private void StartLog()
{
MQTTChannel <MQTTLogFile> logFileChannel = new MQTTChannel <MQTTLogFile>("Gimbl/Session/LogFile");
logFileChannel.Event.AddListener(OnLogFileName);
if (EditorPrefs.GetBool("Gimbl_externalLog", false) == false)
{
// Check if log file already exists.
string filePath = Path.Combine(Application.dataPath, "Logs",
string.Format("{0}-{1}.json", settings.outputFile, settings.sessionId));
if (CheckFileExists(filePath))
{
return;
}
// Create log file.
logFile = new LogFile(filePath);
//Update counter.
settings.sessionId++;
UnityEditor.EditorUtility.SetDirty(settings);
}
else
{
while (logFile == null)
{
}
;
if (CheckFileExists(logFile.filePath))
{
return;
}
;
}
}
void Start()
{
// Create smooth buffer
smoothBuffer = new ValueBuffer(GetBufferSize(settings.inputSmooth), true);
if (this.GetType() == typeof(LinearTreadmill))
{
// Setup Listener.
if (!settings.deviceIsSpherical)
{
MQTTChannel <MSG> channel = new MQTTChannel <MSG>(string.Format("{0}/Data", settings.deviceName));
channel.Event.AddListener(OnMessage);
}
else
{
MQTTChannel <SphericalTreadmill.MSG> channel = new MQTTChannel <SphericalTreadmill.MSG>(string.Format("{0}/Data", settings.deviceName));
channel.Event.AddListener(OnMessageSpherical);
}
// Start treadmill.
statusChannel = new MQTTChannel <StatusMsg>(string.Format("{0}/Status", settings.deviceName), false);
statusChannel.Send(new StatusMsg()
{
status = true
});
}
// Setup tracking of settings changes.
logSettings = new KeyLinearSettings();
LogLinearSettings();
}
public GimblObjectChan(string name, System.Action <T> reqFunc)
{
string chanString = string.Format("Gimbl/{0}/{1}", name, reqFunc.Method.Name);
MQTTChannel <T> chan = new MQTTChannel <T>(chanString);
action = reqFunc;
chan.Event.AddListener(Callback);
}
public void Start()
{
logger = FindObjectOfType <LoggerObject>().logFile;
actLogMsg.name = name;
// Setup idle monitor.
idleChan = new MQTTChannel <IdleMessage>("Gimbl/Idle/");
idleStopWatch.Start();
prevPos = transform.position;
}
// Set MQTT Button Triggered channels.
public void SetupChannels(string[] topics)
{
buttonChannels = new MQTTChannel[topics.Length];
for (int i = 0; i < buttonChannels.Length; i++)
{
if (topics[i] != "")
{
buttonChannels[i] = new MQTTChannel(topics[i], false);
}
}
}
public void Subscribe(MQTTChannel obj, string topic, byte qoslevel)
{
if (IsConnected())
{
client.Subscribe(new string[] { topic }, new byte[] { qoslevel });
// Add topic and event pair to list.
lock (channelList)
{
channelList.Add(new Channel()
{
topic = topic, channel = obj
});
}
}
}
void Start()
{
// Get instance of logger.
logger = FindObjectOfType <LoggerObject>();
// Setup Listener.
MQTTChannel <MSG> channel = new MQTTChannel <MSG>(string.Format("{0}/Data", settings.deviceName));
channel.Event.AddListener(OnMessage);
// Start treadmill.
statusChannel = new MQTTChannel <StatusMsg>(string.Format("{0}/Status", settings.deviceName), false);
statusChannel.Send(new StatusMsg()
{
status = true
});
// Create smooth buffer
smoothBuffer = new ValueBuffer(GetBufferSize(settings.inputSmooth), true);
// Setup tracking of settings changes.
logSettings = new KeySphericalSettings();
LogSphericalSettings();
}
// Start is called before the first frame update
void Start()
{
//Collision events.
ColChan = new MQTTChannel <ColliderMessage>(string.Format("Gimbl/{0}/Collision", name), false);
PosChan = new MQTTChannel <PositionMessage>(string.Format("Gimbl/{0}/Position", name), false);
GetPosChan = new GimblObjectChan <FloatArray>(name, GetPosition);
MoveChan = new GimblObjectChan <FloatArray>(name, Move);
MoveToChan = new GimblObjectChan <FloatArray>(name, MoveTo);
RotateChan = new GimblObjectChan <FloatMsg>(name, Rotate);
RotateToChan = new GimblObjectChan <FloatMsg>(name, RotateTo);
SetColorChan = new GimblObjectChan <FloatArray>(name, SetColor);
SetMatChan = new GimblObjectChan <StringMessage>(name, SetMaterial);
SetTexChan = new GimblObjectChan <StringMessage>(name, SetTexture);
SetOpacChan = new GimblObjectChan <FloatMsg>(name, SetOpacity);
SetVisChan = new GimblObjectChan <BoolMsg>(name, SetVisibility);
PlaySoundChan = new GimblObjectChan <BoolMsg>(name, PlaySound);
SetBrightChan = new GimblObjectChan <FloatMsg>(name, SetBrightness);
BlinkChan = new GimblObjectChan <BlinkMsg>(name, Blink);
}
void Start()
{
// Grab Settingss.
ip = UnityEditor.EditorPrefs.GetString("JaneliaVR_MQTT_IP");
port = UnityEditor.EditorPrefs.GetInt("JaneliaVR_MQTT_Port");
sendFrame = UnityEditor.EditorPrefs.GetBool("Gimbl_sendFrameMsg");
// Subscribe to some standard output channels.
frameChannel = new MQTTChannel("Gimbl/Frame", false);
startChannel = new MQTTChannel("Gimbl/Session/Start", false);
stopChannel = new MQTTChannel("Gimbl/Session/Stop", false);
forceStopChannel = new MQTTChannel("Gimbl/Session/ForceStop", true);
forceStopChannel.Event.AddListener(ForceStop);
forceStartChannel = new MQTTChannel("Gimbl/Session/ForceStart", true);
forceStartChannel.Event.AddListener(ForceStart);
// wait for start signal.
if (UnityEditor.EditorPrefs.GetBool("Gimbl_externalStart"))
{
while (requestStart == false && requestStop == false)
{
}
}
StartSession();
}
