On Wed, Feb 17, 2010 at 02:43, Brecht Machiels
wrote:
> Robert Kern wrote:
2) Subclass the ndarray to do what you want.
>>> I have subclassed ndarray, but I'm not sure how to continue from there.
>>> I was thinking of overriding __getitem__ and casting the complex to my
>>> complex subclass.
Robert Kern wrote:
>>> 2) Subclass the ndarray to do what you want.
>> I have subclassed ndarray, but I'm not sure how to continue from there.
>> I was thinking of overriding __getitem__ and casting the complex to my
>> complex subclass. Would that be the way to go? How would that work with
>> slic
On Tue, Feb 16, 2010 at 09:58, Brecht Machiels
wrote:
> Travis Oliphant wrote:
>> On Feb 16, 2010, at 5:00 AM, Brecht Machiels wrote:
>>> I have written a subclass of Python's complex type, which only adds a
>>> couple of properties that return values calculated from the real and
>>> imaginary par
Travis Oliphant wrote:
> On Feb 16, 2010, at 5:00 AM, Brecht Machiels wrote:
>> I have written a subclass of Python's complex type, which only adds a
>> couple of properties that return values calculated from the real and
>> imaginary parts (magnitude and angle, for example).
>>
>> Now I would like
On Feb 16, 2010, at 5:00 AM, Brecht Machiels wrote:
Hello,
I have written a subclass of Python's complex type, which only adds a
couple of properties that return values calculated from the real and
imaginary parts (magnitude and angle, for example).
Now I would like to store objects of this n
Hello,
I have written a subclass of Python's complex type, which only adds a
couple of properties that return values calculated from the real and
imaginary parts (magnitude and angle, for example).
Now I would like to store objects of this new type in an ndarray. As the
new type doesn't store
