void Update()
{
//ensure correct fps
float deltaSample = 1.0f / _Fps;
mLastSample += Time.deltaTime;
if (mLastSample >= deltaSample)
{
mLastSample -= deltaSample;
// //backup the current configuration to restore it later
// var oldTargetTexture = _Camera.targetTexture;
// var oldActiveTexture = RenderTexture.active;
//
// //Set the buffer as target and render the view of the camera into it
// _Camera.targetTexture = mRtBuffer;
// _Camera.Render();
//
//
// RenderTexture.active = mRtBuffer;
// mTexture.ReadPixels(new Rect(0, 0, mRtBuffer.width, mRtBuffer.height), 0, 0, false);
// mTexture.Apply();
//get the byte array. still looking for a way to reuse the current buffer
//instead of allocating a new one all the time
if (IsRightCamera)
{
mTexture = ovrObj.GetCameraTextureRight();
}
else
{
mTexture = ovrObj.GetCameraTextureLeft();
}
mByteBuffer = mTexture.GetRawTextureData();
//update the internal WebRTC device
//Debug.Log(mTexture.format);
//Debug.Log(
mVideoInput.UpdateFrame(mUsedDeviceName, mByteBuffer, mTexture.width, mTexture.height, WebRtcCSharp.VideoType.kBGRA, 0, true);
//);
//reset the camera/active render texture in case it is still used for other purposes
// _Camera.targetTexture = oldTargetTexture;
// RenderTexture.active = oldActiveTexture;
//update debug output if available
if (_DebugTarget != null)
{
_DebugTarget.texture = mTexture;
}
}
}
// Update is called once per frame
void Update()
{
//if (!rtReady) {
// SetUpRT();
//} else {
//}
Texture frame = Frame.CameraImage.Texture;
if (frame != null && ready)
{
Texture2D f = frame as Texture2D;
byteBuffer = f.GetRawTextureData();
videoInput.UpdateFrame(usedDeviceName, byteBuffer, f.width, f.height, WebRtcCSharp.VideoType.kBGRA, 0, true);
if (frame.width > 0 && frame.height > 0)
{
VideoTest.instance.DebugCall(4);
}
}
}