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|
# SongWrite
# Copyright (C) 2003 Jean-Baptiste LAMY -- jibalamy@free.fr
# Copyright (C) 2003 Bertrand LAMY
#
# This program 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 2 of the License, or
# (at your option) any later version.
#
# This program 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 this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
import struct
import song as song
import tablature as tablature
import drum as drum
import main as main
class GPBuffer:
def __init__(self, buffer):
self.buffer = buffer
self.position = 0
def advance(self, nb):
self.position += nb
def pop_byte(self):
a = ord(self.buffer[self.position])
self.advance(1)
return a
def pop_long(self):
a = struct.unpack('l', self.buffer[self.position:self.position + 4])[0]
self.advance(4)
return a
def pop_color(self):
a = (ord(self.buffer[self.position]), ord(self.buffer[self.position + 1]), ord(self.buffer[self.position + 2]), ord(self.buffer[self.position + 3]))
self.advance(4)
return a
def pop_string(self):
size = ord(self.buffer[self.position])
a = self.buffer[self.position + 1:self.position + 1 + size]
self.advance(size + 1)
return a
def pop_nstring(self, total_size):
size = ord(self.buffer[self.position])
a = self.buffer[self.position + 1:self.position + 1 + size]
self.advance(total_size + 1)
return a
def pop_l_string(self):
size = struct.unpack('l', self.buffer[self.position:self.position + 4])[0]
a = self.buffer[self.position + 4:self.position + 4 + size]
self.advance(size + 4)
return a
def pop_long_string(self):
size = self.pop_long()
nb = ord(self.buffer[self.position])
if(size == 0): size = nb
a = self.buffer[self.position + 1:self.position + 1 + nb]
self.advance(size)
return a
def load_guitar_pro(filename, verbose = 0):
# create SongWrite song object
tab = song.Song()
tab.partitions = []
tab.mesures = []
# open the file
file = open(filename, 'rb')
buf = GPBuffer(file.read())
# close the file
file.close()
if(verbose): print '+++ FILE', filename
#--------------------
# read file signature
#--------------------
signature_size = buf.pop_byte()
if (buf.buffer[1:19] == "FICHIER GUITAR PRO"):
guitar_pro_file_version = float(buf.buffer[21:25])
elif(buf.buffer[1:20] == "FICHIER GUITARE PRO"):
guitar_pro_file_version = float(buf.buffer[22:26])
else:
print 'WARNING: seems that', filename, 'is not a guitar pro file...'
try:
guitar_pro_file_version = float(buf.buffer[signature_size - 3:signature_size + 1])
except:
guitar_pro_file_version = 4.06
buf.advance(signature_size)
# UNKNWON
buf.advance(6)
#-----------------------
# read the header part 1
#-----------------------
if(guitar_pro_file_version >= 3.0):
title = buf.pop_long_string()
subtitle = buf.pop_long_string()
artist = buf.pop_long_string()
album = buf.pop_long_string()
author = buf.pop_long_string()
copyright = buf.pop_long_string()
tabled_by = buf.pop_long_string()
instruction = buf.pop_long_string()
notice_nb_lines = buf.pop_long()
notice = ''
i = 0
while (i < notice_nb_lines):
str = buf.pop_long_string()
notice += str + '\n'
i += 1
notice = notice[:-1]
shuffle = buf.pop_byte()
else:
if(guitar_pro_file_version >= 2.0):
buf.advance(1)
title = buf.pop_nstring(100)
# UNKNOWN
buf.advance(1)
subtitle = ''
artist = ''
album = ''
author = buf.pop_nstring(50)
# UNKNOWN
buf.advance(1)
copyright = ''
tabled_by = ''
instruction = buf.pop_nstring(100)
notice = ''
shuffle = 0
print title, author, instruction
