refactor include system

This commit is contained in:
tux
2025-08-18 09:41:52 +02:00
parent f824b23311
commit ca129eec79
29 changed files with 26 additions and 34 deletions

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#(define include_dir_not_added? (if (defined? 'include_dir_not_added?) include_dir_not_added? #t))
#(if include_dir_not_added?
(let* ((common-include-dir (dirname (dirname (dirname (current-filename))))))
(ly:parser-append-to-include-path common-include-dir)
(set! include_dir_not_added? #f)))
#(define noStandaloneOutput (if (defined? 'noStandaloneOutput) noStandaloneOutput #f))
#(define windows? (string-prefix-ci? "windows" (utsname:sysname (uname))))
#(if (defined? 'LAYOUT) #f
(let ((scm-load (lambda (filename) (load (
string-append
; on windows the detection of absolute pathes is broken (cause they start with a drive letter and not with a /)
; so we have to use relative pathes for load. That works in frescobaldi, but not if you call lilypond from command line,
; with a relative path to the .ly file, so we use absolute pathes on posix systems, where it works.
(if windows?
""
(string-append (dirname (current-filename)) file-name-separator-string))
"scm" file-name-separator-string filename
)))))
(scm-load "json_parser.scm")
(scm-load "resolve_inherits.scm")
(scm-load "yaml_parser.scm")))
#(define AUTHOR_DATA (if (defined? 'AUTHOR_DATA) AUTHOR_DATA (parse-yml-file "../../lilypond-song-includes/data/authors.yml")))
#(define SONG_DATA (if (defined? 'SONG_DATA) SONG_DATA (parse-yml-file "../../lilypond-song-includes/data/songs.yml")))
\include "basic_format_and_style_settings.ily"
\include "eps_file_from_song_dir.ily"
\include "title_with_category_images.ily"
\include "chord_settings.ily"
\include "transposition.ily"
\include "verses_with_chords.ily"
\include "arrows_in_scores.ily"
\include "swing_style.ily"
\include "inline_score.ily"
\include "custom_indentation.ily"
\include "include_from_song.ily"
% reset important variables
LAYOUT = \layout { \generalLayout }
HEADER = {}
MUSIC = {}
TEXT = \markuplist {}
TEXT_PAGES = #f
verseChords = {}
firstVoice = {}
global = {}

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%%%%%%%%%%%%%%%%% Pfeilezeugs
% http://lilypond.org/doc/v2.19/Documentation/snippets/vocal-music
#(define-markup-command (arrow-at-angle layout props angle-deg length fill)
(number? number? boolean?)
(let* (
(PI-OVER-180 (/ (atan 1 1) 34))
(degrees->radians (lambda (degrees) (* degrees PI-OVER-180)))
(angle-rad (degrees->radians angle-deg))
(target-x (* length (cos angle-rad)))
(target-y (* length (sin angle-rad))))
(interpret-markup layout props
(markup
#:translate (cons (/ target-x 2) (/ target-y 2))
#:rotate angle-deg
#:translate (cons (/ length -2) 0)
#:concat (#:draw-line (cons length 0)
#:arrow-head X RIGHT fill)))))
splitStaffBarLineMarkup = \markup \with-dimensions #'(0 . 0) #'(0 . 0) {
\combine
\arrow-at-angle #45 #(sqrt 8) ##t
\arrow-at-angle #-45 #(sqrt 8) ##t
}
splitStaffBarLine = {
\once \override Staff.BarLine.stencil =
#(lambda (grob)
(ly:stencil-combine-at-edge
(ly:bar-line::print grob)
X RIGHT
(grob-interpret-markup grob splitStaffBarLineMarkup)
0))
\break
}
convDownStaffBarLine = {
\once \override Staff.BarLine.stencil =
#(lambda (grob)
(ly:stencil-combine-at-edge
(ly:bar-line::print grob)
X RIGHT
(grob-interpret-markup grob #{
\markup\with-dimensions #'(0 . 0) #'(0 . 0) {
\translate #'(0 . -.13)\arrow-at-angle #-45 #(sqrt 8) ##t
}#})
0))
\break
}
convUpStaffBarLine = {
\once \override Staff.BarLine.stencil =
#(lambda (grob)
(ly:stencil-combine-at-edge
(ly:bar-line::print grob)
X RIGHT
(grob-interpret-markup grob #{
\markup\with-dimensions #'(0 . 0) #'(0 . 0) {
\translate #'(0 . .14)\arrow-at-angle #45 #(sqrt 8) ##t
}#})
0))
\break
}

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\language "deutsch"
\include "default_style.ily"
\include "default_songinfo_style.ily"
\include "footer_with_songinfo.ily"
\include #(if (defined? 'customStyleOverridesFile) customStyleOverridesFile "../void.ily")
#(set-default-paper-size songFormatAndSize)
#(set-global-staff-size globalSize)
\paper {
property-defaults.fonts.serif = \songChordFont
property-defaults.fonts.sans = \songLyricFont
%annotate-spacing = ##t
% spacing stuff
two-sided = ##t
inner-margin = 1.5\cm
outer-margin = \songMargin
binding-offset = 0\cm
top-margin = \songMargin
bottom-margin = \songMargin
system-system-spacing = #'((basic-distance . 10) (padding . 1.5))
markup-system-spacing = #'((basic-distance . 1))
score-markup-spacing = #'((padding . 2))
top-markup-spacing = #'((basic-distance . 0) (minimum-distance . 0) (padding . 0))
refMarkupFormatter = #(lambda (layout props stanzanumbers)
(interpret-markup layout props
(if (null? stanzanumbers)
refString
(ly:format refStringWithNumbers (string-join (map (lambda (stanzanumber) (ly:format "~a" stanzanumber)) stanzanumbers) ", ")))))
}
generalLayout = \layout {
indent = #0
\context {
\Lyrics
\override LyricText.font-size = #lyricSize
\override StanzaNumber.font-size = #lyricSize
\override StanzaNumber.font-family = #'sans
\override LyricText.font-family = #'sans
\override LyricExtender.minimum-length = 0
}
\context {
\Staff
\accidentalStyle modern-voice-cautionary
\consists Merge_rests_engraver
}
\context {
\Score
\remove "Bar_number_engraver"
\RemoveEmptyStaves
\override VerticalAxisGroup.remove-first = ##t
\overrideTimeSignatureSettings
4/4 % timeSignatureFraction
1/4 % baseMomentFraction
#'(1 1 1 1) % beatStructure
#'() % beamExceptions
\overrideTimeSignatureSettings
3/4 % timeSignatureFraction
1/4 % baseMomentFraction
#'(1 1 1 1) % beatStructure
#'() % beamExceptions
}
\context {
\Voice
% ich will lines breaken wie ich will!
\remove "Forbid_line_break_engraver"
\override NoteHead.layer = 2
\override Dots.layer = 2
\override Stem.layer = 2
\override Flag.layer = 2
\override Beam.layer = 2
\override Accidental.layer = 2
}
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%% kleine Helferlein:
textp = \lyricmode { \markup { \raise #1 \musicglyph #"rests.3" } }
% zweite Stimme alles grau
secondVoiceStyle = {
\override NoteHead.color = #grey
\override Dots.color = #grey
\override Stem.color = #grey
\override Flag.color = #grey
\override Beam.color = #grey
\override Accidental.color = #grey
\override NoteHead.layer = 1
\override Dots.layer = 1
\override Stem.layer = 1
\override Flag.layer = 1
\override Beam.layer = 1
\override Accidental.layer = 1
}
firstVoiceStyle = {
\override NoteHead.color = #black
\override Dots.color = #black
\override Stem.color = #black
\override Flag.color = #black
\override Beam.color = #black
\override Accidental.color = #black
}
% Deprecated: einzelne Noten innerhalb von \secondVoiceStyle mit schwarzem statt grauem Kopf
schwarzkopf =
#(define-music-function (parser location noten) (ly:music?)
(begin (ly:warning "\\schwarzkopf brauchts nicht mehr, das kann ersatzlos weg!") noten))
romanStanza =
#(define-music-function (parser location) ()
#{ \override StanzaNumber.style = #'roman #})
override-stanza =
#(define-music-function (parser location stanzanumber) (number?)
#{
\once \override StanzaNumber.forced-spacing = #stanzanumber % misuse property "forced-spacing" to override the stanzanumber
#}
)
#(define (stanza . stanzanumbers)
#{
\once \override StanzaNumber.layer = 23 % set this to signal that there is a real stanza and no repeat signs
\applyContext
#(lambda (context)
(let* ((stanzanumber-override (ly:assoc-get 'forced-spacing (ly:context-grob-definition context 'StanzaNumber) #f))
(stanza-style (ly:assoc-get 'style (ly:context-grob-definition context 'StanzaNumber)))
(stanza-format (lambda (stanzanumber) (format #f (if (eq? stanza-style 'roman) romanStanzaFormat stanzaFormat) stanzanumber))))
(ly:context-set-property! context 'stanza
(string-join (map stanza-format
(if stanzanumber-override (list stanzanumber-override) stanzanumbers))
", "))))
#}
)
ref =
#(define-music-function (stanzanumbers lyrics) ((number-list? (list)) ly:music?)
#{ \lyricmode {
\once \override StanzaNumber.layer = 23 % set this to signal that there is a real stanza and no repeat signs
\set stanza = #(make-on-the-fly-markup (lambda (layout props m) ((ly:output-def-lookup layout 'refMarkupFormatter) layout props stanzanumbers)) (make-null-markup))
#lyrics
}
#}
)
% prints a repStart Sign as stanza if the tag 'repeats is kept.
% if there was a stanza already set by the stanza function with StanzaNumber.layer = 23 we set that also as stanza.
repStartWithTag = \lyricmode {
\tag #'repeats {
\applyContext
#(lambda (context)
(let ((lastStanza (ly:context-property context 'stanza))
(printLastStanza (= (ly:assoc-get 'layer (ly:context-grob-definition context 'StanzaNumber) 0) 23))
(stanzaFontSeries (ly:assoc-get 'font-series (ly:context-grob-definition context 'StanzaNumber) 'normal)))
(ly:context-set-property! context 'stanza
(make-concat-markup
(if printLastStanza
(list (make-override-markup `(font-series . ,stanzaFontSeries) lastStanza) (make-hspace-markup 1) repStart)
(list repStart)
)))))
\once \override StanzaNumber.font-series = #'normal
}
}
repStopWithTag = \lyricmode {
\tag #'repeats {
\once \override StanzaNumber.font-series = #'normal
\once \override StanzaNumber.direction = 1
\set stanza = \markup { \repStop }
}
}
rightHyphen = \lyricmode {
\once \override StanzaNumber.font-series = #'normal
\once \override StanzaNumber.direction = 1
\set stanza = "-"
}
leftHyphen = \lyricmode {
\once \override StanzaNumber.font-series = #'normal
\set stanza = "-"
}
multiVerseSkips =
#(define-music-function (parser location skips) (number?)
#{ \tag #'multiVerse { \repeat unfold #skips { \skip4 } } #})
alt =
#(define-music-function (parser location a b) (ly:music? ly:music?)
#{ \tag #'firstVerse { #a } \tag #'multiVerse { #b } #})
updown =
#(define-music-function (parser location word) (string?)
(let ((first-char (string-take word 1))
(rest (substring word 1 (string-length word))))
#{
\lyricmode {
\markup {
\tag #'up #(string-append (string-capitalize first-char) rest)
\tag #'down #(string-append (string-downcase first-char) rest)
}
}
#}))
dottedExtender = {
\override LyricExtender.style = #'dotted-line
\override LyricExtender.thickness = 2
\override LyricExtender.Y-offset = 0.1
\override LyricExtender.stencil =
#(lambda (grob)
(let* ((stil (ly:lyric-extender::print grob))
(nostil (null? stil))
(x-ext (if nostil 0 (ly:stencil-extent stil X))))
(if nostil
stil
(make-connected-line
(list
(cons (car x-ext) 0)
(cons (cdr x-ext) 0))
grob))))
}
melisOff = \set ignoreMelismata = ##t
melisOn = \unset ignoreMelismata
cue =
#(define-music-function (zahlen) (number-list?)
#{
\tag #'cues {
\tweak self-alignment-X #LEFT
\mark
#(make-on-the-fly-markup
(lambda (layout props m) (interpret-markup layout (prepend-alist-chain 'cues zahlen props) (ly:output-def-lookup layout 'cueMarkup)))
(make-null-markup))
}
#})
#(define-markup-command (ruf-style layout props text) (string?)
(interpret-markup layout props
(markup #:italic (string-append "(" text ")"))))
rufWithMarkup =
#(define-music-function (text) (markup?)
#{
\lyricmode {
\once \override StanzaNumber.font-series = #'normal
\once \override StanzaNumber.direction = 1
\set stanza = #text
}
#})
ruf =
#(define-music-function (text) (string?)
(rufWithMarkup (make-ruf-style-markup text)))

