A new and highly precise numerical approach for computing stationary r
otating stellar configurations in general relativity has been employed
to construct rotating neutron star models. Fourteen equations of stat
e (EOS) of cold dense matter have been used to produce a ''catalog'' o
f thousands neutron star models, parametrized by the EOS, the central
energy density and the angular velocity. The results are presented in
a series of tables for each EOS. A particular emphasis is put on the p
roperties of maximal mass models. These latter are useful to constrain
the EOS, taking into account the observed pulsars.