GCC_DIAG_UNUSED_PRIVATE_FIELD_ON
#include "Engine/EffectInstance.h"
#include "Engine/Node.h"
#include "Engine/NodeGroup.h"
#include "Engine/Settings.h"
#include "Engine/Utils.h" // convertFromPlainText
#include "Gui/BackdropGui.h"
#include "Gui/Edge.h"
#include "Gui/GuiApplicationManager.h"
#include "Gui/GuiMacros.h"
#include "Gui/NodeGui.h"
#include "Gui/TabWidget.h"
#include "Global/QtCompat.h"
NATRON_NAMESPACE_ENTER
void
NodeGraph::checkForHints(bool shiftdown,
bool controlDown,
const NodeGuiPtr& selectedNode,
const QRectF& visibleSceneR)
{
NodePtr internalNode = selectedNode->getNode();
if (!internalNode) {
return;
}
bool doMergeHints = shiftdown && controlDown;
bool doConnectionHints = controlDown;
//Ignore hints for backdrops
BackdropGuiPtr isBd = toBackdropGui( selectedNode );
if (isBd) {
return;
}
if (!doMergeHints) {
///for nodes already connected don't show hint
if ( ( internalNode->getNInputs() == 0) && internalNode->hasOutputConnected() ) {
doConnectionHints = false;
} else if ( ( internalNode->getNInputs() > 0) && internalNode->hasAllInputsConnected() && internalNode->hasOutputConnected() ) {
doConnectionHints = false;
}
}
if (!doConnectionHints) {
return;
}
QRectF selectedNodeBbox = selectedNode->boundingRectWithEdges(); //selectedNode->mapToParent( selectedNode->boundingRect() ).boundingRect();
double tolerance = 10;
selectedNodeBbox.adjust(-tolerance, -tolerance, tolerance, tolerance);
NodeGuiPtr nodeToShowMergeRect;
NodePtr selectedNodeInternalNode = selectedNode->getNode();
bool selectedNodeIsReader = selectedNodeInternalNode->getEffectInstance()->isReader() || selectedNodeInternalNode->getNInputs() == 0;
Edge* edge = 0;
std::set<NodeGuiPtr> nodesWithinRect;
getNodesWithinViewportRect(visibleWidgetRect(), &nodesWithinRect);
{
for (std::set<NodeGuiPtr>::iterator it = nodesWithinRect.begin(); it != nodesWithinRect.end(); ++it) {
OutputNodesMap outputs;
internalNode->getOutputs(outputs);
OutputNodesMap::const_iterator foundAsOutput = outputs.find((*it)->getNode());
if (foundAsOutput != outputs.end()) {
continue;
}
QRectF nodeBbox = (*it)->boundingRectWithEdges();
if ( ( (*it) != selectedNode ) && (*it)->isVisible() && nodeBbox.intersects(visibleSceneR) ) {
if (doMergeHints) {
//QRectF nodeRect = (*it)->mapToParent((*it)->boundingRect()).boundingRect();
NodePtr internalNode = (*it)->getNode();
if ( !internalNode->isOutputNode() && nodeBbox.intersects(selectedNodeBbox) ) {
bool nHasInput = internalNode->hasInputConnected();
int nMaxInput = internalNode->getNInputs();
bool selectedHasInput = selectedNodeInternalNode->hasInputConnected();
int selectedMaxInput = selectedNodeInternalNode->getNInputs();
double nPAR = internalNode->getEffectInstance()->getAspectRatio(-1);
double selectedPAR = selectedNodeInternalNode->getEffectInstance()->getAspectRatio(-1);
double nFPS = internalNode->getEffectInstance()->getFrameRate();
double selectedFPS = selectedNodeInternalNode->getEffectInstance()->getFrameRate();
bool isValid = true;
if ( (selectedPAR != nPAR) || (std::abs(nFPS - selectedFPS) > 0.01) ) {
if (nHasInput || selectedHasInput) {
isValid = false;
} else if ( !nHasInput && (nMaxInput == 0) && !selectedHasInput && (selectedMaxInput == 0) ) {
isValid = false;
}
}
if (isValid) {
nodeToShowMergeRect = (*it)->shared_from_this();
}
} else {
(*it)->setMergeHintActive(false);
}
} else { //!doMergeHints
