Hello Carl, I’ve been thinking that maybe it would work to extend the behaviour of Beam Events to Beam divisions.
So if we have a[ b c d ...] everything is beam with the whole number of Beams. If we do a[[ b c] d[ e ...]] the whole group is Beamed with one Beam and the two subgroups are beamed maximally. And so on. If we waned to subdivide with two Beams we could d a[[[ b c] d[ e ...]]] Cheers, Valentin Am Sonntag, 31. Oktober 2021, 23:27:41 CET schrieb Carl Sorensen: > On 10/31/21, 3:42 PM, "lilypond-user on behalf of Knute Snortum" > <lilypond-user-bounces+carl.d.sorensen=gmail....@gnu.org on behalf of > ksnor...@gmail.com> wrote: > When you see this: > > (\break) > > something is wrong. You can't attach a slur to a break; it has to be > on some sort of note. Also, do yourself a favor and use bar line > checks, one line per measure. I have a feeling you're getting off > somewhere in the piece and that will clear up your beaming problem. > > While these suggestions are good suggestions, it's also important to note > that beam subdivision is incorrect in many instances. > See https://sourceforge.net/p/testlilyissues/issues/5547/ > > If automatic subdivision is not working in your use case, and one wants to > fix the problems with subdivision right now it is somewhat painful. It > requires overrides that describe the number of beams on each side of the > stem. IIRC, it is the Stem.beaming property, which has two lists, the > first saying which beams are on the left side of the stem, and the second > saying which beams are on the right side of the stem. > Here's a sample: > > > %%% > \version "2.22" > { > c'32 > \once \override Stem.beaming = #'((0 1 2) . (0 1)) > c' > \once \override Stem.beaming = #'((0 1) . (0 1 2)) > c' > \once \override Stem.beaming = #'((0 1 2) . (0)) > c' > \once \override Stem.beaming = #'((0) . (0 1 2)) > c' > c' > c' > c' > } > %%%% > > Notice that you must override the stem before and after the place you want > the subdivision to occur. > > > > Thanks, > > Carl > > > >
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