-#!@PYTHON@
+#!@TARGET_PYTHON@
# -*- coding: utf-8 -*-
+
# once upon a rainy monday afternoon.
+
+# This file is part of LilyPond, the GNU music typesetter.
+#
+# LilyPond 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.
+#
+# LilyPond 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 LilyPond. If not, see <http://www.gnu.org/licenses/>.
+
#
# ...
#
# (not finished.)
-# ABC standard v1.6: http://www.gre.ac.uk/~c.walshaw/abc2mtex/abc.txt
+# ABC standard v1.6: http://abcnotation.com/
#
# Enhancements (Roy R. Rankin)
#
# %%LY now supported.
# \breve and \longa supported.
# M:none doesn't crash lily.
+# lilypond '--' supported.
# Enhancements (Guy Gascoigne-Piggford)
#
#TODO:
#
+# * coding style
# * lilylib
# * GNU style messages: warning:FILE:LINE:
# * l10n
-#
+#
# Convert to new chord styles.
#
# UNDEF -> None
#
-
+
import __main__
import getopt
import sys
import re
-import string
import os
program_name = sys.argv[0]
-datadir = '@local_lilypond_datadir@'
-if not os.path.isdir (datadir):
- datadir = '@lilypond_datadir@'
-
-sys.path.insert (0, os.path.join (datadir, 'python'))
-
-if os.environ.has_key ('LILYPONDPREFIX'):
- datadir = os.environ['LILYPONDPREFIX']
- while datadir[-1] == os.sep:
- datadir= datadir[:-1]
-
- datadir = os.path.join (datadir, "share/lilypond/current/")
-sys.path.insert (0, os.path.join (datadir, 'python'))
-
-# dynamic relocation, for GUB binaries.
-bindir = os.path.split (sys.argv[0])[0]
-for p in ['share', 'lib']:
- datadir = os.path.abspath (bindir + '/../%s/lilypond/current/python/' % p)
- sys.path.insert (0, os.path.join (datadir))
+"""
+@relocate-preamble@
+"""
import lilylib as ly
global _;_=ly._
version = '@TOPLEVEL_VERSION@'
if version == '@' + 'TOPLEVEL_VERSION' + '@':
- version = '(unknown version)' # uGUHGUHGHGUGH
+ version = '(unknown version)' # uGUHGUHGHGUGH
UNDEF = 255
state = UNDEF
default_len = 8
length_specified = 0
nobarlines = 0
-global_key = [0] * 7 # UGH
+global_key = [0] * 7 # UGH
names = ["One", "Two", "Three"]
DIGITS='0123456789'
HSPACE=' \t'
def error (msg):
- sys.stderr.write (msg)
- if global_options.strict:
- sys.exit (1)
-
+ sys.stderr.write (msg)
+ if global_options.strict:
+ sys.exit (1)
+
def alphabet (i):
- return chr (i + ord('A'))
-
+ return chr (i + ord('A'))
+
def check_clef(s):
- if not s:
- return ''
- if re.match('-8va', s) or re.match('treble8', s):
- # treble8 is used by abctab2ps; -8va is used by barfly,
- # and by my patch to abc2ps. If there's ever a standard
- # about this we'll support that.
- s = s[4:]
- state.base_octave = -1
- voices_append("\\clef \"G_8\"\n")
- elif re.match('^treble', s):
- s = s[6:]
- if re.match ('^-8', s):
- s = s[2:]
- state.base_octave = -2
- voices_append("\\clef \"G_8\"\n")
- else:
- state.base_octave = 0
- voices_append("\\clef treble\n")
- elif re.match('^alto', s):
- s = s[4:]
- state.base_octave = -1
- voices_append ("\\clef alto\n" )
- elif re.match('^bass',s ):
- s = s[4:]
- state.base_octave = -2
- voices_append ("\\clef bass\n" )
- return s
+ # the number gives the base_octave
+ clefs = [("treble", "treble", 0),
+ ("treble1", "french", 0),
+ ("bass3", "varbaritone", 0),
+ ("bass", "bass", 0),
+ ("alto4", "tenor", 0),
+ ("alto2", "mezzosoprano", 0),
+ ("alto1", "soprano", 0),
+ ("alto", "alto", 0),
+ ("perc", "percussion", 0)]
+ modifier = [("-8va", "_8", -1),
+ ("-8", "_8", -1),
+ ("\+8", "^8", +1),
+ ("8", "_8", -1)]
+
+ if not s:
+ return ''
+ clef = None;
+ octave = 0;
+ for c in clefs:
+ m = re.match('^'+c[0], s)
+ if m:
+ (clef, octave) = (c[1], c[2])
+ s = s[m.end():]
+ break;
+ if not clef:
+ return s
+
+ mod = "";
+ for md in modifier:
+ m = re.match('^'+md[0], s)
+ if m:
+ mod = md[1];
+ octave += md[2];
+ s = s[m.end():]
+ break;
+
+ state.base_octave = octave
+ voices_append ("\\clef \""+clef+mod+"\"\n")
+ return s
def select_voice (name, rol):
- if not voice_idx_dict.has_key (name):
- state_list.append(Parser_state())
- voices.append ('')
- slyrics.append ([])
- voice_idx_dict[name] = len (voices) -1
- __main__.current_voice_idx = voice_idx_dict[name]
- __main__.state = state_list[current_voice_idx]
- while rol != '':
- m = re.match ('^([^ \t=]*)=(.*)$', rol) # find keywork
- if m:
- keyword = m.group(1)
- rol = m.group (2)
- a = re.match ('^("[^"]*"|[^ \t]*) *(.*)$', rol)
- if a:
- value = a.group (1)
- rol = a.group ( 2)
- if keyword == 'clef':
- check_clef(value)
- elif keyword == "name":
- value = re.sub ('\\\\','\\\\\\\\', value)
- ## < 2.2
- voices_append ("\\set Staff.instrument = %s\n" % value )
-
- __main__.part_names = 1
- elif keyword == "sname" or keyword == "snm":
- voices_append ("\\set Staff.instr = %s\n" % value )
- else:
- break
+ if not voice_idx_dict.has_key (name):
+ state_list.append(Parser_state())
+ voices.append ('')
+ slyrics.append ([])
+ voice_idx_dict[name] = len (voices) -1
+ __main__.current_voice_idx = voice_idx_dict[name]
+ __main__.state = state_list[current_voice_idx]
+ while rol != '':
+ m = re.match ('^([^ \t=]*)=(.*)$', rol) # find keywork
+ if m:
+ keyword = m.group(1)
+ rol = m.group (2)
+ a = re.match ('^("[^"]*"|[^ \t]*) *(.*)$', rol)
+ if a:
+ value = a.group (1)
+ rol = a.group ( 2)
+ if keyword == 'clef':
+ check_clef(value)
+ elif keyword == "name":
+ value = re.sub ('\\\\','\\\\\\\\', value)
+ ## < 2.2
+ voices_append ("\\set Staff.instrument = %s\n" % value )
+
+ __main__.part_names = 1
+ elif keyword == "sname" or keyword == "snm":
+ voices_append ("\\set Staff.instr = %s\n" % value )
+ else:
+ break
def dump_header (outf,hdr):
- outf.write ('\\header {\n')
- ks = hdr.keys ()
- ks.sort ()
- for k in ks:
- hdr[k] = re.sub('"', '\\"', hdr[k])
- outf.write ('\t%s = "%s"\n'% (k,hdr[k]))
- outf.write ('}')
+ outf.write ('\\header {\n')
+ ks = hdr.keys ()
+ ks.sort ()
+ for k in ks:
+ hdr[k] = re.sub('"', '\\"', hdr[k])
+ outf.write ('\t%s = "%s"\n'% (k,hdr[k]))
+ outf.write ('}')
def dump_lyrics (outf):
- if (len(lyrics)):
- outf.write("\n\\score\n{\n \\lyrics\n <<\n")
- for i in range (len (lyrics)):
- outf.write ( lyrics [i])
- outf.write ("\n")
- outf.write(" >>\n \\layout{}\n}\n")
+ if (len(lyrics)):
+ outf.write("\n\\markup \\column {\n")
+ for i in range (len (lyrics)):
+ outf.write (lyrics [i])
+ outf.write ("\n")
+ outf.write("}\n")
def dump_default_bar (outf):
- """
- Nowadays abc2ly outputs explicits barlines (?)
- """
- ## < 2.2
- outf.write ("\n\\set Score.defaultBarType = \"empty\"\n")
+ """
+ Nowadays abc2ly outputs explicits barlines (?)
