View source for Talk:Targeting Challenge RM
Ok, the download link of the reference bots points to nothing. I'll check this evening if I have the zip at home. --GrubbmGait 11:56, 29 March 2011 (UTC)
I just checked here, and while I don't have this zip, I do have the zips of all the other targeting challenges this one gets it's bots from, so I could re-create this one later today if nobody finds it first. --Rednaxela 12:24, 29 March 2011 (UTC)
Haha - so much for my suggestion... Nice job finding the right link, Nat. --Voidious 14:04, 29 March 2011 (UTC)
|Thread title||Replies||Last modified|
|Relationship between TCRM and hitrate||16||17:29, 11 July 2019|
|SandboxDT issue||1||04:35, 16 November 2017|
|Targeting Challenge RM||1||22:22, 25 December 2013|
According to my stats, a tcrm battle on average contains 1194.5213333333336 shots, ignoring 1.0 bullets, and given the hitrate as x, you get tcrm score = 1194.5213333333336 * 16 / 35 * x = 546.0668952380953x
for 100 tcrm score, the expected hitrate is 0.18312774656738373 and for 0.001 improvement in hitrate, you get 0.001 * 546.0668952380953 = 0.5460668952380954 improvement in tcrm score.
If the relationship is mostly linear, then you can just expect that, 0.55 diff in tcrm indicates only 0.001 in hitrate.
Question: is that worth it to work on tcrm scores so hard for only 0.001 hitrate?
At first glance I would say no.
And doing some calculations, if the average points scored in a 35 round battle is ~5,000, and the average amount of bullets fired by you in a match is ~2,000, a gain of 0.001 in hitrate would mean that you hit 0.001 * 2,000 = 2 extra bullets per match.
The bullet damage done would go up to 20, assuming you are firing at a firepower of 2.
So if the prior score was 2500 / 5000 = 50%, a 0.001 hitrate gain would mean your score would go up to 2520 / 5020 = 50.4%.
But I took a lot of assumptions with my math and it's probably not super accurate.
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I would vote for the targets to fire a 1 power bullet away from you each time you fire. Then it would be more sensitive to small changes even at higher levels.
I am not sure about that. You get a bit more difference in bulletscore, but less difference in survival, at least against the good movers (which are the most interesting)
I think this is better than a non-firing target, as hit-rate is not the only thing that affects score.
If you choose to fire only when a guaranteed hit is possible, hit-rate will be 100%, however you merely earn score this way.
Then a target that losses energy which is the score you can earn potentially could better simulate real world situations
I think the reverse of mc2k7 could be used
The reference bots will be using RaikoGun.java from mc2k7 for radar, gun and energy management
And the challengers use their own gun which fires 3.0 bullets where possible, and the movement should be a modified version of RaikoMicro’s, which allows prediction of one’s own movement. The appearance of the movement should be kept the same though.
Although bullet damage doesn’t scale to 100 in this case, since the only variable is your gun, all reference bots are given the same weight actually, scaling isn’t necessary.
I like the idea of the reference bots using RaikoGun.java and the challengers using our own guns.
What type of bots should we have in the challenge? Maybe we should make the reference bots kind of match the LiteRumble population, so maybe ~20% wave surfers, ~50 random movement, and the rest oscillator/pattern movements?
I'm rather clueless on the average amount of each archetype in the LiteRumble, but I think these stats sound about right.
The problem of letting the reference bots to use real guns is that it further obscures the relationship between hitrate and score, and the randomness added from reference bots hitting you means more seasons must be used for reliable score.
However this makes bullet shadow possible, so that you can finally test your guns’ performance against bullet shadowers in tc.
Another option would be to use a snapshot of the entire rumble However in this case we can’t control the guns
So that each opponent maybe given different weights, where normalization should be used to compensate
I think this approach should be the most relevant one to rumble score, however it makes relationship between hitrate and score unclear, if different opponents aren’t normalized well
I'm having problems running battles against SandboxDT release for this challenge. Can you guys reproduce this? If so, is this known? If not, are you using the jar provided in the reference bots package?