"1 female Chocolate Ancona, and one blue male Ancona. I have read brown is a sex linked color. So I figure my female was from a Chocolate Drake x black female"
Your female would have one brown dilution gene inherited from dad. The mom could have been chocolate, black, or even blue (assuming she didn't contribute her one available blue dilution gene)
"Does anyone know what I would get from mating the Chocolate female with the Blue Male"
Chocolate female would donate either one brown dilution gene to her male offsping, and none to her female offspring. The blue male would not donate any brown dilution genes (THIS IS ASSUMING THAT HE DOESN'T HAVE A RECESSIVE BROWN DILUTION GENE HIDING UNDERNEATH). He would however donate one blue dilution gene to about half of his offspring. the results would be:
25% single brown dilution, single blue dilution males (blue)
25% single brown dilution, no blue dilution males (black)
25% no brown dilution, single blue dilution females (blue)
25% no brown dilution, single blue dilution females (blue)
All of the males would be carriers of the brown dilution gene which they can pass along to their offsring.
"I know black is dominate to all other colors, and if I read right the brown comes next and then blue"
Actually, they all act together. The black gene turns all feather black. Add one blue dilution gene, and you get the color "blue". Add one more blue dilution gene and you get a color called "silver", or "splash"
And then, Black with a double dose of brown dilution (in males) and a single dose of brown dilution (in females) turn black into "chocolate".
Now Chocolate, along with a single blue dilution becomes "lilac", and with a double dose of blue becomes "lavender".
It's a bit confusing with the sex-linked gene in there. Hope this helps.
