StageObjectsData *StageObjectsData::clone() const
{
StageObjectsData *data = new StageObjectsData();
// Clone each element (the new data gets ownership)
int i, elementsCount = m_elements.size();
for (i = 0; i < elementsCount; ++i)
data->m_elements.append(m_elements[i]->clone());
// Clone each spline (the new data gets ownership)
for (i = 0; i < m_splines.size(); ++i)
data->m_splines.append(m_splines[i]->clone());
// Same for internal fxs
std::map<TFx *, TFx *> fxTable; // And trace the pairings with the originals
std::set<TFx *>::const_iterator it;
for (it = m_fxs.begin(); it != m_fxs.end(); ++it) {
TFx *fxOrig = *it;
assert(fxOrig);
assert(fxTable.count(fxOrig) == 0);
TFx *fx = fxOrig->clone(false);
fx->getAttributes()->setId(fxOrig->getAttributes()->getId());
fx->getAttributes()->passiveCacheDataIdx() = -1;
fx->setName(fxOrig->getName());
fx->setFxId(fxOrig->getFxId());
fxTable[fxOrig] = fx;
fx->addRef();
data->m_fxs.insert(fx);
}
// Same with terminals
for (it = m_terminalFxs.begin(); it != m_terminalFxs.end(); ++it) {
TFx *fxOrig = *it;
assert(fxOrig);
// If the fx was not already cloned above, do it now
TFx *fx = searchFx(fxTable, fxOrig);
if (!fx) {
fx = fxOrig->clone(false);
fx->getAttributes()->setId(fxOrig->getAttributes()->getId());
fx->getAttributes()->passiveCacheDataIdx() = -1;
fx->setName(fxOrig->getName());
fx->setFxId(fxOrig->getFxId());
fxTable[fxOrig] = fx;
}
fx->addRef();
data->m_terminalFxs.insert(fx);
}
if (!fxTable.empty())
updateFxLinks(fxTable); // Applies the traced map pairings to every fx descendant
// of each fx stored in the map.
// WARNING: m_fxsTable is NOT COPIED / CLONED !!
return data;
}
TXshZeraryFxColumn::TXshZeraryFxColumn(const TXshZeraryFxColumn &src)
: m_zeraryColumnFx(new TZeraryColumnFx()), m_zeraryFxLevel(new TXshZeraryFxLevel())
{
m_zeraryColumnFx->addRef();
m_zeraryColumnFx->setColumn(this);
m_zeraryFxLevel->addRef();
m_zeraryFxLevel->setColumn(this);
m_first = src.m_first;
int i;
for (i = 0; i < (int)src.m_cells.size(); i++)
m_cells.push_back(TXshCell(m_zeraryFxLevel, src.m_cells[i].getFrameId()));
assert((int)src.m_cells.size() == (int)m_cells.size());
TFx *fx = src.getZeraryColumnFx()->getZeraryFx();
if (fx) {
wstring fxName = fx->getName();
fx = fx->clone(false);
fx->setName(fxName);
m_zeraryColumnFx->setZeraryFx(fx);
}
}
void MultimediaRenderer::Imp::start()
{
//Retrieve some useful infos
double stretchTo = m_renderSettings.m_timeStretchTo;
double stretchFrom = m_renderSettings.m_timeStretchFrom;
double timeStretchFactor = stretchFrom / stretchTo;
bool fieldRendering = m_renderSettings.m_fieldPrevalence != TRenderSettings::NoField;
std::wstring modeStr;
switch (m_multimediaMode) {
case COLUMNS:
modeStr = L"_col";
break;
case LAYERS:
modeStr = L"_lay";
break;
default:
assert(0);
}
//Build the post processing fxs tree
std::vector<TFxP> postFxs(m_framesToRender.size());
std::set<double>::iterator jt;
int j;
for (j = 0, jt = m_framesToRender.begin(); jt != m_framesToRender.end(); ++j, ++jt)
postFxs[j] = buildPostSceneFx(m_scene, *jt, m_renderSettings.m_shrinkX, false); // Adds camera and camera dpi transforms
//For each node to be rendered
int i, count = m_fxsToRender.getFxCount();
for (i = 0; i < count; ++i) {
//In case the process has been canceled, return
if (m_canceled)
return;
//Then, build the scene fx for each frame to be rendered
std::vector<std::pair<double, TFxPair>> pairsToBeRendered;
//NOTE: The above pairs should not be directly added to a previously declared movierenderer,
//since an output level would be created even before knowing if any cell to be rendered is
//actually available.
