Gael Varoquaux wrote:
> On Sun, Jul 05, 2009 at 02:47:18PM -0400, Andrew Friedley wrote:
>> Stéfan van der Walt wrote:
>>> 2009/7/5 Andrew Friedley :
I found the check that does the type 'upcasting' in
umath_ufunc_object.inc around line 3072 (NumPy 1.3.0). Turns out all I
need to do
On Sun, Jul 05, 2009 at 02:47:18PM -0400, Andrew Friedley wrote:
> Stéfan van der Walt wrote:
> > 2009/7/5 Andrew Friedley :
> >> I found the check that does the type 'upcasting' in
> >> umath_ufunc_object.inc around line 3072 (NumPy 1.3.0). Turns out all I
> >> need to do is make sure my add and
Stéfan van der Walt wrote:
> 2009/7/5 Andrew Friedley :
>> I found the check that does the type 'upcasting' in
>> umath_ufunc_object.inc around line 3072 (NumPy 1.3.0). Turns out all I
>> need to do is make sure my add and multiply ufuncs are actually named
>> 'add' and 'multiply' and arrays will
Hi Andrew
2009/7/5 Andrew Friedley :
> I figured this out in case anyone is interested.
>
> I found the check that does the type 'upcasting' in
> umath_ufunc_object.inc around line 3072 (NumPy 1.3.0). Turns out all I
> need to do is make sure my add and multiply ufuncs are actually named
> 'add'
I figured this out in case anyone is interested.
I found the check that does the type 'upcasting' in
umath_ufunc_object.inc around line 3072 (NumPy 1.3.0). Turns out all I
need to do is make sure my add and multiply ufuncs are actually named
'add' and 'multiply' and arrays will be upcasted app
Hi,
I'm trying to understand how integer types are upcast for add/multiply
operations for my GSoC project (Implementing Ufuncs using CorePy).
The documentation says that for reduction with add/multiply operations,
integer types are 'upcast' to the int_ type (int64 on my system). What
exactly