+ """
+ ## < 2.2
+ outf.write ("\n\\set Score.defaultBarType = \"\"\n")
def dump_slyrics (outf):
- ks = voice_idx_dict.keys()
- ks.sort ()
- for k in ks:
- if re.match('[1-9]', k):
- m = alphabet(string.atoi(k))
- else:
- m = k
- for i in range (len(slyrics[voice_idx_dict[k]])):
- l= alphabet(i)
- outf.write ("\nwords%sV%s = \lyricmode {" % (m, l))
- outf.write ("\n" + slyrics [voice_idx_dict[k]][i])
- outf.write ("\n}")
+ ks = voice_idx_dict.keys()
+ ks.sort ()
+ for k in ks:
+ if re.match('[1-9]', k):
+ m = alphabet (int (k))
+ else:
+ m = k
+ for i in range (len(slyrics[voice_idx_dict[k]])):
+ l= alphabet(i)
+ outf.write ("\nwords%sV%s = \\lyricmode {" % (m, l))
+ outf.write ("\n" + slyrics [voice_idx_dict[k]][i])
+ outf.write ("\n}")
def dump_voices (outf):
- global doing_alternative, in_repeat
- ks = voice_idx_dict.keys()
- ks.sort ()
- for k in ks:
- if re.match ('[1-9]', k):
- m = alphabet(string.atoi(k))
- else:
- m = k
- outf.write ("\nvoice%s = {" % m)
- dump_default_bar(outf)
- if repeat_state[voice_idx_dict[k]]:
- outf.write("\n\\repeat volta 2 {")
- outf.write ("\n" + voices [voice_idx_dict[k]])
- if not using_old:
- if doing_alternative[voice_idx_dict[k]]:
- outf.write("}")
- if in_repeat[voice_idx_dict[k]]:
- outf.write("}")
- outf.write ("\n}")
+ global doing_alternative, in_repeat
+ ks = voice_idx_dict.keys()
+ ks.sort ()
+ for k in ks:
+ if re.match ('[1-9]', k):
+ m = alphabet (int (k))
+ else:
+ m = k
+ outf.write ("\nvoice%s = {" % m)
+ dump_default_bar(outf)
+ if repeat_state[voice_idx_dict[k]]:
+ outf.write("\n\\repeat volta 2 {")
+ outf.write ("\n" + voices [voice_idx_dict[k]])
+ if not using_old:
+ if doing_alternative[voice_idx_dict[k]]:
+ outf.write("}")
+ if in_repeat[voice_idx_dict[k]]:
+ outf.write("}")
+ outf.write ("\n}")
def try_parse_q(a):
- global midi_specs
- #assume that Q takes the form "Q:1/4=120"
- #There are other possibilities, but they are deprecated
- if string.count(a, '/') == 1:
- array=string.split(a,'/')
- numerator=array[0]
- if numerator != 1:
- sys.stderr.write("abc2ly: Warning, unable to translate a Q specification with a numerator of %s: %s\n" % (numerator, a))
- array2=string.split(array[1],'=')
- denominator=array2[0]
- perminute=array2[1]
- duration=str(string.atoi(denominator)/string.atoi(numerator))
- midi_specs=string.join(["\\tempo", duration, "=", perminute])
- else:
- sys.stderr.write("abc2ly: Warning, unable to parse Q specification: %s\n" % a)
-
+ #assume that Q takes the form "Q:'opt. description' 1/4=120"
+ #There are other possibilities, but they are deprecated
+ r = re.compile ('^(.*) *([0-9]+) */ *([0-9]+) *=* *([0-9]+)\s*')
+ m = r.match (a)
+ if m:
+ descr = m.group(1) # possibly empty
+ numerator = int(m.group (2))
+ denominator = int(m.group (3))
+ tempo = m.group (4)
+ dur = duration_to_lilypond_duration ((numerator,denominator), 1, 0)
+ voices_append ("\\tempo " + descr + " " + dur + "=" + tempo + "\n")
+ else:
+ # Parsing of numeric tempi, as these are fairly
+ # common. The spec says the number is a "beat" so using
+ # a quarter note as the standard time
+ numericQ = re.compile ('[0-9]+')
+ m = numericQ.match (a)
+ if m:
+ voices_append ("\\tempo 4=" + m.group(0))
+ else:
+ sys.stderr.write("abc2ly: Warning, unable to parse Q specification: %s\n" % a)
+
def dump_score (outf):
- outf.write (r"""
+ outf.write (r"""
\score{
- <<
+ <<
""")
- ks = voice_idx_dict.keys ();
- ks.sort ()
- for k in ks:
- if re.match('[1-9]', k):
- m = alphabet (string.atoi(k))
- else:
- m = k
- if k == 'default' and len (voice_idx_dict) > 1:
- break
- outf.write ("\n\t\\context Staff=\"%s\"\n\t{\n" %k )
- if k != 'default':
- outf.write ("\t \\voicedefault\n")
- outf.write ("\t \\voice%s " % m)
- outf.write ("\n\t}\n")
-
- l = ord( 'A' )
- for lyrics in slyrics [voice_idx_dict[k]]:
- outf.write ("\n\t\\addlyrics { \n")
- if re.match('[1-9]',k):
- m = alphabet (string.atoi(k))
- else:
- m = k
-
- outf.write ( " \\words%sV%s } " % ( m, chr (l)) )
- l += 1
-
- outf.write ("\n >>")
- outf.write ("\n\t\\layout {\n")
- outf.write ("\t}\n\t\\midi {%s}\n}\n" % midi_specs)
+ ks = voice_idx_dict.keys ();
+ ks.sort ()
+ for k in ks:
+ if re.match('[1-9]', k):
+ m = alphabet (int (k))
+ else:
+ m = k
+ if k == 'default' and len (voice_idx_dict) > 1:
+ break
+ outf.write ("\n\t\\context Staff=\"%s\"\n\t{\n" %k )
+ if k != 'default':
+ outf.write ("\t \\voicedefault\n")
+ outf.write ("\t \\voice%s " % m)
+ outf.write ("\n\t}\n")
+
+ l = ord( 'A' )
+ for lyrics in slyrics [voice_idx_dict[k]]:
+ outf.write ("\n\t\\addlyrics {\n")
+ if re.match('[1-9]',k):
+ m = alphabet (int (k))
+ else:
+ m = k
+
+ outf.write ( " \\words%sV%s } " % ( m, chr (l)) )
+ l += 1
+
+ outf.write ("\n >>")
+ outf.write ("\n\t\\layout {\n")
+ outf.write ("\t}\n\t\\midi {%s}\n}\n" % midi_specs)
def set_default_length (s):
- global length_specified
- m = re.search ('1/([0-9]+)', s)
- if m:
- __main__.default_len = string.atoi ( m.group (1))
- length_specified = 1
+ global length_specified
+ m = re.search ('1/([0-9]+)', s)
+ if m:
+ __main__.default_len = int ( m.group (1))
+ length_specified = 1
def set_default_len_from_time_sig (s):
- m = re.search ('([0-9]+)/([0-9]+)', s)
- if m:
- n = string.atoi (m.group (1))
- d = string.atoi (m.group (2))
- if (n * 1.0 )/(d * 1.0) < 0.75:
- __main__.default_len = 16
- else:
- __main__.default_len = 8
+ m = re.search ('([0-9]+)/([0-9]+)', s)
+ if m:
+ n = int (m.group (1))
+ d = int (m.group (2))
+ if (n * 1.0 )/(d * 1.0) < 0.75:
+ __main__.default_len = 16
+ else:
+ __main__.default_len = 8
def gulp_file(f):
- try:
- i = open(f)
- i.seek (0, 2)
- n = i.tell ()
- i.seek (0,0)
- except:
- sys.stderr.write ("can't open file: `%s'\n" % f)
- return ''
- s = i.read (n)
- if len (s) <= 0:
- sys.stderr.write ("gulped empty file: `%s'\n" % f)
- i.close ()
- return s
+ try:
+ i = open(f)
+ i.seek (0, 2)
+ n = i.tell ()
+ i.seek (0,0)
+ except:
+ sys.stderr.write ("cannot open file: `%s'\n" % f)
+ return ''
+ s = i.read (n)
+ if len (s) <= 0:
+ sys.stderr.write ("gulped empty file: `%s'\n" % f)
+ i.close ()
+ return s
# pitch manipulation. Tuples are (name, alteration).
# 0 is (central) C. Alteration -1 is a flat, Alteration +1 is a sharp
-# pitch in semitones.
+# pitch in semitones.
