void CustomVisualizer::setDocumentPath(const std::string& path)
{
m_docPath.setValue(path);
const auto realPath = panda::helper::system::DataRepository.findFile(path);
auto doc = panda::serialization::readFile(realPath, parentDocument()->getGUI());
std::unique_ptr<panda::VisualizerDocument> visuDoc;
auto visuDocRaw = dynamic_cast<panda::VisualizerDocument*>(doc.get());
if (visuDocRaw)
{
visuDoc.reset(visuDocRaw);
doc.release();
}
else
throw helper::Exception("CustomVisualizer needs a VisualizerDocument");
m_initialized = false;
m_visualizerDocument = std::move(visuDoc);
m_inputData = DataFactory::create(m_visualizerDocument->visualizerType(),
"input",
"The data to visualize on the graph view",
this);
m_visualizedData = m_inputData.get();
addData(m_inputData.get());
addInput(*m_inputData);
m_docInputData = m_visualizerDocument->getData("visualizerData");
}
void LayerContainer::insertLayerRaw(Layer* layer, int index)
{
if ( layer->parentDocument() != parentDocument() )
parentDocument()->registerElement(layer);
onInsertLayer(layer);
if ( index < 0 || index >= layers_.size() )
layers_.append(layer);
else
layers_.insert(index, layer);
connect(layer, &LayerContainer::layerAdded, this, &LayerContainer::layerAdded);
connect(layer, &LayerContainer::layerRemoved, this, &LayerContainer::layerRemoved);
emit layerAdded(layer, this, index);
}
DocumentInit::DocumentInit(const KURL& url, Frame* frame, WeakPtr<Document> contextDocument, HTMLImport* import)
: m_url(url)
, m_frame(frame)
, m_parent(parentDocument(frame))
, m_owner(ownerDocument(frame))
, m_contextDocument(contextDocument)
, m_import(import)
, m_createNewRegistrationContext(false)
{
}
DocumentInit::DocumentInit(const KURL& url, LocalFrame* frame, WeakPtrWillBeRawPtr<Document> contextDocument, HTMLImportsController* importsController)
: m_url(url)
, m_frame(frame)
, m_parent(parentDocument(frame))
, m_owner(ownerDocument(frame))
, m_contextDocument(contextDocument)
, m_importsController(importsController)
, m_createNewRegistrationContext(false)
, m_shouldReuseDefaultView(frame && frame->shouldReuseDefaultView(url))
{
}
virtual void onInitParticles(Particles& particles)
{
const float time = parentDocument()->getAnimationTime();
int oldNb = birth.size();
int newNb = oldNb + particles.size();
birth.resize(newNb);
std::uniform_real_distribution<float> dist(0, variation.getValue());
for(int i=oldNb; i<newNb; ++i)
birth[i] = time - dist(gen); // Giving them negative age based on the variation value
}
bool LayerContainer::removeLayer(Layer* layer)
{
int index = layerIndex(layer);
if ( index < 0 || index > layers_.size() )
return false;
parentDocument()->pushCommand(new command::RemoveLayer(
tr("Remove Layer"), this, layer, index
));
return true;
}
virtual Indices filterParticles(const Particles&)
{
Indices indices;
const float time = parentDocument()->getAnimationTime();
int nb = birth.size();
float age = maxAge.getValue();
for(int i=0; i<nb; ++i)
{
if(time >= birth[i] + age)
indices.insert(i);
}
return indices;
}
void LayerContainer::insertLayer(document::Layer* layer, int index)
{
parentDocument()->pushCommand(new command::AddLayer(
tr("Add Layer"), this, layer, index
));
}
