From chris at munday.karoo.co.uk Sat Aug 5 17:50:29 2023 From: chris at munday.karoo.co.uk (Chris Munday) Date: Sat, 5 Aug 2023 17:50:29 +0100 Subject: [r-t] A Surprise Maximus method Message-ID: <000001d9c7bc$f0f16030$d2d42090$@munday.karoo.co.uk> The following method may be of interest- X7TX14.7TX7T.36.149TX149T.58.149TX149T.70.16X16.9TX16X HL 1T LE 1T =142638507T9E c.f. Bristol S Major Same symmetry Same lead end Same size cross-sections Symmetrical sections Chris Munday -------------- next part -------------- An HTML attachment was scrubbed... URL: From pipdstn at gmail.com Sat Aug 5 20:11:22 2023 From: pipdstn at gmail.com (Pip Dillistone) Date: Sat, 5 Aug 2023 20:11:22 +0100 Subject: [r-t] A Surprise Maximus method In-Reply-To: <000001d9c7bc$f0f16030$d2d42090$@munday.karoo.co.uk> References: <000001d9c7bc$f0f16030$d2d42090$@munday.karoo.co.uk> Message-ID: Chris, This is neat, though not especially musical. Besides the symmetric sections I'm not certain there's anything especially unique about it, though. It's quite easy to produce a large number of double methods all essentially based on Bristol at various stages, though many of them don't meet this constraint. Some more unrung examples: -5T-14.5T-7T.36.9T.14-58-9T.14.70.16-18.9T-18-1T,1T [m] -5T-14.5T-58.30.14-70.58.36-9T.30.58-18.9T-18-1T,1T [m] -5T-14.5T-7T.36-14.9T.58.14.9T-70.16-18.9T-18-1T,1T [m] -5T-14.5T-5T.36.7T-14.58.9T-16.70.18-18.9T-18-1T,1T [j] Best wishes, Pip > On 5 Aug 2023, at 17:52, Chris Munday wrote: > ? > The following method may be of interest- > X7TX14.7TX7T.36.149TX149T.58.149TX149T.70.16X16.9TX16X > HL 1T > LE 1T =142638507T9E > > c.f. Bristol S Major > Same symmetry > Same lead end > Same size cross-sections > Symmetrical sections > > Chris Munday > > > _______________________________________________ > ringing-theory mailing list > ringing-theory at bellringers.org > https://bellringers.org/listinfo/ringing-theory -------------- next part -------------- An HTML attachment was scrubbed... URL: