On Nov 14, 2:45 pm, "Fredrik Johansson" <[EMAIL PROTECTED]>
wrote:
> Unlike mpmath, the decimal module doesn't support non-integer powers
> (except for square roots), and nor does gmpy (though you can do them
> indirectly as mensanator showed earlier in the thread). And numpy /
> scipy don't suppo
On Nov 14, 2007 8:21 PM, <[EMAIL PROTECTED]> wrote:
> You could also use the Decimal module to keep things accurate. Some
> people like numpy or scipy for the more complex math problems they do.
Unlike mpmath, the decimal module doesn't support non-integer powers
(except for square roots), and no
On Nov 14, 3:20 am, "Fredrik Johansson" <[EMAIL PROTECTED]>
wrote:
> Dick Moores wrote:
> > For 1234 ** 10.9, why the wrong result from mpmath.power()?
>
> >
> > #!/usr/bin/env python
> > #coding=utf-8
> > from mpmath import *
>
> > mpf.dps = 32
>
> > x = mp
On Nov 13, 11:55 pm, Dick Moores <[EMAIL PROTECTED]> wrote:
> For 1234 ** 10.9, why the wrong result from mpmath.power()?
>
>
> #!/usr/bin/env python
> #coding=utf-8
> from mpmath import *
>
> mpf.dps = 32
>
> x = mpf(1234)
> y = mpf(10.9)
>
> print power(x,
Dick Moores wrote:
> For 1234 ** 10.9, why the wrong result from mpmath.power()?
>
>
> #!/usr/bin/env python
> #coding=utf-8
> from mpmath import *
>
> mpf.dps = 32
>
> x = mpf(1234)
> y = mpf(10.9)
>
> print power(x,y)
> print "4.95832786481550414774152344
For 1234 ** 10.9, why the wrong result from mpmath.power()?
#!/usr/bin/env python
#coding=utf-8
from mpmath import *
mpf.dps = 32
x = mpf(1234)
y = mpf(10.9)
print power(x,y)
print "4.9583278648155041477415234438717e+33" # from Windows calculator
"""
ou
