Harmonyli.ly – Harmonieanalysen für LilyPond

There was a gap: The extraordinary and marvelous music notation software LilyPond could not adequately deal with harmony analysis symbols. As a last conseqeunce, musicologists could not really use it. But the gap was closed – by harmonyli.ly. Here comes a very first introduction

What it is:

harmonyli.ly is a LilyPond library for integrating harmony analysis symbols into a score. It can provide the symbols of the scale step theory as well as the more complex symbols of the functional harmony theory.

Where you can get it:

harmonyli.ly is offered as a Github repository: either you clone the repository or you download it as zip file.

How you integrate it:

Actually, you need only the file harmonyli.ly from the package harmonyli.ly: copy the file to the place from which you want to include it into your LilyPond files.

How you use it:

You need four steps for using harmonyli.ly successfully:
  • At first you write your score.
  • Then you include harmonyli.ly file on top of the score section.
  • Below the voice to which you want to bind your analysis, you insert a lyric section.
  • And into this lyric section you write your analysis symbols.

How it looks:

\version "2.18.2"

\include "harmonyli.ly"

analysis = \lyricmode {
  \markup \setHas "T" #'() 
  \markup \setImHas "D" #'(("B"."3")("a" . "7")("b" . "9♭"))
  \initTextSpan "   "
  \markup \openZoomRow "Sp" #'(("a"."9")) 
  \startTextSpan
  \markup \expZoomRow #'(("a"."8")) 
  \stopTextSpan
}

\score {
  \new GrandStaff <<
    \new Staff << \clef treble \key c \major  \time 4/4
      \new Voice = "top" { \stemUp e''4 e'' e''( d'')  }
      \new Voice = "middle" { \stemDown 4 4 2
      }
      >> 
    \new Staff << \clef bass  \key c \major  \time 4/4
      \new Voice = "down" { \stemUp c4 cis4 d2 }
      \new NullVoice = "rhythm" { \stemDown c,4 c,4 c,4 c,4 }
      \new Lyrics \lyricsto "rhythm" {\analysis}
      >>
  >>
  \layout {
    \context {
      \Score \override SpacingSpanner.base-shortest-duration = #(ly:make-moment 1/32) 
    }
    \context {
       \Lyrics \consists "Text_spanner_engraver" 
    }
  }
} 

What it provides:

How one can learn it:

  • The best method to become familiar with harmonyli.ly should be the reading of the harmonyli.ly tutorial. Beside the online version, you get an offline version as part of the harmonyli.ly repository.
  • Additionally, the harmonyli.ly repository provides example files which can be studied in Frescobaldi or compiled by the commands make example.png resp. make examples.pdf. The code of these examples shows, how harmonyli.ly works.
  • Finally, the harmonyli.ly repository contains also all LaTeX sources for compiling the pdf version of the tutorial: change into doc and type make if you want to recompile it. With the help of these files you will be enabled to embed analyzed examples into your scientific texts.
  • The state of the art to deal with LaTeX and music is described in the German eBook “Musikwissenschaft und LaTeX”. But there exists at least an English summary.
  • Last, but not least harmonyli.ly has its own project page, which also points to current events.

What you may do:

  • harmonyli.ly itself is licensed under two licenses: feel free to use it under the terms of the MIT-license or under the terms of the GPLv3.
  • The examples are distributed under the terms of the MIT license.
  • The tutorial is published under the Creative Commons License CC-BY-SA.

For clarifiying the details, take a look at the compliance files in the repository.

Karsten Reincke: REPORT of 2019-12-07 about , , , , etc. with 0 comments

Musicology and LaTeX

Musicologists have a hard time – namely if they want to enrich their LaTeX-texts by score examples and harmony analyses. Up to now, there did not exist any study of whether and how that could be realized with free software. This article summarizes a paper – written in German – concerning the topic LaTeX and Musicology, which on the quiet has become a self-referential tutorial teaching what’s possible and what is not. → …

Karsten Reincke: REPORT of 2019-12-06 about , , , , , etc. with 0 comments

YOCTO, IoT, and the GPLv3

IoT gadgets often only offer interfaces which do not allow to inspect or to modify their software. YOCTO tries to build specific software of IOT gadgets. And the GPLv3 requires that GPLv3 licensed software must be replaceable. So, we might ask, how YOCTO deals with this contradiction? → …

Karsten Reincke: INSPECTION of 2019-06-30 about , , etc. with 0 comments

mycsrf 2.0

With respect to my upcoming scientific projects, I’ve updated mycsrf (mind your Classical Scholar Research Framework): It now allows to use projects in projects, to define autonomous subprojects with specific databases and to sliver parts as independent projects. In other words: no more distractions, simply mycsrf-2.0

Karsten Reincke: INFO of 2018-11-26 about , , etc. with 0 comments

Diese Site verwendet Cookies. (Details)

Die Cookie-Einstellungen auf dieser Website sind auf "Cookies zulassen" eingestellt, um das beste Surferlebnis zu ermöglichen. Wenn du diese Website ohne Änderung der Cookie-Einstellungen verwendest oder auf "Akzeptieren" klickst, erklärst du sich damit einverstanden.

Schließen