lol,,
don't worry people I will explain everything in time.
For now let me tell you that the this_command_is_too_long_bs will be greatly simplifyed. This commands can be inserted with a human, but they are generated when two robots reproduce sexualy, a human can make a mistake in the data structure so it is sugested that a human does not mess with them.
By co-mutate I mean two or more dnas simplify into one:
ex:
50 .up 5 .aimdx
20 .up 5 .aimsx
co-mutations A trough C:
A:
50 .up 5 .aimsx 5 .aimdx
20 .up 5 .aimsx
B:
50 .up 5 .aimsx 5 .aimdx
50 .up 5 .aimsx
C:
50 .up 5 .aimsx 5 .aimdx
50 .up 5 .aimsx 5 .aimdx
resolting single dna:
50 .up 5 .aimsx 5.aimdx
All mutations of the robots (until the dna is reset into one) must simplify together the two or more dnas.
It works by taking each "word" like "50" or ".aimdx" and seeing were in the other dna file it accures , if it does not accure at all the calculation for it is 100% if in the other dna it accures in the same location it is 0%. all presentages from all dna compared is added up and devided by the number of "words". The idea is that the presentage goes down each time the robot mutates.
I will give you another mutation example later with my first robot example. The whole thing is like 6 or 7 sheets; I thinked long and hard about my system. It may seem too complex but you guys will understand why it is... Hopefully I will have a chance to show you the whole thing in a couple of weeks or after the holidays...