def __init__(self, app_dir, widget_properties, theme_mgr, main_menu, player):
Menu.__init__(self, widget_properties)
self.l_help_hint_0 = _(u'Press [h] for help...')
self.l_help_hint_1 = _(u'Press [ESC] to go back...')
self.l_help_hint = self.l_help_hint_0
self.l_bpm = _(u'BPM: ')
self.l_line_no = _(u'Line: ')
self.separator = u' - '
self.h_help = _(u'Help')
self.help_file_path = os.path.join(app_dir, 'misc', 'HELP.txt')
self.widget_properties = widget_properties
self.app_dir = app_dir
self.parent_widget = widget_properties['root_widget']
self.theme_mgr = theme_mgr
self.screen_res_x = self.widget_properties['config']['screen'].as_int('resolution_x')
self.screen_res_y = self.widget_properties['config']['screen'].as_int('resolution_y')
self.font_p = widget_properties['font']['p']['obj']
self.color_p = widget_properties['font']['p']['color']
self.font_h = widget_properties['font']['h1']['obj']
self.color_h = widget_properties['font']['h1']['color']
self.main_menu = main_menu
self.help_hint_cont = pudding.container.VerticalContainer( \
self, left=self.screen_res_x / 2.5, top=5)
self.help_hint_cont.right = 10
self.help_hint_cont.anchors = pudding.ANCHOR_ALL
self.keyboard_event = KeyboardEvent(self.widget_properties, theme_mgr)
self.txt_input = InputField(self.widget_properties, '')
self.txt_input.label.visible = 0
self.player = player
self.__connect_keys__()
self.msg = dict()
def show(self, args):
h1_pause = _(u'Pause')
h1_results = _(u'Results')
#self.camera = MovableCamera(self.app_dir, self.parent_world, debug = self.debug)
self.camera.z = 15
#self.parent.add_child(self.camera)
self.song = args[0]
self.song.reset()
self.song.read()
song_path = self.song.path
self.song.split_in_lines()
theme_cfg_file = os.path.join(song_path, 'theme_cfg.xml')
if os.path.exists(theme_cfg_file):
media_path = os.path.join(song_path, 'media')
soya.path.append(media_path)
self.theme_mgr.hide_theme(self.widget_properties['theme']['main'])
theme_name = self.song.info['title']
self.widget_properties['theme']['song'] = theme_name
self.theme_mgr.get_theme(theme_name, song_path)
self.theme_mgr.show_theme(theme_name)
self.widget_properties['font']['lyrics']['to_sing'] = {}
font_lyrics_ts = self.theme_mgr.get_font(theme_name, 'lyrics', 'to_sing', 'font')
color_lyrics_ts = self.theme_mgr.get_font(theme_name, 'lyrics', 'to_sing', 'color')
self.widget_properties['font']['lyrics']['to_sing']['obj'] = font_lyrics_ts
self.widget_properties['font']['lyrics']['to_sing']['color'] = color_lyrics_ts
self.widget_properties['font']['lyrics']['special'] = {}
font_lyrics_spec = self.theme_mgr.get_font(theme_name, 'lyrics', 'special', 'font')
color_lyrics_spec = self.theme_mgr.get_font(theme_name, 'lyrics', 'special', 'color')
self.widget_properties['font']['lyrics']['special']['obj'] = font_lyrics_spec
self.widget_properties['font']['lyrics']['special']['color'] = color_lyrics_spec
self.widget_properties['font']['lyrics']['active'] = {}
font_lyrics_act = self.theme_mgr.get_font(theme_name, 'lyrics', 'active', 'font')
color_lyrics_act = self.theme_mgr.get_font(theme_name, 'lyrics', 'active', 'color')
self.widget_properties['font']['lyrics']['active']['obj'] = font_lyrics_act
self.widget_properties['font']['lyrics']['active']['color'] = color_lyrics_act
self.widget_properties['font']['lyrics']['done'] = {}
font_lyrics_done = self.theme_mgr.get_font(theme_name, 'lyrics', 'done', 'font')
color_lyrics_done = self.theme_mgr.get_font(theme_name, 'lyrics', 'done', 'color')
self.widget_properties['font']['lyrics']['done']['obj'] = font_lyrics_done
self.widget_properties['font']['lyrics']['done']['color'] = color_lyrics_done
self.widget_properties['font']['button']['on_focus'] = {}
font_button_on = self.theme_mgr.get_font(theme_name, 'button', 'on_focus', 'font')
color_button_on = self.theme_mgr.get_font(theme_name, 'button', 'on_focus', 'color')
self.widget_properties['font']['button']['on_focus']['obj'] = font_button_on
self.widget_properties['font']['button']['on_focus']['color'] = color_button_on
self.widget_properties['font']['button']['off_focus'] = {}
font_button_off = self.theme_mgr.get_font(theme_name, 'button', 'off_focus', 'font')
