On Friday 30 March 2007 17:43:42 Bill Baxter wrote:
> Actually I
> didn't realize that it had a loop in it, so thanks for pointing that
> out. I thought it was just and alias for array with some args.
I just realized that myself, going directly in the sources: that's how I found
that the ndmin
On 3/31/07, Pierre GM <[EMAIL PROTECTED]> wrote:
>
> > I think you'll want to add the copy=False arg if you go that route, or
> > else you'll end up with something that's much slower than atleast_1d
> > for any array that gets passed in. :-)
>
> Yep indeed. We can also add the subok=True flag.
>
>
On Friday 30 March 2007 16:26:26 Robert Kern wrote:
> True, not every
> two-liner should be in the core, but very-frequently-used two-liners that
> state the authors intent clearer can have a good case made for them.
Fair enough, I'll keep that in mind.
Thanks again!
__
Pierre GM wrote:
>Bill Baxter wrote:
>> a = array(a, copy=0,ndmin=1)
>>
>> Anyway, sounds like premature optimization to me.
>
> Ah, prematurity depends on the context, doesn't it ? Isn't there some famous
> quote about two-liners ? Here, we have a function that does little more but
> calling
> I think you'll want to add the copy=False arg if you go that route, or
> else you'll end up with something that's much slower than atleast_1d
> for any array that gets passed in. :-)
Yep indeed. We can also add the subok=True flag.
> a = array(a, copy=0,ndmin=1)
>
> Anyway, sounds like prem
On 3/31/07, P GM <[EMAIL PROTECTED]> wrote:
> Actually, there's even faster than that:
>
> a = 3
> a = array(a, ndmin=1)
>
>
> atleast_1d is nothing but a wrapper function, that works best when used with
> several inputs. When using only one array as inputs, the trick above should
> be more appropr
Actually, there's even faster than that:
a = 3
a = array(a, ndmin=1)
atleast_1d is nothing but a wrapper function, that works best when used with
several inputs. When using only one array as inputs, the trick above should
be more appropriate.
On 3/30/07, Bill Baxter <[EMAIL PROTECTED]> wrote
atleast_1d will do the trick
In [11]: a = 3
In [12]: a = atleast_1d(a)
In [13]: shape(a)
Out[13]: (1,)
In [14]: a.shape # also works ;-)
Out[14]: (1,)
In [15]: a[0]
Out[15]: 3
--bb
On 3/30/07, Mark Bakker <[EMAIL PROTECTED]> wrote:
> Hello list -
>
> I have a function that normally accepts an
Hello list -
I have a function that normally accepts an array as input, but sometimes a
scalar.
I figured the easiest way to make sure the input is an array, is to make it
an array.
But if I make a float an array, it has 0 dimension, and I can still not do
array manipulation on it.
a = 3
a = ar