def semitone_pitch (tup):
- p =0
-
- t = tup[0]
- p = p + 12 * (t / 7)
- t = t % 7
-
- if t > 2:
- p = p- 1
-
- p = p + t* 2 + tup[1]
- return p
+ p =0
+
+ t = tup[0]
+ p = p + 12 * (t / 7)
+ t = t % 7
+
+ if t > 2:
+ p = p- 1
+
+ p = p + t* 2 + tup[1]
+ return p
def fifth_above_pitch (tup):
- (n, a) = (tup[0] + 4, tup[1])
+ (n, a) = (tup[0] + 4, tup[1])
- difference = 7 - (semitone_pitch ((n,a)) - semitone_pitch (tup))
- a = a + difference
-
- return (n,a)
+ difference = 7 - (semitone_pitch ((n,a)) - semitone_pitch (tup))
+ a = a + difference
+
+ return (n,a)
def sharp_keys ():
- p = (0,0)
- l = []
- k = 0
- while 1:
- l.append (p)
- (t,a) = fifth_above_pitch (p)
- if semitone_pitch((t,a)) % 12 == 0:
- break
-
- p = (t % 7, a)
- return l
+ p = (0,0)
+ l = []
+ k = 0
+ while 1:
+ l.append (p)
+ (t,a) = fifth_above_pitch (p)
+ if semitone_pitch((t,a)) % 12 == 0:
+ break
+
+ p = (t % 7, a)
+ return l
def flat_keys ():
- p = (0,0)
- l = []
- k = 0
- while 1:
- l.append (p)
- (t,a) = quart_above_pitch (p)
- if semitone_pitch((t,a)) % 12 == 0:
- break
-
- p = (t % 7, a)
- return l
+ p = (0,0)
+ l = []
+ k = 0
+ while 1:
+ l.append (p)
+ (t,a) = quart_above_pitch (p)
+ if semitone_pitch((t,a)) % 12 == 0:
+ break
+
+ p = (t % 7, a)
+ return l
def quart_above_pitch (tup):
- (n, a) = (tup[0] + 3, tup[1])
-
- difference = 5 - (semitone_pitch ((n,a)) - semitone_pitch (tup))
- a = a + difference
-
- return (n,a)
-
-key_lookup = { # abc to lilypond key mode names
- 'm' : 'minor',
- 'min' : 'minor',
- 'maj' : 'major',
- 'major' : 'major',
- 'phr' : 'phrygian',
- 'ion' : 'ionian',
- 'loc' : 'locrian',
- 'aeo' : 'aeolian',
- 'mix' : 'mixolydian',
- 'mixolydian' : 'mixolydian',
- 'lyd' : 'lydian',
- 'dor' : 'dorian',
- 'dorian' : 'dorian'
+ (n, a) = (tup[0] + 3, tup[1])
+
+ difference = 5 - (semitone_pitch ((n,a)) - semitone_pitch (tup))
+ a = a + difference
+
+ return (n,a)
+
+key_lookup = { # abc to lilypond key mode names
+ 'm' : 'minor',
+ 'min' : 'minor',
+ 'maj' : 'major',
+ 'major' : 'major',
+ 'phr' : 'phrygian',
+ 'ion' : 'ionian',
+ 'loc' : 'locrian',
+ 'aeo' : 'aeolian',
+ 'mix' : 'mixolydian',
+ 'mixolydian' : 'mixolydian',
+ 'lyd' : 'lydian',
+ 'dor' : 'dorian',
+ 'dorian' : 'dorian'
}
def lily_key (k):
- orig = "" + k
- # UGR
- k = string.lower (k)
- key = k[0]
- #UGH
- k = k[1:]
- if k and k[0] == '#':
- key = key + 'is'
- k = k[1:]
- elif k and k[0] == 'b':
- key = key + 'es'
- k = k[1:]
- if not k:
- return '%s \\major' % key
-
- type = k[0:3]
- if not key_lookup.has_key (type):
- #ugh, use lilylib, say WARNING:FILE:LINE:
- sys.stderr.write ("abc2ly:warning:")
- sys.stderr.write ("ignoring unknown key: `%s'" % orig)
- sys.stderr.write ('\n')
- return 0
- return ("%s \\%s" % ( key, key_lookup[type]))
+ if k == 'none':
+ return
+ orig = "" + k
+ # UGR
+ k = k.lower ()
+ key = k[0]
+ #UGH
+ k = k[1:]
+ if k and k[0] == '#':
+ key = key + 'is'
+ k = k[1:]
+ elif k and k[0] == 'b':
+ key = key + 'es'
+ k = k[1:]
+ if not k:
+ return '%s \\major' % key
+
+ type = k[0:3]
+ if not key_lookup.has_key (type):
+ #ugh, use lilylib, say WARNING:FILE:LINE:
+ sys.stderr.write ("abc2ly:warning:")
+ sys.stderr.write ("ignoring unknown key: `%s'" % orig)
+ sys.stderr.write ('\n')
+ return 0
+ return ("%s \\%s" % ( key, key_lookup[type]))
def shift_key (note, acc, shift):
- s = semitone_pitch((note, acc))
- s = (s + shift + 12) % 12
- if s <= 4:
- n = s / 2
- a = s % 2
- else:
- n = (s + 1) / 2
- a = (s + 1) % 2
- if a:
- n = n + 1
- a = -1
- return (n,a)
+ s = semitone_pitch((note, acc))
+ s = (s + shift + 12) % 12
+ if s <= 4:
+ n = s / 2
+ a = s % 2
+ else:
+ n = (s + 1) / 2
+ a = (s + 1) % 2
+ if a:
+ n = n + 1
+ a = -1
+ return (n,a)
key_shift = { # semitone shifts for key mode names
- 'm' : 3,
- 'min' : 3,
- 'minor' : 3,
- 'maj' : 0,
- 'major' : 0,
- 'phr' : -4,
- 'phrygian' : -4,
- 'ion' : 0,
- 'ionian' : 0,
- 'loc' : 1,
- 'locrian' : 1,
- 'aeo' : 3,
- 'aeolian' : 3,
- 'mix' : 5,
- 'mixolydian' : 5,
- 'lyd' : -5,
- 'lydian' : -5,
- 'dor' : -2,
- 'dorian' : -2
+ 'm' : 3,
+ 'min' : 3,
+ 'minor' : 3,
+ 'maj' : 0,
+ 'major' : 0,
+ 'phr' : -4,
+ 'phrygian' : -4,
+ 'ion' : 0,
+ 'ionian' : 0,
+ 'loc' : 1,
+ 'locrian' : 1,
+ 'aeo' : 3,
+ 'aeolian' : 3,
+ 'mix' : 5,
+ 'mixolydian' : 5,
+ 'lyd' : -5,
+ 'lydian' : -5,
+ 'dor' : -2,
+ 'dorian' : -2
}
def compute_key (k):
- k = string.lower (k)
- intkey = (ord (k[0]) - ord('a') + 5) % 7
- intkeyacc =0
- k = k[1:]
-
- if k and k[0] == 'b':
- intkeyacc = -1
- k = k[1:]
- elif k and k[0] == '#':
- intkeyacc = 1
- k = k[1:]
- k = k[0:3]
- if k and key_shift.has_key(k):
- (intkey, intkeyacc) = shift_key(intkey, intkeyacc, key_shift[k])
- keytup = (intkey, intkeyacc)
-
- sharp_key_seq = sharp_keys ()
- flat_key_seq = flat_keys ()
-
- accseq = None
- accsign = 0
- if keytup in sharp_key_seq:
- accsign = 1
- key_count = sharp_key_seq.index (keytup)
- accseq = map (lambda x: (4*x -1 ) % 7, range (1, key_count + 1))
-
- elif keytup in flat_key_seq:
- accsign = -1
- key_count = flat_key_seq.index (keytup)
- accseq = map (lambda x: (3*x + 3 ) % 7, range (1, key_count + 1))
- else:
- error ("Huh?")
- raise "Huh"
-
- key_table = [0] * 7
- for a in accseq:
- key_table[a] = key_table[a] + accsign
-
- return key_table
+ k = k.lower ()
+ intkey = (ord (k[0]) - ord('a') + 5) % 7
+ intkeyacc =0
+ k = k[1:]
+
+ if k and k[0] == 'b':
+ intkeyacc = -1
+ k = k[1:]
+ elif k and k[0] == '#':
+ intkeyacc = 1
+ k = k[1:]
+ k = k[0:3]
+ if k and key_shift.has_key(k):
+ (intkey, intkeyacc) = shift_key(intkey, intkeyacc, key_shift[k])
+ keytup = (intkey, intkeyacc)
+
+ sharp_key_seq = sharp_keys ()
+ flat_key_seq = flat_keys ()
+
+ accseq = None
+ accsign = 0
+ if keytup in sharp_key_seq:
+ accsign = 1
+ key_count = sharp_key_seq.index (keytup)
+ accseq = map (lambda x: (4*x -1 ) % 7, range (1, key_count + 1))
+
+ elif keytup in flat_key_seq:
+ accsign = -1
+ key_count = flat_key_seq.index (keytup)
+ accseq = map (lambda x: (3*x + 3 ) % 7, range (1, key_count + 1))
+ else:
+ error ("Huh?")