color_button_off = self.theme_mgr.get_font(theme_name, 'button', 'off_focus', 'color')
self.widget_properties['font']['button']['off_focus']['obj'] = font_button_off
self.widget_properties['font']['button']['off_focus']['color'] = color_button_off
self.widget_properties['box'] = self.theme_mgr.get_box(theme_name)
self.widget_properties['button'] = self.theme_mgr.get_button(theme_name)
self.widget_properties['bar'] = self.theme_mgr.get_bar(theme_name)
img_observer = False
song_theme_path = os.path.join(song_path, 'theme_cfg.xml')
media_path = os.path.join(song_path, 'media')
# The observer for the musical notes:
music_notes = MusicNotes(self.parent_world)
# Sizes and positions for the labels:
pos_size = {}
pos_size['width'] = 70
pos_size['height'] = 30
pos_size['left'] = 35
self.widget_properties['pos_size'] = pos_size
self.widget_properties['anchoring'] = 'bottom'
# The observers for the lyrics:
self.widget_properties['pos_size']['top'] = soya.get_screen_height() * 0.8
lyrics_current = LyricsObserver(self.widget_properties)
self.widget_properties['pos_size']['top'] = soya.get_screen_height() * 0.9
lyrics_next = LyricsObserver(self.widget_properties, line_diff=1)
use_pil = self.config['screen']['pil']
self.game = Game(self.config)
# The observer for the results screen (when the song ended):
browser = args[1]
result_view = ResultView(self.widget_properties, self.main_menu, \
browser, self.song, use_pil, self.game)
result_view.set_heading(h1_results)
sing_bar_color = self.widget_properties['bar']['singbar']['color']
sing_bar_formula = self.widget_properties['bar']['singbar']['formula']
song_bar_color = {}
song_bar_color['special'] = self.widget_properties['bar']['songbar']['special']['color']
song_bar_color['freestyle'] = self.widget_properties['bar']['songbar']['freestyle']['color']
song_bar_color['normal'] = self.widget_properties['bar']['songbar']['normal']['color']
pos_bar_color = self.widget_properties['bar']['posbar']['color']
# The observer for the symbolical musical representations:
bar = MainCubeObserver(self.parent_world,
song_bar_color,
self.song.getMinPitch(),
self.song.getMaxPitch())
# The observer for the microphone captured notes:
input_bar = SingCubeObserver(self.parent_world,
sing_bar_color, sing_bar_formula,
self.song.getMinPitch(),
self.song.getMaxPitch(),
self.game)
# The observer for the song position cube:
pos_bar = PosCubeObserver(self.parent_world,
pos_bar_color)
# Observer for the song time:
time_label = TimeLabel(self.widget_properties)
self.input_subject = SongData()
self.input_subject.attach(input_bar)
self.input_subject.attach(result_view)
self.song_data = SongData()
# maybe a subject-observer solution would be better
# if we make would use it over network but for first release i think its good enough
self.keyboard_event = KeyboardEvent(self.widget_properties)
self.keyboard_event.add_connection(type = soya.sdlconst.K_ESCAPE, \
action = self.pause)
self.keyboard_event.add_connection(type = soya.sdlconst.K_q, \
action = self.exit)
self.keyboard_event.add_connection(type = soya.sdlconst.K_w, \
action = soya.toggle_wireframe)
self.keyboard_event.add_connection(type = soya.sdlconst.K_s, \
action = self.make_screenshot)
selected_input = self.config['sound']['input']
if selected_input == 'Gstreamer':
from canta.event.input_gstreamer import Input
self.input = Input(self.song, self.input_subject, \
self.player, self.config)
self.song_event = SongEvent(self.song, self.widget_properties,\
self.song_data, self.player, \
self.keyboard_event, self.input)
# Observer for the pause menu:
pause = Pause(self.widget_properties, \
self.song_data, self.player, self.keyboard_event, self.song, \
self.song_event)
pause.set_heading(h1_pause)
self.song_data.attach(lyrics_current)
self.song_data.attach(lyrics_next)
self.song_data.attach(pos_bar)
self.song_data.attach(bar)
self.song_data.attach(time_label)
self.song_data.attach(pause)
self.song_data.attach(result_view)
self.song_data.attach(input_bar)
self.song_data.attach(music_notes)
self.parent_world.add(self.keyboard_event)
self.input.start()
self.parent_world.add(self.song_event)
self.player.load(self.song.path, self.song.info['mp3'])
self.player.play()
class SongEditor(Menu):
"""TODO...
