Inspired by pertinent literature in the context of Analogue Gravity, this work analyzes the stream profiles of a fluid film flowing along a radially symmetric, inclined bed with different bottom topographies, in the framework of a 2-D Shallow-water model in radial symmetry. First, steady state profiles are obtained without including turbulent friction, with different slopes and three kinds of bottom topography: flat, stepped and sinusoidal. The flat bottom produces new kinds of orbits with a two Critical Froude Horizons behaviour, because of the interplay between Discharge Conservation and Momentum Balance, which is affected by the presence of slope. The stream profiles obtained for the stepped bottom exhibit instead an energy jump, which allows to interpret discontinuities as orbit jumps.