  Vacuum neutrino-oscillation probabilities from a simple three-flavor model
with both mass-square differences and timelike Fermi-point splittings have been
presented in a previous article [hep-ph/0504274]. Here, further results are
given: first, for specific parameters relevant to MINOS in the low-energy mode
and, then, for arbitrary parameters. A generalized model with equidistant
Fermi-point splittings and an additional complex phase is also discussed. If
relevant, this generalized model might have interesting effects at future
long-baseline oscillation experiments.
