34   functor_type myFunc;  member
37   NGFunctor(grid_type* agrid) : myFunc(agrid) {}  in NGFunctor()
40   NGFunctor(grid_type* agrid, const VV& nv) : myFunc(agrid, nv)  in NGFunctor()
45   NGFunctor(const NGFunctor& in, grid_type* agrid, bool grid_manager) : myFunc(in.myFunc)  in NGFunctor()
47     myFunc.m_grid = agrid;  in NGFunctor()
48     myFunc.setGridManager(grid_manager);  in NGFunctor()
55   inline real_type f(real_type r) { return myFunc.f(r); }  in f()
56   inline real_type df(real_type r) { return myFunc.df(r); }  in df()
69   inline value_type operator()(int i) const { return myFunc(i); }  in operator()
70   inline value_type& operator()(int i) { return myFunc(i); }  in operator()
72   inline real_type evaluate(real_type r) { return myFunc.splint(r); }  in evaluate()
74 …inline real_type evaluate(real_type r, real_type& du, real_type& d2u) { return myFunc.splint(r, du…  in evaluate()
78     return myFunc.splint(r, du, d2u, d3u);  in evaluate()
80   inline grid_type& grid() { return myFunc.grid(); }  in grid()
81   inline void setGridManager(bool willmanage) { myFunc.setGridManager(willmanage); }  in setGridManager()
83 …inline void spline(int imin, value_type yp1, int imax, value_type ypn) { myFunc.spline(imin, yp1, …  in spline()
85   inline void resize(int n) { myFunc.resize(n); }  in resize()