Hi Howard, thanks for showing interest. I was looking at addtocomposite function, i noticed that the flags have a numerical value (integers). The values are 1,2,4,8,16,32,64,128. If you use number 3 as a flag it will use flags 1 & 2. Now I can write if, then statements or case/switch for every combination. The number of combinations is factorial so as the number of flags increase then writing statements become tedious and impractical. So googled for a solution and I found the Python solution on stackoverflow.com. I thought maybe if logic can be written in afl. I spent the long weekend on it with no success.
The flag numbers are integers, they start with 1 and subsequently would be twice the previous one I don't know what the upper limit would be (some integer in progression I explained). The only restriction is that each number is used once. The sum is used to determine which flags were used.
Posted by: l3456@excite.com
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