Moderator: Community Team

That's an interesting site. You might also like http://www.gamesbyemail.com/Games/Gambit/BattleOddsFeanor79 wrote:http://bartell.org/cgi-bin/risk.cgi
Programmers have looked into it.Feanor79 wrote:Just because the numbers work out in the end, does not mean that the system is fair. To truly test the if the system is fair, you would have to run a repeated measures analysis. Building confidence intervals around final totals is the weakest test. For example: 1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,6,6,6,6 will give you even final averages, but noone would argue this is random. So, while a dice tracker can give you total analysis, only a history and a repeated measures analysis can determine if the distribution is random.
While intuition is not scientific, I feel that I will have a great days and get great rolls for a several days, then for several days I cannot beat a 16 v 1 to save my life. We all have these feelings, and I think, without the numbers I cannot test it, that the probabilities of everyone having these events randomly is quite low.
However, if the programers and the more experienced users say the system is right and stop whining, I will charge ahead and continue to be frustrated.
They answer that in their FAQs, I believe. They get their numbers from atmospheric noise.Feanor79 wrote:I don't know how random.org generates their numbers.
That might be logical, if each roll were pulled directly from random.org, but (unless things have changed recently) CC buys a large file of random numbers, and draws each line of rolls from there. Also, using standard attack (as opposed to auto), you're not drawing sequentially from the file anyway, since dozens (or more) other users will be drawing lines from the file in between your attacks.kiddicus maximus wrote:When your opponent rolls two 6's, stop. Give random.org a chance to recalibrate its randomness.
If you saw those numbers somewhere you would assume they weren't random... but they very well could be.Feanor79 wrote: weakest test. For example: 1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,6,6,6,6 will give you even final averages, but noone would argue this is random.