private void DoPocket6()
{
// phone's position within the control space
Vector3 distanceFromControlSpaceCenter = controlSpace.transform.InverseTransformPointUnscaled(scenePhone.transform.position);
float allowedOffsetBeforeRemapping = 0.01f; //1cm
// check if control space remapping is required
if ((Mathf.Abs(distanceFromControlSpaceCenter.x) > (ControlSpaceSize.x / 2) + allowedOffsetBeforeRemapping ||
Mathf.Abs(distanceFromControlSpaceCenter.y) > (ControlSpaceSize.y / 2) + allowedOffsetBeforeRemapping ||
Mathf.Abs(distanceFromControlSpaceCenter.z) > (ControlSpaceSize.z / 2) + allowedOffsetBeforeRemapping))
{
needToBeRemapped = true;
stopwatchForRemapping.Reset();
stopwatchForRemapping.Start();
RemapControlSpace();
}
// wait until the user stops moving (e.g. after walking to a different position in the room) and then remap the control space
// using the stopwatch is optional, the code can be securely removed
if (stopwatchForRemapping.ElapsedMilliseconds > 1000) // dwell for 1s after remapping
{
if (needToBeRemapped)
{
RemapControlSpace();
needToBeRemapped = false;
}
Vector3 precalculationStep = distanceFromControlSpaceCenter * 100;
Vector3 positionWithinControlSpace_InProcentageCentered = new Vector3(
precalculationStep.x / ControlSpaceSize.x,
precalculationStep.y / ControlSpaceSize.y,
precalculationStep.z / ControlSpaceSize.z);
Vector3 positionWithinControlSpace_InProcentage_FromBottomLeft = positionWithinControlSpace_InProcentageCentered + new Vector3(50, 50, 50);
Vector3 positionWithinControlSpace_Normalized = positionWithinControlSpace_InProcentage_FromBottomLeft / 100; // normalize the values, from 0 - 100 to 0.0 - 1.0
// update the network phone
networkPhone.transform.position = positionWithinControlSpace_Normalized;
networkPhone.transform.rotation = arSessionOrigin.camera.transform.rotation;
// ui output
debugText.text = "Pocket6 position (norm. xyz): " +
positionWithinControlSpace_Normalized.x.ToString("F2") + ", " +
positionWithinControlSpace_Normalized.y.ToString("F2") + ", " +
positionWithinControlSpace_Normalized.z.ToString("F2") + "\n";
debugText.text += "World rotation (xyz): " + networkPhone.transform.eulerAngles.x.ToString("F0") + ", " +
networkPhone.transform.eulerAngles.y.ToString("F0") + ", " +
networkPhone.transform.eulerAngles.z.ToString("F0") + " °";
debugText.text += "\nTouch data (state, x, y): " +
touchDataLogic.GetTouchData().x.ToString("F0") + ", " +
touchDataLogic.GetTouchData().y.ToString("F0") + ", " +
touchDataLogic.GetTouchData().z.ToString("F0") + "\n";
}
}
void Update()
{
labelConnectionInfo.text = "IP of this phone: " + GetLocalIPAddress();
if (manager.IsClientConnected())
{
if (_foundClient)
{
networkClientPhone.transform.position = sceneNetworkPhone.transform.position;
networkClientPhone.transform.rotation = sceneNetworkPhone.transform.rotation;
networkClientPhone.GetComponent <NetworkIDManager>().SendTouchData(touchDataLogic.GetTouchData());
}
else
{
SearchForObjectsClient("PhonePocket6");
}
}
else // there was a disconnect
{
_foundClient = false;
manager.networkAddress = ipInputField.text;
}
// gui buttons
if (manager.IsClientConnected())
{
_buttonTextStartOrJoin.text = "Disconnect";
}
else
{
_buttonTextStartOrJoin.text = "Connect";
}
}