Revert "Apply scripts/auxiliar/fixscm.sh"

[lilypond.git] / scm / predefined-fretboards.scm

diff --git a/scm/predefined-fretboards.scm b/scm/predefined-fretboards.scm
index be46fb3a3f31b34ea1a7d7ebcb0d343d28383378..d3286c45d15d972cdf8593e9760e91c12a0087ec 100644 (file)
--- a/scm/predefined-fretboards.scm
+++ b/scm/predefined-fretboards.scm
@@ -19,40 +19,40 @@
 (define-public (parse-terse-string terse-definition)
   "Parse a @code{fret-diagram-terse} definition string @var{terse-definition}
 and return a marking list, which can be used with a fretboard grob."
-  (cdr (fret-parse-terse-definition-string (list '()) terse-definition)))
+   (cdr (fret-parse-terse-definition-string (list '()) terse-definition)))
 
 (define-public (get-chord-shape shape-code tuning base-chord-shapes)
   "Return the chord shape associated with @var{shape-code} and
 @var{tuning} in the hash-table @var{base-chord-shapes}."
   (let ((hash-handle (hash-get-handle base-chord-shapes
-                                      (cons shape-code tuning))))
-    (if hash-handle
-        (cdr hash-handle)
-        '())))
+                                       (cons shape-code tuning))))
+     (if hash-handle
+         (cdr hash-handle)
+         '())))
 
 (define-public (offset-fret fret-offset diagram-definition)
   "Add @var{fret-offset} to each fret indication in
 @var{diagram-definition} and return the resulting verbose
 @code{fret-diagram-definition}."
-  (let ((verbose-definition
-         (if (string? diagram-definition)
-             (parse-terse-string diagram-definition)
-             diagram-definition)))
-    (map (lambda(item)
-           (let ((code (car item)))
-             (cond
-              ((eq? code 'barre)
-               (list-set! item 3
-                          (+ fret-offset (list-ref item 3)))
-               item)
-              ((eq? code 'capo)
-               (list-set! item 1
-                          (+ fret-offset (list-ref item 1)))
-               item)
-              ((eq? code 'place-fret)
-               (list-set! item 2
-                          (+ fret-offset (list-ref item 2)))
-               item)
-              (else item))))
-         verbose-definition)))
+   (let ((verbose-definition 
+           (if (string? diagram-definition)
+               (parse-terse-string diagram-definition)
+               diagram-definition)))
+     (map (lambda(item) 
+            (let ((code (car item)))
+              (cond
+                ((eq? code 'barre)
+                  (list-set! item 3
+                     (+ fret-offset (list-ref item 3)))
+                  item)
+                ((eq? code 'capo)
+                  (list-set! item 1
+                     (+ fret-offset (list-ref item 1)))
+                  item)
+                ((eq? code 'place-fret)
+                  (list-set! item 2
+                     (+ fret-offset (list-ref item 2)))
+                  item)
+                (else item))))
+            verbose-definition)))