window3D.h

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/* This software and supporting documentation are distributed by
 *     Institut Federatif de Recherche 49
 *     CEA/NeuroSpin, Batiment 145,
 *     91191 Gif-sur-Yvette cedex
 *     France
 *
 * This software is governed by the CeCILL-B license under
 * French law and abiding by the rules of distribution of free software.
 * You can  use, modify and/or redistribute the software under the
 * terms of the CeCILL-B license as circulated by CEA, CNRS
 * and INRIA at the following URL "http://www.cecill.info".
 *
 * As a counterpart to the access to the source code and  rights to copy,
 * modify and redistribute granted by the license, users are provided only
 * with a limited warranty  and the software's author,  the holder of the
 * economic rights,  and the successive licensors  have only  limited
 * liability.
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 * with loading,  using,  modifying and/or developing or reproducing the
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 *
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 * knowledge of the CeCILL-B license and that you accept its terms.
 */
 
 
#ifndef ANA_WINDOW3D_WINDOW3D_H
#define ANA_WINDOW3D_WINDOW3D_H
 
 
#include <anatomist/window/controlledWindow.h>
#include <anatomist/observer/Observable.h>
#include <anatomist/object/Object.h>
#include <anatomist/primitive/primitive.h>
#include <anatomist/window/viewstate.h>
 
 
namespace aims
{
  class Quaternion;
}
 
namespace anatomist
{
  class Light;
  class GLWidgetManager;
  class OrientationAnnotation;
 
  namespace internal
  {
    class AGraphicsView;
  }
 
}
 
#ifdef ANA_USE_QOPENGLWIDGET
class QOpenGLWidget;
#else
class QGLWidget;
#endif
class QSlider;
 

class AWindow3D : public ControlledWindow
{ 
  Q_OBJECT
 
public:
  enum ViewType
    {
      Oblique, 
      Axial, 
      Sagittal, 
      Coronal, 
      ThreeD
    };
 
  enum RenderingMode
    {
      Normal, 
      Wireframe, 
      Outlined, 
      HiddenWireframe, 
      Fast
    };
 
  enum ClipMode
  {
    NoClip, 
    Single, 
    Double
  };

  class ObjectModifier
  {
  public:
    ObjectModifier( AWindow3D* w );
    virtual ~ObjectModifier();
    virtual void modify( anatomist::AObject*, anatomist::GLPrimitives & ) = 0;
    AWindow3D *window() { return _window; }
 
  private:
    AWindow3D *_window;
  };
 
 
  AWindow3D( ViewType t = Oblique, QWidget* parent = 0, 
             carto::Object params = carto::none(), 
             Qt::WindowFlags f = Qt::WindowFlags() );
  virtual ~AWindow3D();

  virtual Type type() const;
  virtual SubType subtype() const;
  virtual void registerObject( anatomist::AObject* obj,
                               bool temporaryObject = false,
                               int position = -1 );
  virtual void unregisterObject( anatomist::AObject* obj );
  virtual bool positionFromCursor( int x, int y, Point3df & pos );
  virtual anatomist::AObject* objectAtCursorPosition( int x, int y );
  virtual std::list<anatomist::AObject*> *objectsAtCursorPosition( int x, int y, int tolerenceRadius );
  virtual int polygonAtCursorPosition( int x, int y,const anatomist::AObject* obj );

  int computeNearestVertexFromPolygonPoint(
    const anatomist::ViewState & vs, int poly,
    const anatomist::GLComponent* glc,
    const Point3df & position, Point3df & positionNearestVertex );
  void getInfos3DFromClickPoint( int x, int y, Point3df & position, int *poly,
      anatomist::AObject *objselect, std::string & objtype,
      std::vector<float> &texvalue, std::string & textype,
      Point3df & positionNearestVertex, int* indexNearestVertex,
      std::vector<std::string> & texlabels );
  void getInfos3DFromPosition( const std::vector<float> & position, int poly,
      anatomist::AObject *objselect, std::string & objtype,
      std::vector<float> &texvalue, std::string & textype,
      Point3df & positionNearestVertex, int* indexNearestVertex,
      std::vector<std::string> & texlabels );
 
