This was inspired by posts on the other thread.
In here, I will determine the representations of many of the degenerate Wythoffian polychora (those that have {6/2} faces, degenerate cells etc). This first post will cover the linear o3o3o3o and related. The 3-D ones are all lised on Klitzing's website.
NOTE: to avoid redundancies, if a polychoron is identical to one listed, such as x3x3o3o and x3x3/2o3o, it will only be written once:
o3o3o3o:
x3o3o3o - pen
o3x3o3o - rap
x3x3o3o - tip
x3o3x3o - srip
x3o3o3x - spid
o3x3x3o - deca
x3x3x3o -grip
x3x3o3x - prip
x3x3x3x - gippid
o3o3o3/2o:
o3o3x3/2x - 4-covered pen
o3x3o3/2x - pinnip + 5 2thah
reduced o3x3o3/2x by 2thah - pinnip (in rap regiment, cells octs and trips)
x3o3o3/2x - 2-covered firp
hemi x3o3o3/2x - firp (in rap regiment, cells tets and trips)
o3x3x3/2x - sirdop + 20{6/2}
reduced o3x3x3/2x by {6/2} - sirdop (in srip regiment, cells choes, tuts, trips)
x3o3x3/2x - piphid + 10 2trip
reduced x3o3x3/2x by 2trip - piphid (in spid regiment, cells tets, trips, coes)
x3x3o3/2x - pirpop + 5 2thah
reduced x3x3o3/2x by 2thah - pirpop (in srip regiment, cells tuts, trips, hips)
x3x3x3/2x - ripdip + 10 2trip
reduced x3x3x3/2x by 2trip - ripdip (in prip regiment, cells choes, toes, hips)
o3o3/2o3o:
o3x3/2x3o - 6-covered pen
x3x3/2x3o - nipdip + 10{6/2}
reduced x3x3/2x3o by {6/2} - nipdip (in spid regiment, cells tets, trips, choes)
x3x3/2x3x - 2garpop + 20{6/2}
reduced x3x3/2x3x by {6/2} - garpop (in srip regiment, cells choes and hips)
o3o3/2o3/2o:
o3x3/2x3/2x - 2rap+firp (?) (cells "2oct+6{4}", 3tet, trip)
x3o3/2x3/2x - 3firp+5 2thah
x3x3/2x3/2x - garpop + ? (cells "2oct+6{4}", "cho+4{6/2}", hip, 2trip)
o3/2o3o3/2o:
x3/2x3x3/x - ? (cells are "cho+4{6/2}"s and 2trips)
o3/2o3/2o3/2o:
x3/2x3/2x3/2x - 4pinnip (?) (cells are "2oct+6{4}"s and 2trips)