  Anisotropic flow emerges in all three of hybrid approaches: initial
conditions, viscous relativistic hydrodynamics as well as hadronic transport.
Previous works focus mainly on a constant or temperature dependent shear
viscosity $\eta/s$. Here instead, we study qualitatively the effect of a
generalized $\eta/s(T,\mu_B)$ in the hybrid approach SMASH-vHLLE-hybrid. The
parameterization takes into account the constraints of matching to the
transport coefficients in the hadronic phase, as well as of recent Bayesian
analysis results. We compare the effect of the different parameterizations in
the intermediate energy region of $\sqrt{s_{NN}}$=7.7 - 39.0 GeV. We observe
that using the energy density dependent parameterization decreases the effect
of the point of particlization. In addition, we quantify the uncertainty due to
different initial state profiles, including the SMASH initial conditions as
well as TrENTo and IP-Glasma profiles. It can be shown that the initial state
transverse momentum impacts final state momentum anisotropy.