+ raise Exception ("Huh")
+
+ key_table = [0] * 7
+ for a in accseq:
+ key_table[a] = key_table[a] + accsign
+
+ return key_table
tup_lookup = {
- '2' : '3/2',
- '3' : '2/3',
- '4' : '4/3',
- '5' : '4/5',
- '6' : '4/6',
- '7' : '6/7',
- '9' : '8/9',
- }
+ '2' : '3/2',
+ '3' : '2/3',
+ '4' : '4/3',
+ '5' : '4/5',
+ '6' : '4/6',
+ '7' : '6/7',
+ '9' : '8/9',
+ }
def try_parse_tuplet_begin (str, state):
- if re.match ('\([2-9]', str):
- dig = str[1]
- str = str[2:]
- prev_tuplet_state = state.parsing_tuplet
- state.parsing_tuplet = string.atoi (dig[0])
- if prev_tuplet_state:
- voices_append ("}")
- voices_append ("\\times %s {" % tup_lookup[dig])
- return str
+ if re.match ('\([2-9]', str):
+ dig = str[1]
+ str = str[2:]
+ prev_tuplet_state = state.parsing_tuplet
+ state.parsing_tuplet = int (dig[0])
+ if prev_tuplet_state:
+ voices_append ("}")
+ voices_append ("\\times %s {" % tup_lookup[dig])
+ return str
def try_parse_group_end (str, state):
- if str and str[0] in HSPACE:
- str = str[1:]
- close_beam_state(state)
- return str
-
+ if str and str[0] in HSPACE:
+ str = str[1:]
+ close_beam_state(state)
+ return str
+
def header_append (key, a):
- s = ''
- if header.has_key (key):
- s = header[key] + "\n"
- header [key] = s + a
+ s = ''
+ if header.has_key (key):
+ s = header[key] + "\n"
+ header [key] = s + a
def wordwrap(a, v):
- linelen = len (v) - string.rfind(v, '\n')
- if linelen + len (a) > 80:
- v = v + '\n'
- return v + a + ' '
+ linelen = len (v) - v.rfind ('\n')
+ if linelen + len (a) > 80:
+ v = v + '\n'
+ return v + a + ' '
def stuff_append (stuff, idx, a):
- if not stuff:
- stuff.append (a)
- else:
- stuff [idx] = wordwrap(a, stuff[idx])
+ if not stuff:
+ stuff.append (a)
+ else:
+ stuff [idx] = wordwrap(a, stuff[idx])
# ignore wordwrap since we are adding to the previous word
def stuff_append_back(stuff, idx, a):
- if not stuff:
- stuff.append (a)
- else:
- point = len(stuff[idx])-1
- while stuff[idx][point] is ' ':
- point = point - 1
- point = point +1
- stuff[idx] = stuff[idx][:point] + a + stuff[idx][point:]
+ if not stuff:
+ stuff.append (a)
+ else:
+ point = len(stuff[idx])-1
+ while stuff[idx][point] is ' ':
+ point = point - 1
+ point = point +1
+ stuff[idx] = stuff[idx][:point] + a + stuff[idx][point:]
def voices_append(a):
- if current_voice_idx < 0:
- select_voice ('default', '')
- stuff_append (voices, current_voice_idx, a)
+ if current_voice_idx < 0:
+ select_voice ('default', '')
+ stuff_append (voices, current_voice_idx, a)
# word wrap really makes it hard to bind beams to the end of notes since it
# pushes out whitespace on every call. The _back functions do an append
# prior to the last space, effectively tagging whatever they are given
# onto the last note
def voices_append_back(a):
- if current_voice_idx < 0:
- select_voice ('default', '')
- stuff_append_back(voices, current_voice_idx, a)
+ if current_voice_idx < 0:
+ select_voice ('default', '')
+ stuff_append_back(voices, current_voice_idx, a)
def repeat_prepend():
- global repeat_state
- if current_voice_idx < 0:
- select_voice ('default', '')
- if not using_old:
- repeat_state[current_voice_idx] = 't'
+ global repeat_state
+ if current_voice_idx < 0:
+ select_voice ('default', '')
+ if not using_old:
+ repeat_state[current_voice_idx] = 't'
+
-
def lyrics_append(a):
- a = re.sub ('#', '\\#', a) # latex does not like naked #'s
- a = re.sub ('"', '\\"', a) # latex does not like naked "'s
- a = '\t{ "' + a + '" }\n'
- stuff_append (lyrics, current_lyric_idx, a)
+ a = re.sub ('#', '\\#', a) # latex does not like naked #'s
+ a = re.sub ('"', '\\"', a) # latex does not like naked "'s
+ a = ' \\line { "' + a + '" }\n'
+ stuff_append (lyrics, current_lyric_idx, a)
# break lyrics to words and put "'s around words containing numbers and '"'s
def fix_lyric(str):
- ret = ''
- while str != '':
- m = re.match('[ \t]*([^ \t]*)[ \t]*(.*$)', str)
- if m:
- word = m.group(1)
- str = m.group(2)
- word = re.sub('"', '\\"', word) # escape "
- if re.match('.*[0-9"\(]', word):
- word = re.sub('_', ' ', word) # _ causes probs inside ""
- ret = ret + '\"' + word + '\" '
- else:
- ret = ret + word + ' '
- else:
- return (ret)
- return (ret)
+ ret = ''
+ while str != '':
+ m = re.match('[ \t]*([^ \t]*)[ \t]*(.*$)', str)
+ if m:
+ word = m.group(1)
+ str = m.group(2)
+ word = re.sub('"', '\\"', word) # escape "
+ if re.match('.*[0-9"\(]', word):
+ word = re.sub('_', ' ', word) # _ causes probs inside ""
+ ret = ret + '\"' + word + '\" '
+ else:
+ ret = ret + word + ' '
+ else:
+ return (ret)
+ return (ret)
def slyrics_append(a):
- a = re.sub ( '_', ' _ ', a) # _ to ' _ '
- a = re.sub ( '-', '- ', a) # split words with -
- a = re.sub ( '\\\\- ', '-', a) # unless \-
- a = re.sub ( '~', '_', a) # ~ to space('_')
- a = re.sub ( '\*', '_ ', a) # * to to space
- a = re.sub ( '#', '\\#', a) # latex does not like naked #'s
- if re.match('.*[0-9"\(]', a): # put numbers and " and ( into quoted string
- a = fix_lyric(a)
- a = re.sub ( '$', ' ', a) # insure space between lines
- __main__.lyric_idx = lyric_idx + 1
- if len(slyrics[current_voice_idx]) <= lyric_idx:
- slyrics[current_voice_idx].append(a)
- else:
- v = slyrics[current_voice_idx][lyric_idx]
- slyrics[current_voice_idx][lyric_idx] = wordwrap(a, slyrics[current_voice_idx][lyric_idx])
+ a = re.sub ( '_', ' _ ', a) # _ to ' _ '
+ a = re.sub ( '([^-])-([^-])', '\\1- \\2', a) # split words with "-" unless was originally "--"
+ a = re.sub ( '\\\\- ', '-', a) # unless \-
+ a = re.sub ( '~', '_', a) # ~ to space('_')
+ a = re.sub ( '\*', '_ ', a) # * to to space
+ a = re.sub ( '#', '\\#', a) # latex does not like naked #'s
+ if re.match('.*[0-9"\(]', a): # put numbers and " and ( into quoted string
+ a = fix_lyric(a)
+ a = re.sub ( '$', ' ', a) # insure space between lines
+ __main__.lyric_idx = lyric_idx + 1
+ if len(slyrics[current_voice_idx]) <= lyric_idx:
+ slyrics[current_voice_idx].append(a)
+ else:
+ v = slyrics[current_voice_idx][lyric_idx]
+ slyrics[current_voice_idx][lyric_idx] = wordwrap(a, slyrics[current_voice_idx][lyric_idx])
def try_parse_header_line (ln, state):
- global length_specified
- m = re.match ('^([A-Za-z]): *(.*)$', ln)
-
- if m:
- g =m.group (1)
- a = m.group (2)
- if g == 'T': #title
- a = re.sub('[ \t]*$','', a) #strip trailing blanks
- if header.has_key('title'):
- if a:
- if len(header['title']):
- # the non-ascii character
- # in the string below is a
- # punctuation dash. (TeX ---)
- header['title'] = header['title'] + ' — ' + a
- else:
- header['subtitle'] = a
- else:
- header['title'] = a
- if g == 'M': # Meter
- if a == 'C':
- if not state.common_time:
- state.common_time = 1
- voices_append (" \\override Staff.TimeSignature #\'style = #'C\n")
- a = '4/4'
- if a == 'C|':
- if not state.common_time:
- state.common_time = 1
- voices_append ("\\override Staff.TimeSignature #\'style = #'C\n")
- a = '2/2'
- if not length_specified:
- set_default_len_from_time_sig (a)
- else:
- length_specified = 0
- if not a == 'none':
- voices_append ('\\time %s' % a)
- state.next_bar = ''
- if g == 'K': # KEY
- a = check_clef(a)
- if a:
- m = re.match ('^([^ \t]*) *(.*)$', a) # seperate clef info
- if m:
- # there may or may not be a space
- # between the key letter and the mode
- if key_lookup.has_key(m.group(2)[0:3]):
- key_info = m.group(1) + m.group(2)[0:3]
- clef_info = m.group(2)[4:]
- else:
- key_info = m.group(1)
- clef_info = m.group(2)
- __main__.global_key = compute_key (key_info)
- k = lily_key (key_info)
- if k:
- voices_append ('\\key %s' % k)
- check_clef(clef_info)
- else:
- __main__.global_key = compute_key (a)
- k = lily_key (a)
- if k:
- voices_append ('\\key %s \\major' % k)
