Doing better against simple targeters
← Thread:Talk:Movement/Doing better against simple targeters/reply (2)
AFAIK, you can crush LT/CT guns by moving closer that there’s only one wave in the air. Then some form of fire situation design will also give you some chance to generate Stop&Go movement and the alike, that works even against top guns.
Can you run your bot against those three when you have time? Just for the sake of my curiosity :P
ScalarBot is doing very bad against wsc LT/CT, but my score against those bots in real world seems to be even higher than some top bots. Seems that my gun is destroying them before they even had a chance to shot. ;)
I tried some dedicated buffer for the simple targeters, but it just don’t work (not giving me more score).
I think that’s because I’m too far away, visiting every fire situation, and making simple guns fire at every possible gf.
- That is probably because bots using "Fast Targeting" also use some non-learning movement.
But since simple guns are pretry predictable, you can always crush them by preloading gfs.
Yes, I do that, but I eventually start getting hit and then I stop falling back to my preloaded GFs. What I wonder is how those top 2K6 bots can still learn well.
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Maybe trying Normal Distribution would help. Sometimes I see Rechner just going between 2 possible bullet locations and get hit there.
I am using normal distribution in probability view. But this is not helping me against simple guns.
iirc something like 1 / (1 + abs(x)) works better.
What is a probability view?
I know bots starts using new predictors when enemy hit rate increases. It is just like a flattener but still does hit learning. Also I am amazed by Dookious and DrussGT dodging every type of targeting near perfect.
Wow, it seem that SimpleBot is performing way better —
| SimpleBot 0.024c.c.mc || Author || Type || 99.42 || 95.18 || 94.67 || 96.42 || 100.0 seasons
Where the biggest difference is the lack of precise intersection, and the use of 1 / (1 + abs(x)) as danger function.
Also, SimpleBot is examing stationary danger in both waves.