public void SwitchCameraDirection(CameraDevice.CameraDirection direction) //改变摄像机的前后摄像头
{
CameraDevice.Instance.Stop(); //先关闭当前后置摄像头
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(direction); //改为前置摄像头
CameraDevice.Instance.Start();
}
private void StopQCAR()
{
Debug.Log("StopQCAR");
MarkerTracker tracker = TrackerManager.Instance.GetTracker <MarkerTracker>();
if (tracker != null)
{
tracker.Stop();
}
ImageTracker tracker2 = TrackerManager.Instance.GetTracker <ImageTracker>();
if (tracker2 != null)
{
tracker2.Stop();
}
TextTracker tracker3 = TrackerManager.Instance.GetTracker <TextTracker>();
if (tracker3 != null)
{
tracker3.Stop();
}
this.CameraDirection = CameraDevice.Instance.GetCameraDirection();
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
QCARRenderer.Instance.ClearVideoBackgroundConfig();
}
private bool ChangeCameraDirection(CameraDevice.CameraDirection direction)
{
// This takes care of stopping and starting the targetFinder internally upon switching the camera
CloudRecoBehaviour cloudRecoBehaviour = GameObject.FindObjectOfType(typeof(CloudRecoBehaviour)) as CloudRecoBehaviour;
cloudRecoBehaviour.CloudRecoEnabled = false;
bool directionSupported = false;
bool needsObjectTrackerRestart = stopRunningObjectTracker();
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
if (CameraDevice.Instance.Init(direction))
{
directionSupported = true;
}
CameraDevice.Instance.Start();
if (needsObjectTrackerRestart)
{
restartRunningObjectTracker();
}
cloudRecoBehaviour.CloudRecoEnabled = true;
return(directionSupported);
}
private void RestartCamera(CameraDevice.CameraDirection direction)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(direction);
CameraDevice.Instance.Start();
}
private bool RestartCamera(CameraDevice.CameraDirection direction)
{
ObjectTracker tracker = TrackerManager.Instance.GetTracker <ObjectTracker>();
if (tracker != null)
{
tracker.Stop();
}
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
if (!CameraDevice.Instance.Init(direction))
{
Debug.Log("Failed to init camera for direction: " + direction.ToString());
return(false);
}
if (!CameraDevice.Instance.Start())
{
Debug.Log("Failed to start camera for direction: " + direction.ToString());
return(false);
}
if (tracker != null)
{
if (!tracker.Start())
{
Debug.Log("Failed to restart the Tracker.");
return(false);
}
}
return(true);
}
public void Switchthecamera()
{
CameraDevice.CameraDirection camdirection = CameraDevice.Instance.GetCameraDirection();
switch (camdirection)
{
case CameraDevice.CameraDirection.CAMERA_DEFAULT:
case CameraDevice.CameraDirection.CAMERA_BACK:
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(CameraDevice.CameraDirection.CAMERA_FRONT);
CameraDevice.Instance.Start();
break;
case CameraDevice.CameraDirection.CAMERA_FRONT:
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(CameraDevice.CameraDirection.CAMERA_DEFAULT);
CameraDevice.Instance.Start();
break;
}
if (oncameraswitched != null)
{
oncameraswitched.Invoke(camdirection);
}
}
private void SetUpCameraDirection(CameraDevice.CameraDirection dir)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
VuforiaConfiguration.Instance.Vuforia.CameraDirection = dir;
CameraDevice.Instance.Init(VuforiaConfiguration.Instance.Vuforia.CameraDirection);
CameraDevice.Instance.Start();
}
public void SwitchCameraDirection(CameraDevice.CameraDirection dir)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(dir);
CameraDevice.Instance.Start();
}
public void SelectCamera(CameraDevice.CameraDirection camDir)
{
if (RestartCamera(camDir))
{
mActiveDirection = camDir;
// Upon camera restart, flash is turned off
mFlashTorchEnabled = false;
}
}
private void RestartCamera(CameraDevice.CameraDirection newDir)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(newDir);
CameraDevice.Instance.Start();
// Periodically check to see if still needed
VuforiaUnity.OnPause();
VuforiaUnity.OnResume();
}
private void RestartCamera(CameraDevice.CameraDirection newDir)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(newDir);
CameraDevice.Instance.Start();
// These are to fight the bug the will otherwise flip the selfie cam upside down on iOS
// Periodically check to see if still needed
VuforiaUnity.OnPause();
VuforiaUnity.OnResume();
}
