Raymond Hettinger wrote: > From: "Christian Tismer" <tismer@tismer.com> > >>>Greg> The problem as I see it is not the magnitude of the number, but >>>Greg> that the number of significant bits grows without bound, if you >>>Greg> never throw any of them away. >>> >>>So I'm suggesting that maybe it won't get bad as quickly if >>>you keep only the significant bits :-) >> >>Yes. And this is what a rounding to float would do for you. > > > That is unless you wanted more precision than comes with a float. > Normalization to some arbitrary maximum denominator magnitude > would be a more general purpose solution. Sure, this is right. So rationals are seriously considered? Would be great. ciao - chris -- Christian Tismer :^) <mailto:tismer@tismer.com> Mission Impossible 5oftware : Have a break! Take a ride on Python's Johannes-Niemeyer-Weg 9a : *Starship* http://starship.python.net/ 14109 Berlin : PGP key -> http://wwwkeys.pgp.net/ work +49 30 89 09 53 34 home +49 30 802 86 56 pager +49 173 24 18 776 PGP 0x57F3BF04 9064 F4E1 D754 C2FF 1619 305B C09C 5A3B 57F3 BF04 whom do you want to sponsor today? http://www.stackless.com/
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