}
}
return(iFirstNewKeyFrame);
}
public void AddKeyframeToEndOfInputBuffer(InputKeyFrame ikfItemToAdd)
{
//move buffer head
m_iBufferHead = HelperFunctions.mod((m_iBufferHead - 1), m_ikfInputBuffer.Count);
//set item
m_ikfInputBuffer[m_iBufferHead] = ikfItemToAdd;
}
public void AddInput(byte bPlayer, InputKeyFrame ikfInput)
{
//get target input buffer
InputBuffer ipbBuffer = m_ipbPlayerInputs[bPlayer];
//add input to buffer
ipbBuffer.AddKeyframeToEndOfInputBuffer(ikfInput);
m_iLastResolvedTick = Mathf.Min(m_iLastResolvedTick, ikfInput.m_iTick);
}