# SongWrite
if(subtitle and title != subtitle): title += ' -- ' + subtitle
tab.title = unicode(title, 'latin')
if(artist): author += '(' + artist + ')'
tab.authors = unicode(author, 'latin')
tab.copyright = unicode(copyright, 'latin')
if(album): tab.comments += _('Extract from album ') + unicode(album + '\n', 'latin')
if(tabled_by): tab.comments += _('Tabled by ') + unicode(tabled_by + '\n', 'latin')
tab.comments += unicode(instruction + notice, 'latin')
#------------
# read lyrics
#------------
if(guitar_pro_file_version >= 4.0):
lyrics_track = buf.pop_long()
lyrics_bar_beginnings = []
lyrics_lines = []
i = 0
while(i < 5):
lyrics_bar_beginnings.append(buf.pop_long())
lyrics_lines.append(buf.pop_l_string())
i += 1
# SongWrite
# TO DO
print lyrics_lines
#-----------------------
# read the header part 2
#-----------------------
tempo = buf.pop_long()
# UNKNOWN
if (guitar_pro_file_version >= 4.0):
buf.advance(5)
elif(guitar_pro_file_version >= 3.0):
buf.advance(4)
else:
buf.advance(8)
#-----------------
# read instruments
#-----------------
if(guitar_pro_file_version >= 3.0):
instruments = []
i = 0
while(i < 64):
instruments.append((buf.pop_long(), buf.pop_byte(), buf.pop_byte(), buf.pop_byte(), buf.pop_byte(), buf.pop_byte(), buf.pop_byte()))
# UNKNOWN
buf.advance(2)
i += 1
else:
i = 0
while(i < 8):
nb_long = buf.pop_long()
buf.advance(nb_long * 4)
i += 1
#-----------------------
# read the header part 3
#-----------------------
nb_bars = buf.pop_long()
nb_tracks = 0
if(guitar_pro_file_version >= 3.0):
nb_tracks = buf.pop_long()
else:
pass
#-------------------
# read the bars info
#-------------------
if(guitar_pro_file_version >= 3.0):
i = 0
time = 0
bar_rythm_1 = 4
bar_rythm_2 = 4
prev_block = 0
repeat_start = 0
repeat_end = 0
alt_start = 0
in_alt = 0
while (i < nb_bars):
bar_flag = buf.pop_byte()
if(bar_flag & 1):
bar_rythm_1 = buf.pop_byte()
if(bar_flag & 2):
bar_rythm_2 = buf.pop_byte()
mesure = song.Mesure(time, tempo, bar_rythm_1, bar_rythm_2, shuffle)
if(bar_flag & 8):
# repeat close
volta = buf.pop_byte()
if alt_start:
#print "close alt ", len(tab.mesures)
#print " =>", alt_start, len(tab.mesures)
tab.playlist.playlist_items.append(song.PlaylistItem(tab.playlist, alt_start, len(tab.mesures)))
prev_block = len(tab.mesures) + 1
alt_start = 0
else:
#print "close repeat", len(tab.mesures)
for j in range(volta):
#print " =>", prev_block, len(tab.mesures)
tab.playlist.playlist_items.append(song.PlaylistItem(tab.playlist, prev_block, len(tab.mesures)))
prev_block = len(tab.mesures) + 1
if(bar_flag & 4):
#print "open repeat ", len(tab.mesures)
# repeat open
in_alt = 0
repeat_start = len(tab.mesures)
if prev_block <= len(tab.mesures) - 1:
#print " =>", prev_block, len(tab.mesures) - 1
tab.playlist.playlist_items.append(song.PlaylistItem(tab.playlist, prev_block, len(tab.mesures) - 1))
prev_block = len(tab.mesures)
if(bar_flag & 16):
#print "open alt ", len(tab.mesures)
# alternate ending
buf.pop_byte()
alt_start = len(tab.mesures)
if not in_alt:
repeat_end = len(tab.mesures) - 1
in_alt = 1
#print " =>", repeat_start, repeat_end
tab.playlist.playlist_items.append(song.PlaylistItem(tab.playlist, repeat_start, repeat_end))
in_alt = 1
if(bar_flag & 32):
# marker
# TO DO
bar_marker = buf.pop_long_string()
bar_marker_color = buf.pop_color()
if(bar_flag & 64):
# change armor
# TO DO
armor_jump = buf.pop_byte()
minor = buf.pop_byte()
if(bar_flag & 128):
# double ending
pass
