//socket reading script...parse this for commands to game or player
void SocketResponse()
{
if (myTCP.socketReady == true)
{
string tcpMsg = myTCP.readSocketLine();
char[] splitters = { '\r', '\n', ' ' };
tcpMsg.TrimEnd(splitters);
//tcpMsg.Replace('\r', ''); tcpMsg.Replace('\n', '');
if (tcpMsg != "")
{
string[] msgWords = tcpMsg.Split(splitters);
//for (int i = 0; i < msgWords.Length; i++)
//{
// Debug.Log(i.ToString() + ": " + msgWords[i] + " length " + msgWords[i].Length.ToString());
//}
var numWords = msgWords.Length;
if (msgWords[0].Trim() != "HOMECHECK")
{
Debug.Log("[SERVER (Message length: " + numWords.ToString() + "/" + tcpMsg.Length.ToString() + ")] " + tcpMsg);
}
//*****************************************************************************************
//************* This is where we start processing custom commands from matlab *************
//*****************************************************************************************
switch (msgWords[0].Trim())
{
case "READTIME": // just report the time
SendToServer(Time.time.ToString("F4") + "\tREADTIME");
break;
// case "FEEDBACK":
// //SendToServer(Time.time.ToString("F4") + "\tEntered TARG case of switch in NetworkSocket.SocketResponse");
// switch (numWords) // split always leaves an extra word (new line?)
// {
// case 1: // no args? use correct at default az (0), default dist and dur
// myGame.Feedback(true);
// break;
// case 2: // given correct
// myGame.Feedback(bool.Parse(msgWords[1]));
// break;
// case 3: // given correct and az
// myGame.Feedback(bool.Parse(msgWords[1]), float.Parse(msgWords[2]));
// break;
// case 4: // given correct, az, dist
// myGame.Feedback(bool.Parse(msgWords[1]), float.Parse(msgWords[2]), float.Parse(msgWords[3]));
// break;
// case 5: // given correct, az, dist, dur
// myGame.Feedback(bool.Parse(msgWords[1]), float.Parse(msgWords[2]), float.Parse(msgWords[3]), float.Parse(msgWords[4]));
// break;
// default:
// SendToServer(Time.time.ToString("F4") + " HIT DEFAULT CASE!");
// break;
// }
// break;
case "TARG":
//SendToServer(Time.time.ToString("F4") + "\tEntered TARG case of switch in NetworkSocket.SocketResponse");
switch (numWords) // split always leaves an extra word (new line?)
{
case 1: // no args? use random az and dist
myArena.NewBalloon(0f);
break;
case 2: // given az
myArena.NewBalloon(float.Parse(msgWords[1]));
break;
case 3: // given az and name
myArena.NewBalloon(float.Parse(msgWords[1]), msgWords[2]);
break;
case 4: // given az, name, mode
myArena.NewBalloon(float.Parse(msgWords[1]),
(msgWords[2]), bool.Parse(msgWords[3]));
break;
case 5: // given az, name, mode, color
myArena.NewBalloon(float.Parse(msgWords[1]),
msgWords[2], bool.Parse(msgWords[3]), msgWords[4]);
break;
default:
SendToServer(Time.time.ToString("F4") + " HIT DEFAULT CASE!");
break;
}
break;
case "BOB":
switch (numWords) // split always leaves an extra word (new line?)
{
case 2: // given az
myArena.GetBalloonAtAngle(float.Parse(msgWords [1])).BalloonBob();
SendToServer(Time.time.ToString("F4") + " BOB " + msgWords[1]);
break;
case 4: // given az, x z
myArena.GetBalloonAtAngle(float.Parse(msgWords [1])).BalloonBob(
float.Parse(msgWords [2]),
float.Parse(msgWords [3]));
SendToServer(Time.time.ToString("F4") + " BOB " + msgWords[1] +
" " + msgWords[2] + " " + msgWords[3]);
break;
default:
Debug.Log("Error: tried to bob balloon with incorrect args");
break;
}
break;
case "VANISH":
myArena.GetBalloonAtAngle(float.Parse(msgWords[1])).Vanish();
SendToServer(Time.time.ToString("F4") + " VANISH " + msgWords[1]);
break;
case "COLOR":
myArena.GetBalloonAtAngle(float.Parse(msgWords[1])).SetColor(msgWords[2]);
SendToServer(Time.time.ToString("F4") + " COLOR "
+ msgWords[1] + " " + msgWords[2]);
break;
// case "HEADTRANS":
// myPlayer.ToggleHeadTranslation(msgWords[1]); // ON or OFF
// break;
case "CLEAR":
myArena.Clear(msgWords[1]);
SendToServer(Time.time.ToString("F4") + " CLEAR " + msgWords[1]);
break;
case "RESPAWN":
myArena.Respawn();
SendToServer(Time.time.ToString("F4") + " RESPAWN");
break;
case "REPOPULATE":
myArena.Repopulate();
SendToServer(Time.time.ToString("F4") + " REPOPULATE");
break;
case "GAZE":
myPlayer.ToggleGaze(msgWords[1]); // ON or OFF
break;
case "ARMDISPLAY":
myPlayer.ToggleArmDisplay(msgWords[1]); // ON or OFF
break;
case "TERRAIN":
myArena.SetTerrain(msgWords[1]); // ON or OFF
break;
case "FLOOR":
myArena.SetFloor(msgWords[1]); // BRICK, WATER, CHECK, OFF
break;
// Update 8/23/17
// Functionality for audio/visual latency checking.
