PVideoFrame __stdcall TComb::GetFrame(int n, IScriptEnvironment *env)
{
tdc->resetCacheStart(n - 10, n + 10);
int lc = mode == 2 ? 0x111 : (mode == 1 ? 0x110 : 0x1);
for (int i = -10; i <= 10; ++i)
{
if (tdc->frames[tdc->getCachePos(10 + i)]->fnum != n + i)
insertFrame(child->GetFrame(mapn(n + i), env), 10 + i, n + i, lc, env);
}
if (mode == 0 || mode == 2)
buildDiffMasks(0x1, env);
getAverages(lc, env);
buildOscillationMasks(lc, env);
getFinalMasks(lc, env);
buildFinalFrame(
tdc->frames[tdc->getCachePos(6)]->orig,
tdc->frames[tdc->getCachePos(8)]->orig,
tdc->frames[tdc->getCachePos(10)]->orig,
tdc->frames[tdc->getCachePos(12)]->orig,
tdc->frames[tdc->getCachePos(14)]->orig,
tdc->frames[tdc->getCachePos(10)]->msk2,
tdc->frames[tdc->getCachePos(12)]->msk2,
tdc->frames[tdc->getCachePos(14)]->msk2,
dstPF, lc, env);
PVideoFrame dst = env->NewVideoFrame(vi);
dstPF->copyTo(dst, vi);
return dst;
}
void FrameView::addFrame( const Frame& FrameRef, const QString& Description )
{
Images.append(FrameRef);
QPointF offset(LastOffset);
if (LastSize.isValid())
{
const qreal xShift(LastOffset.x() + LastSize.width());
if (xShift + FrameRef.width() < Scene->width())
{
offset.setX(xShift + SPACING);
}
else
{
offset.setX(0);
offset.setY(LastOffset.y() + LastSize.height() + SPACING);
}
}
insertFrame(FrameRef, Description, offset);
}
void MainForm::insertFrame(engine::IFrame* frame, HTREEITEM parentItem, AtomicL& atomics, LightL& lights)
{
const char* frameName = frame->getName();
if( frameName == NULL || strcmp( frameName, "" ) == 0 )
{
frameName = "Root";
}
HTREEITEM frameItem = assetGraph.InsertItem(
frameName,
2, 2,
parentItem,
TVI_LAST
);
assert( frameItem != NULL );
assetGraph.SetItemData( frameItem, (DWORD)( frame ) );
// attach children frames
FrameL childrenFrames;
frame->forAllChildren( collectChildrenFramesCB, &childrenFrames );
for( FrameI frameI = childrenFrames.begin(); frameI != childrenFrames.end(); frameI++ )
{
insertFrame( *frameI, frameItem, atomics, lights );
}
// find atomics, attached to this frame
for( AtomicI atomicI = atomics.begin(); atomicI != atomics.end(); atomicI++ )
{
if( (*atomicI)->getFrame() == frame )
{
insertAtomic( *atomicI, frameItem );
}
}
// find lights, attached to this frame
for( LightI lightI = lights.begin(); lightI != lights.end(); lightI++ )
{
if( (*lightI)->getFrame() == frame )
{
insertLight( *lightI, frameItem );
}
}
}
void MainForm::insertClump(engine::IClump* clump, HTREEITEM parentItem)
{
HTREEITEM clumpItem = assetGraph.InsertItem(
clump->getName(),
1, 1,
parentItem,
TVI_LAST
);
assert( clumpItem != NULL );
assetGraph.SetItemData( clumpItem, (DWORD)( clump ) );
// collect atomics
AtomicL atomics;
clump->forAllAtomics( collectAtomicCB, &atomics );
// collect lights
LightL lights;
clump->forAllLights( collectLightCB, &lights );
// insert frames
insertFrame( clump->getFrame(), clumpItem, atomics, lights );
}