public void SwapCamera()
{
CameraDevice.CameraDirection currentDir = CameraDevice.Instance.GetCameraDirection();
if (currentDir == CameraDevice.CameraDirection.CAMERA_BACK || currentDir == CameraDevice.CameraDirection.CAMERA_DEFAULT)
{
RestartCamera(CameraDevice.CameraDirection.CAMERA_FRONT, true);
}
else
{
RestartCamera(CameraDevice.CameraDirection.CAMERA_BACK, false);
}
}
// void checkCamera(){
// CameraDevice.Instance.Stop ();
// CameraDevice.Instance.Deinit ();
// Debug.Log (" CAMERA OFF NOW ");
// bool dualCamera = CameraDevice.Instance.Init (CameraDevice.CameraDirection.CAMERA_FRONT);
// Debug.Log (" CAMERA SHOULD HAVE RESTARTED NOW - VALUE OF BOOL = "+dualCamera);
// if (!dualCamera) {
// Debug.Log ("DAMN, CAMERA IS A WEBCAMERA !");
// }
// }
public void toggleCamera()
{
CameraDevice.CameraDirection cam_direc = CameraDevice.Instance.GetCameraDirection();
if (cam_direc == CameraDevice.CameraDirection.CAMERA_DEFAULT || cam_direc == CameraDevice.CameraDirection.CAMERA_BACK)
{
restartCamera(CameraDevice.CameraDirection.CAMERA_FRONT);
}
else
{
restartCamera(CameraDevice.CameraDirection.CAMERA_BACK);
}
}
private bool ChangeCameraDirection(CameraDevice.CameraDirection direction)
{
bool directionSupported = false;
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
if (CameraDevice.Instance.Init(direction))
{
directionSupported = true;
}
CameraDevice.Instance.Start();
return(directionSupported);
}
private void RestartCamera(CameraDevice.CameraDirection newDir, bool mirror)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(newDir);
// Set mirroring
var config = VuforiaRenderer.Instance.GetVideoBackgroundConfig();
config.reflection = mirror ? VuforiaRenderer.VideoBackgroundReflection.ON : VuforiaRenderer.VideoBackgroundReflection.OFF;
VuforiaRenderer.Instance.SetVideoBackgroundConfig(config);
CameraDevice.Instance.Start();
}
private void SetViewerActive(bool isActive, bool deinitCam, bool initCam, CameraDevice.CameraDirection camDirection, CameraDevice.CameraDeviceMode mode)
{
if (deinitCam)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
}
Device.Instance.SetViewerActive(isActive);
if (initCam)
{
CameraDevice.Instance.Init(camDirection);
CameraDevice.Instance.SelectVideoMode(mode);
CameraDevice.Instance.Start();
}
this.ConfigureView();
}
public void SwitchCameraMode()
{
if (activeCameraDirection == CameraDevice.CameraDirection.CAMERA_BACK)
{
activeCameraDirection = CameraDevice.CameraDirection.CAMERA_FRONT;
}
else if (activeCameraDirection == CameraDevice.CameraDirection.CAMERA_FRONT)
{
activeCameraDirection = CameraDevice.CameraDirection.CAMERA_BACK;
}
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(activeCameraDirection);
CameraDevice.Instance.Start();
}
public void ChangeCameraDirection()
{
if (device.GetCameraDirection() == CameraDevice.CameraDirection.CAMERA_BACK)
{
direction = CameraDevice.CameraDirection.CAMERA_FRONT;
}
else
{
direction = CameraDevice.CameraDirection.CAMERA_BACK;
}
StopTracker();
StopCamera();
DeInitCamera();
SetDirectionCamera(direction);
StartCamera();
StartTracker();
}
protected override void Awake()
{
VuforiaAbstractConfiguration.GenericVuforiaConfiguration vuforia = VuforiaAbstractConfiguration.Instance.Vuforia;
this.CameraDeviceModeSetting = vuforia.CameraDeviceMode;
this.MaxSimultaneousImageTargets = vuforia.MaxSimultaneousImageTargets;
this.MaxSimultaneousObjectTargets = vuforia.MaxSimultaneousObjectTargets;
this.UseDelayedLoadingObjectTargets = vuforia.UseDelayedLoadingObjectTargets;
this.CameraDirection = vuforia.CameraDirection;
this.MirrorVideoBackground = vuforia.MirrorVideoBackground;
this.mWorldCenterMode = base.VuforiaBehaviour.WorldCenterMode;
this.mWorldCenter = base.VuforiaBehaviour.WorldCenter;
this.mEyewearBehaviour = DigitalEyewearARController.Instance;
if (this.mEyewearBehaviour == null)
{
Debug.LogError("Failed to get an instance of DigitalEyewearBehaviour");
}
this.mVideoBackgroundMgr = VideoBackgroundManager.Instance;
this.mVideoBackgroundMgr.Initialize();
}
private bool ChangeCameraDirection(CameraDevice.CameraDirection direction)
{
bool directionSupported = false;
bool needsObjectTrackerRestart = stopRunningObjectTracker();
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
if(CameraDevice.Instance.Init(direction)) {
