\emph{stabfunc}& Stability function in $K-\epsilon$: 1 - constant coefficients (standard $K-\epsilon$ model); 2 - stability functions according to (Canuto et al., 2001); 3 - stability functions according to (Galperin et al., 1988) \\
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\emph{kepsbc}& Boundary conditions in $K-\epsilon$ model: 1 - Neuman boundary conditions for unstratified sheared flow (Burchard, 2002); 2 - Neuman boundary conditions for unstratified non-sheared flow with wave breaking; 3 - Neuman boundary conditions for unstratified sheared flow with wave breaking; 4 - Neuman boundary conditions for free convection \\
\emph{kepsbc}& Boundary conditions in $K-\epsilon$ model: 1 - Neuman boundary conditions for unstratified sheared flow (Burchard, 2002); 2 - Neuman boundary conditions for unstratified non-sheared flow with wave breaking; 3 - Neuman boundary conditions for unstratified sheared flow with wave breaking; 4 - Neuman boundary conditions for free convection; 5 - Dirichlet boundary conditions from logarithmic law of the wall\\