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% Akkorde können auch geklammert sein
#(define (parenthesis-ignatzek-chord-names in-pitches bass inversion context)
(markup #:line ( "(" (ignatzek-chord-names in-pitches bass inversion context) ")" )))
klamm = #(define-music-function (parser location chords) (ly:music?)
#{
\set chordNameFunction = #parenthesis-ignatzek-chord-names
$chords
\set chordNameFunction = #ignatzek-chord-names
#})
repeats-around-chords =
#(define-music-function (parser location chords) (ly:music?)
#{
\once \set noChordSymbol = \markup { \normal-text \repStart }
r4
$chords
\once \set noChordSymbol = \markup { \normal-text \repStop }
r4
#})
bchord =
#(define-music-function (parser location chords) (ly:music?)
#{
\override ChordName.font-series = #'bold
$chords
\revert ChordName.font-series
#})
shiftChord = #(define-music-function (parser location xshift chord) (number? ly:music?)
#{
\once \override ChordName.extra-offset = #`(,xshift . 0)
$chord
#})
shiftChords = #(define-music-function (parser location xshift chords) (number? ly:music?)
#{
\override ChordName.extra-offset = #`(,xshift . 0)
$chords
#})
altChord =
#(define-music-function (parser location mainchord altchord) (ly:music? ly:music?)
(let* ((remove-point-and-click
(lambda (grob)
(ly:grob-set-property! grob 'cause #f)
(ly:text-interface::print grob)))
(chord-name (lambda (in-pitches bass inversion context) #{
\markup {
\translate #'(-0.5 . 0)
\score {
\chords { \transposable #(cons (car (music-pitches mainchord)) (car in-pitches)) { #(music-clone mainchord) \klamm #(music-clone altchord) } }
\layout {
\LAYOUT
\context {
\ChordNames
\override ChordName.extra-spacing-width = #'(0 . 0.3)
\override ChordName.stencil = #remove-point-and-click
}
\context {
\Score
\override SpacingSpanner.spacing-increment = 0
}
}
}
}#})))
#{
\once \set chordNameFunction = #chord-name
#mainchord
#}))
% Akkorde werden so transponiert, dass sie passen, wenn man mit Kapo im angegebenen Bund spielt
capoTranspose =
#(define-music-function (fret chords) (number? ly:music?)
(define semi->pitch
(make-semitone->pitch
(music-pitches
#{ h b a gis g fis f e es d cis c #})))
(transpose
(ly:pitch-transpose (semi->pitch fret) (ly:make-pitch 0 0))
(ly:make-pitch 0 0)
chords))
% kleine Mollakkorde und Alteration ausgeschrieben
#(define (note-name->german-markup-nosym pitch lowercase?)
(define (pitch-alteration-semitones pitch) (inexact->exact (round (* (ly:pitch-alteration pitch) 2))))
(define (accidental->markup alteration name)
(if (= alteration 0)
(make-line-markup (list empty-markup))
(if (= alteration FLAT)
(if (equal? name "B")
""
; (make-line-markup (list (make-hspace-markup 0.2)
; (make-tiny-markup (make-raise-markup 1.2
; (make-musicglyph-markup (assoc-get alteration standard-alteration-glyph-name-alist ""))))
; ))
(if (or (equal? name "E") (equal? name "A")) "s" "es"))
"is")
))
(define (conditional-string-downcase str condition)
(if condition (string-downcase str) str))
(let* ((name (ly:pitch-notename pitch))
(alt-semitones (pitch-alteration-semitones pitch))
(n-a (if (member (cons name alt-semitones) `((6 . -1) (6 . -2)))
(cons 7 (+ 0 alt-semitones))
(cons name alt-semitones))))
(make-line-markup
(list
(make-simple-markup
(conditional-string-downcase
(vector-ref #("C" "D" "E" "F" "G" "A" "H" "B") (car n-a))
lowercase?))
(accidental->markup (/ (cdr n-a) 2) (vector-ref #("C" "D" "E" "F" "G" "A" "H" "B") (car n-a)) ))))
)
% additional bass notes should get uppercased
#(define (bassnote-name->german-markup-nosym pitch lowercase?)(note-name->german-markup-nosym pitch #f))
defaultChordPrintings = {
<c g>-\markup { \super "5" }
%% Dur
<c e g a>-\markup { \super "6" } %Standardverhalten
<c e a >-\markup { \super "6(no5)" }
<c e g a d'>-\markup { \super "6/9" }
<c e g b d'>-\markup { \super "9" } %Standardverhalten
<c e g b d' f'>-\markup { \super "11" } %Standardverhalten
<c e g b d' a'>-\markup { \super "13" }
%add chords
<c e g d'>-\markup { \super "add9" }
<c e g f'>-\markup { \super "add11" }
<c e g a'>-\markup { \super "add13" }
%major chords
<c e g h d'>-\markup { \super "maj9" }
%% Moll
<c es g a>-\markup { \super "6" } %Standardverhalten
<c es a >-\markup { \super "6(no5)" }
<c es g a d'>-\markup { \super "6/9" }
<c es g b d'>-\markup { \super "9" } %Standardverhalten
<c es g b d' f'>-\markup { \super "11" } %Standardverhalten
<c es g b d' a'>-\markup { \super "13" }
%add chords
<c es g d'>-\markup { \super "add9" }
<c es g f'>-\markup { \super "add11" }
<c es g a'>-\markup { \super "add13" }
%major chords
<c es g h d'>-\markup { \super "maj9" }
}
#(define chordNameExceptions
(append
(if (defined? 'customChordPrintings)
(sequential-music-to-chord-exceptions customChordPrintings #t)
'())
(sequential-music-to-chord-exceptions defaultChordPrintings #t)))
generalLayout = \layout {
\generalLayout
\context {
\ChordNames
\semiGermanChords
\override ChordName.font-size = \songScoreChordFontSize
\override ChordName.font-series = \songChordFontSeries
\override ChordName.font-family = #'serif
chordNameLowercaseMinor = ##t
chordChanges = ##t
% eigenen chordRootNamer damit F# = Fis und Gb = Ges (also alteration ausgeschrieben)
chordRootNamer = #note-name->german-markup-nosym
chordNoteNamer = #bassnote-name->german-markup-nosym
majorSevenSymbol = "maj7"
chordNameExceptions = \chordNameExceptions
}
}
% Akkord mit Bunddiagramm anzeigen
#(define-markup-command (fret-chord layout props fret chord) (string? string?)
(interpret-markup layout props
#{ \markup { \override #'(baseline-skip . 2)
\center-column {
\score { \new ChordNames {
#(ly:parser-include-string (string-append "\\chordmode { s4 " chord " }"))
} \layout { \generalLayout } }
\override #'(fret-diagram-details . ((barre-type . straight))) {
\fret-diagram-terse #fret
}
}
}
#}))
% If you add this engraver to ChordNames Context chords get only printed on chordchanges and if its the first chord after line break.
Ensure_first_chord_after_line_break_printed_engraver =
#(lambda (ctx)
(define last-system-column-rank 0)
(make-engraver
(acknowledgers
((chord-name-interface this-engraver grob source-engraver)
(ly:grob-set-property! grob 'after-line-breaking
(lambda (grob)
(let ((current-system-column-rank (car (ly:grob-spanned-column-rank-interval (ly:grob-system grob)))))
(if (and
(ly:context-property ctx 'chordChanges #f)
(ly:grob-property grob 'begin-of-line-visible #f)
(not (= last-system-column-rank current-system-column-rank)))
; the current chord handling implementation in lilypond uses 'begin-of-line-visible to mark repeated chords
(ly:grob-set-property! grob 'begin-of-line-visible #f))
(set! last-system-column-rank current-system-column-rank)
(ly:chord-name::after-line-breaking grob)
)))))))
% If you add this engraver to ChordNames Context chords get only printed on chordchanges and not at newline.
Ignoring_newline_chord_changes_engraver =
#(lambda (ctx)
(make-engraver
(acknowledgers
((chord-name-interface this-engraver grob source-engraver)
(when (and (ly:context-property ctx 'chordChanges #f) (ly:grob-property grob 'begin-of-line-visible #f))
(ly:grob-suicide! grob)
)))))

