bool GLResource::black( Frame *dst )
{
int w = dst->profile.getVideoWidth();
int h = dst->profile.getVideoHeight();
FBO *fbo = getFBO( w, h, GL_RGBA );
if ( !fbo )
return false;
glBindFramebuffer( GL_FRAMEBUFFER, fbo->fbo() );
glClear( GL_COLOR_BUFFER_BIT );
glBindFramebuffer( GL_FRAMEBUFFER, 0 );
dst->setFBO( fbo );
return true;
}
void Composer::movitRender( Frame *dst, bool update )
{
int i, j, start=0;
Frame *f;
//QTime time;
//time.start();
Profile projectProfile = sampler->getProfile();
// find the lowest frame to process
for ( j = 0 ; j < dst->sample->frames.count(); ++j ) {
if ( (f = dst->sample->frames[j]->frame) ) {
start = j;
break;
}
}
// build a "description" of the required chain
// processing frames from bottom to top
i = start;
double pts = sampler->currentPTS();
QStringList currentDescriptor;
int ow = projectProfile.getVideoWidth();
int oh = projectProfile.getVideoHeight();
while ( (f = getNextFrame( dst, i )) ) {
FrameSample *sample = dst->sample->frames[i - 1];
// input and filters
movitFrameDescriptor( "-", f, &sample->videoFilters, currentDescriptor, &projectProfile );
// transition
if ( sample->transitionFrame.frame && !sample->transitionFrame.videoTransitionFilter.isNull() ) {
// filters applied on first transition frame, if any
currentDescriptor.append( "--" + sample->transitionFrame.videoTransitionFilter->getDescriptorFirst( pts, f, &projectProfile ) );
movitFrameDescriptor( "->", sample->transitionFrame.frame, &sample->transitionFrame.videoFilters, currentDescriptor, &projectProfile );
// filters applied on second transition frame, if any
currentDescriptor.append( "-->" + sample->transitionFrame.videoTransitionFilter->getDescriptorSecond( pts, sample->transitionFrame.frame, &projectProfile ) );
currentDescriptor.append( "-<" + sample->transitionFrame.videoTransitionFilter->getDescriptor( pts, sample->transitionFrame.frame, &projectProfile ) );
}
// overlay
if ( (i - 1) > start )
currentDescriptor.append( GLOverlay().getDescriptor( pts, f, &projectProfile ) );
ow = f->glWidth;
oh = f->glHeight;
}
// background
currentDescriptor.append( movitBackground.getDescriptor( pts, NULL, &projectProfile ) );
// output
if (outputResize.width() > 0) {
currentDescriptor.append( QString("Resized output %1 %2").arg( outputResize.width() ).arg( outputResize.height() ) );
}
else {
currentDescriptor.append( QString("OUTPUT %1 %2").arg( ow ).arg( oh ) );
}
// rebuild the chain if neccessary
if ( currentDescriptor != movitChain.descriptor ) {
for ( int k = 0; k < currentDescriptor.count(); k++ )
printf("%s\n", currentDescriptor[k].toLocal8Bit().data());
movitChain.descriptor = currentDescriptor;
movitChain.reset();
movitChain.chain = new EffectChain( projectProfile.getVideoSAR() * projectProfile.getVideoWidth(), projectProfile.getVideoHeight(), movitPool );
i = start;
Effect *last, *current = NULL;
while ( (f = getNextFrame( dst, i )) ) {
last = current;
// input and filters
MovitBranch *branch;
FrameSample *sample = dst->sample->frames[i - 1];
current = movitFrameBuild( f, &sample->videoFilters, &branch );
// transition
if ( sample->transitionFrame.frame && !sample->transitionFrame.videoTransitionFilter.isNull() ) {
QList<Effect*> el = sample->transitionFrame.videoTransitionFilter->getMovitEffects();
// filters applied on first transition frame, if any
QList<Effect*> first = sample->transitionFrame.videoTransitionFilter->getMovitEffectsFirst();
for ( int l = 0; l < first.count(); ++l )
current = movitChain.chain->add_effect( first.at( l ) );
MovitBranch *branchTrans;
Effect *currentTrans = movitFrameBuild( sample->transitionFrame.frame, &sample->transitionFrame.videoFilters, &branchTrans );
// filters applied on second transition frame, if any
QList<Effect*> second = sample->transitionFrame.videoTransitionFilter->getMovitEffectsSecond();
for ( int l = 0; l < second.count(); ++l )
currentTrans = movitChain.chain->add_effect( second.at( l ) );
branchTrans->filters.append( new MovitFilter( el ) );
for ( int l = 0; l < el.count(); ++l )
current = movitChain.chain->add_effect( el.at( l ), current, currentTrans );
}
// overlay
if ( last ) {
GLOverlay *overlay = new GLOverlay();
QList<Effect*> el = overlay->getMovitEffects();
branch->overlay = new MovitFilter( el, overlay );
for ( int l = 0; l < el.count(); ++l )
current = movitChain.chain->add_effect( el.at( l ), last, current );
}
}
// background
QList<Effect*> el = movitBackground.getMovitEffects();
movitChain.chain->add_effect( el[0] );
// output resizer
if (outputResize.width() > 0) {
