Robert Kern <[EMAIL PROTECTED]> writes:
> sturlamolden wrote:
...
> > 5. Versioning control? For each program there is only one
> > developer and a single or a handful users.
...
> This is one thing that a lot of people seem to get wrong: version
> control is not a burden on software development. I
On Fri, 3 Mar 2006, Steven D'Aprano wrote:
> ... you can do this:
>
> import my_module
> my_module.set_environment("math") # or cmath, or numeric, or whatever
>
> Your my_module will be like this:
>
> # Warning: untested code.
> ENVIRON = None # global variables sometimes have their uses
>
> def
On Fri, 3 Mar 2006, david mugnai wrote:
[snip]
>
> If I don't misunderstood the problem, you can define an "init" method for
> your module_g
>
> (code not tested)
>
> module_g.py
> ---
>
> _functions = {}
> def init(mathmodule):
> _function['sqrt'] = getattr(mathmodule, 'sqrt', None)
>
>
> On Thu, 2 Mar 2006 16:12:53 -0800, Michael McNeil Forbes wrote:
>
>> I would like to write a module that provides some mathematical functions
>> on top of those defined in math, cmath etc. but I would like to make it
>> work with "any" type that overloads th
>> Are there any other more generic solutions (without having to write
>> "custom" functions like numpy.sqrt)?
>
> No. *Someone* always has to write those "custom" functions. In the case of
> len()
> and abs(), that someone was Guido. For numpy.sqrt(), that someone was Travis
> Oliphant. For anyth
> Michael McNeil Forbes wrote:
>> Here is one fairly ugly solution:
>>
>> module_g.py
>> ---
>> def g(x,math):
>> return math.sqrt(x)
>>
>>
>>>>> import math, cmath, module_g
>>>>> module_g.g(2,math)
I would like to write a module that provides some mathematical functions
on top of those defined in math, cmath etc. but I would like to make it
work with "any" type that overloads the math functions.
Thus, I would like to write:
module_f.py
def f(x):
""" Compute sqrt of x """
retu
