'Shot distance calc. for shootval-base
'*.refxpos *.refypos *.xpos *.ypos dist 2 logx -1 mult .shootval store
'find newaimangle
'*.refaim sin *.refvelscalar mult *.refxpos *.refypos dist sqr *.refvelscalar sqr add 2 *.refxpos *.refypos dist mult *.refvelscalar mult sub *.refaim cos div *.refaim sin *.refvelscalar mult *.refxpos *.refypos dist sqr *.refvelscalar sqr add 2 *.refxpos *.refypos dist mult *.refvelscalar mult sub *.refaim cos div 3 pow 6 div add
'find newdist
'*.refxpos *.refypos dist sqr *.refvelscalar sqr add 2 *.refxpos *.refypos dist mult *.refvelscalar mult sub *.refaim cos

'Shot velocity is 40 per cycle
'Base shot range is:
'*.body 2 logx 60 mult

'So, best shootval dist to predict future destination (not taking in account shot velocity)
'*.body 2 logx 60 mult *.refxpos *.refypos dist sqr *.refvelscalar sqr add 2 *.refxpos *.refypos dist mult *.refvelscalar mult sub *.refaim cos sub abs 2 logx -1 mult .shootval store
'TESTED: works like a dream!

'The aiming kinda works- it shoots ahead of the bot. However, depending on how "late" in the cycle (?)
'or something like that, it does not hit. Not taking into account shot velocity causes problems as well.
'Another problem is that it overturns with large distances.

'Now, to take into account shot velocity:
'All the previus formulas assume shot will reach destination in 1 cycle (calc. are for bot's movement in a cycle)

'This might get complicated. I will need to divide newdist by 40 to see how many cycles will it take
'for a shot to travel the distance, then see how far the prey will move in that many cycles, 
'then adjust

'However, this could also just be used as a system for pre-aiming, instead of a pre-emptive shot, however cool that is 
'The exact formula to do so just eludes me...

'Perhaps I should put up these formulas as bits of nfo for those who might have an idea of how to acheive the gloriously terrifying idea of the
'preemptive shot!