private void SendScooterLocation(int scooterId)
{
var trackingMessage = new TrackingMessage(
scooterId, new Random().Next(1, 200));
Task.Run(() => queue.SendMessageAsync(trackingMessage));
}
private byte[] GetBytes(TrackingMessage m)
{
int length = Marshal.SizeOf(m);
IntPtr ptr = Marshal.AllocHGlobal(length);
byte[] myBuffer = new byte[length];
Marshal.StructureToPtr(m, ptr, true);
Marshal.Copy(ptr, myBuffer, 0, length);
Marshal.FreeHGlobal(ptr);
return(myBuffer);
}
// When receives a new tracking message
void OnTracking(NetworkMessage netMsg)
{
TrackingMessage trackMsg = netMsg.ReadMessage <TrackingMessage>();
collectControllerData(trackMsg);
if (currState == Initializing)
{
Debug.Log("Initializing...");
// the first grip message seen is the right controller.
if (trackMsg.grip)
{
// right controller hasn't been seen yet, so this id represents the right controller.
if (controllerIDs[0] < 0)
{
controllerIDs[0] = trackMsg.id;
}
else if (controllerIDs[1] < 0) // right controller was already captured, but left wasn't.
{
controllerIDs[1] = trackMsg.id;
// both controller IDs have now been captured.
Debug.Log("Right controller ID: " + controllerIDs[0] + ", left controller ID: " + controllerIDs[1]);
Debug.Log("Continuing to calibration mode...");
currState = Calibrating;
return;
}
}
}
if (currState == Calibrating)
{
//Debug.Log("Calibrating...");
_controllerTrackerRight.transform.position = _currPositionRight;
_controllerTrackerLeft.transform.position = _currPositionLeft;
handleCalibration();
_currGripRight = false;
return;
}
if (currState == Tracking)
{
Debug.Log("Tracking");
// show current controller location.
_controllerTrackerRight.transform.position = calibratedPos(_currPositionRight);
_controllerTrackerLeft.transform.position = calibratedPos(_currPositionLeft);
return;
}
}
public void Insert(int scooterId, int locationId)
{
try
{
var trackingMessage = new TrackingMessage(
scooterId, locationId);
Task.Run(() => queue.SendMessageAsync(trackingMessage));
//this.trackingRepository.Insert(new Tracking(scooterId, locationId));
}
catch (ApplicationException appEx)
{
throw appEx;
}
}
void Update()
{
if (_updateCount % 5 == 0)
{
_position = transform.position;
//Debug.Log("_updateCount: " + _updateCount + ", _position: " + _position + ", id: " + (int)trackedObject.index);
TrackingMessage msg = new TrackingMessage
{
id = _id,
trigger = _trigger,
position = _position,
touchPad = _touchPad = device.GetAxis(),
grip = _grip,
padClicked = _padClicked,
padTouched = _padTouched
};
_networkManager.sendMessage(MyNetworkManager.Tracking, msg);
resetAll();
_updateCount = 0;
}
_updateCount++;
}
void collectControllerData(TrackingMessage trackMsg)
{
if (trackMsg.id == controllerIDs[0])
{
_currTriggerRight = trackMsg.trigger;
_currPositionRight = trackMsg.position;
_currGripRight = trackMsg.grip;
_currTouchpadRight = trackMsg.touchPad;
_currPadClickedRight = trackMsg.padClicked;
_currPadTouchedRight = trackMsg.padTouched;
//Debug.Log("Right, pos: " + _currPositionRight + ", trig: " + _currTriggerRight + ", pad: " + _currPadTouchedRight);
}
if (trackMsg.id == controllerIDs[1])
{
_currTriggerLeft = trackMsg.trigger;
_currPositionLeft = trackMsg.position;
_currGripLeft = trackMsg.grip;
_currTouchpadLeft = trackMsg.touchPad;
_currPadClickedLeft = trackMsg.padClicked;
_currPadTouchedLeft = trackMsg.padTouched;
//Debug.Log("Left, pos: " + _currPositionLeft + ", trig: " + _currTriggerLeft + ", pad: " + _currPadTouchedLeft);
}
}