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% https://lsr.di.unimi.it/LSR/Snippet?id=1098
%%%%%%%% HEADER %%%%%%%%
%
% this code was prompted by
% https://lists.gnu.org/archive/html/lilypond-user/2019-07/msg00139.html
% and offers a pseudoIndent hack suitable for general use
% keywords:
% indent short-indent indentation system line
% mid-score temporarily arbitrary individual single just only once
% coda margin
% mouse's tale acrostic mesostic spine
%%%%%%%% PSEUDOINDENT FUNCTIONS %%%%%%%%
% these two functions are for indenting individual systems
% - to left-indent a system, apply \pseudoIndent before the music continues
% - \pseudoIndents is similar, but lets you also indent on the right
% - both provide an option for changing that system's instrument names
% N.B. these functions
% - assume application to non-ragged lines (generally the default)
% - include a manual \break to ensure application at line start
% - misbehave if called more than once at the same line start
% the parameters of the (full) pseudoIndents function are:
% 1: name-tweaks
% usually omitted; accepts replacement \markup for instrument names
% as an ordered list; starred elements leave their i-names unchanged.
% 2: left-indent
% additional left-indentation, in staff-space units; can be negative,
% but avoid a total indentation which implies (unsupported) stretching.
% 3: right-indent
% amount of right-indentation, in staff-space units; can be negative.
% - not offered by the (reduced) pseudoIndent function
pseudoIndents = % inline alternative to a new \score, also with right-indent
#(define-music-function (name-tweaks left-indent right-indent)
((markup-list? '()) number? number?)
(define (warn-stretched p1 p2) (ly:input-warning (*location*) (G_
" pseudoIndents ~s ~s is stretching staff; expect distorted layout") p1 p2))
(let* (
(narrowing (+ left-indent right-indent)) ; of staff implied by args
(set-staffsymbol! (lambda (staffsymbol-grob) ; change staff to new width
(let* (
(left-bound (ly:spanner-bound staffsymbol-grob LEFT))
(left-moment (ly:grob-property left-bound 'when))
(capo? (moment<=? left-moment ZERO-MOMENT)) ; in first system of score
(layout (ly:grob-layout staffsymbol-grob))
(lw (ly:output-def-lookup layout 'line-width)) ; debugging info
(indent (ly:output-def-lookup layout (if capo? 'indent 'short-indent)))
(old-stil (ly:staff-symbol::print staffsymbol-grob))
(staffsymbol-x-ext (ly:stencil-extent old-stil X))
;; >=2.19.16's first system has old-stil already narrowed [2]
;; compensate for this (ie being not pristine) when calculating
;; - old leftmost-x (its value is needed when setting so-called 'width)
;; - the new width and position (via local variable narrowing_)
(ss-t (ly:staff-symbol-line-thickness staffsymbol-grob))
(pristine? (<= 0 (car staffsymbol-x-ext) ss-t)) ; would expect half
(leftmost-x (+ indent (if pristine? 0 narrowing)))
(narrowing_ (if pristine? narrowing 0)) ; uses 0 if already narrowed
(old-width (+ (interval-length staffsymbol-x-ext) ss-t))
(new-width (- old-width narrowing_))
(new-rightmost-x (+ leftmost-x new-width)) ; and set! this immediately
(junk (ly:grob-set-property! staffsymbol-grob 'width new-rightmost-x))
(in-situ-stil (ly:staff-symbol::print staffsymbol-grob))
(new-stil (ly:stencil-translate-axis in-situ-stil narrowing_ X))
;(new-stil (stencil-with-color new-stil red)) ; for when debugging
(new-x-ext (ly:stencil-extent new-stil X)))
(ly:grob-set-property! staffsymbol-grob 'stencil new-stil)
(ly:grob-set-property! staffsymbol-grob 'X-extent new-x-ext)
)))
(set-X-offset! (lambda (margin-grob) ; move grob across to line start
(let* (
(old (ly:grob-property-data margin-grob 'X-offset))
(new (lambda (grob) (+ (if (procedure? old) (old grob) old) narrowing))))
(ly:grob-set-property! margin-grob 'X-offset new))))
(tweak-text! (lambda (i-name-grob mkup) ; tweak both instrumentname texts
(if (and (markup? mkup) (not (string=? (markup->string mkup) "*")))
(begin
(ly:grob-set-property! i-name-grob 'long-text mkup)
(ly:grob-set-property! i-name-grob 'text mkup)
)))) ; else retain existing text
(install-narrowing (lambda (leftedge-grob) ; on staves, + adapt left margin
(let* (
(sys (ly:grob-system leftedge-grob))
(all-grobs (ly:grob-array->list (ly:grob-object sys 'all-elements)))
(grobs-named (lambda (name)
(filter (lambda (x) (eq? name (grob::name x))) all-grobs)))
(first-leftedge-grob (list-ref (grobs-named 'LeftEdge) 0))
(relsys-x-of (lambda (g) (ly:grob-relative-coordinate g sys X)))
(leftedge-x (relsys-x-of first-leftedge-grob))
(leftedged? (lambda (g) (= (relsys-x-of g) leftedge-x)))
(leftedged-ss (filter leftedged? (grobs-named 'StaffSymbol))))
(if (eq? leftedge-grob first-leftedge-grob) ; ignore other leftedges [1]
(begin
(for-each set-staffsymbol! leftedged-ss)
(for-each set-X-offset! (grobs-named 'SystemStartBar))
(for-each set-X-offset! (grobs-named 'InstrumentName))
(for-each tweak-text! (grobs-named 'InstrumentName) name-tweaks)
))))))
(if (negative? narrowing) (warn-stretched left-indent right-indent))
#{ % and continue anyway
% ensure that these overrides are applied only at begin-of-line
\break % (but this does not exclude unsupported multiple application)
% give the spacing engine notice regarding the loss of width for music
\once \override Score.LeftEdge.X-extent = #(cons narrowing narrowing)
% discard line start region of staff and reassemble left-margin elements
\once \override Score.LeftEdge.after-line-breaking = #install-narrowing
% shift the system to partition the narrowing between left and right
\overrideProperty Score.NonMusicalPaperColumn.line-break-system-details
.X-offset #(- right-indent)
% prevent a leftmost barnumber entering a stretched staff
\once \override Score.BarNumber.horizon-padding = #(max 1 (- 1 narrowing))
#}))
pseudoIndent = % for changing just left-indent
#(define-music-function (name-tweaks left-indent)
((markup-list? '()) number?)
#{
\pseudoIndents $name-tweaks $left-indent 0
#})
% [1] versions <2.19.1 can have end-of-line leftedges too
% - these were eliminated in issue 3761
% [2] versions >=2.19.16: the first system behaves differently from the rest
% - a side effect of issue 660 ?
% [3] versions >=2.23.0: LeftEdge's position may well differ in Y (but not in X)
% - a side effect of issue 6084 ?

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\paper {
poetPrefix = "Worte:"
composerPrefix = "Weise:"
compositionPrefix = "Satz:"
adaptionPrefix = "Bearbeitung:"
poetAndComposerEqualPrefix = "Worte und Weise:"
voicePrefix = "Stimme:"
versePrefix = "Strophe:"
translationPrefix = "Übersetzung:"
interludePrefix = "Zwischenspiel:"
bridgePrefix = "Bridge:"
authorFormat =
#(lambda (noDetails name trail_name birth_year death_year organization)
(let ((string-present (lambda (str) (and str (not (and (string? str) (string-null? str))))))
(render_informations (lambda (infolist) (string-append (car infolist) (if (or noDetails (null? (cdr infolist))) "" (string-append " (" (string-join (cdr infolist) ", ") ")"))))))
(if (or (string-present trail_name) (string-present name))
(render_informations (filter string-present (list
trail_name
name
(if (and (string-present birth_year) (string-present death_year))
(ly:format "~a~a" birth_year death_year)
(if (string-present birth_year)
(ly:format "*~a" birth_year)
(if (string-present death_year) (ly:format "†~a" death_year) "")))
organization
)))
""
)))
songinfoMarkup =
#(make-on-the-fly-markup
(lambda (layout props m)
(let* ((between-poet-and-composer-markup (chain-assoc-get 'header:between-poet-and-composer-markup props (make-hspace-markup 3)))
(poet-maybe-with-composer (chain-assoc-get 'songinfo:poet-maybe-with-composer props #f))
(composer (chain-assoc-get 'songinfo:composer props #f))
(copyright (chain-assoc-get 'songinfo:copyright props #f))
(infotext (chain-assoc-get 'songinfo:infotext props #f))
(translation (chain-assoc-get 'songinfo:translation props #f))
(pronunciation (chain-assoc-get 'songinfo:pronunciation props #f))
(year_text (chain-assoc-get 'songinfo:year_text props #f))
(year_melody (chain-assoc-get 'songinfo:year_melody props #f))
(poet-with-year (if (and poet-maybe-with-composer year_text) (string-append poet-maybe-with-composer ", " year_text) poet-maybe-with-composer))
(composer-with-year (if (and composer year_melody) (string-append composer ", " year_melody) composer))
(poet-and-composer-oneliner (if (and poet-with-year composer-with-year) (markup poet-with-year between-poet-and-composer-markup composer-with-year) #f))
(current-line-width (chain-assoc-get 'line-width props (ly:output-def-lookup layout 'line-width)))
(string-with-paragraphs->markuplist (lambda (prefix text)
(if text
(apply append
(map
(lambda (paragraph)
(make-wordwrap-internal-markup-list #t
#{ \markuplist { $(ly:parser-include-string paragraph) } #}))
(ly:regex-split (ly:make-regex "\n[ \t\n]*\n[ \t\n]*") text)))
'()))))
(stack-lines DOWN 0.0 (chain-assoc-get 'baseline-skip props)
(interpret-markup-list layout props
(append
(if (and poet-and-composer-oneliner (< (interval-length (ly:stencil-extent (interpret-markup layout props poet-and-composer-oneliner) X)) current-line-width))
(list poet-and-composer-oneliner)
(make-wordwrap-string-internal-markup-list #t (string-append
(if poet-with-year (string-append "\n\n" poet-with-year) "")
(if composer-with-year (string-append "\n\n" composer-with-year) "")
)))
(make-wordwrap-string-internal-markup-list #t (string-append
(if copyright (string-append "\n\n© " copyright) "")))
(string-with-paragraphs->markuplist "" infotext)
(string-with-paragraphs->markuplist "Übersetzung: " translation)
(string-with-paragraphs->markuplist "Aussprache: " pronunciation)
)))))
(make-null-markup)
)
}