const BSFX_Transforms_Enum transforms = // Do NOT add camera and
BSFX_Transforms_Enum(BSFX_COLUMN_TR); // camera dpi transforms
int j;
for (j = 0, jt = m_framesToRender.begin(); jt != m_framesToRender.end(); ++j, ++jt) {
TFxPair fx;
if (m_renderSettings.m_stereoscopic)
m_scene->shiftCameraX(-m_renderSettings.m_stereoscopicShift / 2);
fx.m_frameA = buildSceneFx(m_scene, *jt, 0, m_fxsToRender.getFx(i),
transforms);
if (m_renderSettings.m_stereoscopic) {
m_scene->shiftCameraX(m_renderSettings.m_stereoscopicShift);
fx.m_frameB = buildSceneFx(m_scene, *jt, 0, m_fxsToRender.getFx(i),
transforms);
m_scene->shiftCameraX(-m_renderSettings.m_stereoscopicShift / 2);
} else if (fieldRendering)
fx.m_frameB = buildSceneFx(m_scene, *jt + 0.5 * timeStretchFactor, 0,
m_fxsToRender.getFx(i), transforms);
else
fx.m_frameB = TRasterFxP();
//Substitute with the post-process...
if (fx.m_frameA)
fx.m_frameA = addPostProcessing(fx.m_frameA, postFxs[j]);
if (fx.m_frameB)
fx.m_frameB = addPostProcessing(fx.m_frameB, postFxs[j]);
if (fx.m_frameA) //Could be 0, if the corresponding cell is void / not rendered
pairsToBeRendered.push_back(std::pair<double, TFxPair>(*jt, fx));
}
if (pairsToBeRendered.size() == 0)
continue; //Could be, if no cell for this column was in the frame range.
//Build the output name
TColumnFx *colFx = searchColumn(m_fxsToRender.getFx(i));
TFx *currFx = m_fxsToRender.getFx(i);
assert(colFx);
if (!colFx)
continue;
int columnIndex = colFx->getColumnIndex();
std::wstring columnName(colFx->getColumnName());
std::wstring columnId(colFx->getColumnId());
std::wstring fxName(currFx->getName());
std::wstring fxNameNoSpaces(::removeSpaces(fxName));
std::wstring fxId(currFx->getFxId());
std::wstring fpName = m_fp.getWideName() +
L"_" + columnName + (columnId == columnName ? L"" : L"(" + columnId + L")") +
(fxId.empty() ? L"" : L"_" + fxName + (fxId == fxNameNoSpaces ? L"" : L"(" + fxId + L")"));
TFilePath movieFp(m_fp.withName(fpName));
//Initialize a MovieRenderer with our infos
MovieRenderer movieRenderer(m_scene, movieFp, m_threadCount, false);
movieRenderer.setRenderSettings(m_renderSettings);
movieRenderer.setDpi(m_xDpi, m_yDpi);
movieRenderer.enablePrecomputing(m_precomputingEnabled);
movieRenderer.addListener(this);
for (unsigned int j = 0; j < pairsToBeRendered.size(); ++j) {
std::pair<double, TFxPair> ¤tPair = pairsToBeRendered[j];
movieRenderer.addFrame(currentPair.first, currentPair.second);
}
//Finally, start rendering currently initialized MovieRenderer.
m_currentFx = i;
m_currentFrame = m_framesToRender.begin();
m_currentTRenderer = movieRenderer.getTRenderer();
movieRenderer.start();
//I don't recall Toonz currently supports different, simultaneous rendering processes.
