[Numpy-discussion] "ValueError: total size of new array must be unchanged" only on Windows

[josef.pktd at gmail.com]

On Sun, Feb 5, 2012 at 12:39 PM, Paolo <p.zaffino at yahoo.it> wrote:

>  This is my code:
>
> matrix="".join(f.readlines())
>

my guess would be, that you have to strip the line endings \n versus \r\n

Josef


> matrix=np.fromstring(matrix, dtype=np.int16)
> matrix=matrix.reshape(siz[2],siz[1],siz[0]).T
>
>
>
>
> Il 05/02/2012 17:21, Olivier Delalleau ha scritto:
>
> It means there is some of your code that is not entirely
> platform-independent. It's not possible to tell you which part because you
> didn't provide your code. The problem may not even be numpy-related.
> So you should first look at the current shape of 'matrix', and what are
> the values of a, b and c, then see where the discrepancy is, and work from
> there.
>
> -=- Olivier
>
> Le 5 février 2012 11:16, Paolo Zaffino <p.zaffino at yahoo.it> a écrit :
>
>>   Yes, I understand this but I don't know because on Linux and Mac it
>> works well.
>> If the matrix size is different it should be different indipendently from
>> os type.
>> Am I wrong?
>> Thanks for your support!
>>
>>  ------------------------------
>> * From: * Olivier Delalleau <shish at keba.be>;
>> * To: * Discussion of Numerical Python <numpy-discussion at scipy.org>;
>> * Subject: * Re: [Numpy-discussion] "ValueError: total size of new array
>> must be unchanged" only on Windows
>> * Sent: * Sun, Feb 5, 2012 3:02:44 PM
>>
>>   It should mean that matrix.size != a * b * c.
>>
>> -=- Olivier
>>
>> Le 5 février 2012 09:32, Paolo <p.zaffino at yahoo.it> a écrit :
>>
>>> Hello,
>>> I wrote a function that works on a numpy matrix and it works fine on Mac
>>> OS and GNU/Linux (I didn't test it on python 3).
>>> Now I have a problem with numpy: the same python file doesn't work on
>>> Windows (Windows xp, python 2.7 and numpy 2.6.1).
>>> I get this error:
>>>
>>> matrix=matrix.reshape(a, b, c)
>>> ValueError: total size of new array must be unchanged
>>>
>>> Why? Do anyone have an idea about this?
>>> Thank you very much.
>>> _______________________________________________
>>> NumPy-Discussion mailing list
>>> NumPy-Discussion at scipy.org
>>> http://mail.scipy.org/mailman/listinfo/numpy-discussion
>>>
>>
>>
>
>
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