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songFormatAndSize = "a5"
songMargin = 5
songInfoFontSize = 0
songInfoLineWidthFraction = 0.9
songTitleSize = 6
songTitleFont = "Liberation Sans"
songChordFont = "Liberation Sans"
songLyricFont = "Liberation Sans"
songChordFontSeries = #'bold
songTextChordAlignment = #'left
songScoreChordFontSize = 2
songTextChordFontSize = \songScoreChordFontSize
songTextChordDistance = 2.8
songTextLineHeigth = 5.8
songTocColumns = 3
globalSize = 15
lyricSize = 1.6
stanzaFormat = "~a."
romanStanzaFormat = "~@r."
refString = "Ref.:"
refStringWithNumbers = "Ref. ~a:"
% hübsche Wiederholungszeichen für den Liedtext
repStart = "𝄆"
repStop = "𝄇"
customChordPrintings = {}
\paper {
cueMarkup = \markup {
\italic
#(make-on-the-fly-markup (lambda (layout props m)
(interpret-markup layout props
(string-join (map (lambda (n) (format #f "~@r." n)) (chain-assoc-get 'cues props)) ", ")))
(make-null-markup))
}
}

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% songfilename auch im Markup verfügbar machen
#(define-markup-list-command (setsongfilename layout props songfilename markuplist)
(string? markup-list?)
(interpret-markup-list layout (prepend-alist-chain 'songfilename songfilename props) markuplist))
#(define-markup-command (customEps layout props ysize filename)(number? string?)
#:properties ((songfilename ""))
(interpret-markup layout props
(let ((defaulttitlemarkup (ly:output-def-lookup layout 'defaultTitleMarkup))
(filepath (if (string-null? songfilename)
filename
(ly:format "~a/~a/~a" songPath songfilename filename))))
(if (file-exists? filepath)
(make-epsfile-markup Y ysize filepath)
(if defaulttitlemarkup
defaulttitlemarkup
(ly:format "file does not exist ~a" filepath))
))))

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#(use-modules (ice-9 receive))
#(define (format-author author-format-function authorId noDetails)
(let ((author (if (defined? 'AUTHOR_DATA) (assoc-ref AUTHOR_DATA authorId) #f)))
(if author
(author-format-function
noDetails
(assoc-ref author "name")
(assoc-ref author "trail_name")
(assoc-ref author "birth_year")
(assoc-ref author "death_year")
(assoc-ref author "organization")
)
(if (string-null? authorId)
"unbekannt"
authorId))))
#(define (find-author-ids-by contributionType authors)
(if authors
(filter-map (lambda (authordata) (if (member contributionType (cdr authordata)) (car authordata) #f)) authors)
(list)))
#(define (find-author-id-with-part-numbers contributionType authors)
(if authors
(sort-list
(filter-map (lambda (authordata)
(let ((contributionNumbers (filter-map (lambda (contribution) (if (and (list? contribution) (equal? contributionType (car contribution))) (cadr contribution) #f)) (cdr authordata)))
(authorId (car authordata)))
(if (null? contributionNumbers) #f (cons authorId (sort-list contributionNumbers <)))
)) authors)
(lambda (a b) (< (cadr a) (cadr b))))
(list)))
#(define-markup-command (print-songinfo layout props) ()
(define (songinfo-from songId key)
(let ((song (if (defined? 'SONG_DATA) (assoc-ref SONG_DATA songId) #f)))
(if song
(assoc-ref song key)
(ly:warning (ly:format "song with id ~a not found" songId)))))
(define* (default-author-format authorId #:optional (noDetails #f))
(format-author (ly:output-def-lookup layout 'authorFormat) authorId noDetails))
(define (format-poet poetId)
(string-append (ly:output-def-lookup layout 'poetPrefix) " " (default-author-format poetId)))
(define (format-composer composerId)
(string-append (ly:output-def-lookup layout 'composerPrefix) " " (default-author-format composerId)))
(define (format-poet-and-composer authorId)
(string-append (ly:output-def-lookup layout 'poetAndComposerEqualPrefix) " " (default-author-format authorId)))
(define (numbered-contribution-prefix contributionNumbers prefixLookup)
(string-append
(string-join (map (lambda (contributionNumber) (ly:format "~a." contributionNumber)) contributionNumbers) ", ")
" "
(ly:output-def-lookup layout prefixLookup)
)
)
(define referencedAuthors '())
(define (format-authors authorIds)
(map (lambda (authorId)
(default-author-format
authorId
(if (member authorId referencedAuthors)
#t
(begin
(set! referencedAuthors (cons authorId referencedAuthors))
#f)))
) authorIds)
)
(define (render-contribution-group contributionPrefix authorIds)
(if (null? authorIds)
""
(string-append contributionPrefix " " (string-join (format-authors authorIds) ", ")))
)
(define (join-present items joiner)
(string-join (filter (lambda (item) (and (string? item) (not (string-null? (string-trim-both item))))) items) joiner)
)
(define (render-partial-contribution-group prefixLookup authorData)
(if (null? authorData)
""
(let ((firstAuthorContributions (cdar authorData)))
(receive (authorDataSame authorDataOther)
(partition (lambda (authorEntry) (equal? (cdr authorEntry) firstAuthorContributions)) authorData)
(join-present (list
(render-contribution-group (numbered-contribution-prefix firstAuthorContributions prefixLookup) (map car authorDataSame))
(render-partial-contribution-group prefixLookup authorDataOther)
) " ")))))
(define (poet-and-composer-from-authors authors)
(if authors
(let (
(poetIds (find-author-ids-by 'text authors))
(translatorIds (find-author-ids-by 'translation authors))
(versePoetData (find-author-id-with-part-numbers 'verse authors))
(composerIds (find-author-ids-by 'melody authors))
(verseComposerData (find-author-id-with-part-numbers 'meloverse authors))
(voiceComposerData (find-author-id-with-part-numbers 'voice authors))
(compositionIds (find-author-ids-by 'composition authors))
(adaptionIds (find-author-ids-by 'adaption authors))
(bridgeIds (find-author-ids-by 'bridge authors))
(interludeIds (find-author-ids-by 'interlude authors))
(year_text (chain-assoc-get 'header:year_text props #f))
(year_translation (chain-assoc-get 'header:year_translation props #f))
(year_melody (chain-assoc-get 'header:year_melody props #f))
(year_composition (chain-assoc-get 'header:year_composition props #f))
(year_adaption (chain-assoc-get 'header:year_adaption props #f))
)
(if (and (equal? poetIds composerIds) (null? translatorIds) (null? versePoetData) (null? verseComposerData) (null? voiceComposerData) (null? compositionIds) (null? adaptionIds) (null? bridgeIds) (null? interludeIds))
(list
(join-present (list
(render-contribution-group (ly:output-def-lookup layout 'poetAndComposerEqualPrefix) poetIds)
(if (equal? year_text year_melody) year_text (join-present (list year_text year_melody) "/"))
) ", ")
#f)
(list
(if (and (null? poetIds) (null? versePoetData) (null? translatorIds)) #f
(string-append
(ly:output-def-lookup layout 'poetPrefix)
" "
(join-present (list
(join-present (list
(render-contribution-group "" poetIds)
year_text
) ", ")
(render-partial-contribution-group 'versePrefix versePoetData)
(join-present (list
(render-contribution-group (ly:output-def-lookup layout 'translationPrefix) translatorIds)
year_translation
) ", ")
) "; ")
))
(if (and (null? composerIds) (null? compositionIds) (null? adaptionIds) (null? verseComposerData) (null? voiceComposerData) (null? bridgeIds) (null? interludeIds)) #f
(string-append
(ly:output-def-lookup layout 'composerPrefix)
" "
(join-present (list
(join-present (list
(render-contribution-group "" composerIds)
year_melody
) ", ")
(render-partial-contribution-group 'versePrefix verseComposerData)
(render-partial-contribution-group 'voicePrefix voiceComposerData)
(join-present (list
(render-contribution-group (ly:output-def-lookup layout 'compositionPrefix) compositionIds)
year_composition
) ", ")
(join-present (list
(render-contribution-group (ly:output-def-lookup layout 'adaptionPrefix) adaptionIds)
year_adaption
) ", ")
(render-contribution-group (ly:output-def-lookup layout 'bridgePrefix) bridgeIds)
(render-contribution-group (ly:output-def-lookup layout 'interludePrefix) interludeIds)
) "; ")
)))))
(list #f #f)
)
)
(interpret-markup layout props
(if (chain-assoc-get 'page:is-bookpart-last-page props #f)
(let* ((authors (chain-assoc-get 'header:authors props #f))
(poet-and-composers (poet-and-composer-from-authors authors))
(songId (chain-assoc-get 'header:songId props #f))
(poetId (chain-assoc-get 'header:poetId props (if songId (songinfo-from songId "poet") #f)))
(composerId (chain-assoc-get 'header:composerId props (if songId (songinfo-from songId "composer") #f)))
(poet-and-composer-same (equal? poetId composerId)))
(let ((infotext (chain-assoc-get 'header:infotext props (chain-assoc-get 'header:songinfo props #f)))
(poet-maybe-with-composer (chain-assoc-get 'header:poet props (if poetId (if poet-and-composer-same (format-poet-and-composer poetId) (format-poet poetId)) (car poet-and-composers))))
(composer (chain-assoc-get 'header:composer props (if (and composerId (not poet-and-composer-same)) (format-composer composerId) (cadr poet-and-composers))))
(copyright (chain-assoc-get 'header:copyright props #f))
(translation (chain-assoc-get 'header:translation props #f))
(pronunciation (chain-assoc-get 'header:pronunciation props #f))
(year_text (if (string? (car poet-and-composers)) #f (chain-assoc-get 'header:year_text props #f)))
(year_melody (if (string? (car poet-and-composers)) #f (chain-assoc-get 'header:year_melody props #f))))
(markup
#:override (cons 'songinfo:poet-maybe-with-composer
(if (and poet-maybe-with-composer (not (and (string? poet-maybe-with-composer) (string-null? poet-maybe-with-composer)))) poet-maybe-with-composer #f))
#:override (cons 'songinfo:composer
(if (and composer (not (and (string? composer) (string-null? composer)))) composer #f))
#:override (cons 'songinfo:copyright
(if (and copyright (not (and (string? copyright) (string-null? copyright)))) copyright #f))
#:override (cons 'songinfo:infotext
(if (and infotext (not (and (string? infotext) (string-null? infotext)))) infotext #f))
#:override (cons 'songinfo:translation
(if (and translation (not (and (string? translation) (string-null? translation)))) translation #f))
#:override (cons 'songinfo:pronunciation
(if (and pronunciation (not (and (string? pronunciation) (string-null? pronunciation)))) pronunciation #f))
#:override (cons 'songinfo:year_text
(if (and year_text (not (and (string? year_text) (string-null? year_text)))) year_text #f))
#:override (cons 'songinfo:year_melody
(if (and year_melody (not (and (string? year_melody) (string-null? year_melody)))) year_melody #f))
#:override '(baseline-skip . 3.0)
#:fontsize songInfoFontSize
#:sans
(ly:output-def-lookup layout 'songinfoMarkup)
)))
(make-null-markup)))
)
#(define-markup-command (print-pagenumber layout props)()
(let ((label (chain-assoc-get 'header:myindexlabel props #f)))
(interpret-markup layout props
(markup #:large #:bold
(if label
(make-custom-page-number-markup label (chain-assoc-get 'page:page-number props 0))
(make-fromproperty-markup 'page:page-number-string)
)
))))
#(define-markup-command (fractional-line-width layout props arg)(markup?)
(interpret-markup layout props
(make-override-markup
`(line-width . ,(* (chain-assoc-get 'header:songinfo-size-factor props songInfoLineWidthFraction) (ly:output-def-lookup layout 'line-width)))
arg)))
\paper {
print-first-page-number = ##t
first-page-number = #0
oddFooterMarkup = \markup {
\fill-line {
\line { \null }
\line { \if \on-last-page-of-part \general-align #Y #DOWN \fractional-line-width \print-songinfo }
\line { \if \should-print-page-number \print-pagenumber }
}
}
evenFooterMarkup = \markup {
\fill-line {
\line { \if \should-print-page-number \print-pagenumber }
\line { \if \on-last-page-of-part \general-align #Y #DOWN \fractional-line-width \print-songinfo }
\line { \null }
}
}
}