//However, one rendering process is supposed to be exhausting the machine's resources
//on its own - so, we'll just set up an idle (but GUI-reactive) loop here.
//It will quit looping whenever the "onSequenceCompleted" notification gets called.
m_eventLoop.exec();
//---------------------- Loops here --------------------------
}
//Lastly, inform everyone that rendering stopped
onRenderCompleted();
}
std::vector<TStageObjectId> StageObjectsData::restoreObjects(std::set<int> &columnIndices, std::list<int> &restoredSpline,
TXsheet *xsh, int fxFlags, const TPointD &pos) const
{
bool doClone = (fxFlags & eDoClone);
bool resetFxDagPositions = (fxFlags & eResetFxDagPositions);
QMap<TStageObjectId, TStageObjectId> idTable; // Trace stored/restored id pairings
std::map<TFx *, TFx *> fxTable; // Same for fxs here
std::vector<TStageObjectId> restoredIds;
std::set<int>::iterator idxt = columnIndices.begin();
int index = -1; // The actual column insertion index
int i, elementsCount = m_elements.size();
for (i = 0; i < elementsCount; ++i) {
TStageObjectDataElement *element = m_elements[i];
TCameraDataElement *cameraElement = dynamic_cast<TCameraDataElement *>(element);
TColumnDataElement *columnElement = dynamic_cast<TColumnDataElement *>(element);
// Restore the object depending on its specific type
TStageObjectId restoredId = TStageObjectId::NoneId;
if (!cameraElement && !columnElement)
restoredId = element->restoreObject(xsh, pos != TConst::nowhere);
else if (cameraElement)
restoredId = cameraElement->restoreCamera(xsh, pos != TConst::nowhere);
else if (columnElement) {
// Build the column insertion index
if (idxt != columnIndices.end())
index = *idxt++;
else {
++index;
columnIndices.insert(index);
}
// Restore the column element
restoredId = columnElement->restoreColumn(xsh, index, fxFlags, pos != TConst::nowhere);
FxDag *fxDag = xsh->getFxDag();
TXshColumn *column = columnElement->m_column.getPointer();
TXshColumn *pastedColumn = xsh->getColumn(index);
TFx *fx = column->getFx();
TFx *pastedFx = pastedColumn->getFx();
if (fx && pastedFx)
fxTable[fx] = pastedFx;
// Enforce the correct terminality. Added columns are terminal by default.
bool terminal = (fx && (m_terminalFxs.count(fx) > 0));
if (!terminal)
fxDag->getTerminalFxs()->removeFx(pastedFx);
// In case we've cloned a zerary fx column, update the actual fx's data
if (TXshZeraryFxColumn *zc = dynamic_cast<TXshZeraryFxColumn *>(pastedColumn)) {
TZeraryColumnFx *zfx = zc->getZeraryColumnFx();
TFx *zeraryFx = zfx->getZeraryFx();
if (zeraryFx && doClone) {
std::wstring app = zeraryFx->getName();
fxDag->assignUniqueId(zeraryFx);
zeraryFx->setName(app);
}
}
}
// Remember stored/restored stage object pairings
idTable[element->m_params->m_id] = restoredId;
restoredIds.push_back(restoredId);
}
// Apply stage object-parental relationships
for (i = 0; i < elementsCount; ++i) {
TStageObjectDataElement *element = m_elements[i];
TStageObjectId id = element->m_params->m_id;
TStageObjectId parentId = element->m_params->m_parentId;
TStageObjectId pastedId = idTable[id];
TStageObjectId pastedParentId = parentId;
if (parentId.isColumn()) // Why discriminating for columns only ?
