On Mar 2, 2014, at 12:43 AM, Ben Finney wrote:
>
> No, that's the opposite direction :-) Inside the ‘get_guess’ function
> you should use as many names as you need for the different purposes.
>
> So, you have one name ‘guess_number’ bound to the function's parameter.
> Don't bind anything else
This is what Im having trouble with now. Here are the directions I’m stuck on
and what I have so far, I’ll bold the part that’s dealing with the instructions
if anyone could help me figure out where I’m going wrong.
Thanks!
from random import randrange
randrange(1, 101)
from random import s
Scott W Dunning writes:
> This is what Im having trouble with now. Here are the directions I’m
> stuck on and what I have so far, I’ll bold the part that’s dealing
> with the instructions if anyone could help me figure out where I’m
> going wrong.
“Bold” assumes that markup of text will survive;
On 03/03/2014 05:03 AM, Scott W Dunning wrote:
Ben Finney makes numerous fine comments already. I'll add a few, some on the
same points but but expressed a bit differently (case it helps).
This is what Im having trouble with now. Here are the directions I’m stuck on
and what I have so far,
On 03/03/2014 11:27 AM, spir wrote:
How would you define what these variables represent, using everyday language? My
own definitions would lead me to choose the following variable names:
guess_text = raw_input(promt)
guess_number = int(user_guess)
return guess_number
sorry,
Thanks for the explanation.
Is there any reason or case you can think of where on a single system
you would use the manager (proxied) queue over the multiprocessing
(piped) queue?
Actually I can probably answer this myself...
The manager could potentially be extended to do some kind of data
vali
On Mon, Mar 3, 2014 at 6:45 AM, James Chapman wrote:
> Thanks for the explanation.
>
> Is there any reason or case you can think of where on a single system
> you would use the manager (proxied) queue over the multiprocessing
> (piped) queue?
Not really. But a manager also lets you share lists, d
Hi,
I'm doing a sum in a for loop:
www is the quantity I add.
MYMAP[i, j, k] = MYMAP[i, j, k] + www
MYMAP is a numpy array
I have strong reasons to think that in this operation happens some
numerical error...Have you suggestions to discover where it is?
thanks
Gabriele
__
Gabriele Brambilla writes:
> www is the quantity I add.
>
> MYMAP[i, j, k] = MYMAP[i, j, k] + www
>
> MYMAP is a numpy array
Unfortunately, we have no idea what values are in ‘MYMAP’ nor ‘www’. So
it's difficult for us to see what might be causing any problem, or even
whether there is any proble
> I'm doing a sum in a for loop:
>
> www is the quantity I add.
>
> MYMAP[i, j, k] = MYMAP[i, j, k] + www
>
> MYMAP is a numpy array
>
> I have strong reasons to think that in this operation happens some numerical
> error...Have you suggestions to discover where it is?
Hi Gabriele,
Can you expl
On Mon, Mar 03, 2014 at 08:00:52PM -0500, Gabriele Brambilla wrote:
> Hi,
>
> I'm doing a sum in a for loop:
>
> www is the quantity I add.
>
> MYMAP[i, j, k] = MYMAP[i, j, k] + www
>
> MYMAP is a numpy array
>
> I have strong reasons to think that in this operation happens some
> numerical er
ok,
the things I get is very specific.
my results differs from the other guy's ones with which I compare them for
slightly details.
We fit the data with a function and we obtain different but similar values.
our fit routines on the same data return the same results. So we produce
different data.
t
for example I read this:
On Pythons prior to 2.7 and 3.1, once you start experimenting with
floating-point numbers, you're likely to stumble across something that may
look a bit odd at first glance:
>>> 3.1415 * 2 # repr: as code (Pythons < 2.7 and 3.1)
6.2834
>>> print(3.1415 * 2) # s
Gabriele Brambilla writes:
> the values in www are like 1.01e-134 and also smaller, and I sum values
> like this: there could be any problem summing so small numbers?
The default floating-point number type in Python is a fixed-precision
float http://docs.python.org/3/library/stdtypes.html#typesn
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