Rounding up to the nearest exact logarithmic decade
grante at visi.com
Wed Mar 1 00:35:50 CET 2006
On 2006-02-28, johnzenger at gmail.com <johnzenger at gmail.com> wrote:
> I like Fredrik's solution. If for some reason you are afraid of
> logarithms, you could also do:
>>>> x = 4978
>>>> decades = [10 ** n for n in xrange(-1,8)]
>>>> import itertools
>>>> itertools.ifilter(lambda decade: x < decade, decades).next()
> BTW, are the python-dev guys aware that 10 ** -1 = 0.10000000000000001 ?
You're joking, right?
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