NodeLinkDiagramComponent.h

/*
 *
 * This file is part of Tulip (www.tulip-software.org)
 *
 * Authors: David Auber and the Tulip development Team
 * from LaBRI, University of Bordeaux
 *
 * Tulip is free software; you can redistribute it and/or modify
 * it under the terms of the GNU Lesser General Public License
 * as published by the Free Software Foundation, either version 3
 * of the License, or (at your option) any later version.
 *
 * Tulip is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
 * See the GNU General Public License for more details.
 *
 */
///@cond DOXYGEN_HIDDEN

#ifndef _Tulip_NODELINKDIAGRAMCOMPONENT_H
#define _Tulip_NODELINKDIAGRAMCOMPONENT_H

#include <tulip/GlMainView.h>
#include <tulip/Camera.h>

namespace Ui {
class GridOptionsWidget;
}

class QDialog;

namespace tlp {
class GlGrid;
class GlCompositeHierarchyManager;

class TLP_QT_SCOPE NodeLinkDiagramComponent: public tlp::GlMainView {
  Q_OBJECT

  GlGrid* _grid;
  QDialog* _gridOptions;
  GlCompositeHierarchyManager* manager;
  bool _hasHulls;

  void registerTriggers();
  void updateGrid();

  bool _tooltips;

  Ui::GridOptionsWidget* grid_ui;

public:
  static const std::string viewName;
  PLUGININFORMATION(NodeLinkDiagramComponent::viewName, "Tulip Team", "16/04/2008",
                    "The Node Link Diagram view is the standard representation of relational data, where entities are represented as nodes, and their relation as edges.<br>"
                    "This view allows you to change the glyph used to represent nodes (e.g. square, round, cross, ...), as well as the shape of the arrows indicating the direction of the relationship.",
                    "1.0", "relational")

  NodeLinkDiagramComponent(const tlp::PluginContext* context = NULL);
  virtual ~NodeLinkDiagramComponent();
  std::string icon() const {
    return ":/tulip/gui/icons/32/node_link_diagram_view.png";
  }
  void setState(const tlp::DataSet &);
  tlp::DataSet state() const;

public slots:
  void draw();
  void requestChangeGraph(Graph *graph);
  const Camera& goInsideItem(node meta);

protected slots:

  void deleteItem();
  void editColor();
  void editLabel();
  void editShape();
  void editSize();
  void goInsideItem();
  void ungroupItem();
  void setZOrdering(bool);
  void showGridControl();
  void fillContextMenu(QMenu *menu,const QPointF &point);
  void displayToolTips(bool display);

  void addRemoveItemToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveInNodesToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveOutNodesToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveInEdgesToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveOutEdgesToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveNodeAndAllNeighbourNodesAndEdges(bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveExtremitiesToSelection(bool pushGraph = true, bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);
  void addRemoveEdgeAndExtremitiesToSelection(bool toggleSelection = true, bool selectValue = false, bool resetSelection = false);

  void selectItem();
  void selectInNodes(bool pushGraph = true);
  void selectOutNodes(bool pushGraph = true);
  void selectInEdges(bool pushGraph = true);
  void selectOutEdges(bool pushGraph = true);
  void selectNodeAndAllNeighbourNodesAndEdges();
  void selectExtremities(bool pushGraph = true);
  void selectEdgeAndExtremities();

  void addItemToSelection();
  void addInNodesToSelection(bool pushGraph = true);
  void addOutNodesToSelection(bool pushGraph = true);
  void addInEdgesToSelection(bool pushGraph = true);
  void addOutEdgesToSelection(bool pushGraph = true);
  void addNodeAndAllNeighbourNodesAndEdgesToSelection();
  void addExtremitiesToSelection(bool pushGraph = true);
  void addEdgeAndExtremitiesToSelection();

  void removeItemFromSelection();
  void removeInNodesFromSelection(bool pushGraph = true);
  void removeOutNodesFromSelection(bool pushGraph = true);
  void removeInEdgesFromSelection(bool pushGraph = true);
  void removeOutEdgesFromSelection(bool pushGraph = true);
  void removeNodeAndAllNeighbourNodesAndEdgesFromSelection();
  void removeExtremitiesFromSelection(bool pushGraph = true);
  void removeEdgeAndExtremitiesFromSelection();

protected:
  bool isNode;
  unsigned int itemId;

  void graphChanged(tlp::Graph *);

  void createScene(Graph *graph,DataSet dataSet);
  DataSet sceneData() const;
  void loadGraphOnScene(Graph *graph);
  void useHulls(bool hasHulls);
  bool hasHulls() const;
  void setupWidget();
  bool eventFilter(QObject *,QEvent *e);
  void editValue(PropertyInterface* pi);
};
}

#endif /* NODELINKDIAGRAMCOMPONENT_H_ */






///@endcond