{
//Columns are redirected to table ids. If no redirected parent exists, store
//a void value that will be avoided later
QMap<TStageObjectId, TStageObjectId>::iterator it = idTable.find(parentId);
pastedParentId = (it == idTable.end()) ? TStageObjectId::NoneId : it.value();
}
if (pastedParentId != TStageObjectId::NoneId) {
xsh->setStageObjectParent(pastedId, pastedParentId);
TStageObject *pastedObj = xsh->getStageObject(pastedId);
// Shouldn't these be done outside ?
pastedObj->setHandle(element->m_params->m_handle);
pastedObj->setParentHandle(element->m_params->m_parentHandle);
}
}
// Iterate stored fxs
std::set<TFx *>::const_iterator fxt, end = m_fxs.end();
for (fxt = m_fxs.begin(); fxt != end; ++fxt) {
TFx *fxOrig = *fxt, *fx = fxOrig;
// Only NOT COLUMN fxs - ie internal fxs
if (fxTable.find(fxOrig) != fxTable.end())
continue;
// Internal fxs
if (doClone) {
fx = fxOrig->clone(false);
fx->setName(fxOrig->getName());
fx->getAttributes()->setId(fxOrig->getAttributes()->getId());
fx->getAttributes()->passiveCacheDataIdx() = -1;
if (resetFxDagPositions)
fx->getAttributes()->setDagNodePos(TConst::nowhere);
xsh->getFxDag()->assignUniqueId(fx);
}
fxTable[fxOrig] = fx;
// Insert the passed fx in the xsheet
TOutputFx *outFx = dynamic_cast<TOutputFx *>(fx);
if (!outFx)
xsh->getFxDag()->getInternalFxs()->addFx(fx);
else
xsh->getFxDag()->addOutputFx(outFx);
if (m_terminalFxs.count(fxOrig) > 0)
xsh->getFxDag()->getTerminalFxs()->addFx(fx);
if (!doClone) {
// Err.... don't remember. Inquire further? :|
int fxTypeCount = xsh->getFxDag()->getFxTypeCount(fx);
int maxFxTypeId = std::max(fxTypeCount, fx->getAttributes()->getId());
xsh->getFxDag()->updateFxTypeTable(fx, maxFxTypeId);
xsh->getFxDag()->updateFxIdTable(fx);
}
bool isLinked = (fxOrig->getLinkedFx() != fxOrig);
if (isLinked) {
if (m_fxs.find(fxOrig->getLinkedFx()) == m_fxs.end())
fx->linkParams(fxOrig->getLinkedFx());
else {
TFx *linkedFx, *oldLinkedFx = fxOrig->getLinkedFx();
if (doClone) {
// Clone the linked fx too
linkedFx = fx->clone(false);
linkedFx->linkParams(fx);
linkedFx->setName(oldLinkedFx->getName());
linkedFx->getAttributes()->setId(oldLinkedFx->getAttributes()->getId());
linkedFx->getAttributes()->passiveCacheDataIdx() = -1;
if (resetFxDagPositions)
linkedFx->getAttributes()->setDagNodePos(TConst::nowhere);
else
linkedFx->getAttributes()->setDagNodePos(oldLinkedFx->getAttributes()->getDagNodePos());
xsh->getFxDag()->assignUniqueId(linkedFx);
} else
linkedFx = oldLinkedFx;
fxTable[oldLinkedFx] = linkedFx;
xsh->getFxDag()->getInternalFxs()->addFx(linkedFx);
if (m_terminalFxs.count(oldLinkedFx) > 0)
xsh->getFxDag()->getTerminalFxs()->addFx(linkedFx);
if (!doClone) {
int fxTypeCount = xsh->getFxDag()->getFxTypeCount(linkedFx);
int maxFxTypeId = std::max(fxTypeCount, linkedFx->getAttributes()->getId());
xsh->getFxDag()->updateFxTypeTable(linkedFx, maxFxTypeId);
xsh->getFxDag()->updateFxIdTable(linkedFx);
}
}
}
}
// Update the link, like in functions above
if (!fxTable.empty() && doClone)
updateFxLinks(fxTable);
// Paste any associated spline (not stored im m_splines)
std::map<TStageObjectSpline *, TStageObjectSpline *> splines;
for (i = 0; i < (int)restoredIds.size(); ++i) {
TStageObjectId id = restoredIds[i];
TStageObject *obj = xsh->getStageObject(id);
TStageObjectSpline *spline = obj->getSpline();
if (!spline)
continue;
TStageObjectTree *objTree = xsh->getStageObjectTree();
if (objTree->containsSpline(spline)) // No need to add it if it's already there
continue;
std::map<TStageObjectSpline *, TStageObjectSpline *>::iterator it = splines.find(spline);
if (it != splines.end()) {
// Seems that multiple objects can have the same spline...