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includeFromSong =
#(define-void-function (filename) (string?)
(let ((noDefaultOutputBackup noDefaultOutput))
(set! noDefaultOutput #t)
(ly:parser-parse-string (ly:parser-clone)
(ly:format "\\include \"~a\""
(string-append
(dirname (dirname (dirname (dirname (current-filename)))))
file-name-separator-string
"lilypond-song-includes"
file-name-separator-string
"liedbausteine"
file-name-separator-string
filename)))
(set! noDefaultOutput noDefaultOutputBackup)))

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INLINESCOREMUSIC = {}
inline-score =
#(define-music-function (music) (ly:music?)
(set! INLINESCOREMUSIC #{ \INLINESCOREMUSIC #music #})
#{
\transposable #TRANSPOSITION #music
#})
fill-midi =
#(define-void-function (music) (ly:music?)
(set! INLINESCOREMUSIC #{ \INLINESCOREMUSIC #music #})
)

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;;; (json parser) --- Guile JSON implementation.
;; Copyright (C) 2013-2020 Aleix Conchillo Flaque <aconchillo@gmail.com>
;;
;; This file is part of guile-json.
;;
;; guile-json is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation; either version 3 of the License, or
;; (at your option) any later version.
;;
;; guile-json is distributed in the hope that it will be useful, but
;; WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
;; General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with guile-json. If not, see https://www.gnu.org/licenses/.
;;; Commentary:
;; JSON module for Guile
;;; Code:
(define-module (json parser)
#:use-module (ice-9 rdelim)
#:use-module (ice-9 streams)
#:use-module (rnrs io ports)
#:export (json->scm
json-string->scm
json-seq->scm
json-seq-string->scm))
;;
;; Miscellaneuos helpers
;;
(define (json-exception port)
(throw 'json-invalid port))
(define (digit? c)
(case c
((#\0 #\1 #\2 #\3 #\4 #\5 #\6 #\7 #\8 #\9) #t)
(else #f)))
(define (whitespace? c)
(case c
((#\sp #\ht #\lf #\cr) #t)
(else #f)))
(define (control-char? ch)
(<= (char->integer ch) #x1F))
(define (skip-whitespaces port)
(let ((ch (peek-char port)))
(cond
((whitespace? ch)
(read-char port)
(skip-whitespaces port))
(else *unspecified*))))
(define (expect-string port expected return)
(let loop ((n 0))
(cond
;; All characters match.
((= n (string-length expected)) return)
;; Go to next characters.
((eqv? (read-char port) (string-ref expected n))
(loop (+ n 1)))
;; Anything else is an error.
(else (json-exception port)))))
(define (expect-delimiter port delimiter)
(let ((ch (read-char port)))
(cond
((not (eqv? ch delimiter)) (json-exception port))
;; Unexpected EOF.
((eof-object? ch) (json-exception port)))))
(define (skip-record-separators port)
(when (eqv? #\rs (peek-char port))
(read-char port)
(skip-record-separators port)))
;;
;; Number parsing helpers
;;
(define (expect-digit port)
(let ((ch (peek-char port)))
(cond
((not (digit? ch)) (json-exception port))
;; Unexpected EOF.
((eof-object? ch) (json-exception port)))))
;; Read + or -, and return 1 or -1 respectively. If something different is
;; found, return 1.
(define (read-sign port)
(let ((ch (peek-char port)))
(cond
((eqv? ch #\+)
(read-char port)
1)
((eqv? ch #\-)
(read-char port)
-1)
(else 1))))
(define (read-digit-value port)
(let ((ch (read-char port)))
(cond
((eqv? ch #\0) 0)
((eqv? ch #\1) 1)
((eqv? ch #\2) 2)
((eqv? ch #\3) 3)
((eqv? ch #\4) 4)
((eqv? ch #\5) 5)
((eqv? ch #\6) 6)
((eqv? ch #\7) 7)
((eqv? ch #\8) 8)
((eqv? ch #\9) 9)
(else (json-exception port)))))
;; Read digits [0..9].
(define (read-digits port)
(expect-digit port)
(let loop ((ch (peek-char port)) (number 0))
(cond
((digit? ch)
(let ((value (read-digit-value port)))
(loop (peek-char port) (+ (* number 10) value))))
(else number))))
(define (read-digits-fraction port)
(expect-digit port)
(let loop ((ch (peek-char port)) (number 0) (length 0))
(cond
((digit? ch)
(let ((value (read-digit-value port)))
(loop (peek-char port) (+ (* number 10) value) (+ length 1))))
(else
(/ number (expt 10 length))))))
(define (read-exponent port)
(let ((ch (peek-char port)))
(cond
((or (eqv? ch #\e) (eqv? ch #\E))
(read-char port)
(let ((sign (read-sign port))
(digits (read-digits port)))
(if (<= digits 1000) ;; Some maximum exponent.
(expt 10 (* sign digits))
(json-exception port))))
(else 1))))
(define (read-fraction port)
(let ((ch (peek-char port)))
(cond
((eqv? ch #\.)
(read-char port)
(read-digits-fraction port))
(else 0))))
(define (read-positive-number port)
(let* ((number
(let ((ch (peek-char port)))
(cond
;; Numbers that start with 0 must be a fraction.
((eqv? ch #\0)
(read-char port)
0)
;; Otherwise read more digits.
(else (read-digits port)))))
(fraction (read-fraction port))
(exponent (read-exponent port))
(result (* (+ number fraction) exponent)))
(if (and (zero? fraction) (>= exponent 1))
result
(exact->inexact result))))
(define (json-read-number port)
(let ((ch (peek-char port)))
(cond
;; Negative numbers.
((eqv? ch #\-)
(read-char port)
(expect-digit port)
(* -1 (read-positive-number port)))
;; Positive numbers.
((digit? ch)
(read-positive-number port))
;; Anything else is an error.
(else (json-exception port)))))
;;
;; Object parsing helpers
;;
(define (read-pair port null ordered)
;; Read key.
(let ((key (json-read-string port)))
(skip-whitespaces port)
(let ((ch (peek-char port)))
(cond
;; Skip colon and read value.
((eqv? ch #\:)
(read-char port)
(cons key (json-read port null ordered)))
;; Anything other than colon is an error.
(else (json-exception port))))))
(define (json-read-object port null ordered)
(expect-delimiter port #\{)
(let loop ((pairs '()) (added #t))
(skip-whitespaces port)
(let ((ch (peek-char port)))
(cond
;; End of object.
((eqv? ch #\})
(read-char port)
(cond
(added (if ordered (reverse! pairs) pairs))
(else (json-exception port))))
;; Read one pair and continue.
((eqv? ch #\")
(let ((pair (read-pair port null ordered)))
(loop (cons pair pairs) #t)))
;; Skip comma and read more pairs.
((eqv? ch #\,)
(read-char port)
(cond
(added (loop pairs #f))
(else (json-exception port))))
;; Invalid object.
(else (json-exception port))))))
;;
;; Array parsing helpers
;;
(define (json-read-array port null ordered)
(expect-delimiter port #\[)
(skip-whitespaces port)
(cond
;; Special case when array is empty.
((eqv? (peek-char port) #\])
(read-char port)
#())
(else
;; Read first element in array.
(let loop ((values (list (json-read port null ordered))))
(skip-whitespaces port)
(let ((ch (peek-char port)))
(cond
;; Unexpected EOF.
((eof-object? ch) (json-exception port))
;; Handle comma (if there's a comma there should be another element).
((eqv? ch #\,)
(read-char port)
(loop (cons (json-read port null ordered) values)))
;; End of array.
((eqv? ch #\])
(read-char port)
(list->vector (reverse! values)))
;; Anything else other than comma and end of array is wrong.
(else (json-exception port))))))))
;;
;; String parsing helpers
;;
(define (read-hex-digit->integer port)
(let ((ch (read-char port)))
(cond
((eqv? ch #\0) 0)
((eqv? ch #\1) 1)
((eqv? ch #\2) 2)
((eqv? ch #\3) 3)
((eqv? ch #\4) 4)
((eqv? ch #\5) 5)
((eqv? ch #\6) 6)
((eqv? ch #\7) 7)
((eqv? ch #\8) 8)
((eqv? ch #\9) 9)
((or (eqv? ch #\A) (eqv? ch #\a)) 10)
((or (eqv? ch #\B) (eqv? ch #\b)) 11)
((or (eqv? ch #\C) (eqv? ch #\c)) 12)
((or (eqv? ch #\D) (eqv? ch #\d)) 13)
((or (eqv? ch #\E) (eqv? ch #\e)) 14)
((or (eqv? ch #\F) (eqv? ch #\f)) 15)
(else (json-exception port)))))
(define (read-unicode-value port)
(+ (* 4096 (read-hex-digit->integer port))
(* 256 (read-hex-digit->integer port))
(* 16 (read-hex-digit->integer port))
(read-hex-digit->integer port)))
;; Unicode codepoint with surrogates is:
;; 10000 + (high - D800) + (low - DC00)
;; which is equivalent to:
;; (high << 10) + low - 35FDC00
;; see
;; https://github.com/aconchillo/guile-json/issues/58#issuecomment-662744070
(define (json-surrogate-pair->unicode high low)
(+ (* high #x400) low #x-35FDC00))
(define (read-unicode-char port)
(let ((codepoint (read-unicode-value port)))
(cond
;; Surrogate pairs. `codepoint` already contains the higher surrogate
