If their mother is the Buff Laced Polish (white laced gold), and their father is blue, then they have dominant white (turns black to white, even if the chicken also has the gene to turn black to blue.)
They show white almost all over, so they got the genes for black-all-over from their father, and the genes for lacing from their mother.
They got the gold gene from their mother (if they are males), and I don't know whether they got gold or silver from their father (since his color does not allow it to show.)
So crossing them to the Buff Laced Polish hen (white laced gold), I would expect:
--about half of chicks will look white. These are the ones who inherit the genes for black-all-over, plus Dominant White to turn all that black into white. All males will carry gold from their mother, but will not show it (except maybe as a bit of leakage in the white.) Depending on what is passed down from the original blue rooster, the chicks may have the gold or the silver gene (gold or silver daughters, gold or silver/gold split sons). Chicks may also have the blue gene, but again it won't show because of the white. Some chicks will be pure for Dominant White, others will be split and are more likely to show bits of black or blue.
--the other half of the chicks will have the genes to show a pattern of black & gold. This pattern might be lacing, but is likely to be incomplete lacing or some other arrangement that has no specific name. They will not actually look black and gold, because the black will be changed to white (Dominant White). They may show gold, or they may show silver (if the original blue rooster had the silver gene.) So either white patterning on gold, or white patterning on silver. Half will be pure for Dominant White, half will be split (might show bits of black or blue.) Some chicks might have the blue gene, but you won't be able to tell, because all the black is already changed to white.
It looks like one white chick is frizzled, the other not.
Crossing the smooth chick to a smooth hen will give only smooth chicks.
Crossing the frizzled chick to a smooth hen should give half frizzled chicks, half smooth chicks.
All chicks should have crests.
Chicks are likely to have feathered feet, but there is a chance of a few clean feet.
If a cockerel has 5 toes, half of his chicks probably will too. If a cockerel has the normal 4 toes per foot, his chicks are likely to all have 4 toes too.
The skin of the legs will mostly show black, gray, or slate/blue. You've got several skin color genes involved, and some of the feather color genes also have an effect on the color of the leg skin.
That rooster is her father, right?
Chicks in black, blue, and splash.
About 1/2 of chicks with naked necks.
Most or all chicks should have crests and feathered feet. If she has a 5th toes, most of all chicks should also have 5th toes. If she has 4 toes, then probably half of the chicks will have 4 toes and the other half will have 5 toes.
Skin color will be black on most of the chicks, but may be lighter on some (especially on chicks with splash feathers.)
He is frizzled and she is not, so half of chicks should be frizzled and the other half should have smooth feathers.
There is a chance of chicks with silkie-type feathers. If he has the silkie gene, and if she inherited that gene from him, then 1/4 of the chicks will show silkie feathers. But if he does not have the silkie gene, or if he has it but she did not inherit it, then you will not get any chicks with silkie feathers.
I have broken it down into parts, as I considered various genes and combinations of genes. But then all the different genes get combined in various ways into a chicken. So you could easily get hatches where every chick has a unique combination of traits.
Just considering a few of the genes: from the naked neck pullet, chicks could be naked neck or not, could be frizzled or not, and could be black/blue/splash.
Which could give:
frizzled black naked necks
smooth black naked necks
frizzled black not-naked
smooth black not-naked
frizzled blue naked necks
smooth blue naked necks
frizzled blue not-naked
smooth blue not-naked
frizzled splash naked necks
smooth splash naked necks
frizzled splash not-naked
smooth splash not-naked
And they could be males or females, and there are still other traits to consider....
The chicken calculator
http://kippenjungle.nl/breeds/crossbreeds.html
will give a listing of all the possible combinations.
But I find it easier to think about if I consider each gene separately, except when it is affected by another gene (like Dominant White making it so you can't see black/blue/splash, or black all over making you unable to see gold/silver.)
I gave some of my buff laced polish eggs to a friend so that she could hatch them (roosters & Hens are both buff laced)