// BTW, shouldn't this case stop at the continue before ?
obj->setSpline(it->second);
continue;
}
// The spline was not found. Clone and add it to the xsheet
TStageObjectSpline *newSpline = spline->clone(); // Not checking doClone ?
objTree->assignUniqueSplineId(newSpline);
objTree->insertSpline(newSpline);
obj->setSpline(newSpline);
splines[spline] = newSpline;
}
//paste stored path
QList<TSplineDataElement *>::const_iterator splinIt;
for (splinIt = m_splines.begin(); splinIt != m_splines.end(); ++splinIt) {
TStageObjectTree *objTree = xsh->getStageObjectTree();
TSplineDataElement *splineEl = *splinIt;
TStageObjectSpline *spline = splineEl->restoreSpline(fxFlags);
if (doClone)
objTree->assignUniqueSplineId(spline);
objTree->insertSpline(spline);
restoredSpline.push_back(spline->getId());
}
xsh->updateFrameCount();
if (pos != TConst::nowhere) {
// Update objects positions depending on the externally supplied pos
TPointD middlePos;
int count = 0;
for (i = 0; i < (int)restoredIds.size(); ++i) {
TStageObjectId id = restoredIds[i];
TStageObject *obj = xsh->getStageObject(id);
TPointD oldPos = obj->getDagNodePos();
if (oldPos == TConst::nowhere)
continue;
middlePos += oldPos;
++count;
}
middlePos = TPointD(middlePos.x / count, middlePos.y / count);
TPointD offset = pos - middlePos;
for (i = 0; i < (int)restoredIds.size(); ++i) {
TStageObjectId id = restoredIds[i];
TStageObject *obj = xsh->getStageObject(id);
TPointD oldPos = obj->getDagNodePos();
if (oldPos == TConst::nowhere)
continue;
obj->setDagNodePos(oldPos + offset);
}
}
return restoredIds;
}
void StageObjectsData::storeColumnFxs(const std::set<int> &columnIndexes, TXsheet *xsh, int fxFlags)
{
bool doClone = (fxFlags & eDoClone);
bool resetFxDagPositions = (fxFlags & eResetFxDagPositions);
std::set<TFx *> internalFxs;
xsh->getFxDag()->getInternalFxs()->getFxs(internalFxs);
// Iterate internal fxs (note: columns NOT included)
// NOTE: Could this be too heavy ? Shouldn't we travel upstream from given column fxs?
std::set<TFx *>::iterator it;
for (it = internalFxs.begin(); it != internalFxs.end(); ++it) {
TFx *fxOrig = *it, *fx = fxOrig;
if (m_fxTable.find(fx) != m_fxTable.end()) // If already treated
continue;
if (!canGenerate(m_originalColumnFxs, fx)) // If not completely in the upstream
continue;
if (doClone) {
// Clone the fx if required
fx = fxOrig->clone(false);
fx->setName(fxOrig->getName());
fx->getAttributes()->setId(fxOrig->getAttributes()->getId());
fx->getAttributes()->passiveCacheDataIdx() = -1;
if (resetFxDagPositions)
fx->getAttributes()->setDagNodePos(TConst::nowhere);
}
m_fxTable[fxOrig] = fx;
fx->addRef();
m_fxs.insert(fx);
if (isColumnSelectionTerminalFx(
fxOrig, xsh->getFxDag()->getTerminalFxs(), m_originalColumnFxs)) {
fx->addRef();
m_terminalFxs.insert(fx);
}
if (fxOrig->getLinkedFx() != fxOrig) // Linked fx
{
if (!canGenerate(m_originalColumnFxs, fxOrig->getLinkedFx()))
fx->linkParams(fxOrig->getLinkedFx());
else {
// Insert the linked fx directly here
TFx *linkedFx, *oldLinkedFx = fxOrig->getLinkedFx();
if (doClone) {
linkedFx = fx->clone(false); // Not oldLinkedFx->clone() ?