- if g == 'N': # Notes
- header ['footnotes'] = header['footnotes'] + '\\\\\\\\' + a
- if g == 'O': # Origin
- header ['origin'] = a
- if g == 'X': # Reference Number
- header ['crossRefNumber'] = a
- if g == 'A': # Area
- header ['area'] = a
- if g == 'H': # History
- header_append ('history', a)
- if g == 'B': # Book
- header ['book'] = a
- if g == 'C': # Composer
- if header.has_key('composer'):
- if a:
- header['composer'] = header['composer'] + '\\\\\\\\' + a
- else:
- header['composer'] = a
- if g == 'S':
- header ['subtitle'] = a
- if g == 'L': # Default note length
- set_default_length (ln)
- if g == 'V': # Voice
- voice = re.sub (' .*$', '', a)
- rest = re.sub ('^[^ \t]* *', '', a)
- if state.next_bar:
- voices_append(state.next_bar)
- state.next_bar = ''
- select_voice (voice, rest)
- if g == 'W': # Words
- lyrics_append(a)
- if g == 'w': # vocals
- slyrics_append (a)
- if g == 'Q': #tempo
- try_parse_q (a)
- return ''
- return ln
+ global length_specified
+ m = re.match ('^([A-Za-z]): *(.*)$', ln)
+
+ if m:
+ g =m.group (1)
+ a = m.group (2)
+ if g == 'T': #title
+ a = re.sub('[ \t]*$','', a) #strip trailing blanks
+ if header.has_key('title'):
+ if a:
+ if len(header['title']):
+ # the non-ascii character
+ # in the string below is a
+ # punctuation dash. (TeX ---)
+ header['title'] = header['title'] + ' — ' + a
+ else:
+ header['subtitle'] = a
+ else:
+ header['title'] = a
+ if g == 'M': # Meter
+ if a == 'C':
+ if not state.common_time:
+ state.common_time = 1
+ voices_append (" \\override Staff.TimeSignature #'style = #'C\n")
+ a = '4/4'
+ if a == 'C|':
+ if not state.common_time:
+ state.common_time = 1
+ voices_append ("\\override Staff.TimeSignature #'style = #'C\n")
+ a = '2/2'
+ if not length_specified:
+ set_default_len_from_time_sig (a)
+ else:
+ length_specified = 0
+ if not a == 'none':
+ voices_append ('\\time %s' % a)
+ state.next_bar = ''
+ if g == 'K': # KEY
+ a = check_clef(a)
+ if a:
+ m = re.match ('^([^ \t]*) *([^ ]*)( *)(.*)$', a) # separate clef info
+ if m:
+ # there may or may not be a space
+ # between the key letter and the mode
+ # convert the mode to lower-case before comparing
+ mode = m.group(2)[0:3].lower();
+ if key_lookup.has_key(mode):
+ # use the full mode, not only the first three letters
+ key_info = m.group(1) + m.group(2).lower()
+ clef_info = a[m.start(4):]
+ else:
+ key_info = m.group(1)
+ clef_info = a[m.start(2):]
+ __main__.global_key = compute_key (key_info)
+ k = lily_key (key_info)
+ if k:
+ voices_append ('\\key %s' % k)
+ check_clef(clef_info)
+ else:
+ __main__.global_key = compute_key (a)
+ k = lily_key (a)
+ if k:
+ voices_append ('\\key %s \\major' % k)
+ if g == 'N': # Notes
+ header ['footnotes'] = header['footnotes'] + '\\\\\\\\' + a
+ if g == 'O': # Origin
+ header ['origin'] = a
+ if g == 'X': # Reference Number
+ header ['crossRefNumber'] = a
+ if g == 'A': # Area
+ header ['area'] = a
+ if g == 'H': # History
+ header_append ('history', a)
+ if g == 'B': # Book
+ header ['book'] = a
+ if g == 'C': # Composer
+ if header.has_key('composer'):
+ if a:
+ header['composer'] = header['composer'] + '\\\\\\\\' + a
+ else:
+ header['composer'] = a
+ if g == 'S':
+ header ['subtitle'] = a
+ if g == 'L': # Default note length
+ set_default_length (ln)
+ if g == 'V': # Voice
+ voice = re.sub (' .*$', '', a)
+ rest = re.sub ('^[^ \t]* *', '', a)
+ if state.next_bar:
+ voices_append(state.next_bar)
+ state.next_bar = ''
+ select_voice (voice, rest)
+ if g == 'W': # Words
+ lyrics_append(a)
+ if g == 'w': # vocals
+ slyrics_append (a)
+ if g == 'Q': # tempo
+ try_parse_q (a)
+ if g == 'R': # Rhythm (e.g. jig, reel, hornpipe)
+ header['meter'] = a
+ if g == 'Z': # Transcription (e.g. Steve Mansfield 1/2/2000)
+ header['transcription'] = a
+ return ''
+ return ln
# we use in this order specified accidental, active accidental for bar,
# active accidental for key
def pitch_to_lilypond_name (name, acc, bar_acc, key):
- s = ''
- if acc == UNDEF:
- if not nobarlines:
- acc = bar_acc
- if acc == UNDEF:
- acc = key
- if acc == -1:
- s = 'es'
- elif acc == 1:
- s = 'is'
-
- if name > 4:
- name = name -7
- return(chr (name + ord('c')) + s)
+ s = ''
+ if acc == UNDEF:
+ if not nobarlines:
+ acc = bar_acc
+ if acc == UNDEF:
+ acc = key
+ if acc == -1:
+ s = 'es'
+ elif acc == 1:
+ s = 'is'
+
+ if name > 4:
+ name = name -7
+ return(chr (name + ord('c')) + s)
def octave_to_lilypond_quotes (o):
- o = o + 2
- s =''
- if o < 0:
- o = -o
- s=','
- else:
- s ='\''
+ o = o + 2
+ s =''
+ if o < 0:
+ o = -o
+ s=','
+ else:
+ s ='\''
- return s * o
+ return s * o
def parse_num (str):
- durstr = ''
- while str and str[0] in DIGITS:
- durstr = durstr + str[0]
- str = str[1:]
+ durstr = ''
+ while str and str[0] in DIGITS:
+ durstr = durstr + str[0]
+ str = str[1:]
- n = None
- if durstr:
- n =string.atoi (durstr)
- return (str,n)
+ n = None
+ if durstr:
+ n = int (durstr)
+ return (str,n)
def duration_to_lilypond_duration (multiply_tup, defaultlen, dots):
- base = 1
- # (num / den) / defaultlen < 1/base
- while base * multiply_tup[0] < multiply_tup[1]:
- base = base * 2
- if base == 1:
- if (multiply_tup[0] / multiply_tup[1]) == 2:
- base = '\\breve'
- if (multiply_tup[0] / multiply_tup[1]) == 3:
- base = '\\breve'
- dots = 1
- if (multiply_tup[0] / multiply_tup[1]) == 4:
- base = '\longa'
- return '%s%s' % ( base, '.'* dots)
+ base = 1
+ # (num / den) / defaultlen < 1/base
+ while base * multiply_tup[0] < multiply_tup[1]:
+ base = base * 2
+ if base == 1:
+ if (multiply_tup[0] / multiply_tup[1]) == 2:
+ base = '\\breve'
+ if (multiply_tup[0] / multiply_tup[1]) == 3:
+ base = '\\breve'
+ dots = 1
+ if (multiply_tup[0] / multiply_tup[1]) == 4:
+ base = '\\longa'
+ return '%s%s' % ( base, '.'* dots)
class Parser_state:
- def __init__ (self):
- self.in_acc = {}
- self.next_articulation = ''
- self.next_bar = ''
- self.next_dots = 0
- self.next_den = 1
- self.parsing_tuplet = 0
- self.plus_chord = 0
- self.base_octave = 0
- self.common_time = 0
- self.parsing_beam = 0
+ def __init__ (self):
+ self.in_acc = {}
+ self.next_articulation = ''
+ self.next_bar = ''
+ self.next_dots = 0
+ self.next_den = 1
+ self.parsing_tuplet = 0
+ self.plus_chord = 0
+ self.base_octave = 0
+ self.common_time = 0
+ self.parsing_beam = 0
-# return (str, num,den,dots)
+# return (str, num,den,dots)
def parse_duration (str, parser_state):
- num = 0
- den = parser_state.next_den
- parser_state.next_den = 1
-
- (str, num) = parse_num (str)
- if not num:
- num = 1
- if len(str):
- if str[0] == '/':
- if len(str[0]):
- while str[:1] == '/':
- str= str[1:]
- d = 2
- if str[0] in DIGITS:
- (str, d) =parse_num (str)
-
- den = den * d
-
- den = den * default_len
-
- current_dots = parser_state.next_dots
- parser_state.next_dots = 0
- if re.match ('[ \t]*[<>]', str):
- while str[0] in HSPACE:
- str = str[1:]
- while str[0] == '>':
- str = str [1:]
- current_dots = current_dots + 1
- parser_state.next_den = parser_state.next_den * 2
-
- while str[0] == '<':
- str = str [1:]
- den = den * 2
- parser_state.next_dots = parser_state.next_dots + 1
-
-
-
- try_dots = [3, 2, 1]
- for d in try_dots:
- f = 1 << d
- multiplier = (2*f-1)
- if num % multiplier == 0 and den % f == 0:
- num = num / multiplier
- den = den / f
- current_dots = current_dots + d
-
- return (str, num,den,current_dots)
+ num = 0
+ den = parser_state.next_den
+ parser_state.next_den = 1
+
+ (str, num) = parse_num (str)
+ if not num:
+ num = 1
+ if len(str):
+ if str[0] == '/':
+ if len(str[0]):
+ while str[:1] == '/':
+ str= str[1:]
+ d = 2
+ if str[0] in DIGITS:
+ (str, d) =parse_num (str)
+
+ den = den * d
+
+ den = den * default_len
+