;; (between D800 and DC00) . At this point we are expecting another
;; \uXXXX that holds the lower surrogate (between DC00 and DFFF).
((and (>= codepoint #xD800) (< codepoint #xDC00))
(expect-string port "\\u" #f)
(let ((low-surrogate (read-unicode-value port)))
(if (and (>= low-surrogate #xDC00) (< low-surrogate #xE000))
(integer->char (json-surrogate-pair->unicode codepoint low-surrogate))
(json-exception port))))
;; Reserved for surrogates (we just need to check starting from the low
;; surrogates).
((and (>= codepoint #xDC00) (< codepoint #xE000))
(json-exception port))
(else (integer->char codepoint)))))
(define (read-control-char port)
(let ((ch (read-char port)))
(cond
((eqv? ch #\") #\")
((eqv? ch #\\) #\\)
((eqv? ch #\/) #\/)
((eqv? ch #\b) #\bs)
((eqv? ch #\f) #\ff)
((eqv? ch #\n) #\lf)
((eqv? ch #\r) #\cr)
((eqv? ch #\t) #\ht)
((eqv? ch #\u) (read-unicode-char port))
(else (json-exception port)))))
(define (json-read-string port)
(expect-delimiter port #\")
(let loop ((chars '()) (ch (read-char port)))
(cond
;; Unexpected EOF.
((eof-object? ch) (json-exception port))
;; Unescaped control characters are not allowed.
((control-char? ch) (json-exception port))
;; End of string.
((eqv? ch #\") (reverse-list->string chars))
;; Escaped characters.
((eqv? ch #\\)
(loop (cons (read-control-char port) chars) (read-char port)))
;; All other characters.
(else
(loop (cons ch chars) (read-char port))))))
;;
;; Booleans and null parsing helpers
;;
(define (json-read-true port)
(expect-string port "true" #t))
(define (json-read-false port)
(expect-string port "false" #f))
(define (json-read-null port null)
(expect-string port "null" null))
;;
;; Main parser functions
;;
(define (json-read port null ordered)
(skip-whitespaces port)
(let ((ch (peek-char port)))
(cond
;; Unexpected EOF.
((eof-object? ch) (json-exception port))
;; Read JSON values.
((eqv? ch #\t) (json-read-true port))
((eqv? ch #\f) (json-read-false port))
((eqv? ch #\n) (json-read-null port null))
((eqv? ch #\{) (json-read-object port null ordered))
((eqv? ch #\[) (json-read-array port null ordered))
((eqv? ch #\") (json-read-string port))
;; Anything else should be a number.
(else (json-read-number port)))))
;;
;; Public procedures
;;
(define* (json->scm #:optional (port (current-input-port))
#:key (null 'null) (ordered #f) (concatenated #f))
"Parse a JSON document into native. Takes one optional argument,
@var{port}, which defaults to the current input port from where the JSON
document is read. It also takes a few of keyword arguments: @{null}: value for
JSON's null, it defaults to the 'null symbol, @{ordered} to indicate whether
JSON objects order should be preserved or not (the default) and @{concatenated}
which can be used to tell the parser that more JSON documents might come after a
properly parsed document."
(let loop ((value (json-read port null ordered)))
;; Skip any trailing whitespaces.
(skip-whitespaces port)
(cond
;; If we reach the end the parsing succeeded.
((eof-object? (peek-char port)) value)
;; If there's anything else other than the end, check if user wants to keep
;; parsing concatenated valid JSON documents, otherwise parser fails.
(else
(cond (concatenated value)
(else (json-exception port)))))))
(define* (json-string->scm str #:key (null 'null) (ordered #f))
"Parse a JSON document into native. Takes a string argument,
@var{str}, that contains the JSON document. It also takes a couple of keyword
argument: @{null}: value for JSON's null, it defaults to the 'null symbol and
@{ordered} to indicate whether JSON objects order should be preserved or
not (the default)."
(call-with-input-string str (lambda (p) (json->scm p #:null null #:ordered ordered))))
(define* (json-seq->scm #:optional (port (current-input-port))
#:key (null 'null) (ordered #f)
(handle-truncate 'skip) (truncated-object 'truncated))
"Lazy parse a JSON text sequence from the port @var{port}.
This procedure returns a stream of parsed documents. The optional argument
@var{port} defines the port to read from and defaults to the current input
port. It also takes a few keyword arguments: @{null}: value for JSON's null
(defaults to the 'null symbol), @{ordered} to indicate whether JSON objects
order should be preserved or not (the default), @{handle-truncate}: defines how
to handle data loss, @{truncated-object}: used to replace unparsable
objects. Allowed values for @{handle-truncate} argument are 'throw (throw an
exception), 'stop (stop parsing and end the stream), 'skip (default, skip
corrupted fragment and return the next entry), 'replace (skip corrupted fragment
and return @{truncated-object} instead)."
(letrec ((handle-truncation
(case handle-truncate
((throw) json-exception)
((stop) (const (eof-object)))
((skip)
(lambda (port)
(read-delimited "\x1e" port 'peek)
(read-entry port)))
((replace)
(lambda (port)
(read-delimited "\x1e" port 'peek)
truncated-object))))
(read-entry
(lambda (port)
(let ((ch (read-char port)))
(cond
((eof-object? ch) ch)
((not (eqv? ch #\rs))
(handle-truncation port))
(else
(skip-record-separators port)
(catch 'json-invalid
(lambda ()
(let ((next (json-read port null ordered)))
(if (eqv? #\lf (peek-char port))
(begin
(read-char port)
next)
(handle-truncation port))))
(lambda (_ port)
(handle-truncation port)))))))))
(port->stream port read-entry)))
(define* (json-seq-string->scm str #:key (null 'null) (ordered #f)
(handle-truncate 'skip) (truncated-object 'truncated))
"Lazy parse a JSON text sequence from the string @var{str}.
This procedure returns a stream of parsed documents and also takes the same
keyword arguments as @code{json-seq->scm}."
(call-with-input-string str
(lambda (p)
(json-seq->scm p #:null null #:ordered ordered
#:handle-truncate handle-truncate
#:truncated-object truncated-object))))
;;; (json parser) ends here

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(define (resolve-inherit-entry-in-list alist entry)
(let* ((key (car entry))
(attributes (cdr entry))
(inherits (assoc-ref attributes "inherits")))
(if inherits
(let* ((alist-without-entry (alist-delete key alist))
(inherit-entry (assoc inherits alist-without-entry))
(inherits-attributes (if inherit-entry (alist-copy (cdr (resolve-inherit-entry-in-list alist-without-entry inherit-entry)))))
(override-attributes (alist-delete "inherits" attributes)))
(if inherit-entry
(begin
(for-each (lambda (attribute) (assoc-set! inherits-attributes (car attribute) (cdr attribute))) override-attributes)
(cons key inherits-attributes)
)
(ly:error "~a can not inherit from ~a" key inherits))
)
entry
)))
(define (resolve-inherits alist)
(map (lambda (entry) (resolve-inherit-entry-in-list alist entry)) alist)
)

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(if (not windows?) (use-modules (ice-9 popen)))
(use-modules (ice-9 textual-ports) (json parser))
; We use Python to convert the data yamls like the authors.yml to json, that we can parse in scheme.
; Windows does not like Pipes, so we use a tmpfile instead.
; Be sure you have PyYAML installed. On Windows that could be done for example like "py -m pip install PyYAML"
(define (yml-file->scm filename)
(if windows?
(let* ((port (make-tmpfile #f))
(tmpfilepath (port-filename port))
(ignore (close-port port))
(python_code (string-append "import sys, yaml, json; f = open(r'" tmpfilepath "', 'w'); f.write(json.dumps(yaml.safe_load(open(r'" filename "')))); f.close()"))
(status (system (string-append (search-executable '("python3" "python" "py")) " -X utf8 -c \"" python_code "\"")))
(readport (open-file tmpfilepath "r" #:encoding "UTF-8"))
(json (get-string-all readport)))
(close-port readport)
(delete-file tmpfilepath)
(json-string->scm (if (status:exit-val status) json "{}")))
(let* ((python_code (string-append "import sys, yaml, json; print(json.dumps(yaml.safe_load(open(r'" filename "'))))"))
(pipe (open-pipe (string-append "PYTHONHOME='' " (search-executable '("python3" "python" "py")) " -X utf8 -c \"" python_code "\"") OPEN_READ))
(json (get-string-all pipe)))
(close-pipe pipe)
(json-string->scm json))))
(define (parse-yml-file filename) (resolve-inherits (yml-file->scm filename)))

