workaround for a doxygen bug: remove space after /!* to avoid a verbatim env

this happens if you have an empty line or the text directly after /!* to find them in the generated documentation, grep for "pre class=\"fragment\"" (a few of them are legitimate however)
2013-07-25 14:58:53 +02:00
parent 67a73344f3
commit 2dfe8a3d73
928 changed files with 10797 additions and 10796 deletions
@@ -15,7 +15,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 Constructs a graphics 
 item for a circular arc. 
 */ 
@@ -26,17 +26,17 @@ CircularArcGraphicsItem<CK>();
 /// \name Operations 
 /// @{

-/*! 
+/*!
 Returns the pen used to draw edges. 
 */ 
 QPen edgesPen()() const; 

-/*! 
+/*!
 Sets the pen used to draw edges. 
 */ 
 void setEdgesPen()(const QPen& p); 

-/*! 
+/*!
 Sets the circular arc. 
 */ 
 void setArc(const Circular_arc_2<CK>& ca2); 
@@ -16,7 +16,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 Constructs 
 a graphics item for triangulation `ct`. 
 */ 
@@ -27,12 +27,12 @@ ConstrainedTriangulationGraphicsItem<CT>(CT* ct);
 /// \name Operations 
 /// @{

-/*! 
+/*!
 Returns the pen used to draw constraints. 
 */ 
 QPen constraintsPen()() const; 

-/*! 
+/*!
 Sets the pen used to draw constraints. 
 */ 
 void setConstraintsPen()(const QPen& p); 
@@ -21,7 +21,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 The clipping rect is used for unbounded \cgal objects. 
 */ 
 Converter<K>(QRectF clippingRect); 
@@ -31,42 +31,42 @@ Converter<K>(QRectF clippingRect);
 /// \name From CGAL to Qt 
 /// @{

-/*! 
+/*!
 Converts a bounding box. 
 */ 
 QRectF operator()(Bbox_2); 

-/*! 
+/*!
 Converts a point. 
 */ 
 QPointF operator()(K::Point_2); 

-/*! 
+/*!
 Converts a segment. 
 */ 
 QLineF operator()(K::Segment_2); 

-/*! 
+/*!
 Clips the ray and converts the resulting segment. 
 */ 
 QLineF operator()(K::Ray_2); 

-/*! 
+/*!
 Clips the line and converts the resulting segment. 
 */ 
 QLineF operator()(K::Line_2); 

-/*! 
+/*!
 Converts a triangle. 
 */ 
 QPolygonF operator()(K::Triangle_2); 

-/*! 
+/*!
 Converts an iso rectangle. 
 */ 
 QRectF operator()(K::Iso_rectangle_2); 

-/*! 
+/*!
 Converts a list of points to a polygon. 
 */ 
 QPolygonF operator()(std::list<K::Point_2>); 
@@ -76,22 +76,22 @@ QPolygonF operator()(std::list<K::Point_2>);
 /// \name From Qt to CGAL 
 /// @{

-/*! 
+/*!
 Converts a point. 
 */ 
 K::Point_2 operator()(QPointF); 

-/*! 
+/*!
 Converts a segment. 
 */ 
 K::Segment_2 operator()(QLineF); 

-/*! 
+/*!
 Converts an iso rectangle. 
 */ 
 K::Iso_rectangle_2 operator()(QRectF); 

-/*! 
+/*!
 Converts a polygon to a list of points. 
 */ 
 std::list<K::Point_2> operator()(QPolygonF); 
@@ -15,7 +15,7 @@ public:
 /// \name Slots 
 /// @{

-/*! 
+/*!
 This slot must be provided by derived classes. 
 */ 
 virtual void modelChanged(); 
@@ -21,7 +21,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 \param p is a parent object. 
 \param s is the scene where the circle is generated. 
 \param pointsOnCircle is the 
@@ -35,7 +35,7 @@ GraphicsViewCircleInput<T>(QObject *p, QGraphicsScene* s, int pointsOnCircle = 1
 /// \name Signals 
 /// @{

-/*! 
+/*!
 The object `o` contains a `std::pair<K::Point_2, K::FT>` 
 for center and radius, or a `std::pair<K::Point_2, K::Point_2>` for two points defining 
 the circle, or `CGAL::array<K::Point_2, 3>` for three points defining 
@@ -18,7 +18,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 \param p is a parent object. 
 \param s is the scene where the circular arc is generated. 
 */ 
@@ -29,7 +29,7 @@ GraphicsViewCircularArcInput<T>(QObject *p, QGraphicsScene* s);
 /// \name Signals 
 /// @{

-/*! 
+/*!
 The object `o` contains a `Circular_arc_2<K>`. 
 */ 
 void generate(Object o); 
@@ -13,7 +13,7 @@ public:
 /// \name Signals 
 /// @{

-/*! 
+/*!
 A signal that emits a `CGAL::Object`. 
 */ 
 void generate(Object); 
@@ -15,7 +15,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 \param p is a parent object. 
 \param s is the scene where the iso rectangle is generated. 
 */ 
@@ -26,7 +26,7 @@ GraphicsViewIsoRectangleInput<T>(QObject *p, QGraphicsScene* s);
 /// \name Signals 
 /// @{

