Arguments Marc Nieper-Wißkirchen (19 Aug 2020 11:45 UTC)
Re: Arguments Arvydas Silanskas (19 Aug 2020 12:19 UTC)
Re: Arguments Marc Nieper-Wißkirchen (19 Aug 2020 12:38 UTC)
Re: Arguments Marc Nieper-Wißkirchen (19 Aug 2020 13:05 UTC)
Re: Arguments John Cowan (19 Aug 2020 23:27 UTC)
Re: Arguments Linas Vepstas (20 Aug 2020 04:04 UTC)
Re: Arguments Marc Nieper-Wißkirchen (20 Aug 2020 05:29 UTC)
Re: Arguments Arvydas Silanskas (20 Aug 2020 08:55 UTC)
Re: Arguments Marc Nieper-Wißkirchen (20 Aug 2020 09:15 UTC)
Re: Arguments Marc Nieper-Wißkirchen (20 Aug 2020 09:16 UTC)
Re: Arguments John Cowan (20 Aug 2020 14:15 UTC)
Re: Arguments Marc Nieper-Wißkirchen (20 Aug 2020 14:18 UTC)
Re: Arguments John Cowan (20 Aug 2020 14:21 UTC)
Re: Arguments Arvydas Silanskas (22 Aug 2020 00:13 UTC)
Re: Arguments Arthur A. Gleckler (22 Aug 2020 05:17 UTC)
Re: Arguments John Cowan (22 Aug 2020 16:31 UTC)
Re: Arguments Marc Nieper-Wißkirchen (22 Aug 2020 16:36 UTC)

Re: Arguments Marc Nieper-Wißkirchen 20 Aug 2020 09:15 UTC

Am Do., 20. Aug. 2020 um 10:55 Uhr schrieb Arvydas Silanskas
<xxxxxx@gmail.com>:
>
> >  I can write the implementation for the final version.
> Let me know if you want to implement it (otherwise I'll do it by adapting the  make-random-complex-generator implementation you've sent previously)

You can use this, of course. (One note: In that implementation, I
forgot to add the origin Z. So "(+ z (make-polar r phi))" instead of
"(make-polar r phi)".

With John's generalization to sectors, the start and end angle will,
of course, replace the fixed bounds 0.0 and fl-2pi in the generator
for phi.

Marc