2007/4/10, Travis Oliphant <[EMAIL PROTECTED]>:
> David Doukhan wrote:
>
> >Sorry, i thought doing the following lines:
> >
> >clib = ctypes.cdll.LoadLibrary("./libtest.so")
> >dt = numpy.dtype({'names' : ['x'], 'formats' : [N.float32]}, align=67)
> >myarray = numpy.empty((5,6,7),dtype=dt)
> >
> >w
David Doukhan wrote:
>Sorry, i thought doing the following lines:
>
>clib = ctypes.cdll.LoadLibrary("./libtest.so")
>dt = numpy.dtype({'names' : ['x'], 'formats' : [N.float32]}, align=67)
>myarray = numpy.empty((5,6,7),dtype=dt)
>
>would create an array such than when doing :
>
>my_pointer = myarr
2007/4/10, Travis Oliphant <[EMAIL PROTECTED]>:
> David Doukhan wrote:
> > Hi!
> > I'm writing you this mail because I would like to do "advanced" use of
> > ndarray memory allocation.
> >
> > So here is a short description of my problem:
> >
> > I'm interfacing multidimensionnal Numpy array to C u
David Doukhan wrote:
> Hi!
> I'm writing you this mail because I would like to do "advanced" use of
> ndarray memory allocation.
>
> So here is a short description of my problem:
>
> I'm interfacing multidimensionnal Numpy array to C using the ctypes
> module. For now, there is no problem.
> The
Hi!
I'm writing you this mail because I would like to do "advanced" use of
ndarray memory allocation.
So here is a short description of my problem:
I'm interfacing multidimensionnal Numpy array to C using the ctypes module.
For now, there is no problem.
The C program that will use the pointer to
