void VideoViewer::videoFrameCallback(const Video::FrameBuffer* frameBuffer)
{
double timeStamp=saveVideoTimer.peekTime();
/* Start a new value in the input triple buffer: */
Images::RGBImage& image=videoFrames.startNewValue();
/* Extract an RGB image from the provided frame buffer into the new value: */
videoExtractor->extractRGB(frameBuffer,image.modifyPixels());
/* Finish the new value in the triple buffer and wake up the main loop: */
videoFrames.postNewValue();
Vrui::requestUpdate();
if(saveVideoFrames)
{
/* Create a filename for the new video frame: */
char videoFrameFileName[1024];
snprintf(videoFrameFileName,sizeof(videoFrameFileName),saveVideoFrameNameTemplate.c_str(),saveVideoNextFrameIndex);
/* Save the new video frame: */
Images::writeImageFile(image,videoFrameFileName);
std::cout<<"Saving frame "<<videoFrameFileName<<" at "<<timeStamp*1000.0<<" ms"<<std::endl;
/* Increment the frame counter: */
++saveVideoNextFrameIndex;
}
}
void VideoViewer::videoFrameCallback(const Video::FrameBuffer* frameBuffer)
{
/* Start a new value in the input triple buffer: */
Images::RGBImage& image=videoFrames.startNewValue();
/* Extract an RGB image from the provided frame buffer into the new value: */
videoExtractor->extractRGB(frameBuffer,image.modifyPixels());
/* Finish the new value in the triple buffer and wake up the main loop: */
videoFrames.postNewValue();
Vrui::requestUpdate();
}