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swing = \mark \markup {
\line \general-align #Y #DOWN {
\score {
\new Staff \with {
fontSize = #-2
\override StaffSymbol.line-count = #0
% \override VerticalAxisGroup.Y-extent = #'(0 . 0)
}
\relative {
\stemUp
\override Score.SpacingSpanner.common-shortest-duration = #(ly:make-moment 3 16)
\override Beam.positions = #'(2 . 2)
h'8[ h8]
}
\layout {
ragged-right= ##t
indent = 0
\context {
\Staff \remove "Clef_engraver"
\remove "Time_signature_engraver"
}
}
}
" ="
\score {
\new Staff \with {
fontSize = #-2
\override StaffSymbol.line-count = #0
% \override VerticalAxisGroup.Y-extent = #'(0 . 0)
}
\relative {
\stemUp
\override Score.SpacingSpanner.common-shortest-duration = #(ly:make-moment 3 16)
\override Stem.length = #4.5
\tuplet 3/2 { h'4 h8 }
}
\layout {
ragged-right= ##t
indent = 0
\context {
\Staff
\remove "Clef_engraver"
\remove "Time_signature_engraver"
}
}
}
}
}
swingOff = \mark \markup {
\line \general-align #Y #DOWN {
\score {
\new Staff \with {
fontSize = #-2
\override StaffSymbol.line-count = #0
% \override VerticalAxisGroup.Y-extent = #'(0 . 0)
}
\relative {
\stemUp
\override Score.SpacingSpanner.common-shortest-duration = #(ly:make-moment 3 16)
\override Beam.positions = #'(2 . 2)
h'8[ h8]
}
\layout {
ragged-right= ##t
indent = 0
\context {
\Staff \remove "Clef_engraver"
\remove "Time_signature_engraver"
}
}
}
" ="
\score {
\new Staff \with {
fontSize = #-2
\override StaffSymbol.line-count = #0
% \override VerticalAxisGroup.Y-extent = #'(0 . 0)
}
\relative {
\stemUp
\override Score.SpacingSpanner.common-shortest-duration = #(ly:make-moment 3 16)
\override Beam.positions = #'(2 . 2)
h'8 [h8]
}
\layout {
ragged-right= ##t
indent = 0
\context {
\Staff
\remove "Clef_engraver"
\remove "Time_signature_engraver"
}
}
}
}
}
\include "swing.ly"
swingMusic =
#(define-music-function (parser location music) (ly:music?)
(define (partial-duration-length m)
(let ((name (ly:music-property m 'name))
(es (ly:music-property m 'elements))
(e (ly:music-property m 'element)))
(if (pair? es)
(partial-duration-length (car es))
(if (ly:music? e)
(if (and (eq? name 'ContextSpeccedMusic) (eq? (ly:music-property e 'name) 'PartialSet))
(ly:duration->moment (ly:music-property e 'duration))
(if (eq? name 'NoteEvent)
ZERO-MOMENT
(partial-duration-length e)
)
)
ZERO-MOMENT))))
#{
\swing
\applySwingWithOffset 8 #'(2 1) #(partial-duration-length music) #music
#})

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#(define-markup-command (bookTitleMarkupCustom layout props)()
(interpret-markup layout
(prepend-alist-chain 'songfilename (chain-assoc-get 'header:songfilename props "") props)
(make-column-markup
(list
(make-vspace-markup (chain-assoc-get 'header:titletopspace props 0))
(make-customEps-markup (chain-assoc-get 'header:titlesize props 3.5) "titel.eps")
))
))
#(define-markup-command (category-image layout props size category)(number? string?)
(interpret-markup layout props
(if noStandaloneOutput
(make-epsfileref-markup Y size
(category-image-path category))
(make-epsfile-markup Y size
(category-image-path category)))))
#(define showCategoryImages (if (defined? 'showCategoryImages) showCategoryImages #t))
#(define-markup-command (category-images layout props)()
(interpret-markup layout props
(if showCategoryImages
(make-line-markup (map (lambda (category) (make-category-image-markup 5 category))
(string-tokenize (chain-assoc-get 'header:categories props ""))))
(make-null-markup))))
#(define pdf-encode (@@ (lily framework-ps) pdf-encode))
% PDF tags
#(define-markup-command (title-to-pdf-toc layout props title) (string?)
(ly:make-stencil
(list 'embedded-ps
(ly:format
"[/Action /GoTo /View [/XYZ -4 currentpagedevice /PageSize get 1 get 4 add null] /Title (~a) /OUT pdfmark" (pdf-encode title)))
empty-interval empty-interval
;'(0 . 0) '(0 . 0)
))
#(define-markup-command (title-with-category-images layout props right)(boolean?)
(interpret-markup layout props
(let* ((title (chain-assoc-get 'header:title props ""))
(starttext (chain-assoc-get 'header:starttext props #f))
(pdfbookmark (if starttext (string-append starttext " | " title) title)))
(if title
(if right
#{\markup { \title-to-pdf-toc #pdfbookmark \fill-line \general-align #Y #UP { \null \bookTitleMarkupCustom \category-images } } #}
#{\markup { \title-to-pdf-toc #pdfbookmark \fill-line \general-align #Y #UP { \category-images \bookTitleMarkupCustom \null } } #})
#{ \markup { " " } #})
)))
\paper {
bookTitleMarkup = \markup \null
scoreTitleMarkup = \markup \null
oddHeaderMarkup = \markup { \if \on-first-page-of-part \title-with-category-images ##t }
evenHeaderMarkup = \markup { \if \on-first-page-of-part \title-with-category-images ##f }
defaultTitleMarkup = \markup {
\override #'(baseline-skip . 3.5)
\center-column {
\override #`(font-name . ,songTitleFont) { \fontsize #songTitleSize \fromproperty #'header:title }
\large \bold \fromproperty #'header:subtitle
\smaller \bold \fromproperty #'header:subsubtitle
}
}
}

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TRANSPOSITION = #(cons #f #f)
transposeGlobal =
#(define-void-function (from to) (ly:pitch? ly:pitch?)
(set! TRANSPOSITION (cons from to)))
transposable =
#(define-music-function (fromto music) (pair? ly:music?)
(if (car fromto)
#{
\transpose #(car fromto) #(cdr fromto) #music
#}
music))
% Akkorde in Strophen transponieren
#(define-markup-list-command (transpose layout props from to markuplist)
(markup? markup? markup-list?)
(define (markup->pitch m)
(ly:assoc-get (string->symbol (markup->string m)) pitchnames))
(interpret-markup-list layout (prepend-alist-chain 'transposition (cons (markup->pitch from) (markup->pitch to)) props) markuplist))