"""
def __init__(self, app_dir, widget_properties, theme_mgr, main_menu, player):
Menu.__init__(self, widget_properties)
self.l_help_hint_0 = _(u'Press [h] for help...')
self.l_help_hint_1 = _(u'Press [ESC] to go back...')
self.l_help_hint = self.l_help_hint_0
self.l_bpm = _(u'BPM: ')
self.l_line_no = _(u'Line: ')
self.separator = u' - '
self.h_help = _(u'Help')
self.help_file_path = os.path.join(app_dir, 'misc', 'HELP.txt')
self.widget_properties = widget_properties
self.app_dir = app_dir
self.parent_widget = widget_properties['root_widget']
self.theme_mgr = theme_mgr
self.screen_res_x = self.widget_properties['config']['screen'].as_int('resolution_x')
self.screen_res_y = self.widget_properties['config']['screen'].as_int('resolution_y')
self.font_p = widget_properties['font']['p']['obj']
self.color_p = widget_properties['font']['p']['color']
self.font_h = widget_properties['font']['h1']['obj']
self.color_h = widget_properties['font']['h1']['color']
self.main_menu = main_menu
self.help_hint_cont = pudding.container.VerticalContainer( \
self, left=self.screen_res_x / 2.5, top=5)
self.help_hint_cont.right = 10
self.help_hint_cont.anchors = pudding.ANCHOR_ALL
self.keyboard_event = KeyboardEvent(self.widget_properties, theme_mgr)
self.txt_input = InputField(self.widget_properties, '')
self.txt_input.label.visible = 0
self.player = player
self.__connect_keys__()
self.msg = dict()
def show(self, args):
# get name of the selected song name from args:
self.song = args[0]
self.selected_song = self.song.info['mp3']
self.song.writer = self.song.reader
self.v_cont.visible = 1
self.setup()
def setup(self):
# Sizes and positions for the lyrics:
pos_size = {}
pos_size['width'] = 70
pos_size['height'] = 30
pos_size['top'] = self.widget_properties['config']['screen'].as_int('resolution_y') / 1.1 - 12
pos_size['left'] = 35
self.widget_properties['pos_size'] = pos_size
self.widget_properties['anchoring'] = 'bottom'
# We deactivate the "done"-color by giving it the same color as "to_sing":
self.lyrics_to_sing_color = self.widget_properties['font']['lyrics']['to_sing']['color']
self.widget_properties['font']['lyrics']['to_sing']['color'] = \
self.widget_properties['font']['lyrics']['done']['color']
# The observer for the lyrics:
lyrics = LyricsObserver(self.widget_properties)
# The observer for the symbolical musical representations:
song_bar_color = {}
song_bar_color['special'] = (1, 0, 0, 0.6)
song_bar_color['freestyle'] = (0, 1., 0., 0.6)
song_bar_color['normal'] = (0, 0., 1., 0.4)
cube = MainCubeObserver(self.widget_properties['root_world'], \
song_bar_color)
self.music_notes = MusicNotes(self.parent_world)
self.pos = 0
self.song_data = SongData()
self.song_data.attach(lyrics)
self.song_data.attach(cube)
self.song_data.attach(self.music_notes)
# The paths to the song:
self.msg['song'] = self.song
self.song.read()
self.song.split_in_lines()
self.msg['type'] = 'nextLine'
self.song_data.set_data(self.msg)
self.msg['pos'] = 0
self.msg['type'] = 'activateNote'
self.song_data.set_data(self.msg)
self.player.load(path=self.song.path, file= self.selected_song)
self.heading_label = pudding.control.SimpleLabel( \
self.v_cont, label=self.song.info['artist'] + \
self.separator + self.song.info['title'], \
font=self.font_h,\
color=self.color_h, top=10, left=0)
# The line number label:
ln_label = ''