+ current_dots = parser_state.next_dots
+ parser_state.next_dots = 0
+ if re.match ('[ \t]*[<>]', str):
+ while str[0] in HSPACE:
+ str = str[1:]
+ while str[0] == '>':
+ str = str [1:]
+ current_dots = current_dots + 1
+ parser_state.next_den = parser_state.next_den * 2
+
+ while str[0] == '<':
+ str = str [1:]
+ den = den * 2
+ parser_state.next_dots = parser_state.next_dots + 1
+
+
+
+ try_dots = [3, 2, 1]
+ for d in try_dots:
+ f = 1 << d
+ multiplier = (2*f-1)
+ if num % multiplier == 0 and den % f == 0:
+ num = num / multiplier
+ den = den / f
+ current_dots = current_dots + d
+
+ return (str, num,den,current_dots)
def try_parse_rest (str, parser_state):
- if not str or str[0] <> 'z' and str[0] <> 'x':
- return str
+ if not str or str[0] <> 'z' and str[0] <> 'x':
+ return str
- __main__.lyric_idx = -1
+ __main__.lyric_idx = -1
- if parser_state.next_bar:
- voices_append(parser_state.next_bar)
- parser_state.next_bar = ''
+ if parser_state.next_bar:
+ voices_append(parser_state.next_bar)
+ parser_state.next_bar = ''
- if str[0] == 'z':
- rest = 'r'
- else:
- rest = 's'
- str = str[1:]
+ if str[0] == 'z':
+ rest = 'r'
+ else:
+ rest = 's'
+ str = str[1:]
- (str, num,den,d) = parse_duration (str, parser_state)
- voices_append ('%s%s' % (rest, duration_to_lilypond_duration ((num,den), default_len, d)))
- if parser_state.next_articulation:
- voices_append (parser_state.next_articulation)
- parser_state.next_articulation = ''
+ (str, num,den,d) = parse_duration (str, parser_state)
+ voices_append ('%s%s' % (rest, duration_to_lilypond_duration ((num,den), default_len, d)))
+ if parser_state.next_articulation:
+ voices_append (parser_state.next_articulation)
+ parser_state.next_articulation = ''
- return str
+ return str
artic_tbl = {
- '.' : '-.',
- 'T' : '^\\trill',
- 'H' : '^\\fermata',
- 'u' : '^\\upbow',
- 'K' : '^\\ltoe',
- 'k' : '^\\accent',
- 'M' : '^\\tenuto',
- '~' : '^"~" ',
- 'J' : '', # ignore slide
- 'R' : '', # ignore roll
- 'v' : '^\\downbow'
+ '.' : '-.',
+ 'T' : '^\\trill',
+ 'H' : '^\\fermata',
+ 'u' : '^\\upbow',
+ 'K' : '^\\ltoe',
+ 'k' : '^\\accent',
+ 'M' : '^\\tenuto',
+ '~' : '^"~" ',
+ 'J' : '', # ignore slide
+ 'R' : '', # ignore roll
+ 'S' : '^\\segno',
+ 'O' : '^\\coda',
+ 'v' : '^\\downbow'
}
-
+
def try_parse_articulation (str, state):
- while str and artic_tbl.has_key(str[:1]):
- state.next_articulation = state.next_articulation + artic_tbl[str[:1]]
- if not artic_tbl[str[:1]]:
- sys.stderr.write("Warning: ignoring `%s'\n" % str[:1] )
-
- str = str[1:]
-
-
-
- # s7m2 input doesnt care about spaces
- if re.match('[ \t]*\(', str):
- str = string.lstrip (str)
-
- slur_begin =0
- while str[:1] =='(' and str[1] not in DIGITS:
- slur_begin = slur_begin + 1
- state.next_articulation = state.next_articulation + '('
- str = str[1:]
-
- return str
-
+ while str and artic_tbl.has_key(str[:1]):
+ state.next_articulation = state.next_articulation + artic_tbl[str[:1]]
+ if not artic_tbl[str[:1]]:
+ sys.stderr.write("Warning: ignoring `%s'\n" % str[:1] )
+
+ str = str[1:]
+
+
+
+ # s7m2 input doesn't care about spaces
+ if re.match('[ \t]*\(', str):
+ str = str.lstrip ()
+
+ slur_begin =0
+ while str[:1] =='(' and str[1] not in DIGITS:
+ slur_begin = slur_begin + 1
+ state.next_articulation = state.next_articulation + '('
+ str = str[1:]
+
+ return str
+
#
# remember accidental for rest of bar
#
def set_bar_acc(note, octave, acc, state):
- if acc == UNDEF:
- return
- n_oct = note + octave * 7
- state.in_acc[n_oct] = acc
+ if acc == UNDEF:
+ return
+ n_oct = note + octave * 7
+ state.in_acc[n_oct] = acc
# get accidental set in this bar or UNDEF if not set
def get_bar_acc(note, octave, state):
- n_oct = note + octave * 7
- if state.in_acc.has_key(n_oct):
- return(state.in_acc[n_oct])
- else:
- return(UNDEF)
+ n_oct = note + octave * 7
+ if state.in_acc.has_key(n_oct):
+ return(state.in_acc[n_oct])
+ else:
+ return(UNDEF)
def clear_bar_acc(state):
- for k in state.in_acc.keys():
- del state.in_acc[k]
-
+ state.in_acc = {}
+
# if we are parsing a beam, close it off
def close_beam_state(state):
- if state.parsing_beam and global_options.beams:
- state.parsing_beam = 0
- voices_append_back( ']' )
+ if state.parsing_beam and global_options.beams:
+ state.parsing_beam = 0
+ voices_append_back( ']' )
+
-
# WAT IS ABC EEN ONTZETTENDE PROGRAMMEERPOEP !
def try_parse_note (str, parser_state):
- mud = ''
-
- slur_begin =0
- if not str:
- return str
-
- articulation =''
- acc = UNDEF
- if str[0] in '^=_':
- c = str[0]
- str = str[1:]
- if c == '^':
- acc = 1
- if c == '=':
- acc = 0
- if c == '_':
- acc = -1
-
- octave = parser_state.base_octave
- if str[0] in "ABCDEFG":
- str = string.lower (str[0]) + str[1:]
- octave = octave - 1
-
-
- notename = 0
- if str[0] in "abcdefg":
- notename = (ord(str[0]) - ord('a') + 5)%7
- str = str[1:]
- else:
- return str # failed; not a note!
-
-
- __main__.lyric_idx = -1
-
- if parser_state.next_bar:
- voices_append(parser_state.next_bar)
- parser_state.next_bar = ''
-
- while str[0] == ',':
- octave = octave - 1
- str = str[1:]
- while str[0] == '\'':
- octave = octave + 1
- str = str[1:]
-
- (str, num,den,current_dots) = parse_duration (str, parser_state)
-
- if re.match('[ \t]*\)', str):
- str = string.lstrip (str)
-
- slur_end =0
- while str[:1] ==')':
- slur_end = slur_end + 1
- str = str[1:]
-
-
- bar_acc = get_bar_acc(notename, octave, parser_state)
- pit = pitch_to_lilypond_name(notename, acc, bar_acc, global_key[notename])
- oct = octave_to_lilypond_quotes (octave)
- if acc != UNDEF and (acc == global_key[notename] or acc == bar_acc):
- mod='!'
- else:
- mod = ''
- voices_append ("%s%s%s%s" %
- (pit, oct, mod,
- duration_to_lilypond_duration ((num,den), default_len, current_dots)))
-
- set_bar_acc(notename, octave, acc, parser_state)
- if parser_state.next_articulation:
- articulation = articulation + parser_state.next_articulation
- parser_state.next_articulation = ''
-
- voices_append (articulation)
-
- if parser_state.parsing_tuplet:
- parser_state.parsing_tuplet = parser_state.parsing_tuplet - 1
- if not parser_state.parsing_tuplet:
- voices_append ("}")
- if slur_begin:
- voices_append ('-(' * slur_begin )
- if slur_end:
- voices_append ('-)' *slur_end )
-
- if global_options.beams and \
- str[0] in '^=_ABCDEFGabcdefg' and \
- not parser_state.parsing_beam and \
- not parser_state.parsing_tuplet:
- parser_state.parsing_beam = 1
- voices_append_back( '[' )
-
- return str
+ mud = ''
+
+ slur_begin =0
+ if not str:
+ return str
+
+ articulation =''
+ acc = UNDEF
+ if str[0] in '^=_':
+ c = str[0]
+ str = str[1:]
+ if c == '^':
+ acc = 1
+ if c == '=':
+ acc = 0
+ if c == '_':
+ acc = -1
+
+ octave = parser_state.base_octave
+ if str[0] in "ABCDEFG":
+ str = str[0].lower () + str[1:]
+ octave = octave - 1
+
+
+ notename = 0
+ if str[0] in "abcdefg":
+ notename = (ord(str[0]) - ord('a') + 5)%7
+ str = str[1:]
+ else:
+ return str # failed; not a note!
+
+
+ __main__.lyric_idx = -1
+
+ if parser_state.next_bar:
+ voices_append(parser_state.next_bar)
+ parser_state.next_bar = ''
+
+ while str[0] == ',':
+ octave = octave - 1
+ str = str[1:]
+ while str[0] == '\'':
+ octave = octave + 1
+ str = str[1:]
+
+ (str, num,den,current_dots) = parse_duration (str, parser_state)
+
+ if re.match('[ \t]*\)', str):
+ str = str.lstrip ()
+
+ slur_end =0
+ while str[:1] ==')':
+ slur_end = slur_end + 1
+ str = str[1:]
+
+
+ bar_acc = get_bar_acc(notename, octave, parser_state)
+ pit = pitch_to_lilypond_name(notename, acc, bar_acc, global_key[notename])
+ oct = octave_to_lilypond_quotes (octave)
+ if acc != UNDEF and (acc == global_key[notename] or acc == bar_acc):
+ mod='!'