edge = (*it)->hasEdgeNearbyRect(selectedNodeBbox);
///if the edge input is the selected node don't continue
if ( edge && ( edge->getSource() == selectedNode) ) {
edge = 0;
}
if ( edge && edge->isOutputEdge() ) {
if (selectedNodeIsReader) {
continue;
}
int prefInput = selectedNodeInternalNode->getPreferredInputForConnection();
if (prefInput == -1) {
edge = 0;
} else {
Node::CanConnectInputReturnValue ret = selectedNodeInternalNode->canConnectInput(edge->getSource()->getNode(),
prefInput);
if (ret != Node::eCanConnectInput_ok) {
edge = 0;
}
}
}
if ( edge && !edge->isOutputEdge() ) {
if ( (*it)->getNode()->getEffectInstance()->isReader() ||
( (*it)->getNode()->getNInputs() == 0 ) ) {
edge = 0;
continue;
}
//Check that the edge can connect to the selected node
{
Node::CanConnectInputReturnValue ret = edge->getDest()->getNode()->canConnectInput( selectedNodeInternalNode, edge->getInputNumber() );
if ( (ret == Node::eCanConnectInput_inputAlreadyConnected) &&
!selectedNodeIsReader ) {
ret = Node::eCanConnectInput_ok;
}
if (ret != Node::eCanConnectInput_ok) {
edge = 0;
}
}
//Check that the selected node can connect to the input of the edge
if (edge) {
NodeGuiPtr edgeHasSource = edge->getSource();
if (edgeHasSource) {
int prefInput = selectedNodeInternalNode->getPreferredInputForConnection();
if (prefInput != -1) {
Node::CanConnectInputReturnValue ret = selectedNodeInternalNode->canConnectInput(edgeHasSource->getNode(), prefInput);
if ( (ret == Node::eCanConnectInput_inputAlreadyConnected) &&
!selectedNodeIsReader ) {
ret = Node::eCanConnectInput_ok;
}
if (ret != Node::eCanConnectInput_ok) {
edge = 0;
}
}
}
}
}
if (edge) {
edge->setUseHighlight(true);
break;
}
} // doMergeHints
}
}
} // QMutexLocker l(&_imp->_nodesMutex);
if ( _imp->_highLightedEdge && ( _imp->_highLightedEdge != edge) ) {
_imp->_highLightedEdge->setUseHighlight(false);
_imp->_hintInputEdge->hide();
_imp->_hintOutputEdge->hide();
}
_imp->_highLightedEdge = edge;
if ( edge && edge->getSource() && edge->getDest() ) {
///setup the hints edge
///find out if the node is already connected to what the edge is connected
bool alreadyConnected = false;
const std::vector<NodeWPtr> & inpNodes = selectedNode->getNode()->getInputs();
for (std::size_t i = 0; i < inpNodes.size(); ++i) {
if ( inpNodes[i].lock() == edge->getSource()->getNode() ) {
alreadyConnected = true;
break;
}
}
if ( !_imp->_hintInputEdge->isVisible() ) {
if (!alreadyConnected) {
int prefInput = selectedNode->getNode()->getPreferredInputForConnection();
_imp->_hintInputEdge->setInputNumber(prefInput != -1 ? prefInput : 0);
_imp->_hintInputEdge->setSourceAndDestination(edge->getSource(), selectedNode);
_imp->_hintInputEdge->setVisible(true);
}
_imp->_hintOutputEdge->setInputNumber( edge->getInputNumber() );
_imp->_hintOutputEdge->setSourceAndDestination( selectedNode, edge->getDest() );
_imp->_hintOutputEdge->setVisible(true);
} else {
if (!alreadyConnected) {
_imp->_hintInputEdge->initLine();
}
_imp->_hintOutputEdge->initLine();
}
} else if (edge) {
///setup only 1 of the hints edge
if ( _imp->_highLightedEdge && !_imp->_hintInputEdge->isVisible() ) {
if ( edge->isOutputEdge() ) {
int prefInput = selectedNode->getNode()->getPreferredInputForConnection();
if (prefInput != -1) {
_imp->_hintInputEdge->setInputNumber(prefInput);
_imp->_hintInputEdge->setSourceAndDestination(edge->getSource(), selectedNode);
