funny "Robocode has peaked" quote

FWIW, I have absolutely been trying to keep some good dynamics with incomplete information in BerryBots. But I haven't spent enough time writing bots yet to get a good feel for what I have so far.

I think what I'll end up with in BerryBots is significantly more information than you get from Robocode on an open battle field, but you also don't see anything beyond walls (besides death events), which is pretty major. I also think that between the visibility stuff and how I'm planning to model the coding of teams, team play could be a lot more fun and popular than it is in Robocode.

Out of curiousity, with regards to teams... how large teams are you thinking of? Some of the videos you've showed with a bunch of bots bouncing around make me think it would be kind of neat to do large swarms if it can be done with acceptable performance :)

Well, I'm certainly leaving the door open for huge teams (say 20, 50, 100 bots?), which I also think would be awesome. Running more than a few complex bots at once is probably not going to be a great experience on the Raspberry Pi, so running huge numbers of bots isn't a major focus just yet. But it should be fine on modern computers.

The big difference in how I want to handle teams is it will just be one program controlling multiple bots, instead of independent programs with only cumbersome messaging between them. You'll have a global view from the visibility of all your bots and be able to control them individually without messing with communication protocols or anything. This should also offer performance gains - the engine has a lot less line of sight calculations to deal with, running 2 Lua states with 50 bots each seems a lot nicer than running 100 separate Lua states, and the bot author can eliminate duplicate processing that would probably exist in each bot if they were running separately.

Imperfect information (invisible bullets) is what makes learning strategies dominant.

If radars could see bullets, Robocode would easily degrade into a ramming game. Imperfect information was probably intentional.

Visible bullets would lead to perfect dodging or perfect bullet shielding, unless many other variables were also changed, like tick-bullets and bullets which don´t collide with each other, or obstacles in the battlefield.

At sufficiently close range, perfect dodging and perfect shielding would not be possible. While strategies besides rambots might be viable, they would need to be close range strategies.

As an aside, robocode with tick-bullets (even with invisible bullets) could be interesting. With the currently usual bullet power values, I'd suspect that would make it possible though, for bots to make wide enough bullet interesection "shadows" in waves to always stay 100% safe. With smaller faster ones that might not be such a stalemate though.

The sadist in me says apply Heisenberg uncertainty to the visible bullets. You can know their position, or their momentum vector, but not both at once. ;)