# SongWrite
tab.mesures.append(mesure)
time += tab.mesures[-1].duration
i += 1
last = len(tab.mesures) - 1
if prev_block <= last:
#print " =>", prev_block, last
tab.playlist.playlist_items.append(song.PlaylistItem(tab.playlist, prev_block, last))
tab.playlist.analyse()
#---------------------
# read the tracks info
#---------------------
if(guitar_pro_file_version >= 3.0):
i = 0
while (i < nb_tracks):
track_spc = buf.pop_byte()
track_name = buf.pop_nstring(40)
track_nb_strings = buf.pop_long()
track_strings_pitch = []
j = 0
while(j < 7):
p = buf.pop_long()
if(j < track_nb_strings):
track_strings_pitch.append(p)
j += 1
track_midi_port = buf.pop_long()
track_channel_1 = buf.pop_long()
track_channel_2 = buf.pop_long()
track_nb_frets = buf.pop_long()
track_capo = buf.pop_long()
track_color = buf.pop_color()
# SongWrite
partition = song.Partition(tab)
partition.header = track_name
if(track_spc & 1):
partition.instrument = 128
partition.view = drum.DrumView(tab, partition, [])
else:
partition.instrument = instruments[track_channel_1][0]
strings = []
for string in track_strings_pitch:
strings.append(tablature.String(string))
partition.view = tablature.Tablature(tab, partition, strings)
partition.capo = track_capo
tab.partitions.append(partition)
i += 1
else:
i = 0
while(i < 8):
# UNKNOWN
buf.pop_long()
track_nb_frets = buf.pop_long()
buf.pop_byte()
track_name = buf.pop_nstring(40)
print '>>> TRACK', track_name
buf.advance(1 + 5 * 4)
i += 1
#-------------------
# read the bars data
#-------------------
def convert_duration(duration):
return 6 * (2 ** (4 - duration))
i = 0
time = 0
while(i < nb_bars):
j = 0
if(verbose): print 'reading bar %s (out of %s)' % (i, nb_bars)
while(j < nb_tracks):
note_volume = 0xCC
#---------
# read bar
#---------
partition = tab.partitions[j]
nb_beats = buf.pop_long()
if(verbose): print 'analyzing track %s (%s beats)' % (j, nb_beats)
local_time = time
k = 0
while(k < nb_beats):
#----------
# read beat
#----------
beat_type = buf.pop_byte()
if(beat_type & 64):
# rest
# UNKNOWN
#buf.advance(1)
b = buf.pop_byte()
if(verbose): print '>>> REST found', b
beat_duration = buf.pop_byte()
if(beat_duration > 128): beat_duration -= 256
beat_duration = convert_duration(beat_duration)
if(beat_type & 1):
# dotted time
beat_duration = int(beat_duration * 1.5)
if(beat_type & 32):
# tuplet
n_tuplet = buf.pop_long()
if(verbose): print '>>> TUPLET found', n_tuplet
# TO DO
if(beat_type & 2):
# chord
# TO DO
complete = buf.pop_byte()
if(complete == 0):
# incomplete chord
chord_name = buf.pop_long_string()
else:
if(guitar_pro_file_version >= 4.0):
buf.advance(16)
chord_name_size = buf.pop_byte()
chord_name = buf.buffer[buf.position: buf.position + chord_name_size]
buf.advance(10)
# UNKNOWN
buf.advance(15)
else:
buf.advance(25)
chord_name_size = buf.pop_byte()
chord_name = buf.buffer[buf.position: buf.position + chord_name_size]
buf.advance(10)
buf.advance(24)
top_fret = buf.pop_long()
if(top_fret != 0):
if(complete == 0):
buf.advance(6 * 4)
else:
buf.advance(7 * 4)
if(complete == 1):
if(guitar_pro_file_version >= 4.0):
buf.advance(24 + 7 + 1)
else:
buf.advance(32)
if(verbose): print '>>> CHORD found %s (%s)' % (chord_name, complete)
if(beat_type & 4):
# text
text = buf.pop_long_string()
if(verbose): print '>>> TEXT found:', text
if(beat_type & 8):
# beat effect
if(verbose): print '>>> BEAT EFFECT found'
effect_1 = buf.pop_byte()
if(guitar_pro_file_version >= 4.0):
effect_2 = buf.pop_byte()
