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[ QUOTE ] [ QUOTE ] You need: a) Winrate over the sample (x) b) Number of hands (n) c) Standard Deviation (found on the "More Info" window) (s) You can then calculate it as follows: For a 95% Confidence Interval: x <u>+</u> 1.96 * s/sqrt(n) For a 99% Confidence Interval: x <u>+</u> 2.5758 * s/sqrt(n) Standard Deviations tend to be pretty large, so expect the ranges to be large, as well. [/ QUOTE ]Ok, here's what PT shows currently on a set of: 12607 hands 11.73 BB/100 30.7998 Big Bets SD/100 So, uh, what's that do for you? How do I reverse engineer a confidence rate from those numbers? Evan Evans [/ QUOTE ] for the biggest winner in poker ever, you suck at math. he gave you the goddam formula. you dont have a calculator? [/ QUOTE ]No he didn't. What he gave isn't even an equation. You go ahead and try and solve it. Evan Evans |
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