Is the above code something flexible
enough that it could work with the first of those
being something other than c?
(e.g., \transpose f g \notes)
Just change
(ly:make-pitch -1 0 0) ()
by
(ly:make-pitch -1 3 0) ()
( 0 = c, 1 = d, etc ...)
If you do want 2 parameters, proceed as f
> The only solution i know is to use the scheme equivalent of \transpose :
> ly:music-transpose
> But it is a bit harder...
>
>
>
> firstNotes = \relative c' { c4 d e f }
>
> first = #(define-music-function (parser location trans)(ly:music?)
> (let* (
> (trans-note (ca
\transpose c $trans { \firstNotes }
:2:17: error: syntax error, unexpected MUSIC_IDENTIFIER,
expecting NOTENAME_PITCH or TONICNAME_PITCH
The only solution i know is to use the scheme equivalent of \transpose :
ly:music-transpose
But it is a bit harder...
firs
Josiah Boothby schrieb:
I think you have to declare two variables:
#(define-music-function (parser location trans notes) (ly:music? ly:music?)
#{
\transpose c $trans { $notes }
#})
Sorry, I forgot to answer to the list, but as my proposal doesn't
work anyway, it doesn't matter.
The p
> I think you have to declare two variables:
> #(define-music-function (parser location trans notes) (ly:music? ly:music?)
> #{
> \transpose c $trans { $notes }
> #})
The problem appears to be that \transpose is expecting a notename, not
a variable, so this has the same problem, and doubled.
Tha
I'm confused trying to use scheme to create a function. I've tried
several things, but the current function (dysfunction?) and
application looks something like this:
% code snippet
\version "2.12.2"
firstNotes = \relative c' { c4 d e f }
first =
#(define-music-function
(parser location trans)