+ else:
+ mod = ''
+ voices_append ("%s%s%s%s" %
+ (pit, oct, mod,
+ duration_to_lilypond_duration ((num,den), default_len, current_dots)))
+
+ set_bar_acc(notename, octave, acc, parser_state)
+ if parser_state.next_articulation:
+ articulation = articulation + parser_state.next_articulation
+ parser_state.next_articulation = ''
+
+ voices_append (articulation)
+
+ if slur_begin:
+ voices_append ('-(' * slur_begin )
+ if slur_end:
+ voices_append ('-)' *slur_end )
+
+ if parser_state.parsing_tuplet:
+ parser_state.parsing_tuplet = parser_state.parsing_tuplet - 1
+ if not parser_state.parsing_tuplet:
+ voices_append ("}")
+
+ if global_options.beams and \
+ str[0] in '^=_ABCDEFGabcdefg' and \
+ not parser_state.parsing_beam and \
+ not parser_state.parsing_tuplet:
+ parser_state.parsing_beam = 1
+ voices_append_back( '[' )
+
+ return str
def junk_space (str,state):
- while str and str[0] in '\t\n\r ':
- str = str[1:]
- close_beam_state(state)
+ while str and str[0] in '\t\n\r ':
+ str = str[1:]
+ close_beam_state(state)
- return str
+ return str
def try_parse_guitar_chord (str, state):
- if str[:1] =='"':
- str = str[1:]
- gc = ''
- if str[0] == '_' or (str[0] == '^'):
- position = str[0]
- str = str[1:]
- else:
- position = '^'
- while str and str[0] != '"':
- gc = gc + str[0]
- str = str[1:]
-
- if str:
- str = str[1:]
- gc = re.sub('#', '\\#', gc) # escape '#'s
- state.next_articulation = ("%c\"%s\"" % (position, gc)) \
- + state.next_articulation
- return str
+ if str[:1] =='"':
+ str = str[1:]
+ gc = ''
+ if str[0] == '_' or (str[0] == '^'):
+ position = str[0]
+ str = str[1:]
+ else:
+ position = '^'
+ while str and str[0] != '"':
+ gc = gc + str[0]
+ str = str[1:]
+
+ if str:
+ str = str[1:]
+ gc = re.sub('#', '\\#', gc) # escape '#'s
+ state.next_articulation = ("%c\"%s\"" % (position, gc)) \
+ + state.next_articulation
+ return str
def try_parse_escape (str):
- if not str or str [0] != '\\':
- return str
-
- str = str[1:]
- if str[:1] =='K':
- key_table = compute_key ()
- return str
+ if not str or str [0] != '\\':
+ return str
+
+ str = str[1:]
+ if str[:1] =='K':
+ key_table = compute_key ()
+ return str
#
# |] thin-thick double bar line
'|]' : '|.',
'||' : '||',
'[|' : '||',
-':|' : ':|',
+':|' : ':|.',
'|:' : '|:',
-'::' : ':|:',
+'::' : ':|.|:',
'|1' : '|',
'|2' : '|',
-':|2' : ':|',
+':|2' : ':|.',
'|' : '|'
}
bar_dict = {
- '|]' : '\\bar "|."',
- '||' : '\\bar "||"',
- '[|' : '\\bar "||"',
- ':|' : '}',
- '|:' : '\\repeat volta 2 {',
- '::' : '} \\repeat volta 2 {',
- '|1' : '} \\alternative{{',
- '|2' : '} {',
- ':|2' : '} {',
- '|' : '\\bar "|"'
- }
+'|]' : '\\bar "|."',
+'||' : '\\bar "||"',
+'[|' : '\\bar "||"',
+':|' : '}',
+'|:' : '\\repeat volta 2 {',
+'::' : '} \\repeat volta 2 {',
+'|1' : '} \\alternative{{',
+'|2' : '} {',
+':|2' : '} {',
+'|' : '\\bar "|"'
+ }
warn_about = ['|:', '::', ':|', '|1', ':|2', '|2']
using_old = ''
def try_parse_bar (str,state):
- global in_repeat, doing_alternative, using_old
- do_curly = ''
- bs = None
- if current_voice_idx < 0:
- select_voice ('default', '')
- # first try the longer one
- for trylen in [3,2,1]:
- if str[:trylen] and bar_dict.has_key (str[:trylen]):
- s = str[:trylen]
- if using_old:
- bs = "\\bar \"%s\"" % old_bar_dict[s]
- else:
- bs = "%s" % bar_dict[s]
- str = str[trylen:]
- if s in alternative_opener:
- if not in_repeat[current_voice_idx]:
- using_old = 't'
- bs = "\\bar \"%s\"" % old_bar_dict[s]
- else:
- doing_alternative[current_voice_idx] = 't'
-
- if s in repeat_ender:
- if not in_repeat[current_voice_idx]:
- sys.stderr.write("Warning: inserting repeat to beginning of notes.\n")
- repeat_prepend()
- in_repeat[current_voice_idx] = ''
- else:
- if doing_alternative[current_voice_idx]:
- do_curly = 't'
- if using_old:
- bs = "\\bar \"%s\"" % old_bar_dict[s]
- else:
- bs = bar_dict[s]
- doing_alternative[current_voice_idx] = ''
- in_repeat[current_voice_idx] = ''
- if s in repeat_opener:
- in_repeat[current_voice_idx] = 't'
- if using_old:
- bs = "\\bar \"%s\"" % old_bar_dict[s]
- else:
- bs = bar_dict[s]
- break
- if str[:1] == '|':
- state.next_bar = '|\n'
- str = str[1:]
- clear_bar_acc(state)
- close_beam_state(state)
-
- if bs <> None or state.next_bar != '':
- if state.parsing_tuplet:
- state.parsing_tuplet =0
- voices_append ('} ')
-
- if bs <> None:
- clear_bar_acc(state)
- close_beam_state(state)
- voices_append (bs)
- if do_curly != '':
- voices_append("} }")
- do_curly = ''
- return str
+ global in_repeat, doing_alternative, using_old
+ do_curly = ''
+ bs = None
+ if current_voice_idx < 0:
+ select_voice ('default', '')
+ # first try the longer one
+ for trylen in [3,2,1]:
+ if str[:trylen] and bar_dict.has_key (str[:trylen]):
+ s = str[:trylen]
+ if using_old:
+ bs = "\\bar \"%s\"" % old_bar_dict[s]
+ else:
+ bs = "%s" % bar_dict[s]
+ str = str[trylen:]
+ if s in alternative_opener:
+ if not in_repeat[current_voice_idx]:
+ using_old = 't'
+ bs = "\\bar \"%s\"" % old_bar_dict[s]
+ else:
+ doing_alternative[current_voice_idx] = 't'
+
+ if s in repeat_ender:
+ if not in_repeat[current_voice_idx]:
+ sys.stderr.write("Warning: inserting repeat to beginning of notes.\n")
+ repeat_prepend()
+ in_repeat[current_voice_idx] = ''
+ else:
+ if doing_alternative[current_voice_idx]:
+ do_curly = 't'
+ if using_old:
+ bs = "\\bar \"%s\"" % old_bar_dict[s]
+ else:
+ bs = bar_dict[s]
+ doing_alternative[current_voice_idx] = ''
+ in_repeat[current_voice_idx] = ''
+ if s in repeat_opener:
+ in_repeat[current_voice_idx] = 't'
+ if using_old:
+ bs = "\\bar \"%s\"" % old_bar_dict[s]
+ else:
+ bs = bar_dict[s]
+ break
+ if str[:1] == '|':
+ state.next_bar = '|\n'
+ str = str[1:]
+ clear_bar_acc(state)
+ close_beam_state(state)
+
+ if str[:1] == '}':
+ close_beam_state(state)
+
+ if bs <> None or state.next_bar != '':
+ if state.parsing_tuplet:
+ state.parsing_tuplet =0
+ voices_append ('} ')
+
+ if bs <> None:
+ clear_bar_acc(state)
+ close_beam_state(state)
+ voices_append (bs)
+ if do_curly != '':
+ voices_append("} ")
+ do_curly = ''
+ return str
def try_parse_tie (str):
- if str[:1] =='-':
- str = str[1:]
- voices_append (' ~ ')
- return str
+ if str[:1] =='-':
+ str = str[1:]
+ voices_append (' ~ ')
+ return str
def bracket_escape (str, state):
- m = re.match ( '^([^\]]*)] *(.*)$', str)
- if m:
- cmd = m.group (1)
- str = m.group (2)
- try_parse_header_line (cmd, state)
- return str
+ m = re.match ( '^([^\]]*)] *(.*)$', str)
+ if m:
+ cmd = m.group (1)
+ str = m.group (2)
+ try_parse_header_line (cmd, state)
+ return str
def try_parse_chord_delims (str, state):
- if str[:1] =='[':
- str = str[1:]
- if re.match('[A-Z]:', str): # bracket escape
- return bracket_escape(str, state)
- if state.next_bar:
- voices_append(state.next_bar)
- state.next_bar = ''
- voices_append ('<<')
-
- if str[:1] == '+':
- str = str[1:]
- if state.plus_chord:
- voices_append ('>>')
- state.plus_chord = 0
- else:
- if state.next_bar:
- voices_append(state.next_bar)
- state.next_bar = ''
- voices_append ('<<')
- state.plus_chord = 1
-
- ch = ''
- if str[:1] ==']':
- str = str[1:]
- ch = '>>'
-
- end = 0
- while str[:1] ==')':
- end = end + 1
- str = str[1:]
-
-
- voices_append ("\\spanrequest \\stop \"slur\"" * end)
- voices_append (ch)
- return str
+ if str[:1] =='[':
+ str = str[1:]
+ if re.match('[A-Z]:', str): # bracket escape
+ return bracket_escape(str, state)
+ if state.next_bar:
+ voices_append(state.next_bar)
+ state.next_bar = ''
+ voices_append ('<<')
+
+ if str[:1] == '+':
+ str = str[1:]
+ if state.plus_chord:
+ voices_append ('>>')
+ state.plus_chord = 0
+ else:
+ if state.next_bar:
+ voices_append(state.next_bar)
+ state.next_bar = ''
+ voices_append ('<<')
+ state.plus_chord = 1
+
+ ch = ''
+ if str[:1] ==']':
+ str = str[1:]
+ ch = '>>'
+
+ end = 0
+ while str[:1] ==')':
+ end = end + 1
+ str = str[1:]
+
+
+ voices_append ("\\spanrequest \\stop \"slur\"" * end)
+ voices_append (ch)
+ return str
def try_parse_grace_delims (str, state):
- if str[:1] =='{':
- if state.next_bar:
- voices_append(state.next_bar)
- state.next_bar = ''
- str = str[1:]
- voices_append ('\\grace { ')
+ if str[:1] =='{':
+ if state.next_bar:
+ voices_append(state.next_bar)
+ state.next_bar = ''
+ str = str[1:]
+ voices_append ('\\grace { ')
- if str[:1] =='}':
- str = str[1:]
- voices_append ('}')
+ if str[:1] =='}':
+ str = str[1:]
+ voices_append ('}')
- return str
+ return str
def try_parse_comment (str):
- global nobarlines
- if (str[0] == '%'):
- if str[0:5] == '%MIDI':
+ global nobarlines
+ if (str[0] == '%'):
+ if str[0:5] == '%MIDI':
#the nobarlines option is necessary for an abc to lilypond translator for
#exactly the same reason abc2midi needs it: abc requires the user to enter
#the note that will be printed, and MIDI and lilypond expect entry of the
#Since ABC is frequently used for music in styles that do not use this
#convention, such as most music written before 1700, or ethnic music in
#non-western scales, it is necessary to be able to tell a translator that
-#the barlines should not affect its interpretation of the pitch.