directionSupported = true;
}
CameraDevice.Instance.Start();
if (needsObjectTrackerRestart)
restartRunningObjectTracker();
return directionSupported;
}
void OnPreCull()
{
if (CameraDevice.Instance != null)
{
direction = CameraDevice.Instance.GetCameraDirection();
switch (direction)
{
case CameraDevice.CameraDirection.CAMERA_FRONT:
if (firstRun)
{
backgroundPlane.localScale = planeFrontCam;
firstRun = false;
}
break;
case CameraDevice.CameraDirection.CAMERA_BACK:
backgroundPlane.localScale = planeRearCam;
mFlipped = false;
mFirstCall = true;
break;
}
}
else
{
Debug.Log("<color=cyan>CameraDevice.Instance = null</color>");
return;
}
if (!mFlipped && direction == CameraDevice.CameraDirection.CAMERA_FRONT)
{
if (!mFirstCall)
{ // don't flip on first call to OnPreCull()
Camera cam = this.GetComponent <Camera>();
Vector3 flipScale = new Vector3(mFlipHorizontal ? -1 : 1, mFlipVertical ? -1 : 1, 1);
Matrix4x4 projMat = cam.projectionMatrix * Matrix4x4.Scale(flipScale);
cam.projectionMatrix = projMat;
mFlipped = true;
}
mFirstCall = false;
}
}
public void SwitchCamera()
{
CountDown._instance.ResetTime();
switchCameraNum++;
if (switchCameraNum == 1)
{
CameraDevice.CameraDirection cameraDirection = CameraDevice.CameraDirection.CAMERA_FRONT;
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(cameraDirection);
CameraDevice.Instance.Start();
}
if (switchCameraNum == 2)
{
CameraDevice.CameraDirection cameraDirection = CameraDevice.CameraDirection.CAMERA_BACK;
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
CameraDevice.Instance.Init(cameraDirection);
CameraDevice.Instance.Start();
switchCameraNum = 0;
}
}
public override bool Init(CameraDevice.CameraDirection cameraDirection)
{
if (QCARRuntimeUtilities.IsPlayMode())
{
cameraDirection = CameraDevice.CameraDirection.CAMERA_BACK;
}
if (this.InitCameraDevice((int)cameraDirection) == 0)
{
return(false);
}
this.mCameraDirection = cameraDirection;
this.mCameraReady = true;
if (this.CameraReady)
{
QCARAbstractBehaviour behaviour = (QCARAbstractBehaviour)UnityEngine.Object.FindObjectOfType(typeof(QCARAbstractBehaviour));
if (behaviour != null)
{
behaviour.ResetClearBuffers();
behaviour.ConfigureVideoBackground(true);
}
}
return(true);
}
public void switchCamera()
{
if (direction == CameraDevice.CameraDirection.CAMERA_BACK)
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
TrackerManager.Instance.GetTracker <ObjectTracker>().Stop();
CameraDevice.Instance.Init(CameraDevice.CameraDirection.CAMERA_FRONT);
CameraDevice.Instance.Start();
TrackerManager.Instance.GetTracker <ObjectTracker>().Start();
direction = CameraDevice.CameraDirection.CAMERA_FRONT;
}
else
{
CameraDevice.Instance.Stop();
CameraDevice.Instance.Deinit();
TrackerManager.Instance.GetTracker <ObjectTracker>().Stop();
CameraDevice.Instance.Init(CameraDevice.CameraDirection.CAMERA_BACK);
CameraDevice.Instance.Start();
TrackerManager.Instance.GetTracker <ObjectTracker>().Start();
direction = CameraDevice.CameraDirection.CAMERA_BACK;
}
}
public override bool Init(CameraDevice.CameraDirection cameraDirection)
{
if (this.InitCameraDevice((int)cameraDirection) == 0)
{
return(false);
}
this.mSelectedCameraDirection = cameraDirection;
if (VuforiaRuntimeUtilities.IsPlayMode())
{
this.mActualCameraDirection = CameraDevice.CameraDirection.CAMERA_BACK;
}
else
{
int num = VuforiaWrapper.Instance.CameraDeviceGetCameraDirection();
if (num != 1)
{
if (num != 2)
{
this.mActualCameraDirection = CameraDevice.CameraDirection.CAMERA_DEFAULT;
}
else
{
this.mActualCameraDirection = CameraDevice.CameraDirection.CAMERA_FRONT;
}
}
else
{
this.mActualCameraDirection = CameraDevice.CameraDirection.CAMERA_BACK;
}
}
this.mCameraReady = true;
if (this.CameraReady)
{
VuforiaARController.Instance.ResetBackgroundPlane(true);
}
return(true);
}
public override bool GetSelectedCameraDirection(out CameraDevice.CameraDirection cameraDirection)
{
cameraDirection = this.mSelectedCameraDirection;
return(this.mHasCameraDeviceModeBeenSet);
}
public abstract bool GetSelectedCameraDirection(out CameraDevice.CameraDirection cameraDirection);
public abstract bool Init(CameraDevice.CameraDirection cameraDirection);
public void SetDirectionCamera(CameraDevice.CameraDirection direction)
{
device.Init(direction);
}