_imp->_hintInputEdge->setVisible(true);
}
} else {
_imp->_hintInputEdge->setInputNumber( edge->getInputNumber() );
_imp->_hintInputEdge->setSourceAndDestination( selectedNode, edge->getDest() );
_imp->_hintInputEdge->setVisible(true);
}
} else if ( _imp->_highLightedEdge && _imp->_hintInputEdge->isVisible() ) {
_imp->_hintInputEdge->initLine();
}
} else if (nodeToShowMergeRect) {
nodeToShowMergeRect->setMergeHintActive(true);
selectedNode->setMergeHintActive(true);
_imp->_mergeHintNode = nodeToShowMergeRect;
} else {
selectedNode->setMergeHintActive(false);
_imp->_mergeHintNode.reset();
}
} // NodeGraph::checkForHints
void
NodeAnimPrivate::computeGroupRange()
{
NodeGuiPtr nodeUI = nodeGui.lock();
NodePtr node = nodeUI->getNode();
if (!node) {
return;
}
AnimationModulePtr isAnimModel = toAnimationModule(model.lock());
if (!isAnimModel) {
return;
}
NodeGroupPtr nodegroup = node->isEffectNodeGroup();
assert(nodegroup);
if (!nodegroup) {
return;
}
AnimationModuleTreeView* treeView = isAnimModel->getEditor()->getTreeView();
NodesList nodes = nodegroup->getNodes();
std::set<double> times;
for (NodesList::const_iterator it = nodes.begin(); it != nodes.end(); ++it) {
NodeAnimPtr childAnim = isAnimModel->findNodeAnim(*it);
if (!childAnim) {
continue;
}
if (!treeView->isItemVisibleRecursive(childAnim->getTreeItem())) {
continue;
}
childAnim->refreshFrameRange();
RangeD childRange = childAnim->getFrameRange();
times.insert(childRange.min);
times.insert(childRange.max);
// Also check the child knobs keyframes
NodeGuiPtr childGui = childAnim->getNodeGui();
const KnobsVec &knobs = childGui->getNode()->getKnobs();
for (KnobsVec::const_iterator it2 = knobs.begin(); it2 != knobs.end(); ++it2) {
if ( !(*it2)->isAnimationEnabled() || !(*it2)->hasAnimation() ) {
continue;
} else {
// For each dimension and for each split view get the first/last keyframe (if any)
int nDims = (*it2)->getNDimensions();
std::list<ViewIdx> views = (*it2)->getViewsList();
for (std::list<ViewIdx>::const_iterator it3 = views.begin(); it3 != views.end(); ++it3) {
for (int i = 0; i < nDims; ++i) {
CurvePtr curve = (*it2)->getAnimationCurve(*it3, DimIdx(i));
if (!curve) {
continue;
}
int nKeys = curve->getKeyFramesCount();
if (nKeys > 0) {
KeyFrame k;
if (curve->getKeyFrameWithIndex(0, &k)) {
times.insert( k.getTime() );
}
if (curve->getKeyFrameWithIndex(nKeys - 1, &k)) {
times.insert( k.getTime() );
}
}
}
}
}
} // for all knobs
} // for all children nodes
if (times.size() <= 1) {
frameRange.min = 0;
frameRange.max = 0;
} else {
frameRange.min = *times.begin();
frameRange.max = *times.rbegin();
}
} // computeGroupRange
void
NodeAnimPrivate::computeRetimeRange()
{
NodeGuiPtr nodeUI = nodeGui.lock();
NodePtr node = nodeUI->getNode();
if (!node) {
return;
}
NodePtr input = node->getInput(0);
if (!input) {
return;
}
if (input) {
RangeD inputRange = {0, 0};
{
GetFrameRangeResultsPtr results;
ActionRetCodeEnum stat = input->getEffectInstance()->getFrameRange_public(&results);
if (!isFailureRetCode(stat)) {
results->getFrameRangeResults(&inputRange);
}
}
FramesNeededMap framesFirst, framesLast;
{
GetFramesNeededResultsPtr results;
ActionRetCodeEnum stat = node->getEffectInstance()->getFramesNeeded_public(TimeValue(inputRange.min), ViewIdx(0), &results);
if (!isFailureRetCode(stat)) {
results->getFramesNeeded(&framesFirst);
}
