Method TraditionalView

cp-profiler/src/cpprofiler/tree/traditional_view.cpp:43–79

{

TraditionalView::TraditionalView(const NodeTree &tree, UserData &ud, SolverData &sd)
    : tree_(tree),
      user_data_(ud),
      solver_data_(sd),
      vis_flags_(utils::make_unique<VisualFlags>()),
      layout_(utils::make_unique<Layout>()),
      layout_computer_(utils::make_unique<LayoutComputer>(tree, *layout_, *vis_flags_))
{
    utils::DebugMutexLocker tree_lock(&tree_.treeMutex());

    scroll_area_.reset(new TreeScrollArea(tree_.getRoot(), tree_, user_data_, *layout_, *vis_flags_));

    // std::cerr << "traditional view thread:" << std::this_thread::get_id() << std::endl;

    // connect(scroll_area_.get(), &TreeScrollArea::nodeClicked, this, &TraditionalView::setCurrentNode);
    connect(scroll_area_.get(), &TreeScrollArea::nodeClicked, this, &TraditionalView::nodeSelected);
    connect(scroll_area_.get(), &TreeScrollArea::nodeDoubleClicked, this, &TraditionalView::handleDoubleClick);

    connect(this, &TraditionalView::needsRedrawing, this, &TraditionalView::redraw);
    connect(this, &TraditionalView::needsLayoutUpdate, this, &TraditionalView::updateLayout);

    connect(&tree, &NodeTree::childrenStructureChanged, [this](NodeID nid) {
        if (nid == NodeID::NoNode)
        {
            return;
        }
        layout_computer_->dirtyUpLater(nid);
        // layout_->setLayoutDone(nid, false);
    });

    auto autoLayoutTimer = new QTimer(this);

    connect(autoLayoutTimer, &QTimer::timeout, this, &TraditionalView::autoUpdate);

    /// stop this timer up when the tree is finished?
    autoLayoutTimer->start(100);
}

TraditionalView::~TraditionalView() = default;