  A pi-pi, Kbar-K, and rho-rho(omega-omega) fully coupled channel model is used
to predict the lowest isospin S, P, D, F-wave phase shifts and inelasticities
for elastic pi-pi scattering from threshold to 2.0 GeV. As input the S-matrix
is required to exhibit poles corresponding to the meson resonance table of the
Particle Data Group. As expected, the pi-pi inelasticity is very strongly
related to the opening of the Kbar-K channel near 1 GeV, and the opening of
rho-rho(4pi) and omega-omega(6pi) channels in the 1.5 GeV region. The
predictions of this model are compared to the various elastic pi-pi to pi-pi
amplitudes, that were obtained from analyses of pi(-) p to pi(-) pi(+) n data.
The role of the various resonances, in particular the glueball candidate
f_0(1500) and the f_J(1710) is investigated.