-/*! 
+/*!
 The object `o` contains a `K::Iso_rectangle_2`. 
 */ 
 void generate(Object o); 
@@ -17,7 +17,7 @@ public:
 /// \name Operations 
 /// @{

-/*! 
+/*!
 The event filter. 
 */ 
 bool eventFilter(QObject *obj, QEvent *event); 
@@ -27,7 +27,7 @@ bool eventFilter(QObject *obj, QEvent *event);
 /// \name Signals 
 /// @{

-/*! 
+/*!
 Emits the real world mouse coordinates. 
 */ 
 void mouseCoordinates(QPointF p); 
@@ -28,7 +28,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 \param p is a parent object. 
 \param s is the scene where the polyline is generated. 
 \param n is the number of points of the polyline to be generated. If `n = 0`, 
@@ -44,7 +44,7 @@ bool closed = true);
 /// \name Signals 
 /// @{

-/*! 
+/*!
 The object `o` contains a `std:list<K::Point_2>`. 
 */ 
 void generate(CGAL::Object o); 
@@ -15,7 +15,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 The clipping rect is used for unbounded `Kernel` objects. 
 */ 
 PainterOstream<K>(QPainter* qp, QRectF clippingRect); 
@@ -25,62 +25,62 @@ PainterOstream<K>(QPainter* qp, QRectF clippingRect);
 /// \name Operations 
 /// @{

-/*! 
+/*!
 Draws a point. 
 */ 
 PainterOstream<K> operator<<(K::Point_2); 

-/*! 
+/*!
 Draws a segment. 
 */ 
 PainterOstream<K> operator<<(K::Segment_2); 

-/*! 
+/*!
 Draws a clipped ray. 
 */ 
 PainterOstream<K> operator<<(K::Ray_2); 

-/*! 
+/*!
 Draws a clipped line. 
 */ 
 PainterOstream<K> operator<<(K::Line_2); 

-/*! 
+/*!
 Draws a triangle. 
 */ 
 PainterOstream<K> operator<<(K::Triangle_2); 

-/*! 
+/*!
 Draws an iso rectangle. 
 */ 
 PainterOstream<K> operator<<(K::Iso_rectangle_2); 

-/*! 
+/*!
 Draws a circle. 
 */ 
 PainterOstream<K> operator<<(K::Circle_2); 

-/*! 
+/*!
 Draws a circular arc. 
 */ 
 PainterOstream<K> operator<<(K::Circular_arc_2); 

-/*! 
+/*!
 Draws a polyline. In order to close it the first and last point must be equal. 
 */ 
 PainterOstream<K> operator<<(std::list<K::Point_2>); 

-/*! 
+/*!
 Draws an iso rectangle. 
 */ 
 PainterOstream<K> operator<<(Bbox_2); 

-/*! 
+/*!
 Sets the pen used in the next paint operations. 
 */ 
 PainterOstream<K> operator<<(QPen); 

-/*! 
+/*!
 Sets the brush used in the next paint operations. 
 */ 
 PainterOstream<K> operator<<(QBrush); 
@@ -15,7 +15,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 Constructs a graphics 
 item for a triangulation pointed by `t`. 
 */ 
@@ -26,42 +26,42 @@ TriangulationGraphicsItem<T>(T* t);
 /// \name Operations 
 /// @{

-/*! 
+/*!
 Returns the pen used to draw vertices. 
 */ 
 QPen verticesPen()() const; 

-/*! 
+/*!
 Sets the pen used to draw vertices. 
 */ 
 void setVerticesPen()(const QPen& p); 

-/*! 
+/*!
 Returns the pen used to draw edges. 
 */ 
 QPen edgesPen()() const; 

-/*! 
+/*!
 Sets the pen used to draw edges. 
 */ 
 void setEdgesPen()(const QPen& p); 

-/*! 
+/*!
 Returns `true`, iff vertices are drawn. 
 */ 
 bool visibleVertices(); 

-/*! 
+/*!
 Sets the property. 
 */ 
 void setVisibleVertices(bool b); 

-/*! 
+/*!
 Returns `true`, iff edges are drawn. 
 */ 
 bool visibleEdges(); 

-/*! 
+/*!
 Sets the property. 
 */ 
 void setVisibleEdges(bool b); 
@@ -17,7 +17,7 @@ public:
 /// \name Creation 
 /// @{

-/*! 
+/*!
 Constructs a graphics item for the dual of the 
 Delaunay triangulation `dt`. 
 */ 
@@ -28,22 +28,22 @@ VoronoiGraphicsItem<DT>(DT* dt);
 /// \name Operations 
 /// @{

-/*! 
+/*!
 Returns the pen used to draw edges. 
 */ 
 QPen edgesPen()() const; 

-/*! 
+/*!
 Set the pen used to draw edges. 
 */ 
 void setEdgesPen()(const QPen& p); 

-/*! 
+/*!
 Returns `true`, iff edges are drawn. 
 */ 
 bool visibleEdges(); 

-/*! 
+/*!
 Set the property. 
 */ 
 bool setVisibleEdges(bool b);