We find that topological Schwarzschild solution can be derived via almost the same considerations. In the asymptotic de Sitter/anti de Sitter case, we show that the component halso can be obtained in the second perspective (the modified gravity perspective). In the Gauss–Bonnet gravity, we derive the Boulware–Deser–Cai solution using a similar considerations. We first get hin the second per-spective in an adiabatic Misner–Sharp system. And then we switch to the first perspective to obtain fby using an equality of sur-face gravity. Recently, F(R)gravity gets more and more attentions. Its foundation and applications in cosmology have been extensively studied. We present the Misner–Sharp mass in arbitrary dimension (n ≥3) for F(R)gravity. Using this form, we successfully obtain a NEW class of solution for Rd+1gravity. When n =4, it reduces to the Clifton–Barrow solution. For a special d, 4d(d +1) =1, the three-dimensional solution reduces to a special case of a more gen-eral black hole in our previous work [8].