# TO DO
if(effect_1 & 1):
if(verbose): print ' >>> vibrato'
if(effect_1 & 2):
if(verbose): print ' >>> wide vibrato'
if(effect_1 & 4):
if(verbose): print ' >>> natural harmonic'
if(effect_1 & 8):
if(verbose): print ' >>> other harmonic'
if(effect_1 & 16):
if(verbose): print ' >>> fade in'
if(effect_1 & 32):
if(guitar_pro_file_version >= 4.0):
if(verbose): print ' >>> strocke effect'
buf.pop_byte()
else:
if(verbose): print ' >>> tremolo bar'
buf.pop_byte()
buf.pop_long()
if(effect_1 & 64):
if(verbose): print ' >>> strocke'
buf.pop_byte()
buf.pop_byte()
if(guitar_pro_file_version >= 4.0):
if(effect_2 & 1):
if(verbose): print ' >>> rasgueado'
if(effect_2 & 2):
if(verbose): print ' >>> pick strocke'
buf.pop_byte()
if(effect_2 & 4):
if(verbose): print ' >>> tremolo bar'
buf.pop_byte()
buf.pop_long()
nb_points = buf.pop_long()
buf.advance(nb_points * 9)
if(beat_type & 16):
# change of instrument/volume/pan/chorus/reverb/phaser/tremolo/tempo
if(verbose): print '>>> CHANGE found'
# TO DO
new_instrument = buf.pop_byte()
new_volume = buf.pop_byte()
new_pan = buf.pop_byte()
new_chorus = buf.pop_byte()
new_reverb = buf.pop_byte()
new_phaser = buf.pop_byte()
new_tremolo = buf.pop_byte()
new_tempo = buf.pop_long()
if(new_volume != 255): buf.pop_byte()
if(new_pan != 255): buf.pop_byte()
if(new_chorus != 255): buf.pop_byte()
if(new_reverb != 255): buf.pop_byte()
if(new_phaser != 255): buf.pop_byte()
if(new_tremolo != 255): buf.pop_byte()
if(new_tempo != -1): buf.pop_byte()
if(guitar_pro_file_version >= 4.0):
# UNKNOWN
buf.pop_byte()
if(beat_type & 128):
print '*** unknown time effect 128'
strings_fill = buf.pop_byte()
notes_string = []
if(strings_fill & 64): notes_string.append(0)
if(strings_fill & 32): notes_string.append(1)
if(strings_fill & 16): notes_string.append(2)
if(strings_fill & 8): notes_string.append(3)
if(strings_fill & 4): notes_string.append(4)
if(strings_fill & 2): notes_string.append(5)
if(strings_fill & 1): notes_string.append(6)
for string in notes_string:
#----------
# read note
#----------
note_special = buf.pop_byte()
if(note_special & 32): note_alteration = buf.pop_byte()
if(note_special & 1):
# note duration is different from beat duration
if(verbose): print '>>> note duration != from beat duration'
note_duration = buf.pop_byte()
if(note_duration > 128): note_duration -= 256
note_duration = convert_duration(note_duration)
if(note_special & 2):
note_duration *= 1.5
# UNKNWON
buf.advance(1)
else:
note_duration = beat_duration
if(note_special & 16):
# changement of nuance
if(verbose): print '>>> note nuance'
nuance = buf.pop_byte()
note_volume = {
1 : 0,
2 : 36,
3 : 72,
4 : 109,
5 : 145,
6 : 182,
7 : 218,
8 : 255,
}[nuance]
if(note_special & 32):
note_value = buf.pop_byte()
if(note_value == 255): note_value = 0
# SongWrite
if(note_special & 32):
if(partition.instrument == 128):
# drums
for string in partition.view.strings:
if(string.basenote == note_value): break
else:
partition.view.strings.append(drum.String(note_value))
note = song.Note(local_time, note_duration, note_value)
partition.addnote(note)
else:
# tablature
#if(string >= len(partition.view.strings)): continue
pitch = partition.view.strings[string].basenote + note_value + partition.capo
note = song.Note(local_time, note_duration, pitch)
note.stringid = string
partition.addnote(note)
if(note_alteration == 3):
# dead note
note.__class__ = song.DeadNote
elif (note_alteration == 2) and (partition.instrument != 128):
