See the third quintuplet.
Werner
======================================================================
%
% This file shows a problem with tuplet spanners in lilypond
% CVS 2004-01-18 23:13 MET.
%
% . Since tuplet lines are far thinner than beams, the standard
% quantization algorithm for vertical start and end positions gives
% bad results if the slope of the spanner is small. I suggest to
% increase the angle threshold at which tuplet spanners have a non-zero
% slope, provided that at least one end point would be located within a
% staff.
%
% . I further suggest to move tuplet spanners out of the staff lines by
% default (up to a certain vertical threshold) to make them better
% readable.
%
% . Looking at the third tuplet I believe that the beam spanner code is
% not appropriate for tuplet lines at all. It seems best to follow
% the note head positions only, ignoring stems for computing the slope.
\version "2.1.12"
\include "deutsch.ly"
\score {
\notes \relative c' {
\times 4/5 { fis4 e es d des }
\times 4/5 { fis,4 e es d des }
\times 4/5 { a''4 b h c cis }
}
\paper {
linewidth = -1
}
}
% EOF
<<inline: quintuplet.png>>
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