stat = node->getEffectInstance()->getFramesNeeded_public(TimeValue(inputRange.max), ViewIdx(0), &results);
if (!isFailureRetCode(stat)) {
results->getFramesNeeded(&framesLast);
}
}
assert( !framesFirst.empty() && !framesLast.empty() );
if ( framesFirst.empty() || framesLast.empty() ) {
return;
}
{
const FrameRangesMap& rangeFirst = framesFirst[0];
assert( !rangeFirst.empty() );
if ( rangeFirst.empty() ) {
return;
}
FrameRangesMap::const_iterator it = rangeFirst.find( ViewIdx(0) );
assert( it != rangeFirst.end() );
if ( it == rangeFirst.end() ) {
return;
}
const std::vector<OfxRangeD>& frames = it->second;
assert( !frames.empty() );
if ( frames.empty() ) {
return;
}
frameRange.min = (frames.front().min);
}
{
FrameRangesMap& rangeLast = framesLast[0];
assert( !rangeLast.empty() );
if ( rangeLast.empty() ) {
return;
}
FrameRangesMap::const_iterator it = rangeLast.find( ViewIdx(0) );
assert( it != rangeLast.end() );
if ( it == rangeLast.end() ) {
return;
}
const std::vector<OfxRangeD>& frames = it->second;
assert( !frames.empty() );
if ( frames.empty() ) {
return;
}
frameRange.max = (frames.front().min);
}
}
} // computeRetimeRange
NATRON_NAMESPACE_ENTER
ViewerTab::ViewerTab(const std::string& scriptName,
const std::list<NodeGuiPtr> & existingNodesContext,
const std::list<NodeGuiPtr>& activePluginsContext,
Gui* gui,
const NodeGuiPtr& node_ui,
QWidget* parent)
: QWidget(parent)
, PanelWidget(scriptName, this, gui)
, _imp( new ViewerTabPrivate(this, node_ui) )
{
ViewerNodePtr node = node_ui->getNode()->isEffectViewerNode();
installEventFilter(this);
setMouseTracking(true);
NodePtr internalNode = node->getNode();
QObject::connect( internalNode.get(), SIGNAL(scriptNameChanged(QString)), this, SLOT(onInternalNodeScriptNameChanged(QString)) );
QObject::connect( internalNode.get(), SIGNAL(labelChanged(QString,QString)), this, SLOT(onInternalNodeLabelChanged(QString,QString)) );
QObject::connect( node.get(), SIGNAL(internalViewerCreated()), this, SLOT(onInternalViewerCreated()));
_imp->mainLayout = new QVBoxLayout(this);
setLayout(_imp->mainLayout);
_imp->mainLayout->setSpacing(0);
_imp->mainLayout->setContentsMargins(0, 0, 0, 0);
QFontMetrics fm(font(), 0);
_imp->viewerContainer = new QWidget(this);
_imp->viewerLayout = new QHBoxLayout(_imp->viewerContainer);
_imp->viewerLayout->setContentsMargins(0, 0, 0, 0);
_imp->viewerLayout->setSpacing(0);
_imp->viewerSubContainer = new QWidget(_imp->viewerContainer);
_imp->viewerSubContainerLayout = new QVBoxLayout(_imp->viewerSubContainer);
_imp->viewerSubContainerLayout->setContentsMargins(0, 0, 0, 0);
_imp->viewerSubContainerLayout->setSpacing(1);
// Info bars
QString inputNames[2] = {
QString::fromUtf8("A:"), QString::fromUtf8("B:")
};
bool infobarvisible = node->isInfoBarVisible();
for (int i = 0; i < 2; ++i) {
_imp->infoWidget[i] = new InfoViewerWidget(inputNames[i], this);
}
// Viewer
_imp->viewer = new ViewerGL(this);
GuiAppInstancePtr app = gui->getApp();
// Init viewer to project format
{
Format projectFormat;
app->getProject()->getProjectDefaultFormat(&projectFormat);
RectD canonicalFormat = projectFormat.toCanonicalFormat();
for (int i = 0; i < 2; ++i) {
_imp->viewer->setInfoViewer(_imp->infoWidget[i], i);
_imp->viewer->setRegionOfDefinition(canonicalFormat, projectFormat.getPixelAspectRatio(), i);
setInfoBarAndViewerResolution(projectFormat, canonicalFormat, projectFormat.getPixelAspectRatio(), i);
}
