//-----------------------------------------------------------------
public void StartPhotoModeAsync(CameraParameters setupParams,
OnPhotoModeStartedCallback onPhotoModeStartedCallback)
{
if (m_NativePtr == IntPtr.Zero)
{
throw new InvalidOperationException("You must create a Photo Capture Object before starting its photo mode.");
}
if (onPhotoModeStartedCallback == null)
{
throw new ArgumentException("onPhotoModeStartedCallback");
}
if (setupParams.cameraResolutionWidth == default(int) || setupParams.cameraResolutionHeight == default(int))
{
throw new ArgumentOutOfRangeException("setupParams", "The camera resolution must be set to a supported resolution.");
}
StartPhotoMode_Internal(m_NativePtr,
onPhotoModeStartedCallback,
setupParams.hologramOpacity,
setupParams.frameRate,
setupParams.cameraResolutionWidth,
setupParams.cameraResolutionHeight,
(int)setupParams.pixelFormat);
}
public void StartPhotoModeAsync(CameraParameters setupParams, OnPhotoModeStartedCallback onPhotoModeStartedCallback)
{
CaptureBehaviour.SetConfig(setupParams);
CaptureBehaviour.Play();
PhotoCaptureResult result = new PhotoCaptureResult();
result.resultType = CaptureResultType.Success;
if (onPhotoModeStartedCallback != null)
{
onPhotoModeStartedCallback(result);
}
}
//-----------------------------------------------------------------
public void StartPhotoModeAsync(CameraParameters setupParams,
OnPhotoModeStartedCallback onPhotoModeStartedCallback)
{
if (onPhotoModeStartedCallback == null)
{
throw new ArgumentException("onPhotoModeStartedCallback");
}
if (setupParams.cameraResolutionWidth == default(int) || setupParams.cameraResolutionHeight == default(int))
{
throw new ArgumentOutOfRangeException("setupParams", "The camera resolution must be set to a supported resolution.");
}
StartPhotoMode_Internal(setupParams, onPhotoModeStartedCallback);
}
public void StartPhotoModeAsync(CameraParameters setupParams, OnPhotoModeStartedCallback onPhotoModeStartedCallback)
{
PhotoCaptureResult result = new PhotoCaptureResult();
try
{
setupParams.camMode = CamMode.PhotoMode;
m_CaptureContext.StartCaptureMode(setupParams);
m_CaptureContext.StartCapture();
result.resultType = CaptureResultType.Success;
onPhotoModeStartedCallback?.Invoke(result);
}
catch (Exception)
{
result.resultType = CaptureResultType.UnknownError;
onPhotoModeStartedCallback?.Invoke(result);
throw;
}
}
public void StartPhotoModeAsync(CameraParameters setupParams, OnPhotoModeStartedCallback onPhotoModeStartedCallback)
{
if (this.m_NativePtr == IntPtr.Zero)
{
throw new InvalidOperationException("You must create a Photo Capture Object before starting its photo mode.");
}
if (onPhotoModeStartedCallback == null)
{
throw new ArgumentException("onPhotoModeStartedCallback");
}
if ((setupParams.cameraResolutionWidth == 0) || (setupParams.cameraResolutionHeight == 0))
{
throw new ArgumentOutOfRangeException("setupParams", "The camera resolution must be set to a supported resolution.");
}
this.StartPhotoMode_Internal(this.m_NativePtr, onPhotoModeStartedCallback, setupParams.hologramOpacity, setupParams.frameRate, setupParams.cameraResolutionWidth, setupParams.cameraResolutionHeight, (int) setupParams.pixelFormat);
}
private extern void StartPhotoMode_Internal(IntPtr photoCaptureObj, OnPhotoModeStartedCallback onPhotoModeStartedCallback, float hologramOpacity, float frameRate, int cameraResolutionWidth, int cameraResolutionHeight, int pixelFormat);
private static void InvokeOnPhotoModeStartedDelegate(OnPhotoModeStartedCallback callback, long hResult)
{
callback(MakeCaptureResult(hResult));
}
private extern void StartPhotoMode_Internal(IntPtr photoCaptureObj, OnPhotoModeStartedCallback onPhotoModeStartedCallback, float hologramOpacity, float frameRate, int cameraResolutionWidth, int cameraResolutionHeight, int pixelFormat);
private static void InvokeOnPhotoModeStartedDelegate(OnPhotoModeStartedCallback callback, long hResult)
{
callback(MakeCaptureResult(hResult));
}
private extern void StartPhotoMode_Internal(CameraParameters setupParams, OnPhotoModeStartedCallback onPhotoModeStartedCallback);