- if (string.find(str,'nobarlines') > 0):
- nobarlines = 1
- elif str[0:3] == '%LY':
- p = string.find(str, 'voices')
- if (p > -1):
- voices_append(str[p+7:])
- voices_append("\n")
- p = string.find(str, 'slyrics')
- if (p > -1):
- slyrics_append(str[p+8:])
-
-#write other kinds of appending if we ever need them.
- return str
+#the barlines should not affect its interpretation of the pitch.
+ if 'nobarlines' in str:
+ nobarlines = 1
+ elif str[0:3] == '%LY':
+ p = str.find ('voices')
+ if (p > -1):
+ voices_append(str[p+7:])
+ voices_append("\n")
+ p = str.find ('slyrics')
+ if (p > -1):
+ slyrics_append(str[p+8:])
+
+#write other kinds of appending if we ever need them.
+ return str
lineno = 0
happy_count = 100
def parse_file (fn):
- f = open (fn)
- ls = f.readlines ()
- ls = map (lambda x: re.sub ("\r$", '', x), ls)
-
- select_voice('default', '')
- global lineno
- lineno = 0
- sys.stderr.write ("Line ... ")
- sys.stderr.flush ()
- __main__.state = state_list[current_voice_idx]
-
- for ln in ls:
- lineno = lineno + 1
-
- if not (lineno % happy_count):
- sys.stderr.write ('[%d]'% lineno)
- sys.stderr.flush ()
- m = re.match ('^([^%]*)%(.*)$',ln) # add comments to current voice
- if m:
- if m.group(2):
- try_parse_comment(m.group(2))
- voices_append ('%% %s\n' % m.group(2))
- ln = m.group (1)
-
- orig_ln = ln
-
- ln = try_parse_header_line (ln, state)
-
- # Try nibbling characters off until the line doesn't change.
- prev_ln = ''
- while ln != prev_ln:
- prev_ln = ln
- ln = try_parse_chord_delims (ln, state)
- ln = try_parse_rest (ln, state)
- ln = try_parse_articulation (ln,state)
- ln = try_parse_note (ln, state)
- ln = try_parse_bar (ln, state)
- ln = try_parse_tie (ln)
- ln = try_parse_escape (ln)
- ln = try_parse_guitar_chord (ln, state)
- ln = try_parse_tuplet_begin (ln, state)
- ln = try_parse_group_end (ln, state)
- ln = try_parse_grace_delims (ln, state)
- ln = junk_space (ln, state)
-
- if ln:
- error ("%s: %d: Huh? Don't understand\n" % (fn, lineno))
- left = orig_ln[0:-len (ln)]
- sys.stderr.write (left + '\n')
- sys.stderr.write (' ' * len (left) + ln + '\n')
+ f = open (fn)
+ ls = f.readlines ()
+ ls = map (lambda x: re.sub ("\r$", '', x), ls)
+
+ select_voice('default', '')
+ global lineno
+ lineno = 0
+ if not global_options.quiet:
+ sys.stderr.write ("Line ... ")
+ sys.stderr.flush ()
+ __main__.state = state_list[current_voice_idx]
+
+ for ln in ls:
+ lineno = lineno + 1
+
+ if not (lineno % happy_count):
+ sys.stderr.write ('[%d]'% lineno)
+ sys.stderr.flush ()
+ m = re.match ('^([^%]*)%(.*)$',ln) # add comments to current voice
+ if m:
+ if m.group(2):
+ try_parse_comment(m.group(2))
+ voices_append ('%% %s\n' % m.group(2))
+ ln = m.group (1)
+
+ orig_ln = ln
+
+ ln = junk_space (ln, state)
+ ln = try_parse_header_line (ln, state)
+
+ # Try nibbling characters off until the line doesn't change.
+ prev_ln = ''
+ while ln != prev_ln:
+ prev_ln = ln
+ ln = try_parse_chord_delims (ln, state)
+ ln = try_parse_rest (ln, state)
+ ln = try_parse_articulation (ln,state)
+ ln = try_parse_note (ln, state)
+ ln = try_parse_bar (ln, state)
+ ln = try_parse_tie (ln)
+ ln = try_parse_escape (ln)
+ ln = try_parse_guitar_chord (ln, state)
+ ln = try_parse_tuplet_begin (ln, state)
+ ln = try_parse_group_end (ln, state)
+ ln = try_parse_grace_delims (ln, state)
+ ln = junk_space (ln, state)
+
+ if ln:
+ error ("%s: %d: Huh? Don't understand\n" % (fn, lineno))
+ left = orig_ln[0:-len (ln)]
+ sys.stderr.write (left + '\n')
+ sys.stderr.write (' ' * len (left) + ln + '\n')
def identify():
- sys.stderr.write ("%s from LilyPond %s\n" % (program_name, version))
+ if not global_options.quiet:
+ sys.stderr.write ("%s from LilyPond %s\n" % (program_name, version))
authors = """
-Written by Han-Wen Nienhuys <hanwen@cs.uu.nl>, Laura Conrad
+Written by Han-Wen Nienhuys <hanwen@xs4all.nl>, Laura Conrad
<lconrad@laymusic.org>, Roy Rankin <Roy.Rankin@@alcatel.com.au>.
"""
def print_version ():
- print r"""abc2ly (GNU lilypond) %s""" % version
+ print r"""abc2ly (GNU lilypond) %s""" % version
def get_option_parser ():
- p = ly.get_option_parser (usage='abc2ly [OPTIONS] FILE',
- version="abc2ly (LilyPond) @TOPLEVEL_VERSION@",
- description=_('''This program converts ABC music files (see
-http://www.gre.ac.uk/~c.walshaw/abc2mtex/abc.txt) to LilyPond input.'''))
-
- p.add_option ('-o', '--output', metavar='FILE',help=_("set output filename to FILE"),
- action='store')
- p.add_option ('-s', '--strict', help=_("be strict about succes"),
- action='store_true')
- p.add_option ('-b', '--beams', help=_("preserve ABC's notion of beams"))
- p.add_option_group ('bugs',
- description='''Report bugs via http://post.gmane.org/post.php'''
- '''?group=gmane.comp.gnu.lilypond.bugs\n''')
-
- return p
-
-
-option_parser = get_option_parser()
-(global_options, files) = option_parser.parse_args()
-
-
-identify()
+ p = ly.get_option_parser (usage=_ ("%s [OPTION]... FILE") % 'abc2ly',
+ description=_ ('''abc2ly converts ABC music files (see
+%s) to LilyPond input.
+''') % 'http://abcnotation.com/abc2mtex/abc.txt',
+ add_help_option=False)
+
+ p.version = "abc2ly (LilyPond) @TOPLEVEL_VERSION@"
+ p.add_option("--version",
+ action="version",
+ help=_ ("show version number and exit"))
+ p.add_option("-h", "--help",
+ action="help",
+ help=_ ("show this help and exit"))
+ p.add_option ("-o", "--output", metavar='FILE',
+ action="store",
+ help=_ ("write output to FILE"))
+ p.add_option ("-s", "--strict",
+ action="store_true",
+ help=_ ("be strict about success"))
+ p.add_option ('-b', '--beams',
+ action="store_true",
+ help=_ ("preserve ABC's notion of beams"))
+ p.add_option ('-q', '--quiet',
+ action="store_true",
+ help=_ ("suppress progress messages"))
+ p.add_option_group ('',
+ description=(
+ _ ('Report bugs via %s')
+ % 'http://post.gmane.org/post.php'
+ '?group=gmane.comp.gnu.lilypond.bugs') + '\n')
+ return p
+
+
+option_parser = get_option_parser ()
+(global_options, files) = option_parser.parse_args ()
+
+
+identify ()
header['tagline'] = 'Lily was here %s -- automatically converted from ABC' % version
for f in files:
- if f == '-':
- f = ''
+ if f == '-':
+ f = ''
- sys.stderr.write ('Parsing `%s\'...\n' % f)
- parse_file (f)
+ if not global_options.quiet:
+ sys.stderr.write ('Parsing `%s\'...\n' % f)
+ parse_file (f)
- if not global_options.output:
- global_options.output = os.path.basename (os.path.splitext (f)[0]) + ".ly"
- sys.stderr.write ('lilypond output to: `%s\'...' % global_options.output)
- outf = open (global_options.output, 'w')
+ if not global_options.output:
+ global_options.output = os.path.basename (os.path.splitext (f)[0]) + ".ly"
+ if not global_options.quiet:
+ sys.stderr.write ('lilypond output to: `%s\'...' % global_options.output)
+ outf = open (global_options.output, 'w')
# don't substitute @VERSION@. We want this to reflect
# the last version that was verified to work.
- outf.write ('\\version "2.5.20"\n')
-
-# dump_global (outf)
- dump_header (outf, header)
- dump_slyrics (outf)
- dump_voices (outf)
- dump_score (outf)
- dump_lyrics (outf)
- sys.stderr.write ('\n')
-
+ outf.write ('\\version "2.7.40"\n')
+
+# dump_global (outf)
+ dump_header (outf, header)
+ dump_slyrics (outf)
+ dump_voices (outf)
+ dump_score (outf)
+ dump_lyrics (outf)
+ if not global_options.quiet:
+ sys.stderr.write ('\n')
projects / lilypond.git / blobdiff