No, here I don't want the discussion to be about measuring or predicting the value of c at all, no way, no how. It has nothing
to do with explaining how AA values are computed from SR aberration formulas. You may independently add something to thread on measuring c using aberration that does not involve calculations or tables in AA.
And this set of issues is purely about your misunderstanding both the Bradly and SR aberration formulas and the application to AA computations and has nothing to do with predicting c. It was felt since none of us in that forum had a copy of AA (and we cannot take your presentation of it as accurate), explaining how all this is consistent in detail would better be done by someone here who might have a copy.
You consistently call the Bradley formula a declination formula. This is purely a falsehood, and this has been explained at least 6 times to you. It is formula for total angular deviation of an object whose position is orthogonal to earth's motion, and the direction of deviation is in the plane formed by the earth's velocity vector and the light path. The AA is all about the equatorial coordinate system (as witnessed by terms declination and right ascension). The angular difference in the Bradley formula translates in somewhat complex ways to declination and right ascension change.
So I suggest here we first focus on the issue that there is actually no discrepancy whatsoever between AA computations and SR aberration, since the former is derived from the latter. Until this misunderstanding is addressed, all the rest is irrelevant.