Hi Sze
You need Python 2.7.x 32-bit version installed.
I experienced this once when I accidentally had the 64-bit version of
Python installed.
kind regards
Søren
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't seem to work. (Under "Further Reading and References")
cheers
Søren
On 21/03/2013 09:41, Valentin Haenel wrote:
> Dear Søren,
>
> if you are new to interfacing python/numpy with C/C++, you may want to
> check out:
>
> http://scipy-lectures.github.com/advanced
Thanks Robert, for making that clear.
I got a deprecated warning the second I added
#include
and I got scared off too fast in my exploring phase.
Cheers
Søren
On 20/03/2013 17:03, Robert Kern wrote:
> On Wed, Mar 20, 2013 at 1:59 PM, Søren wrote:
>> Greetings
>>
>> I
Array but I can see in the compiler warnings, it is deprecated
and I don't wanna start from scratch on legacy facilities.
Going forward, what is the intended way of doing this with neat code on both
sides and with a minimum of mem copy gymnastics overhead?
thanks in adva
What about this?
A = einsum("i,ij->", mass, x ** 2)
B = einsum("i,ij,ik->jk", mass, x, x)
I = A * eye(3) - B
/Søren
On 3 February 2012 15:10, wrote:
> On Fri, Feb 3, 2012 at 8:44 AM, Alan G Isaac wrote:
> > On 2/3/2012 5:16 AM, santhu kumar wrote:
> >
nto existing numpy operations (e.g.
tensordot). How to incorporate issues of storage layout etc, however, I
have no idea.
In any case I think it might be nice to write explicitly how the expression
in einsum is evaluated in the docs.
Søren Gammelmark
PhD-student
Department of Physics and Astronomy
It seems to me, that you are using an libiomp5 for Intel Itanium
(lib/intel64) or such, but an MKL for EM64T-processors (lib/em64t). In
my case I used EM64T in all cases (I'm running AMD Opteron) . I don't
think the two types of libraries are compatible, but I might be wrong.
/Søren
I'm not entirely sure I understand the link, but if it has anything to
do with the compiler it seems to me that it should be the Intel
compiler. The python I use is compiled with GCC but everything in numpy
is done with the Intel compilers. Shouldn't it then be something w
ch or have you found a less invasive method since?
Now on to SciPy... :-)
Thankyou for your help
Søren
On 03-08-2010 18:33, Dag Sverre Seljebotn wrote:
> Søren Gammelmark wrote:
>
>> Hi everyone
>>
>> I realize that this e-mail has been written a lot of times before. I
ed with this sort of thing but I usually have
few problems compiling a stand-alone Fortran or C/C++ program that uses MKL.
I would greatly appreciate it if anyone could help with this.
Regards
Søren Gammelmark
P.s: The operating system is Linux/CentOS 4.4, x86_64
Running from numpy source direc
at 15:42 +0100, Søren Nielsen wrote:
> why
> test(x,y) = 2;
> and not
> test[x][y] = 2;
> ?
>
> Nadav
>
> Can anyone explain why this fails? This piece of code runs perfectly using
> weave.inline and type_converters = blitz..
>
Can anyone explain why this fails? This piece of code runs perfectly using
weave.inline and type_converters = blitz..
Obviously it can't handle 2D arrays anymore. It's just a stupid example to
illustrate that.
Thanks,
Soren
CODE :
-
Hi Egor,
Thanks for a very nice tutorial! Have you tried doing manipulations with 2D
arrays?? or do you know how to tackle it?
Regards,
Soren
On Fri, Nov 14, 2008 at 12:32 AM, Egor Zindy <[EMAIL PROTECTED]> wrote:
> Hello list!
>
> To get my head round the numpy.i interface for SWIG, I wrote so
Hi,
I'm trying to make a weave python extension to use in my program. I already
did it in inline, but that doesn't work with py2exe (needs compiler), so I'm
creating extensions instead using ext_tools.
Is there a way I can use blitz with ext_tools? so that I can refer to numpy
arrays like a(x,y)
upper left corner of a larger array of zeros
> b=zeros((10,10))
> b[:5,:5]=a
>
>
> On Wed, May 14, 2008 at 2:48 PM, Søren Nielsen
> <[EMAIL PROTECTED]> wrote:
> > Hi,
> >
> > I've loaded an image into a ndarray. I'd like to extend the ndarray wit
Hi,
I've loaded an image into a ndarray. I'd like to extend the ndarray with a
border of zeros all around the ndarray.. does anyone here know how to do
this?
Thanks,
Soren
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e data amounts in the task is too close to the ceiling of memory.
The approach:
"First make it work.
Then optimize"
apparently isn't suitable here.
Thanks
/Søren
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nce of Python/NumPy and should
consider other environments. Fortran, C, BLAS, LAPACK e.t.c.
- Am I misusing NumPy? Changing coding style will be a good workaround and
even perform on larger datasets without errors?
Thanks in advance
/Søren
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