Effect *e = new ResampleEffect();
e->set_int( "width", outputResize.width() );
e->set_int( "height", outputResize.height() );
movitChain.chain->add_effect( e );
}
// output
movitChain.chain->set_dither_bits( 8 );
ImageFormat output_format;
output_format.color_space = COLORSPACE_sRGB;
output_format.gamma_curve = GAMMA_REC_709;
movitChain.chain->add_output( output_format, OUTPUT_ALPHA_FORMAT_POSTMULTIPLIED );
movitChain.chain->finalize();
}
// update inputs data and filters parameters
i = start, j = 0;
int w = projectProfile.getVideoWidth();
int h = projectProfile.getVideoHeight();
while ( (f = getNextFrame( dst, i )) ) {
f->glWidth = f->profile.getVideoWidth();
f->glHeight = f->profile.getVideoHeight();
f->glSAR = f->profile.getVideoSAR();
f->glOVD = 0;
f->glOVDTransformList.clear();
// input and filters
MovitBranch *branch = movitChain.branches[ j++ ];
branch->input->process( f, &gl );
int vf = 0;
FrameSample *sample = dst->sample->frames[i - 1];
for ( int k = 0; k < branch->filters.count(); ++k ) {
if ( !branch->filters[k]->filter )
sample->videoFilters[vf++]->process( branch->filters[k]->effects, pts, f, &projectProfile );
else
branch->filters[k]->filter->process( branch->filters[k]->effects, pts, f, &projectProfile );
}
// transition
if ( sample->transitionFrame.frame && !sample->transitionFrame.videoTransitionFilter.isNull() ) {
sample->transitionFrame.frame->glWidth = sample->transitionFrame.frame->profile.getVideoWidth();
sample->transitionFrame.frame->glHeight = sample->transitionFrame.frame->profile.getVideoHeight();
sample->transitionFrame.frame->glSAR = sample->transitionFrame.frame->profile.getVideoSAR();
MovitBranch *branchTrans = movitChain.branches[ j++ ];
branchTrans->input->process( sample->transitionFrame.frame, &gl );
int tvf = 0;
int k;
for ( k = 0; k < branchTrans->filters.count() - 1; ++k ) {
if ( !branchTrans->filters[k]->filter )
sample->transitionFrame.videoFilters[tvf++]->process( branchTrans->filters[k]->effects, pts, sample->transitionFrame.frame, &projectProfile );
else
branchTrans->filters[k]->filter->process( branchTrans->filters[k]->effects, pts, sample->transitionFrame.frame, &projectProfile );
}
sample->transitionFrame.videoTransitionFilter->process( branchTrans->filters[k]->effects, pts, f, sample->transitionFrame.frame, &projectProfile );
}
// overlay
if ( branch->overlay && branch->overlay->filter )
branch->overlay->filter->process( branch->overlay->effects, pts, f, f, &projectProfile );
w = f->glWidth;
h = f->glHeight;
}
// render
waitFence();
// output resizer
if (outputResize.width() > 0) {
w = outputResize.width();
h = outputResize.height();
}
FBO *fbo = gl.getFBO( w, h, GL_RGBA );
movitChain.chain->render_to_fbo( fbo->fbo(), w, h );
dst->glWidth = w;
dst->glHeight = h;
dst->glSAR = projectProfile.getVideoSAR();
if ( !update ) {
dst->setVideoFrame( Frame::GLTEXTURE, w, h, dst->glSAR,
projectProfile.getVideoInterlaced(), projectProfile.getVideoTopFieldFirst(),
pts, projectProfile.getVideoFrameDuration() );
}
dst->setFBO( fbo );
dst->setFence( gl.getFence() );
composerFence = gl.getFence();
glFlush();
//qDebug() << "elapsed" << time.elapsed();
}
void GraphicsContext3DInternal::swapBuffers()
{
if (s_loggingEnabled)
m_webGLFPSTimer->tick();
LOGWEBGL("+swapBuffers()");
MutexLocker lock(m_fboMutex);
FBO* fbo = m_currentFBO;
if (fbo == 0)
return;
makeContextCurrent();
bool mustRestoreFBO = (m_boundFBO != fbo->fbo());
if (mustRestoreFBO) {
glBindFramebuffer(GL_FRAMEBUFFER, fbo->fbo());
}
// Create the fence sync and notify the sync thread
fbo->setSync();
//[CAPPFIX_WEB_WEBGL] - Improve UI Response Begin
if (!m_needImproveUIResponseMode)
//[CAPPFIX_WEB_WEBGL_END]
#if USE(SHARED_TEXTURE_WEBGL)
glFinish();
#else
glFlush();
#endif
m_queuedBuffers.append(fbo);
m_threadCondition.broadcast();
#if USE(SHARED_TEXTURE_WEBGL)
// Dequeue a new buffer
fbo = dequeueBuffer();
#else
//[CAPPFIX_WEB_WEBGL] - Improve UI Response Begin
int tick = 0;
if (!m_needImproveUIResponseMode)
tick = getTickCount();
//[CAPPFIX_WEB_WEBGL_END]
// Dequeue a new buffer
fbo = dequeueBuffer();
//[CAPPFIX_WEB_WEBGL] - Improve UI Response Begin
if (!m_needImproveUIResponseMode && getTickCount() - tick > SWP_WebGL_IUR_Time) {
m_needImproveUIResponseMode = true;
LOGWEBGL("On needImproveUIResponseMode");
}
//[CAPPFIX_WEB_WEBGL_END]
#endif
m_currentFBO = fbo;
if (!mustRestoreFBO) {
m_boundFBO = m_currentFBO->fbo();
}
glBindFramebuffer(GL_FRAMEBUFFER, m_boundFBO);
m_canvasDirty = false;
m_layerComposited = true;
LOGWEBGL("-swapBuffers()");
}