_imp->viewer->resetWipeControls();
}
_imp->viewerSubContainerLayout->addWidget(_imp->viewer);
for (int i = 0; i < 2; ++i) {
_imp->viewerSubContainerLayout->addWidget(_imp->infoWidget[i]);
_imp->viewer->setInfoViewer(_imp->infoWidget[i], i);
if (i == 1 || !infobarvisible) {
_imp->infoWidget[i]->hide();
}
}
manageSlotsForInfoWidget(0, true);
_imp->viewerLayout->addWidget(_imp->viewerSubContainer);
_imp->mainLayout->addWidget(_imp->viewerContainer);
TimeLinePtr timeline = app->getTimeLine();
_imp->timeLineGui = new TimeLineGui(node, timeline, getGui(), this);
QObject::connect( _imp->timeLineGui, SIGNAL(boundariesChanged(SequenceTime,SequenceTime)),
this, SLOT(onTimelineBoundariesChanged(SequenceTime,SequenceTime)) );
QObject::connect( app->getProject().get(), SIGNAL(frameRangeChanged(int,int)), _imp->timeLineGui, SLOT(onProjectFrameRangeChanged(int,int)) );
_imp->timeLineGui->setSizePolicy(QSizePolicy::Preferred, QSizePolicy::Minimum);
if (!node->isTimelineVisible()) {
_imp->timeLineGui->hide();
}
//Add some spacing because the timeline might be black as the info
_imp->mainLayout->addSpacing( TO_DPIY(5) );
_imp->mainLayout->addWidget(_imp->timeLineGui);
double leftBound, rightBound;
leftBound = node->getPlaybackInPointKnob()->getValue();
rightBound = node->getPlaybackOutPointKnob()->getValue();
TimeValue projectLeft, projectRight;
app->getProject()->getFrameRange(&projectLeft, &projectRight);
_imp->timeLineGui->setBoundaries(leftBound, rightBound);
onTimelineBoundariesChanged(leftBound, rightBound);
_imp->timeLineGui->setFrameRangeEdited(projectLeft != leftBound || projectRight != rightBound);;
manageTimelineSlot(false, timeline);
QObject::connect( node.get(), SIGNAL(renderStatsAvailable(int,double,RenderStatsMap)),
this, SLOT(onRenderStatsAvailable(int,double,RenderStatsMap)) );
QObject::connect( _imp->viewer, SIGNAL(zoomChanged(int)), this, SLOT(updateZoomComboBox(int)) );
QObject::connect( node.get(), SIGNAL(viewerDisconnected()), this, SLOT(disconnectViewer()) );
createNodeViewerInterface(node_ui);
setPluginViewerInterface(node_ui);
for (std::list<NodeGuiPtr>::const_iterator it = existingNodesContext.begin(); it != existingNodesContext.end(); ++it) {
ViewerNodePtr isViewerNode = (*it)->getNode()->isEffectViewerNode();
// For viewers, create the viewer interface separately
if (!isViewerNode) {
createNodeViewerInterface(*it);
}
}
for (std::list<NodeGuiPtr>::const_iterator it = activePluginsContext.begin(); it != activePluginsContext.end(); ++it) {
ViewerNodePtr isViewerNode = (*it)->getNode()->isEffectViewerNode();
// For viewers, create the viewer interface separately
if (!isViewerNode) {
setPluginViewerInterface(*it);
}
}
setSizePolicy(QSizePolicy::Ignored, QSizePolicy::Preferred);
_imp->viewerNode.lock()->setUiContext( getViewer() );
QTimer::singleShot( 25, _imp->timeLineGui, SLOT(recenterOnBounds()) );
//Refresh the viewport lock state
const std::list<ViewerTab*>& viewers = getGui()->getViewersList();
if ( !viewers.empty() ) {
ViewerTab* other = viewers.front();
if ( other->getInternalNode()->isViewersSynchroEnabled() ) {
double left, bottom, factor, par;
other->getViewer()->getProjection(&left, &bottom, &factor, &par);
_imp->viewer->setProjection(left, bottom, factor, par);
node->setViewersSynchroEnabled(true);
}
}
_imp->cachedFramesThread.reset(new CachedFramesThread(this));
_imp->cachedFramesThread->start();
}
