> I see what you mean about the multidimensionality
I am happy to be helpful. :-)
> should ArrayComprehension(...) + ArrayComprehension(...) work to add the
corresponding elements?
That is a good point. As far as I know, the addition of two
ArrayComprehension doesn't make sense. So it would
Does it support vectorized operations, e.g., should
ArrayComprehension(...) + ArrayComprehension(...) work to add the
corresponding elements? If so, then it's an array. If not, then it's
more like a list or tuple.
Aaron Meurer
On Tue, Jun 4, 2019 at 6:52 AM Chris Smith wrote:
>>
>> As you can
>
> As you can see, `ArrayComprehension` is more likely to be a such
> structure: [[[...]...]...].
Ahh...I see what you mean about the multidimensionality, now. It is a *reshaped
*list comprehension:
>>> reshape([i + j for i in range(4) for j in range(3) for k in
range(2)], [[2]]*3)
Hi,
As far as I know, the difference between `ArrayComprehension` and `list`
lies in the notion of multidimensionality.
First of all, for clarification,
> `List(i + j, (i,0,3), (j,0,4))` is the unevaluated form of `[i + j for i
in range(4) for j in range(5)]`.
is not quite true regarding the