self.line_number_label = pudding.control.SimpleLabel( \
self.v_cont, label=ln_label, font=self.font_p, \
color=self.color_p)
self.bpm_label = self.l_bpm + str(self.song.info['bpm'])
self.bpm_number_label = pudding.control.SimpleLabel( \
self.v_cont, label= self.bpm_label, font=self.font_p, \
color=self.color_p)
self.parent_widget.on_resize()
self.parent_world.add(self.keyboard_event)
# Help menu:
self.help_menu = MenuText(self.widget_properties, top=self.screen_res_y / 5, \
left=self.screen_res_x / 2)
self.help_menu.set_heading(self.h_help)
fd_help = open(self.help_file_path, 'r')
help = fd_help.read()
self.help_menu.add_text(help)
self.help_hint = pudding.control.SimpleLabel(self.help_hint_cont, \
label=self.l_help_hint)
self.add_child(self.help_menu)
# needs testing
#click_observer = ClickObserver(self.player)
#self.song_data.attach(click_observer)
self.parent_widget.on_resize()
self.refresh()
def back(self):
self.msg['type'] = 'end'
self.song_data.set_data(self.msg)
del self.v_cont.children[0:]
del self.help_hint_cont.children[0:]
self.help_menu.box_cont.visible = 0
self.help_hint_cont.visible = 0
self.parent_world.remove(self.keyboard_event)
# We reactivate the "done"-color:
self.widget_properties['font']['lyrics']['to_sing']['color'] = \
self.lyrics_to_sing_color
self.quit_help()
self.main_menu.show()
def help(self):
self.msg['type'] = 'nextLine'
self.song_data.set_data(self.msg)
self.keyboard_event.reset()
self.keyboard_event.add_connection(type = soya.sdlconst.K_q, \
action = self.back)
self.keyboard_event.add_connection(type = soya.sdlconst.K_ESCAPE, \
action = self.quit_help)
self.keyboard_event.add_connection(type = soya.sdlconst.K_h, \
action = self.quit_help)
self.heading_label.visible = 0
self.line_number_label.visible = 0
self.bpm_number_label.visible = 0
self.help_menu.visible = 1
self.help_hint.label = self.l_help_hint_1
def quit_help(self):
self.heading_label.visible = 1
self.line_number_label.visible = 1
self.bpm_number_label.visible = 1
self.keyboard_event.reset()
self.__connect_keys__()
self.help_hint.label = self.l_help_hint_0
self.help_menu.visible = 0
self.refresh()
def init_text_field(self):
if self.edit_value == 'text':
self.txt_input.label.value = self.song.lines[self.song.line_nr].segments[self.pos].text
elif self.edit_value == 'bar':
self.txt_input.label.value = self.song.info['bar_length']
self.txt_input.label.visible = 1
self.txt_input.post_method = self.end_change_text
def change_text(self, obj):
self.edit_value = obj
self.init_text_field()
self.parent_world.remove(self.keyboard_event)
self.parent_world.add(self.txt_input)
def end_change_text(self):
if self.txt_input.done:
if self.edit_value == 'text':
self.song.lines[self.song.line_nr].segments[self.pos].text = self.txt_input.label.value
elif self.edit_value == 'bar':
self.song.info['bar_length'] = self.txt_input.label.value
self.txt_input.label.visible = 0
self.parent_world.remove(self.txt_input)
self.parent_world.add(self.keyboard_event)
self.refresh()
def split_line(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
if self.song.segments > seg_pos+1 and self.pos < len(line.segments)-1:
self.song.segments.insert(seg_pos+1, SongSegment( "pause", self.get_next_pos(tone)))
self.song.split_in_lines()
self.refresh()
def get_next_pos(self, tone):
''' returns pos of next free position for a element after the actual tone
