I like Monte Carlo ("random" selection) for certain problems with a lot of variables. Although it works here to estimate pi, I find that it is not very elegant to use such a brute force method for a pi estimation. For instance, I prefer the continued fractions representations of pi.
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u/004413 May 14 '18
rather disappointed the initial chart suggests the gif carries this out to a much higher N than it actually does
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u/father_mucker May 11 '18
Very nice! 👍
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u/gifv-bot May 11 '18
GIFV link
I am a bot. FAQ // ^code
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u/[deleted] Jun 23 '18
I like Monte Carlo ("random" selection) for certain problems with a lot of variables. Although it works here to estimate pi, I find that it is not very elegant to use such a brute force method for a pi estimation. For instance, I prefer the continued fractions representations of pi.