  We present a description of bilayers and quasi-three dimensional stacks of
Jain series of fractional quantum Hall states using their parton descriptions,
and argue for them as candidate states when the interlayer Coulombic
interaction is comparable to the intralayer Coulomb interaction. For the
bilayers, a K-matrix theory is presented and shown to be different from
decoupled or bonded layers. The quasi-3D systems have gapless gauge excitations
and gapped partons that may be able to move about in the 3D, thus presenting a
toy model for quantum Hall-like states in three dimensions.