'''
return tone.time_stamp+tone.duration+1
def merge_lines(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
if self.song.line_nr + 1 < len(self.song.lines):
for segment in self.song.segments[seg_pos:]:
if segment.type == 'pause':
self.song.segments.pop(self.song.segments.index(segment))
break
self.refresh()
elif self.song.line_nr + 1 == len(self.song.lines) and self.song.line_nr > 0:
self.song.line_nr -= 1
self.merge_lines()
def add_tone(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
self.song.segments.insert(seg_pos+1, SongSegment( "note", self.get_next_pos(tone), 1, tone.pitch, text = '-'))
self.refresh()
def rem_tone(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
line_nr = self.song.line_nr
number_of_segments = len(self.song.lines[line_nr].segments)
number_of_lines = len(self.song.lines)
if number_of_segments == 1:
if line_nr > 0:
self.song.segments.pop(seg_pos)
self.song.line_nr -= 1
self.merge_lines()
elif line_nr == 0 and number_of_lines > 1:
self.merge_lines()
self.song.segments.pop(seg_pos)
else:
pass
#print "you cant delete last segment in last line"
else:
self.song.segments.pop(seg_pos)
if self.pos + 1 == number_of_segments:
self.pos -= 1
self.refresh()
def play_tone_wave(self):
start_tone = self.song.lines[self.song.line_nr].segments[self.pos]
self.play_wave(start_tone)
def play_wave(self, start_tone, end_tone = None):
duration_of_one_beat = 1. /self.song.info['bpm'] * 60
if not end_tone:
end_tone = start_tone
beats = end_tone.duration + end_tone.time_stamp - start_tone.time_stamp
length = beats * duration_of_one_beat / 4
start = self.song.get_real_time(start_tone.time_stamp)
self.player.play(start=float (start))
time.sleep(length)
self.player.stop()
def play_line_wave(self):
start_tone = self.song.lines[self.song.line_nr].segments[0]
end_tone = self.song.lines[self.song.line_nr].segments[-1]
self.play_wave(start_tone, end_tone)
def play_tone_both(self):
thread.start_new_thread(self.play_tone_freq, () )
thread.start_new_thread(self.play_tone_wave, () )
def play_line_both(self):
thread_id = thread.start_new_thread(self.play_line_wave,())
#if thread_id == thread.get_ident():
# thread.exit()
thread.start_new_thread(self.play_line_freq, () )
def play_tone_freq(self):
self.play_freq(self.song.line_nr, self.pos)
def play_line_freq(self):
line = self.song.lines[self.song.line_nr]
for i, segment in enumerate(line.segments[:-1]):
b = time.time()
self.play_freq(self.song.line_nr, i)
dur = time.time() - b
sleep_time = (line.segments[i+1].time_stamp - (segment.time_stamp)) * \
(1. /self.song.info['bpm'] *60.)/4.-dur
if sleep_time > 0:
time.sleep(sleep_time)
self.play_freq(self.song.line_nr, len(line.segments)-1)
def play_freq(self, line_nr, note_nr):
note = self.song.lines[line_nr].segments[note_nr]
duration = note.duration* (1. /self.song.info['bpm'] *60) / 4
freq = self.song.get_freq(line_nr, note_nr)
self.player.play_freq(freq)
time.sleep(duration)
self.player.stop_freq()
def bpm_up(self):
self.song.info['bpm'] += 1
self.bpm_number_label.label = u'BPM: '+ str(self.song.info['bpm'])
def bpm_min(self):
self.song.info['bpm']-=1
self.bpm_number_label.label = u'BPM: '+ str(self.song.info['bpm'])
def next(self):
self.pos = 0
if self.song.line_nr + 1 < len(self.song.lines):
self.song.line_nr += 1
else:
self.song.line_nr = 0
self.refresh()
def refresh(self):