linkedFx->linkParams(fx);
linkedFx->setName(oldLinkedFx->getName());
linkedFx->getAttributes()->setId(oldLinkedFx->getAttributes()->getId());
linkedFx->getAttributes()->passiveCacheDataIdx() = -1;
if (resetFxDagPositions)
fx->getAttributes()->setDagNodePos(TConst::nowhere); // Here too ?
xsh->getFxDag()->assignUniqueId(linkedFx);
} else
linkedFx = oldLinkedFx;
m_fxTable[oldLinkedFx] = linkedFx;
linkedFx->addRef();
m_fxs.insert(linkedFx);
if (xsh->getFxDag()->getTerminalFxs()->containsFx(fx->getLinkedFx())) // Here too - isATerminal ?
{
linkedFx->addRef();
m_terminalFxs.insert(linkedFx);
}
}
}
}
// Like in the functions above, update links
if (!m_fxTable.empty() && doClone)
updateFxLinks(m_fxTable);
}
void StageObjectsData::storeFxs(const std::set<TFx *> &fxs, TXsheet *xsh, int fxFlags)
{
bool doClone = (fxFlags & eDoClone);
bool resetFxDagPositions = (fxFlags & eResetFxDagPositions);
TFxSet *terminalFxs = xsh->getFxDag()->getTerminalFxs();
// Traverse specified fxs
std::set<TFx *>::const_iterator it;
for (it = fxs.begin(); it != fxs.end(); ++it) {
TFx *fxOrig = *it, *fx = fxOrig;
if (doClone) {
// If required, clone them
fx = fxOrig->clone(false);
fx->setName(fxOrig->getName());
fx->getAttributes()->setId(fxOrig->getAttributes()->getId());
fx->getAttributes()->passiveCacheDataIdx() = -1;
if (resetFxDagPositions)
fx->getAttributes()->setDagNodePos(TConst::nowhere);
}
// Store them (and the original/clone pairing even if not cloning)
m_fxTable[fxOrig] = fx;
fx->addRef();
m_fxs.insert(fx);
// Find out if the fx is a terminal one in the selection. If so, store it there too.
bool isTerminal = true;
if (!terminalFxs->containsFx(fxOrig)) // If it's terminal in the xsheet, no doubt
{
// Otherwise, check terminality with respect to the selection
int i, outputConnectionsCount = fxOrig->getOutputConnectionCount();
for (i = 0; i < outputConnectionsCount; ++i) {
TFx *outputFx = fxOrig->getOutputConnection(i)->getOwnerFx();
if (outputFx && fxs.count(outputFx) > 0) {
isTerminal = false;
break;
}
}
}
// Well, excluding true TOutputFxs...
TOutputFx *outFx = dynamic_cast<TOutputFx *>(fx);
if (isTerminal && !outFx) {
fx->addRef();
m_terminalFxs.insert(fx);
}
}
// Updating terminality of the column fxs too!
// WARNING: This requires that storeObjects() is invoked BEFORE this !
for (it = m_originalColumnFxs.begin(); it != m_originalColumnFxs.end(); ++it) {
TFx *fxOrig = *it;
bool isTerminal = true;
if (!terminalFxs->containsFx(fxOrig)) {
int i, outputConnectionsCount = fxOrig->getOutputConnectionCount();
for (i = 0; i < outputConnectionsCount; ++i) {
TFx *outputFx = fxOrig->getOutputConnection(i)->getOwnerFx();
if (outputFx && fxs.count(outputFx) > 0) {
isTerminal = false;
break;
}
}
}
if (isTerminal) {
TFx *fx = m_fxTable[fxOrig];
fx->addRef();
m_terminalFxs.insert(fx);
}
}
if (!m_fxTable.empty() && doClone)
updateFxLinks(m_fxTable); // Apply original/clone pairings
// to fx relatives
}
