gilgul Posted December 11, 2017 #1 Posted December 11, 2017 I get the first part of creating a number between 0 and 1000000, but then, how is that translates into the crush point? For all I know maybe the crashpoint is not even connected and it is not really fair
skillex Posted December 11, 2017 #2 Posted December 11, 2017 Im confused for winning probability of this game also thats why I seldom play this
kulegutten Posted December 13, 2017 #3 Posted December 13, 2017 I don't really understand it either I feel like i always lose/crash early
Featured Comment Dan Posted February 22, 2018 Featured Comment #4 Posted February 22, 2018 You can use a 3rd part verifier tool such as one that is found here: https://rgbkey.github.io/stake-verifier/#/ The code is opensource and can be found here: https://github.com/RGBKey/stake-verifier I just noticed we have a line missing in the verification explanation which shows the connection between 0.578198 and the actual result. I will show you the maths now (can be confirmed with verifier) (148/256^1) + (004/256^2) + (209/256^3) + (244/256^4) (0.578125) + (0.00006103515) + (0.00001245737) + (5.68106771e-8) = 0.57819854933 1000000 / ((0.57819854933 * 1000000) + 1) * 0.98 = 1.69491657532 Final result: 1.69x or in our code, the missing part of the equation is: const result = number => Math.round(1e6 / (number + 1) * (1 - 0.02)) / 100
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