Thanks for the replies. I think I have enough to work with.
Mathew
Christopher Barker wrote:
> Mathew Yeates wrote:
>
>> given an array of floats, 2N columns and M rows, where the elements
>> A[r,2*j] and A[r,2*j+1] form the real and imaginary parts of a complex
>> number ... What is th
Mathew Yeates wrote:
> given an array of floats, 2N columns and M rows, where the elements
> A[r,2*j] and A[r,2*j+1] form the real and imaginary parts of a complex
> number ... What is the simplest way to create a complex array? It's
> a fairly large array so I want to keep copying to a mini
On Thu, Feb 22, 2007 at 02:50:16PM -0800, Mathew Yeates wrote:
> given an array of floats, 2N columns and M rows, where the elements
> A[r,2*j] and A[r,2*j+1] form the real and imaginary parts of a complex
> number ... What is the simplest way to create a complex array? It's
> a fairly large
Hi Matthew
On Thu, Feb 22, 2007 at 02:50:16PM -0800, Mathew Yeates wrote:
> given an array of floats, 2N columns and M rows, where the elements
> A[r,2*j] and A[r,2*j+1] form the real and imaginary parts of a complex
> number ... What is the simplest way to create a complex array? It's
> a
given an array of floats, 2N columns and M rows, where the elements
A[r,2*j] and A[r,2*j+1] form the real and imaginary parts of a complex
number ... What is the simplest way to create a complex array? It's
a fairly large array so I want to keep copying to a minimum.
(Actually, it's not a f
