  We propose a general approach for the implementation of the hybrid entangled
states consisting of continuous variable (CV) and discrete variable (DV)
states. Peculiarities of DV-CV interaction mechanism on the beam splitter with
arbitrary parameters is key for the for the birth of the entangled hybridity
provided that some measurement event is registered in auxiliary mode. We show
that the CV states forming entangled state can consist exclusively of either
even or odd Fock states. Various input CV states including Schrodinger cat
state (SCSs) are used at the input of the beam splitter where they mix with
delocalized single photon. We show the hybrid entanglement generation is
observed at any values of the experimental parameters used. Degree of the
hybrid entanglement is evaluated. Conditions for generating the maximally
entangled hybridity are established.
