def test_parser(self):
parser = M.parse.MusicXMLParser()
for name in SHEETS:
sheet = parser.parse(get_path('sheets', name))
attach_tab(sheet)
layout = LinearTabLayout(sheet)
layout.layout()
def test_parser(self):
parser = M.parse.MusicXMLParser()
for name in SHEETS:
sheet = parser.parse(get_path('sheets', name))
attach_tab(sheet)
layout = LinearTabLayout(sheet)
layout.layout()
def test_viewer(self):
parser = M.parse.MusicXMLParser()
i = 0
def quit():
nonlocal _quit
_quit = True
window.close()
def change_page(delta):
if delta > 0:
viewer.layout.next_page()
elif delta < 0:
viewer.layout.prev_page()
viewer.canvas.update_sheet_layout()
_quit = False
player = Player()
for name in SHEETS[:]:
print('sheet #{}'.format(i))
i += 1
viewer = M.viewer.SheetViewer()
window = ui.Window(width=1000, height=800, resizable=1)
window.root.children.append(viewer)
window.add_shortcut(K.chain(K.Q), quit)
# window.add_shortcut(K.chain(K.RIGHT), change_page, 1)
# window.add_shortcut(K.chain(K.LEFT), change_page, -1)
window.add_shortcut(K.chain(K.SHIFT, K.P),
lambda: player.pause() or True)
window.add_shortcut(K.chain(K.P), lambda: player.play() or True)
sheet = parser.parse(get_path('sheets', name))
attach_tab(sheet)
attach_fingerings(sheet)
import random
for measure in sheet.iter_measures():
for note in measure.iter_pitched_notes():
note.fingering.finger = random.randint(0, 4)
note.fingering.string = random.randint(1, 6)
note.fingering.fret = random.randint(0, 15)
# layout = PagesLayout(sheet)
layout = LinearLayout(sheet)
# layout = LinearTabLayout(sheet)
layout.layout()
viewer.set_sheet_layout(layout)
# change_page(0)
player.set_sheet(sheet)
viewer.set_player(player)
player.play()
pyglet.clock.schedule_interval(viewer.update, 1 / 30)
window.start()
player.stop()
sheet.free()
if _quit:
break
def test_viewer(self):
parser = M.parse.MusicXMLParser()
i = 0
def quit():
nonlocal _quit
_quit = True
window.close()
def change_page(delta):
if delta > 0:
viewer.layout.next_page()
elif delta < 0:
viewer.layout.prev_page()
viewer.canvas.update_sheet_layout()
_quit = False
player = Player()
for name in SHEETS[:]:
print('sheet #{}'.format(i))
i += 1
viewer = M.viewer.SheetViewer()
window = ui.Window(width=1000, height=800, resizable=1)
window.root.children.append(viewer)
window.add_shortcut(K.chain(K.Q), quit)
# window.add_shortcut(K.chain(K.RIGHT), change_page, 1)
# window.add_shortcut(K.chain(K.LEFT), change_page, -1)
window.add_shortcut(K.chain(K.SHIFT, K.P), lambda: player.pause() or True)
window.add_shortcut(K.chain(K.P), lambda: player.play() or True)
sheet = parser.parse(get_path('sheets', name))
attach_tab(sheet)
attach_fingerings(sheet)
import random
for measure in sheet.iter_measures():
for note in measure.iter_pitched_notes():
note.fingering.finger = random.randint(0, 4)
note.fingering.string = random.randint(1, 6)
note.fingering.fret = random.randint(0, 15)
# layout = PagesLayout(sheet)
layout = LinearLayout(sheet)
# layout = LinearTabLayout(sheet)
layout.layout()
viewer.set_sheet_layout(layout)
# change_page(0)
player.set_sheet(sheet)
viewer.set_player(player)
player.play()
pyglet.clock.schedule_interval(viewer.update, 1 / 30)
window.start()
player.stop()
sheet.free()
if _quit:
break
