[PYTHON MATRIX-SIG] Final (hopefully) alpha release available
Paul F. Dubois
dubois1@llnl.gov
Sat, 19 Oct 1996 09:57:16 -0700
A great example of the Dubois Lemma: If you don't abbreviate anything, you
can't forget which abbreviation you used.
The usual counter-argument is, "I don't like all that typing." To which I
reply, either, "Get over it!", or "Mavis Beacon". (:->.
At least we aren't using aimag, like Fortran!
Your friend,
Paul, the touch typist
----------
> From: tim@lassi.ece.uiuc.edu
> To: hugunin@mit.edu
> Cc: matrix-sig@python.org
> Subject: Re: [PYTHON MATRIX-SIG] Final (hopefully) alpha release available
> Date: Friday, October 18, 1996 6:20 PM
>
>
> >Time for one of my usual Friday releases.
>
> Oh goody it's just like Christmas!
>
> >This is also your last chance to make any major design changes to the
> >system. If there's something about how NumPy works that you really don't
> >like, speak up now while I'm still willing to sacrifice backward
> >compatibility.
>
> I think someone may have answered this once allready, but if so I
> forget what they said:
>
> Why is the imaginary component of a matrix M M.imaginary while that of
> a complex number Z is Z.imag. There have been several simple functions
> that I've writen that wouldn't have cared whether they were dealing
> with matrices or numbers except for this.
>
> Am I missing something obvious here...?
>
>
> --
> -tim
>
> +--------------------------------------------------------------------+
> | Tim Hochberg Ultrahigh Speed Digital Electronics Lab |
> | tim@lassi.ece.uiuc.edu University of Illinois |
> | http://dogbert.ece.uiuc.edu/~tim (217) 333-6014 |
> +--------------------------------------------------------------------+
>
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> MATRIX-SIG - SIG on Matrix Math for Python
>
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