On Jun 29, 2014, at 0:28, Kai Krakow hurikha...@gmail.com wrote:
Matti Nykyri matti.nyk...@iki.fi schrieb:
On Jun 27, 2014, at 0:00, Kai Krakow hurikha...@gmail.com wrote:
Matti Nykyri matti.nyk...@iki.fi schrieb:
If you are looking a mathematically perfect solution there is a simple
Matti Nykyri matti.nyk...@iki.fi schrieb:
On Jun 27, 2014, at 0:00, Kai Krakow hurikha...@gmail.com wrote:
Matti Nykyri matti.nyk...@iki.fi schrieb:
If you are looking a mathematically perfect solution there is a simple
one even if your list is not in the power of 2! Take 6 bits at a time
On Sat, Jun 28, 2014 at 4:28 PM, Kai Krakow hurikha...@gmail.com wrote:
[ ... ]
I cannot follow your reasoning here - but I'd like to learn. Actually, I ran
this multiple times and never saw long sets of the same character, even no
short sets of the same character. The 0 or 1 is always rolled
On Sat, Jun 28 2014, Canek Peláez Valdés wrote:
That doesn't matter. Take a non-negative integer N; if you flip a coin
an infinite number of times, then the probability of the coin landing
on the same face N times in a row is 1.
This is certainly true.
This means that it is *guaranteed* to
On Sat, Jun 28, 2014 at 7:37 PM, gottl...@nyu.edu wrote:
On Sat, Jun 28 2014, Canek Peláez Valdés wrote:
That doesn't matter. Take a non-negative integer N; if you flip a coin
an infinite number of times, then the probability of the coin landing
on the same face N times in a row is 1.
This
thegeezer thegee...@thegeezer.net schrieb:
On 06/26/2014 11:07 PM, Kai Krakow wrote:
It is worth noting that my approach has the tendency of generating random
characters in sequence.
sorry but had to share this http://dilbert.com/strips/comic/2001-10-25/
:-)
I'm no mathematician, but
On Fri, 27 Jun 2014 19:50:15 +0200, Kai Krakow wrote:
You can actually learn from Dilbert comics. ;-)
Unless you're a PHB, they never learn.
--
Neil Bothwick
You know how dumb the average person is? Well, statistically, half of
them are even dumber than that - Lewton, P.I.
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