// Must be used with scene "latencyCheck", which contains
// a cube (latencyTestObj) that fills the camera view.
// This test is designed for use with a photoresistor in
// the VR goggles to indicate the change in object color.
case "LATENCY_TEST":
myArena.SetLatencyTestObj(msgWords[1], msgWords[2]); // BLACK, WHITE
break;
// Update 1/30/18
// Used to collect the number of button presses to adjust
// stimuli during method of adjustment task.
case "CLICK_COUNT":
btnCountLeft = myPlayer.btnCounterLeft;
btnCountRight = myPlayer.btnCounterRight;
Debug.Log(btnCountLeft + " " + btnCountRight);
SendToServer(btnCountLeft.ToString() + " " + btnCountRight.ToString());
myPlayer.btnCounterLeft = 0;
myPlayer.btnCounterRight = 0;
//btnZ = myHeadController.btnCounterZ;
//btnX = myHeadController.btnCounterX;
//Debug.Log (btnZ + " " + btnX);
//SendToServer (btnZ.ToString () + " " + btnX.ToString());
//myHeadController.btnCounterZ = 0;
//myHeadController.btnCounterX = 0;
break;
case "CHECK_LOOP":
//loopStatus = myHeadController.END;
loopStatus = myPlayer.END;
SendToServer(loopStatus.ToString());
break;
case "RESETEND":
loopStatus = 0;
myPlayer.END = 0;
break;
// case "LINE":
// myGame.ShowLines(msgWords[1]); // NONE, I, +, x, or *
// break;
// case "WALL":
// myGame.ShowWalls(msgWords[1]); // '' 'FG' etc.
// break;
// case "CHAIR":
// myGame.ShowChair(msgWords[1]); // NONE, I, +, x, or *
// break;
// case "PANO":
// myGame.ShowPanoSphere(msgWords[1]); // '' 'FG' etc.
// break;
// case "PANOSCALE":
// myGame.ScalePanoSphere(msgWords[1]); // '' 'FG' etc.
// break;
// case "SPK":
// myGame.ShowSpeakers(msgWords[1]); // 'NONE' '*' 'ALL' etc.
// break;
case "HOMECHECK": // sever is asking if ready to continue
// send a series of messages
// make this conform to standard gametime CMD boxtim
SendToServer(Time.time.ToString("F4") + "\tHOMECHECK\t" + homeBox.timeInBox.ToString("F4"), false);
break;
case "HOMEBOX":
homeBox.boxEnabled = (msgWords[1].Trim() == "ON");
SendToServer(Time.time.ToString("F4") + "\tHOMEBOX\t" + msgWords[1]);
break;
case "READHEAD":
switch (numWords)
{
case 1:
myPlayer.ReadHeadPos();
break;
case 2:
myPlayer.ReadHeadPos(msgWords[1]);
break;
}
break;
case "TRIGHEAD":
switch (numWords)
{
case 1:
myPlayer.TrigHeadPos();
break;
case 2:
myPlayer.TrigHeadPos(msgWords[1]);
break;
}
break;
default:
Debug.Log("[SERVER (Message length: " + numWords.ToString() + "/" + tcpMsg.Length.ToString() + ")] " + tcpMsg);
for (int i = 0; i < numWords; i++)
{
Debug.Log(i.ToString() + ": " + msgWords[i]);
}
break;
}
}
}
}
