That information doesn't exist far as I know. Setting up a carburetor, q-jet, Holley, AFB, Theroquad, etc, involves modifications to several areas of the carburetor to get a good end result.
Although I've seen some published information on jetting, and jet/metering rod combinations to determine the delivery area, such as those listed in some of Lars writings, there isn't any specific information on airbleeds, idle or main, that would indicate the exact effects across the entire airflow range as to what the exact effect(s), or results would be?
Also keep in mind that other items effect these results, such as fuel pressure, float level, size of the inlet seat, size of the float, airbleed size at the nozzle, which nozzle is being used (there were at least 4 different nozzles, probably more) in any particular carburetor, etc.
The idle system also compliments the main system up through transition, as fuel is delivered past the idle transfer slots and thru the lower idle airbleed at increasing throttle angles.
For these reasons, tuning becomes a matter of using a "recipe" to many areas/parts of the carburetor, other than simply one particular item, such as an main airbleed.
I could easly write an entire book on custom modifications to airbleeds and custom tuning the other areas of the carburetor associated with airbleed and jet/metering rod tuning. I'm sure there would be some who would benefit from this.
If/when we are asked to give our Q-jet book a "face-lift", I've planned on going deeper into specific tuning and more high performance modifications, and go into greater detail with some of the areas we already covered.......Cliff