# note is linked from another one.
prevs = partition.notes[:]
prevs.reverse()
for prev in prevs:
if prev.stringid == note.stringid:
note.value = prev.value
prev.__class__ = song.HammerNote
prev.linked_to = prev.linked_from = None
break
if(note_special & 128):
# fingering
if(verbose): print '>>> fingering'
# TO DO
left_hand_finger = buf.pop_byte()
right_hand_finger = buf.pop_byte()
if(note_special & 64):
# accentuated
if(verbose): print '>>> accentuated note'
note.volume = 255
if(note_special & 4):
if(verbose): print '>>> ghost note'
note.__class__ = song.DeadNote
#-----------------
# read note effect
#-----------------
if(note_special & 8):
# effect
effect_1 = buf.pop_byte()
if(guitar_pro_file_version >= 4.0):
effect_2 = buf.pop_byte()
if(effect_1 & 1):
# bend
if(verbose): print '>>> note effect: bend'
# TO DO
buf.pop_byte()
buf.pop_long()
nb_points = buf.pop_long()
bend_pitch = 0
for point in range(nb_points):
buf.pop_long()
bend_pitch = max(bend_pitch, buf.pop_long())
buf.pop_byte()
note.__class__ = song.BendNote
note.pitch = bend_pitch / 100.0
if(effect_1 & 2):
# hammer
if(verbose): print '>>> note effect: hammer'
note.__class__ = song.HammerNote
note.linked_to = note.linked_from = None
if(effect_1 & 4):
# slide
if(verbose): print '>>> note effect: slide'
note.__class__ = song.SlideNote
note.linked_to = note.linked_from = None
if(effect_1 & 8):
# let ring
if(verbose): print '>>> note effect: let ring'
# TO DO
if(effect_1 & 16):
# appogiature
if(verbose): print '>>> note effect: appogiature'
# TO DO
previous_note = buf.pop_byte()
buf.pop_byte()
transition = buf.pop_byte()
duration = buf.pop_byte()
if(effect_1 & 32): print '*** unknown note effect1 32'
if(effect_1 & 64): print '*** unknown note effect1 64'
if(effect_1 & 128): print '*** unknown note effect1 128'
if(guitar_pro_file_version >= 4.0):
if(effect_2 & 1):
# staccato
if(verbose): print '>>> note effect: staccato'
# TO DO
if(effect_2 & 2):
# palm mute
if(verbose): print '>>> note effect: palm mute'
# TO DO
if(effect_2 & 4):
# tremolo picking
if(verbose): print '>>> note effect: tremolo picking'
duration = buf.pop_byte()
note.__class__ = song.TremoloNote
if(effect_2 & 8):
# slide
if(verbose): print '>>> note effect: slide'
type = buf.pop_byte()
if(effect_2 & 16):
# harmonic
if(verbose): print '>>> note effect: harmonic'
type = buf.pop_byte()
# TO DO
if(effect_2 & 32):
# trill
if(verbose): print '>>> note effect: trill'
note_value = buf.pop_byte()
frequence = buf.pop_byte()
# TO DO
if(effect_2 & 64):
# vibrato
if(verbose): print '>>> note effect: vibrato'
note.__class__ = song.TremoloNote
if(effect_2 & 128): print '*** unknown note effect2 128'
local_time += beat_duration
k += 1
j += 1
time += tab.mesures[i].duration
i += 1
# Finalize linked notes
for partition in tab.partitions:
if partition.instrument != 128:
for i in filter(lambda i: isinstance(partition.notes[i], song.LinkedNote), range(len(partition.notes))):
note = partition.notes[i]
for next in partition.notes[i + 1:]:
if next.stringid == note.stringid:
if not isinstance(next, song.LinkedNote):
next.__class__ = song.LinkedNote
next.linked_to = None
note.linked_to = next
next.linked_from = note
break
else:
print "hammer terminal", note.time, note.stringid, tab.partitions.index(partition)
if note.linked_from:
note.__class__ = song.LinkedNote
else:
note.__class__ = song.Note
del note.linked_from
del note.linked_to
return tab
if __name__ == "__main__":
def edit_tab(tab):
main.App(edit_song = tab)
import Tkinter
Tkinter.mainloop()
t = None
#t = load_guitar_pro('/home/jiba/tmp/gp3/VaiSteve-BluePowder.gp3')
#t = load_guitar_pro('/home/jiba/tmp/gp3/Matmatah - Lambe An Dro.gp3')
#t = load_guitar_pro('/home/jiba/tmp/gp3/Tryo-CEstDuRoots(2).gp3')
#t = load_guitar_pro('/home/jiba/tmp/gp3/Tryo-LHymneDeNosCampagnes.gp3')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
#t = load_guitar_pro('/home/jiba/tmp/gp3/')
edit_tab(t)
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