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% parsing line by line
#(define-markup-command (wrap-newline layout props text) (string?)
"Text Zeile für Zeile parsen"
(interpret-markup layout props
#{ \markup { \column {
$(let ((verse-markup-string (
string-append "\\line { "
(ly:regex-replace (ly:make-regex "\r?\n") text " } \\line { ")
" \\size-box-to-box ##f ##t \"\" \"Agj\" }" )))
(ly:parser-include-string verse-markup-string))
}}#}
)
)
#(define-markup-command (size-box-to-box layout props use-x use-y abox bbox)
(boolean? boolean? markup? markup?)
(let* ((ma (interpret-markup layout props abox))
(mb (interpret-markup layout props bbox))
(ax (ly:stencil-extent ma X))
(ay (ly:stencil-extent ma Y))
(bx (ly:stencil-extent mb X))
(by (ly:stencil-extent mb Y))
(halfdiffabx (* (- (interval-length bx) (interval-length ax)) 0.5)))
(ly:stencil-translate (ly:make-stencil (ly:stencil-expr ma)
(if use-x
(if (< halfdiffabx 0)
(cons
(- (interval-bound ax DOWN) halfdiffabx)
(+ (interval-bound ax UP) halfdiffabx))
bx)
ax)
(if use-y by ay))
(cons (if (and use-x (< halfdiffabx 0)) halfdiffabx 0) 0) )))
#(define-markup-command (size-box-to-box-left-aligned layout props use-x use-y abox bbox)
(boolean? boolean? markup? markup?)
(let* ((ma (interpret-markup layout props abox))
(mb (interpret-markup layout props bbox))
(ax (ly:stencil-extent ma X))
(ay (ly:stencil-extent ma Y))
(bx (ly:stencil-extent mb X))
(by (ly:stencil-extent mb Y)))
(ly:make-stencil (ly:stencil-expr ma)
(if use-x bx ax)
(if use-y by ay))
))
#(define-markup-command (size-box-to-box-style-dependent layout props use-x use-y abox bbox)
(boolean? boolean? markup? markup?)
(interpret-markup layout props
(case songTextChordAlignment
((center) (make-size-box-to-box-markup use-x use-y abox bbox))
((left) (make-size-box-to-box-left-aligned-markup use-x use-y abox bbox)))))
#(define-markup-command (chord-alignment-style-dependent layout props chord-with-text) (markup?)
(interpret-markup layout props
(case songTextChordAlignment
((center) (make-center-align-markup chord-with-text))
((left) (make-left-align-markup chord-with-text)))))
% Text über Text mittig darstellen
#(define-markup-command (textup layout props text uptext) (markup? markup?)
"Markup über Text mittig darstellen."
(let ((verselayout (chain-assoc-get 'verselayout props generalLayout)))
(interpret-markup layout props
#{\markup {
\size-box-to-box-style-dependent ##t ##f
\general-align #X #LEFT \override #`(direction . ,UP) \override #'(baseline-skip . 1.0) \dir-column \chord-alignment-style-dependent {
\pad-to-box #'(0 . 0) #'(0 . 2.0) { #text }
\size-box-to-box ##f ##t #uptext \score { \chords { g4:m a } \layout { \verselayout } }
}
#text
}
#}
)))
#(define-markup-command (anchor-x-between layout props arga argb)
(markup? markup?)
(let* ((la (interval-length (ly:stencil-extent (interpret-markup layout props arga) X)))
(m (interpret-markup layout props (markup #:general-align Y DOWN arga argb (make-size-box-to-box-markup #t #t (markup #:null) arga))))
(l (interval-length (ly:stencil-extent m X))))
(ly:stencil-aligned-to m X (- (/ (* la 2) l) 1))
))
#(define-markup-command (stanza-raw layout props arg)
(string-or-music?)
(let ((verselayout (chain-assoc-get 'verselayout props generalLayout)))
(interpret-markup layout props
(if (and (string? arg) (string-null? arg))
" "
#{\markup
\score { \new Lyrics { \lyricmode { #(if (ly:music? arg) arg #{ \set stanza = #arg #}) "" } } \layout { \verselayout } }
#}
))))
#(define-markup-command (stanza layout props arg)
(string-or-music?)
(interpret-markup layout props
(make-size-box-to-box-markup #f #t (make-stanza-raw-markup arg) (make-stanza-raw-markup "x"))))
#(define (handle-custom-newlines custom-verse-breaks text)
(if (null? custom-verse-breaks)
text
(let make-custom-linebreaks
((break-words custom-verse-breaks)
(newtext (ly:regex-replace (ly:make-regex "\r?\n") text " ")))
(if (null? break-words)
newtext
(make-custom-linebreaks
(cdr break-words)
(ly:regex-replace
(ly:make-regex
(string-append
"("
(string-concatenate
(map
(lambda (character)
(let ((escaped_char (ly:regex-quote (string character))))
(string-append "(?: *,[^,)]+\\)" escaped_char "|\\(?" escaped_char ")")))
(string->list (car break-words))))
"(?: *,[^,)]+\\))?)(.*)$"))
newtext
1 "\n" 2))))))
#(use-modules (lily display-lily))
% Kompletten Vers mit Akkorden
#(define-markup-command (chordverse layout props stanza verse) (string-or-music? string?)
#:properties (
(intraverse-vspace 0)
(custom-verse-breaks '())
(transposition (cons #f #f))
(verselayout generalLayout)
)
"Vers mit Akkorden"
(let ((transp (if (car transposition)
(string-append "\\transpose " (symbol->string (note-name->lily-string (car transposition))) " " (symbol->string (note-name->lily-string (cdr transposition))))
"")))
(interpret-markup layout props
(markup #:override `(baseline-skip . ,(+ intraverse-vspace songTextLineHeigth)) #:anchor-x-between #:stanza stanza
(make-wrap-newline-markup
(ly:regex-replace (ly:make-regex "\\(( *)([^,()]*)( *),([^)]*)\\)")
(ly:regex-replace (ly:make-regex "(([^ \n]*\\([^()]*,[^()]+\\)[^ \n(]*)+)") (handle-custom-newlines custom-verse-breaks verse) " \\concat { " 1 " } ")
"\\textup \\line { \"" 1 "\" " 2 " \"" 3 "\" } \\score { " transp " \\chords { s4 " 4 " } \\layout { \\verselayout } }")
)
))))
% Kompletter Vers aus dem Akkorde entfernt werden
#(define-markup-command (nochordverse layout props stanza verse) (string-or-music? string?)
#:properties ((intraverse-vspace 0)(custom-verse-breaks '()))
"Vers ohne Akkorde"
(interpret-markup layout props
(markup #:override `(baseline-skip . ,(+ intraverse-vspace 3.0)) #:anchor-x-between #:stanza stanza
#:wrap-newline (ly:regex-replace (ly:make-regex "\\(([^,]*),([^)]*)\\)") (handle-custom-newlines custom-verse-breaks verse) 1)
)
)
)
#(define-markup-command (verseformat layout props verse) (markup?)
#:properties ((verselayout generalLayout))
"Textformatierung für Strophen"
(interpret-markup layout props
(let* (
(layout-scale (ly:output-def-lookup layout 'output-scale 1.0))
(verselayout-scale (ly:output-def-lookup verselayout 'output-scale layout-scale))
(mag-scale (/ verselayout-scale layout-scale))
(lyric-context-props (ly:context-def-lookup (ly:assoc-get 'Lyrics (ly:output-find-context-def verselayout 'Lyrics)) 'property-ops))
(lyric-size (caddr (find (lambda (prop) (and (equal? 'push (car prop)) (equal? 'LyricText (cadr prop)) (equal? 'font-size (cadddr prop)))) lyric-context-props)))
)
(make-magnify-markup mag-scale (make-sans-markup (make-fontsize-markup lyric-size verse)))
)
)
)
#(define-markup-command (group-verses layout props versegroup) (markup-list?)
#:properties ((verse-cols 1)
(verse-vspace 1)
(verse-hspace 1)
(verse-ordering-horizontal #f))
"Gruppiere Strophen in einem Markup auf Wunsch spaltenweise"
(define (add-markup-between-elements reverses markup-between elements)
((if reverses fold fold-right) (lambda (element filled-list)
(cons element (if (null? filled-list) '() (cons markup-between filled-list))))
'() elements))
(let* ((column-item-count (ceiling (/ (length versegroup) verse-cols)))
(column-data (make-list verse-cols)))
(let columnize-list ((index 0) (items versegroup))
(if (not (null? items))
(let* ((column-index (if verse-ordering-horizontal
(modulo index verse-cols)
(floor (/ index column-item-count))))
(column-markups (list-ref column-data column-index)))
(list-set! column-data column-index (cons (car items) column-markups))
(columnize-list (+ index 1) (cdr items)))))
(interpret-markup layout props
(make-fill-line-markup (list (make-verseformat-markup (make-line-markup
(add-markup-between-elements #f
(make-hspace-markup verse-hspace)
(map (lambda (column-markups)
(make-column-markup
(add-markup-between-elements #t (make-vspace-markup verse-vspace) column-markups)))
column-data)))))))))
#(define-markup-command (pad-left layout props amount arg)
(number? markup?)
(let* ((m (interpret-markup layout props arg))
(x (ly:stencil-extent m X))
(y (ly:stencil-extent m Y)))
(ly:stencil-translate
(ly:make-stencil (ly:stencil-expr m)
(cons (- (car x) amount) (cdr x))
y)
`(,amount . 0))))
#(define-markup-command (pad-right layout props amount arg)
(number? markup?)
(let* ((m (interpret-markup layout props arg))
(x (ly:stencil-extent m X))
(y (ly:stencil-extent m Y)))
(ly:make-stencil (ly:stencil-expr m)
(cons (car x) (+ (cdr x) amount))
y)))
#(define-markup-command (score-equal-height-with-indents layout props lines)
(markup-list?)
#:category music
#:properties ((intraverse-vspace 0)
(verse-line-height songTextLineHeigth)
(line-indents '()))
(let ((indents-max-index (- (length line-indents) 1)))
(stack-stencils Y DOWN intraverse-vspace
(index-map
(lambda (index line)
(let ((stil
(ly:make-stencil
(ly:stencil-expr line)
(ly:stencil-extent line X)
`(,(/ verse-line-height -2.0) . ,(/ verse-line-height 2.0)))))
(if (<= index indents-max-index)
(ly:stencil-translate-axis
stil
(list-ref line-indents index)
X)
stil)))
(interpret-markup-list layout props lines)))))
#(define-public (custom-lyric-text::print grob)
"Allow interpretation of tildes as lyric tieing marks."
;; See also similar code in Lyric_performer.
(let ((text (ly:grob-property grob 'text)))
(grob-interpret-markup grob (if (string? text)
(make-pad-right-markup -0.1 (make-tied-lyric-markup text))
text))))
#(define-markup-command (chordlyrics layout props lyrics) (ly:music?)
#:properties ((verse-chords #{#})
(verse-reference-voice #{#})
(verse-break-voice #{#})
(verse-text-chord-distance songTextChordDistance)
(transposition (cons #f #f))
(verselayout generalLayout))
"Vers mit Akkorden"
(interpret-markup layout props
#{
\markup {
\score-equal-height-with-indents \score-lines {
<<
\new Devnull { #(music-clone verse-break-voice) }
\new NullVoice = "dummyvoice" { #(music-clone verse-reference-voice) }
\transposable #transposition #(music-clone verse-chords)
\new Lyrics \lyricsto "dummyvoice" { #lyrics }
>>
\layout {
\verselayout
#(let
((custom-size (ly:output-def-lookup verselayout 'size #f)))
(if custom-size (layout-set-staff-size custom-size)))
ragged-right = ##t
\context {
\Lyrics
\override VerticalAxisGroup.nonstaff-relatedstaff-spacing.basic-distance = #verse-text-chord-distance
\override LyricText.parent-alignment-X = #LEFT
\override LyricText.self-alignment-X = #LEFT
\override LyricText.word-space = 0.8
\override LyricSpace.minimum-distance = 0.8
\override LyricText.stencil = #custom-lyric-text::print
}
\context {
\ChordNames
\override VerticalAxisGroup.staff-affinity = ##f
\override ChordName.extra-spacing-width = #'(-0.1 . 0.1)
\consists \Ensure_first_chord_after_line_break_printed_engraver
}
\context {
\Score
\override PaperColumn.keep-inside-line = ##f
% \override SpacingSpanner.strict-note-spacing = ##t
\override SpacingSpanner.uniform-stretching = ##t
\override SpacingSpanner.spacing-increment = 0
\remove Bar_number_engraver
\remove Mark_engraver
\remove Jump_engraver
\remove Volta_engraver
\remove Parenthesis_engraver
\remove Metronome_mark_engraver
}
\context {
\Staff
\remove Staff_symbol_engraver
\remove Clef_engraver
\remove Time_signature_engraver
\remove Bar_engraver
\remove Separating_line_group_engraver
\omit KeySignature
\omit KeyCancellation
}
\context {
\Voice
\remove Stem_engraver
\remove Rest_engraver
\remove Multi_measure_rest_engraver
\remove Phrasing_slur_engraver
\remove Slur_engraver
\remove Tie_engraver
\remove Dynamic_engraver
\remove Note_heads_engraver
\remove Script_engraver
}
\context {
\NullVoice
\consists Rest_engraver
\omit Rest
\undo \omit NoteHead
\hide NoteHead
\override NoteHead.X-extent = #'(0 . 0)
}
}
}
}
#}
)
)
#(define-markup-command (nochordlyrics layout props lyrics) (ly:music?)
"Vers ohne Akkorde"
(interpret-markup layout props
(markup
#:override `(verse-chords . ,#{#})
#:override `(verse-line-height . ,(- songTextLineHeigth 2))
#:chordlyrics lyrics))
)