Here's the breakdown: D is the 'leucistic' gene, which controls whether color cells migrate off the neural crest (leucistics have no migration, while wildtypes/goldens/melanoids do have migration). A is the albino gene (which controls the creation of melanophores, the 'brown' pigment, recessive a/a are albinos). M is the melanoid gene (which controls the creation of iridophores, the 'shiny' pigment, m/m have no iridophores and are generally very dark. They also lack the iridescent ring around the eye). Ax is the axanthic gene (which controls the production of xanthophores, the 'yellow' pigment, recessives ax/ax are generally weak and do not thrive, unless this occurs in conjunction with albinism).
Dad is D/? (he's golden, so he's not recessive), a/a (he's an albino, so he is recessive), M/m, probably (golden melanoids just don't occur, as melanism often results in the reduction of xanthophores as well), and Ax/ax (he's golden, again, so cannot be recessive).
Mum is d/d (leucistic, so no migration), A/? (not albino), unknown M (as you can have melanoid leucistics), and Ax/ax (failure to thrive if axanthic).
So your babies COULD come out D/d or d/d (leucistic or not), A/? (if mum is recessive for albino (A/a), you could get albino offspring), Melanoid unknown, and Ax/? or ax/? (axanthic or not).
So theoretically, you could have wildtypes, melanoids, leucistics, goldens, axanthics, white albinos, etc.
