// Awake is called **before** any Start methods.
// so we make sure the NoiseTag controller is ready before
// any game objects which may want to use it!
void Awake()
{
if (_instance != null && _instance != this)
{
Destroy(this.gameObject);
return;
}
_instance = this;
DontDestroyOnLoad(this.gameObject); // keep the controller arround...
// Switch to 640 x 480 full-screen at 60 hz, and put
// VSYNC on, so we a) run fast, b) are time-accurate.
Screen.SetResolution(Screen.width, Screen.height, FullScreenMode.ExclusiveFullScreen);
// FORCE!! Sync framerate to monitors refresh rate
// get the current display rate, and set the vSyncCount to get as close as possible
// for the code bits
QualitySettings.vSyncCount = 1;
if (FRAMESPERCODEBIT <= 0) // set framesperbit to be close to target framerate
{
int refreshRate = Screen.currentResolution.refreshRate;
float framesperbit = refreshRate / QualitySettings.vSyncCount / targetFrameRate;
FRAMESPERCODEBIT = (int)Math.Round(framesperbit + .1);
}
nt = new Noisetag(new System.IO.StringReader(codebook.text), null, null);
// setup the event handlers when the connection is up.
// debug message handler : prints all new messages
nt.stopFlicker(); // reset state
nt.addMessageHandler(newMessageHandler);
nt.addSelectionHandler(selectionHandler);
nt.addPredictionHandler(newPredictionHandler);
nt.addSignalQualityHandler(signalQualityHandler);
nt.addNewTargetHandler(newTargetHandler);
nt.setFramesPerBit(FRAMESPERCODEBIT);
// init the info on the set of objIDs we are managing..
if (objIDs == null)
{
objIDs = new int[127];
for (int i = 0; i < objIDs.Length; i++)
{
objIDs[i] = i + 1; // N.B. objid > 0
}
}
if (registeredobjIDs == null)
{
registeredobjIDs = new NoisetagBehaviour[objIDs.Length];
}
nframe = 0;
isRunning = false;
// magic co-routine to record accurately the time the last frame was drawn
StartCoroutine(recordFrameTime());
// magic co-routine to make and maintain the decoder connection
last_connected_time = nt.getTimeStamp();
StartCoroutine(KeepTryingToConnect());
}
public void GoCalibration()
{
setActiveObject(calibrationObject);
// make sure the flicker objects have active noisetag ids
// N.B. this is only needed because we call startCalibration before the objects
// have been made visible and so get an ID themselves.
// If you activate the object first then this is *NOT* needed.
NoisetagController nt = NoisetagController.Instance;
nt.acquireObjIDs(activeObject.GetComponentsInChildren <NoisetagBehaviour>());
// N.B. make sure the calibration objects are active before calling this
// otherwise can't do the cueing as don't know how many outputs there are.
nt.startCalibration(nCalibrationTrials);
}
public void GoCuedPrediction()
{
// N.B.
setActiveObject(predictionObject);
// set all the scene child objects active?
// make sure the flicker objects have active noisetag ids
// N.B. this is only needed because we call startPrediction before the objects
// have been made visible and so get an ID themselves.
// If you activate the object first then this is *NOT* needed.
NoisetagController nt = NoisetagController.Instance;
nt.acquireObjIDs(activeObject.GetComponentsInChildren <NoisetagBehaviour>());
nt.startPrediction(nPredictionTrials, true);
}
// Awake is called **before** any Start methods.
// so we make sure the NoiseTag controller is ready before
// any game objects which may want to use it!
void Awake()
{
if (_instance != null && _instance != this)
{
Destroy(this.gameObject);
return;
}
_instance = this;
DontDestroyOnLoad(this.gameObject); // keep the controller arround...
// Switch to 640 x 480 full-screen at 60 hz, and put
// VSYNC on, so we a) run fast, b) are time-accurate.
Screen.SetResolution(1280, 780, FullScreenMode.ExclusiveFullScreen, 60);
// FORCE!! Sync framerate to monitors refresh rate
QualitySettings.vSyncCount = 1;
nt = new Noisetag(new System.IO.StringReader(codebook.text), null, null);
// setup the event handlers when the connection is up.
// debug message handler : prints all new messages
nt.addMessageHandler(newMessageHandler);
nt.addSelectionHandler(selectionHandler);
nt.addPredictionHandler(newPredictionHandler);
nt.addSignalQualityHandler(signalQualityHandler);
// init the info on the set of objIDs we are managing..
if (objIDs == null)
{
objIDs = new int[127];
for (int i = 0; i < objIDs.Length; i++)
{
objIDs[i] = i + 1; // N.B. objid > 0
}
}
if (registeredobjIDs == null)
{
registeredobjIDs = new NoisetagBehaviour[objIDs.Length];
}
nframe = 0;
isRunning = false;
// magic co-routine to record accurately the time the last frame was drawn
StartCoroutine(recordFrameTime());
// magic co-routine to make the initial decoder connection
StartCoroutine(KeepTryingToConnect());
}
// Start is called before the first frame update
void Start()
{
NoisetagController nt = NoisetagController.Instance;
nt.sequenceCompleteEvent.AddListener(GoMainMenu);
nt.connectedEvent.AddListener(GoMainMenu);
//nt.startPrediction(1); // test starting prediction early + button selection
menuObject.SetActive(false);
calibrationObject.SetActive(false);
predictionObject.SetActive(false);
signalQualityObject.SetActive(false);
connectingObject.SetActive(false);
// set the initial screen based on our connected state
if (nt.isConnected())
{
GoMainMenu();
}
else
{
GoConnecting();
}
}
