Notes. The model number is the same as in Table 2 of Paper II. Letters following the model numbers indicate slight modifications to the models; we use ‘c’ to indicate that the halo concentration c₂₀₀ is a fully free parameter, and ‘e’ that the Einasto total density model ρ(r) model is adopted. The rows are (1): color coding used in the figures (unless otherwise specified); (2): total density model; (3): velocity anisotropy model (parameter δ of Eq. (8)); (4): Gelman & Rubin (1992) convergence criterion of the 6 MCMC chains (values below 0.02 are considered very good, and values between 0.02 and 0.04 are considered adequate); (5): number of free parameters; (6): virial radius; (7): halo concentration (when c₂₀₀ = f(M₂₀₀) we use Eq. (9) from Dutton & Macciò (2014) to estimate c₂₀₀ from M₂₀₀, so c₂₀₀ is not a fully free parameter: it has a Gaussian prior with uncertainty σ(log c₂₀₀) = 0.1); (8): slope of the inner total mass density profile; (9–12): for each of the three morphological classes, the scale radius of the number density profile (9), the inner (10) and outer (11) velocity anisotropies, and the anisotropy radius (12), where r_β = r_ν means that we fixed the anisotropy radius to the tracer scale radius.