void
ProjectGuiSerialization::initialize(const ProjectGui* projectGui)
{
NodesList activeNodes;
projectGui->getInternalProject()->getActiveNodesExpandGroups(&activeNodes);
_serializedNodes.clear();
for (NodesList::iterator it = activeNodes.begin(); it != activeNodes.end(); ++it) {
NodeGuiIPtr nodegui_i = (*it)->getNodeGui();
if (!nodegui_i) {
continue;
}
NodeGuiPtr nodegui = boost::dynamic_pointer_cast<NodeGui>(nodegui_i);
if ( nodegui->isVisible() ) {
NodeCollectionPtr isInCollection = (*it)->getGroup();
NodeGroupPtr isCollectionAGroup = toNodeGroup( isInCollection );
if (!isCollectionAGroup) {
///Nodes within a group will be serialized recursively in the node group serialization
NodeGuiSerialization state;
nodegui->serialize(&state);
_serializedNodes.push_back(state);
}
ViewerInstancePtr viewer = (*it)->isEffectViewerInstance();
if (viewer) {
ViewerTab* tab = projectGui->getGui()->getViewerTabForInstance(viewer);
assert(tab);
ViewerData viewerData;
double zoompar;
tab->getViewer()->getProjection(&viewerData.zoomLeft, &viewerData.zoomBottom, &viewerData.zoomFactor, &zoompar);
viewerData.userRoI = tab->getViewer()->getUserRegionOfInterest();
viewerData.userRoIenabled = tab->getViewer()->isUserRegionOfInterestEnabled();
viewerData.isClippedToProject = tab->isClippedToProject();
viewerData.autoContrastEnabled = tab->isAutoContrastEnabled();
viewerData.gain = tab->getGain();
viewerData.gamma = tab->getGamma();
viewerData.colorSpace = tab->getColorSpace();
viewerData.channels = tab->getChannelsString();
viewerData.renderScaleActivated = tab->getRenderScaleActivated();
viewerData.mipMapLevel = tab->getMipMapLevel();
viewerData.zoomOrPanSinceLastFit = tab->getZoomOrPannedSinceLastFit();
viewerData.wipeCompositingOp = (int)tab->getCompositingOperator();
viewerData.leftToolbarVisible = tab->isLeftToolbarVisible();
viewerData.rightToolbarVisible = tab->isRightToolbarVisible();
viewerData.topToolbarVisible = tab->isTopToolbarVisible();
viewerData.infobarVisible = tab->isInfobarVisible();
viewerData.playerVisible = tab->isPlayerVisible();
viewerData.timelineVisible = tab->isTimelineVisible();
viewerData.checkerboardEnabled = tab->isCheckerboardEnabled();
viewerData.isFullFrameProcessEnabled = tab->isFullFrameProcessingEnabled();
viewerData.fps = tab->getDesiredFps();
viewerData.fpsLocked = tab->isFPSLocked();
viewerData.isPauseEnabled[0] = tab->isViewerPaused(0);
viewerData.isPauseEnabled[1] = tab->isViewerPaused(1);
viewerData.layerName = tab->getCurrentLayerName().toStdString();
viewerData.alphaLayerName = tab->getCurrentAlphaLayerName().toStdString();
tab->getTimelineBounds(&viewerData.leftBound, &viewerData.rightBound);
tab->getActiveInputs(&viewerData.aChoice, &viewerData.bChoice);
viewerData.version = VIEWER_DATA_SERIALIZATION_VERSION;
_viewersData.insert( std::make_pair(viewer->getNode()->getScriptName_mt_safe(), viewerData) );
}
}
}
///Init windows
_layoutSerialization.initialize( projectGui->getGui() );
///save histograms
std::list<Histogram*> histograms = projectGui->getGui()->getHistograms_mt_safe();
for (std::list<Histogram*>::const_iterator it = histograms.begin(); it != histograms.end(); ++it) {
_histograms.push_back( (*it)->objectName().toStdString() );
}
///save opened panels by order
std::list<DockablePanel*> panels = projectGui->getGui()->getVisiblePanels_mt_safe();
