[r-t] Compositional challenge: Carlisle Principle

Simon Gay Simon.Gay at glasgow.ac.uk
Wed Mar 28 13:43:43 UTC 2012


It's a little bit longer than I had in mind, but it's a good start.

Simon


On 28/03/2012 14:03, Philip Earis wrote:
> Simon:
> "Let's see who can produce a 720 (or, failing that, a multi-extent block)
> of Carlisle Minor, the principle"
>
> Something tells me you might not be completely satisfied by me invoking the one-banana composition here...
>
> 8640 Carlisle Minor
> Arr Monkey
> 1   6
> -----
> s   -
> -   3
> -   3
> -   2
> -   2
> *   -
>
> 10-part, calls (16) at * in alternate parts
> b=36
> s=3456
>
> DISCLAIMER:
>
> This communication (including any attachments) is intended for the use of the addressee only and may contain confidential, privileged or copyright material. It may not be relied upon or disclosed to any other person without the consent of the RSC. If you have received it in error, please contact us immediately. Any advice given by the RSC has been carefully formulated but is necessarily based on the information available, and the RSC cannot be held responsible for accuracy or completeness. In this respect, the RSC owes no duty of care and shall not be liable for any resulting damage or loss. The RSC acknowledges that a disclaimer cannot restrict liability at law for personal injury or death arising through a finding of negligence. The RSC does not warrant that its emails or attachments are Virus-free: Please rely on your own screening. The Royal Society of Chemistry is a charity, registered in England and Wales, number 207890 - Registered office: Thomas Graham House, Science Park, Milton Road, Cambridge CB4 0WF
>
> _______________________________________________
> ringing-theory mailing list
> ringing-theory at bellringers.net
> http://bellringers.net/mailman/listinfo/ringing-theory_bellringers.net




The University of Glasgow, charity number SC004401




More information about the ringing-theory mailing list