23  * Shape is effectively a std::variant over different geometric shapes, with the most complex
27 class Shape {
34     Shape() {}  in Shape()  function
35     Shape(const Shape& shape)            { *this = shape; }  in Shape()  function
36     Shape(Shape&&) = delete;
38     Shape(SkPoint p0, SkPoint p1)        { this->setLine(p0, p1); }  in Shape()  function
39     Shape(SkV2 p0, SkV2 p1)              { this->setLine(p0, p1); }  in Shape()  function
40     Shape(float2 p0, float2 p1)          { this->setLine(p0, p1); }  in Shape()  function
41     explicit Shape(const Rect& rect)     { this->setRect(rect);   }  in Shape()  function
42     explicit Shape(const SkRect& rect)   { this->setRect(rect);   }  in Shape()  function
43     explicit Shape(const SkRRect& rrect) { this->setRRect(rrect); }  in Shape()  function
44     explicit Shape(const SkPath& path)   { this->setPath(path);   }  in Shape()  function
46     ~Shape() { this->reset(); }  in ~Shape()
49     // defining a move assignment operator for Shape.
50     Shape& operator=(Shape&&) = delete;
51     Shape& operator=(const Shape&);
53     // Return the type of the data last stored in the Shape, which does not incorporate any possible
84     // True if the given bounding box is completely inside the shape, if it's conservatively treated
85     // as a filled, closed shape.
89     // True if the underlying geometry represents a closed shape, without the need for an
93     // True if the underlying shape is known to be convex, assuming no other styles. If 'simpleFill'
97     // The bounding box of the shape.
100     // Convert the shape into a path that describes the same geometry.
103     // Access the actual geometric description of the shape. May only access the appropriate type
111     // Update the geometry stored in the Shape and update its associated type to match. This
113     // true will still be considered an rrect by Shape.