for (std::list<DockablePanel*>::iterator it = panels.begin(); it != panels.end(); ++it) {
if ( (*it)->isVisible() ) {
KnobHolderPtr holder = (*it)->getHolder();
assert(holder);
EffectInstancePtr isEffect = toEffectInstance(holder);
ProjectPtr isProj = toProject(holder);
if (isProj) {
_openedPanelsOrdered.push_back(kNatronProjectSettingsPanelSerializationName);
} else if (isEffect) {
_openedPanelsOrdered.push_back( isEffect->getNode()->getFullyQualifiedName() );
}
}
}
_scriptEditorInput = projectGui->getGui()->getScriptEditor()->getAutoSavedScript().toStdString();
std::map<NATRON_PYTHON_NAMESPACE::PyPanel*, std::string> pythonPanels = projectGui->getGui()->getPythonPanels();
for (std::map<NATRON_PYTHON_NAMESPACE::PyPanel*, std::string>::iterator it = pythonPanels.begin(); it != pythonPanels.end(); ++it) {
boost::shared_ptr<PythonPanelSerialization> s(new PythonPanelSerialization);
s->initialize(it->first, it->second);
_pythonPanels.push_back(s);
}
} // initialize
void
NodeGraph::connectCurrentViewerToSelection(int inputNB)
{
ViewerTab* lastUsedViewer = getLastSelectedViewer();
if (lastUsedViewer) {
boost::shared_ptr<NodeCollection> collection = lastUsedViewer->getInternalNode()->getNode()->getGroup();
if (collection && collection->getNodeGraph() != this) {
//somehow the group doesn't belong to this nodegraph , pick another one
const std::list<ViewerTab*>& tabs = getGui()->getViewersList();
lastUsedViewer = 0;
for (std::list<ViewerTab*>::const_iterator it = tabs.begin(); it!=tabs.end(); ++it) {
boost::shared_ptr<NodeCollection> otherCollection = (*it)->getInternalNode()->getNode()->getGroup();
if (otherCollection && otherCollection->getNodeGraph() == this) {
lastUsedViewer = *it;
break;
}
}
}
}
boost::shared_ptr<InspectorNode> v;
if ( lastUsedViewer ) {
v = boost::dynamic_pointer_cast<InspectorNode>( lastUsedViewer->
getInternalNode()->getNode() );
} else {
CreateNodeArgs args(QString::fromUtf8(PLUGINID_NATRON_VIEWER),
eCreateNodeReasonUserCreate,
getGroup());
NodePtr viewerNode = getGui()->getApp()->createNode(args);
if (!viewerNode) {
return;
}
v = boost::dynamic_pointer_cast<InspectorNode>(viewerNode);
}
if (!v) {
return;
}
///if the node is no longer active (i.e: it was deleted by the user), don't do anything.
if ( !v->isActivated() ) {
return;
}
///get a ptr to the NodeGui
boost::shared_ptr<NodeGuiI> gui_i = v->getNodeGui();
NodeGuiPtr gui = boost::dynamic_pointer_cast<NodeGui>(gui_i);
assert(gui);
///if there's no selected node or the viewer is selected, then try refreshing that input nb if it is connected.
bool viewerAlreadySelected = std::find(_imp->_selection.begin(),_imp->_selection.end(),gui) != _imp->_selection.end();
if (_imp->_selection.empty() || (_imp->_selection.size() > 1) || viewerAlreadySelected) {
v->setActiveInputAndRefresh(inputNB, false);
gui->refreshEdges();
return;
}
NodeGuiPtr selected = _imp->_selection.front();
if ( !selected->getNode()->canOthersConnectToThisNode() ) {
return;
}
///if the node doesn't have the input 'inputNb' created yet, populate enough input
///so it can be created.
Edge* foundInput = gui->getInputArrow(inputNB);
assert(foundInput);
///and push a connect command to the selected node.
pushUndoCommand( new ConnectCommand(this,foundInput,foundInput->getSource(),selected) );
///Set the viewer as the selected node (also wipe the current selection)
selectNode(gui,false);
} // connectCurrentViewerToSelection
