waiting game by Eauix
No Description provided.
gaussian
20000years
impossible
game
waiting
timekiller
sparkmaze
randomizer
long
gaussagain
Comments
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muzau 20th Dec 2016
You made strange measurements considering the framerate of the program which has absolutely nothing to do with the odds of a spark reaching the bottom -
muzau 20th Dec 2016nevermind i can't add. 48 x 12 x 12 x 12
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muzau 20th Dec 2016there are 96 outputs in the bottom row of the first triangle, and 12 in each of the rest. 1 in 96 x 1 in 12 x 1 in 12 x 1 in 12 = 1 in 165,888
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muzau 20th Dec 2016Yeah I read your math. It assumes a lot more is at play than just the bottom outputs and is grossly overestimated.
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LBPHacker 20th Dec 2016
@muzau: Try again. Or just scroll back a bit and see the older comments. -
muzau 20th Dec 2016small mistake below- triangles have 48 and 6 PAIRS of outputs. this makes those numbers 92 x 12 x 12 x 12. 1 in 165,888.
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explorer 20th Dec 2016
use air -
muzau 20th Dec 2016Please remember kids using the powder toy, that making up math doesn't make you look any smarter, and makes it harder to learn math correctly.
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muzau 20th Dec 2016continued: For this reason the only numbers relevant to calculating the chances are the BOTTOM ROW. 48 x 6 x 6 x 6 = 10,368. There is a 1 in 10,368 chance that any spark will make it to the bottom. While this is a very low chance, it is absolutely not 1 in several billion as people have suggested.
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muzau 20th Dec 2016In this triangle, a spark fired from the top always makes it to the bottom. This means that there is a 1 in 48 chance of it making it to the next triangle. There are then three more triangles with a 1 in 6 chance of continuation because sparks that are fired from the top ALWAYS make it to the bottom.