User:Awesomeness

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Revision as of 16:26, 5 May 2009 by Awesomeness (talk | contribs) (Don't want to be too harsh!)
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LOL This user loves to watch robots explode as they try to comprehend the previous two userboxes.
=) This user dislikes smileys like this: :-) and prefers: =)

About Me

Hello! I found this while looking around on the internet! It's so cool! Even though I'm only 13, I'm a pretty good at Java and really good at Python.

My Projects

Currently I am working on a robot called DodgeBot. It's named that because it was originally intended to dodge bullets. I'm going to rename it when I think it's finished. He has a superb movement system that dodges many, many bullets. It gets 75% against N, which I'm very proud of =) It is totally a one on one robot, and it's movement is stimulated by it's target shooting, which works because enemies usually shoot a lot XD


DodgeBot has superb movement. I like it a lot. It's simple too! However, the code in my opinion is a little on the long side (I'm not good at making code shorter) and it's gun isn't that good. It never loses a lock once it's found a target! Note that although DodgeBot does okay in melee, it is strictly a one-on-one robot. I have discovered that many of my one-on-one bots do VERY well in melee too...

NEWS: I've finished! Check it out at the Fission page.

Anyway, I'm also working on my first NanoBot, and man, it's hard! You have to seriously cut back on code. It takes many sacrifices. However, my new bot, Elite, is doing fine. In a hundred rounds it gets 70% against N, and a startling 64% against PulsarNano, 22nd in the overall world rankings. Elite seems to be very competitive. I also made it on my own; didn't take any code or ideas from anyone else. I was just bored in study hall XD He also gets 51% on NanoSatan.


Newest News

Recently I have been working on my first really complicated bot. I'm using trigonometry and having to invent my own formulas. It's really hard because I'm only in seventh grade! However, my bullet simulators and predictors are doing fine.