  bool surfpaintIsVisible();
  void setVisibleSurfpaint(bool b);
  bool constraintEditorIsActive();
  void setActiveConstraintEditor(bool b);
 
  void loadConstraintData(
    const std::vector<std::string> & constraintList, int constraintType,
    anatomist::AObject *texConstraint );
  std::vector<std::string> getConstraintList();
  int getConstraintType() const;
  anatomist::AObject* getConstraintTexture();
 
  void printPositionAndValue();
  void displayInfoAtClickPosition( int x, int y );
  std::string displayInfoAtClickPositionAsText( int x, int y,
                                                bool html = false );
  virtual void displayClickPoint();
  void setViewPoint( float *quaternion, 
         const float zoom );
  anatomist::Light *light();
  void setLight( const anatomist::Light &light );
  void setOrientationCube( bool state );
  bool hasOrientationCube() const;
  void setBoundingFrame( bool state );
  bool hasBoundingFrame() const;
  void setRenderingMode( RenderingMode mode );
  RenderingMode renderingMode() const;
 
  virtual const std::set<unsigned> & typeCount() const;
  virtual std::set<unsigned> & typeCount();
  virtual const std::string & baseTitle() const;
  virtual void setPosition( const Point3df& position,
          const anatomist::Referential* orgref );
  virtual void setPosition( const std::vector<float> & position,
                            const anatomist::Referential* orgref );
  virtual void updateWindowGeometry();
 
  static anatomist::Geometry 
  setupWindowGeometry( const std::list<carto::shared_ptr<anatomist::AObject> >
                       & objects,
                       const aims::Quaternion & slicequat,
                       const anatomist::Referential *wref = 0, 
#ifdef ANA_USE_QOPENGLWIDGET
                       QOpenGLWidget* glw = 0, bool with3d = false );
#else
                       QGLWidget* glw = 0, bool with3d = false );
#endif
 
  virtual anatomist::View* view();
  virtual const anatomist::View* view() const;

  virtual void setViewType( ViewType t );
  ViewType viewType() const;
  bool isViewOblique() const;
 
  bool perspectiveEnabled() const;
  void enablePerspective( bool );
 
  const aims::Quaternion & sliceQuaternion() const;
  void setSliceQuaternion( const aims::Quaternion & q );
  void setSliceOrientation( const Point3df & normal );
  void resizeView( int w, int h );
  bool boundingBox( std::vector<float> & bmin,
                    std::vector<float> & bmax ) const;
  ClipMode clipMode() const;
  void setClipMode( ClipMode m );
  float clipDistance() const;
  void setClipDistance( float d );
  bool transparentZEnabled() const;
  void enableTransparentZ( bool );
  bool cullingEnabled() const;
  void setCulling( bool );
  bool flatShading() const;
  void setFlatShading( bool );
  bool smoothing() const;
  void setSmoothing( bool );
  void setFog( bool );
  bool fog() const;
  virtual void setReferential( anatomist::Referential* ref );
  virtual void update( const Observable* obs, void * );
  void setLinkedCursorOnSliderChange( bool x );
  bool linkedCursorOnSliderChange() const;
  AWindow3D* leftEyeWindow();
  AWindow3D* rightEyeWindow();
  void setLeftEyeWindow( AWindow3D* );
  void setRightEyeWindow( AWindow3D* );
  virtual void showToolBars( int state = 2 );
  virtual void showStatusBar( int state = 2 );
 
  typedef anatomist::GLWidgetManager* (*GLWidgetCreator)
      ( anatomist::AWindow* win, QWidget* parent, const char* name,
#ifdef ANA_USE_QOPENGLWIDGET
        const QOpenGLWidget * shareWidget, Qt::WindowFlags f );
#else
        const QGLWidget * shareWidget, Qt::WindowFlags f );
#endif
  static void setGLWidgetCreator( GLWidgetCreator );
 
