Hi,
I have a question regarding the difference b/w "class methods" and
"object methods". Consider for example:
class MyClass:
x = 10
Now I can access MyClass.x -- I want a similar thing for functions. I
tried
class MyClass:
def some_func(x):
return x+2
When I call MyClass
Hi all,
I have a python prog:
#!/usr/bin/env
"""
Author: BDS
Version: 1.0
"""
def Hello():
""" Prints a Hello World to the screen"""
print "Hello, World"
if __name__ == "__main__":
Hello()
I want to use ReSt (reStructuredText) in my docstrings or comments.
Any example of how
On Apr 14, 12:21 pm, Bob Martin <[EMAIL PROTECTED]> wrote:
> in 342367 20080414 074410 [EMAIL PROTECTED] wrote:
>
> >Hello, I was hoping to get some opinions on a subject. I've been
> >programming Python for almost two years now. Recently I learned Perl,
> >but frankly I'm not very comfortable with
On Apr 11, 5:33 pm, bdsatish <[EMAIL PROTECTED]> wrote:
> HI Gerard,
>
> I think you've taken it to the best possible implementation. Thanks !
> On Apr 11, 5:14 pm, Gerard Flanagan <[EMAIL PROTECTED]> wrote:
>
> > In fact you c
HI Gerard,
I think you've taken it to the best possible implementation. Thanks !
On Apr 11, 5:14 pm, Gerard Flanagan <[EMAIL PROTECTED]> wrote:
> In fact you can avoid the call to the builtin round:
>
>
> def myround(x):
> n = int(x)
> if ab
On Apr 11, 4:37 pm, Scott David Daniels <[EMAIL PROTECTED]> wrote:
> bdsatish wrote:
> > The built-in function round( ) will always "round up", that is 1.5 is
> def rounded(v):
> rounded = round(v)
> if divmod(v, 1)[1] == .5 and divmod(round
On Apr 11, 4:24 pm, [EMAIL PROTECTED] wrote:
> On Apr 11, 1:19 pm, [EMAIL PROTECTED] wrote:
>
> > couldn't you just do.
>
> > #untested
> > new_round(n):
> > answer = round(n)
> > # is answer now odd
> > if answer % 2:
> > return answer - 1
> > else:
> > return answer
>
> Whoops, th
On Apr 11, 4:19 pm, [EMAIL PROTECTED] wrote:
> couldn't you just do.
>
> #untested
> new_round(n):
> answer = round(n)
> # is answer now odd
> if answer % 2:
> return answer - 1
> else:
> return answer
It fails for negative numbers: For -2.5 it gives -4.0 as answer
whereas I expect
On Apr 11, 3:27 pm, [EMAIL PROTECTED] wrote:
> On 11 avr, 12:14, bdsatish <[EMAIL PROTECTED]> wrote:
>
> > The built-in function round( ) will always "round up", that is 1.5 is
> > rounded to 2.0 and 2.5 is rounded to 3.0.
>
> > If I want to round to t
The built-in function round( ) will always "round up", that is 1.5 is
rounded to 2.0 and 2.5 is rounded to 3.0.
If I want to round to the nearest even, that is
my_round(1.5) = 2# As expected
my_round(2.5) = 2# Not 3, which is an odd num
I'm interested in rounding numbers of the f
How does (a/b) work when both 'a' and 'b' are pure integers ?
>> (9/2)
4
>> (-9/2)
-5
Why is it -5 ? I expect it to be -4 ? Because, in C/C++, 9/2 is 4 and
so negative of it, (-9/2) is -4.
What should I do to get C-like behavior ?
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