Detailed Description

VideoDecoder is responsible of processing the received ByteBuffer which contains the image data.

Firstly the ByteBuffer is stored in m_lastByteBuffer, then it is processed in a separate thread using 'ffmpeg' to decode and retrieve the Image pixels. When a new image has been decoded this is signaled via "signalNewImage" the image size can also be retrieved once an image is decoded successfully.

Classes
struct	FrameStats

Public Member Functions
	VideoDecoder ()
	constructs the class, but dos not initiate the internal decoding threads, call start() to achieve this

void	setUseHardwareAcceleration (bool value)

bool	useHardwareAcceleration () const

bool	hardwareAccelerationUsed () const

bool	start ()
	starts the internal threads and wait for the byteBuffers to start decoding the frames

bool	stop ()
	stops the thread and frees the 'ffmpeg' contexts

void	feedByteBuffer (std::unique_ptr< ByteBuffer > bb)
	sets the byteBuffer to be decoded

vec2i	detectedImageSize () const
	get the image width and height, if decoding was successful, otherwise return (-1, -1)

size_t	estimatedBytesPerSeconds () const
	get the average number of Bytes received per second (calculated in the last `m_updateDuration` number of seconds)

double	estimatedFPS () const
	get the estimated frame per second (see also `estimatedBytesPerSeconds`)

void	restartDecoder ()
	Re-initializes the VideoDecoder state, useful if the video format of size changed.

void	restartEncoder ()
	Re-initializes the VideoDecoder state, useful if the video format of size changed.

Public Attributes
Signal< std::shared_ptr< SharedImage > >	signalNewImage

The documentation for this class was generated from the following file:

ImFusion/Stream/VideoDecoder.h

Detailed Description

Classes

Public Member Functions

Public Attributes