  QSlider* getSliceSlider (void) const;

  void renderAfter( anatomist::AObject* obj, anatomist::AObject* afterthis );
  void renderBefore( anatomist::AObject* obj, anatomist::AObject* beforethis );
  std::list<anatomist::AObject *>::iterator processRenderingOrder(
    std::list<anatomist::AObject *> & opaque ) const;
 
  bool polygonsSortingEnabled() const;
  void setPolygonsSortingEnabled( bool );
  bool polygonsSortingDirection() const;
  void setPolygonsSortingDirection( bool dir );
  virtual void sortPolygons( bool force = false );
  bool positionToVertex( const anatomist::AObject* obj, unsigned vert );
  bool positionToPolygon( const anatomist::AObject* obj, unsigned poly );
  bool positionToTexture( const anatomist::AObject* obj, float texval );
 
 
signals:
  void refreshed();
  void sliderChanged( int dim, int slice );
  void orientationChanged();
 
public slots:
  virtual void polish();
  void resizeView();
  void changeSlice( int );
  void changeTime( int );
  void changeTimeSliders( int, int );
  void changeReferential();
  void muteAxial();
  void muteCoronal();
  void muteSagittal();
  void muteOblique();
  void mute3D();
  void lightView();
  void pointsOfView();
  void tools();
  void syncViews( bool keepextrema = false );
  void focusView();
  void toolsWinDestroyed();
  //void painttoolsWinDestroyed();
  void povWinDestroyed();
  void lightWinDestroyed();
  virtual void Refresh();
  virtual void refreshNow();
  void refreshTemp();
  void refreshTempNow();
  void refreshLightView();
  void refreshLightViewNow();
  void setAutoRotationCenter();
  void askZoom();
  // Gets the window zoom factor
  float getZoom() const;
 
  // Necessary for the movie action
  int getSliceSliderPosition() ;
  int getTimeSliderPosition() ;
 
  int getSliceSliderMaxPosition() ;
  int getTimeSliderMaxPosition() ;
 
  void setSliceSliderPosition( int position ) ;
  void setTimeSliderPosition( int position ) ;
  void switchToolbox();
  void setLinkedCursorPos();
  void findPrimitive();
  void openStereoView();
  void toggleStatusBarVisibility();
  bool toopTipsEnabled() const;
  void enableToolTips( bool );
  // Refreshs the window when resized
  void resizeEvent( QResizeEvent * ) ;

  QImage snapshotImage( int width=0, int height=0, int bufmode=0 );
  virtual carto::rc_ptr<anatomist::ViewState> viewState(bool slice=false);
  void saveObject();
 
  friend class anatomist::internal::AGraphicsView;
 
protected slots:
  void freeResize();
  void saveSnapshot();
  void saveSnapshotWithCustomSize();
 
 
protected:
  void showReferential();
 
  // Updates left/right annotations
  void updateLeftRightAnnotations();

  void displayClickPos( Point3df clickPos );
  void setupTimeSlider( const std::vector<float> & bmin,
                        const std::vector<float> & bmax );
  void setupSliceSlider( float mins, float maxs );
  void setupSliceSlider();
  void updateViewTypeToolBar();
  void updateObject( anatomist::AObject* obj, anatomist::PrimList* pl = 0,
                     anatomist::ViewState::glSelectRenderMode selectmode
                         = anatomist::ViewState::glSELECTRENDER_NONE );
  void updateObject2D( anatomist::AObject* obj, anatomist::PrimList* pl = 0,
                       anatomist::ViewState::glSelectRenderMode selectmode
                           = anatomist::ViewState::glSELECTRENDER_NONE );
  void updateObject3D( anatomist::AObject* obj, anatomist::PrimList* pl = 0,
                       anatomist::ViewState::glSelectRenderMode selectmode
                           = anatomist::ViewState::glSELECTRENDER_NONE );
  anatomist::GLPrimitives cursorGLL() const;
  int updateSliceSlider();
  void updateTimeSliders();
  void registerObjectModifier( ObjectModifier *mod );
  void unregisterObjectModifier( ObjectModifier *mod );
  bool autoFusion2D( anatomist::AObject *obj );
  void removeFromAutoFusion2D( anatomist::AObject *obj );
  bool inAutoFusion( const anatomist::AObject *obj ) const;
  void updateSaveButtonStatus();

  static std::set<unsigned> _count3d;
  static std::string    _baseTitle;
 
public :
  void renderSelectionBuffer( anatomist::ViewState::glSelectRenderMode mode,
                              const anatomist::AObject *selectedobject = 0 );
 
private:
  struct Private;
 
  Private *d;
};
 
 
#endif