self.song.split_in_lines()
self.msg['type'] = 'nextLine'
self.msg['song'] = self.song
self.song_data.set_data(self.msg)
self.msg['pos'] = self.pos
self.msg['type'] = 'activateNote'
self.song_data.set_data(self.msg)
self.line_count = str(len(self.song.lines))
self.line_number_label.label = self.l_line_no \
+ str(self.song.line_nr + 1) + u' / ' \
+ self.line_count
def prev(self):
self.pos = 0
if self.song.line_nr > 0:
self.song.line_nr -= 1
else:
self.song.line_nr = len(self.song.lines) - 1
self.refresh()
def select_note(self, args):
self.msg['type'] = 'deActivateNote'
self.msg['old_pos'] = self.pos
self.song_data.set_data(self.msg)
if args =='next':
if self.pos < len(self.song.lines[self.song.line_nr].segments) - 1:
self.pos += 1
elif self.pos > 0:
self.pos -= 1
self.refresh()
def increase(self):
self.song.lines[self.song.line_nr].segments[self.pos].duration += 1
self.refresh()
def minimize(self):
if self.song.lines[self.song.line_nr].segments[self.pos].duration >= 1:
self.song.lines[self.song.line_nr].segments[self.pos].duration -= 1
self.refresh()
def save(self):
self.song.write()
def move(self, dif):
self.song.lines[self.song.line_nr].segments[self.pos].time_stamp += dif
self.refresh()
def move_ri(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
self.move(1)
if self.pos + 1 < len(line.segments):
if tone.time_stamp > line.segments[self.pos + 1].time_stamp: # if tone have later timestamp then next tone, switch position in list
next_tone = line.segments[self.pos + 1]
self.song.segments[seg_pos] = next_tone
self.song.segments[seg_pos + 1] = tone
self.pos = self.pos + 1
self.refresh()
def move_le(self):
line, tone, seg_pos = self.song.get_pos_in_segments(self.song.line_nr, self.pos)
self.move(-1)
if self.pos > 0:
if tone.time_stamp < line.segments[self.pos - 1].time_stamp: # if tone have further timestamp then the tone before, switch position in list
before_tone = line.segments[self.pos - 1]
self.song.segments[seg_pos] = before_tone
self.song.segments[seg_pos - 1] = tone
self.pos = self.pos - 1
self.refresh()
def change_pitch(self, dif):
self.song.lines[self.song.line_nr].segments[self.pos].pitch += dif
self.refresh()
def pitch_up(self):
self.change_pitch(1)
def pitch_down(self):
self.change_pitch(-1)
def make_line_pictures(self):
self.make_line_picture(all=True)
def make_line_picture(self, all=False):
ming = MingusSong()
ming.load_from_song(self.song)
if all:
ming.generate_pictures()
else:
ming.generate_picture(self.song.line_nr)
self.refresh()
def __connect_keys__(self):
"""Map soya keyboard events to methods."""
# Maybe we better should move this in a
# xml/config-file and parse it from there
key = soya.sdlconst
connections = []
connections.append((key.K_q, self.back))
connections.append((key.K_PAGEDOWN, self.prev))
connections.append((key.K_PAGEUP, self.next))
connections.append((key.K_LEFT, self.select_note, 'prev'))
connections.append((key.K_RIGHT, self.select_note, 'next'))
connections.append((key.K_PLUS, self.increase))
connections.append((key.K_MINUS, self.minimize))
connections.append((key.K_KP_PLUS, self.increase))
connections.append((key.K_KP_MINUS, self.minimize))
connections.append((key.K_s, self.save))
connections.append((key.K_y, self.move_le))
connections.append((key.K_x, self.move_ri))
connections.append((key.K_UP, self.pitch_up))
connections.append((key.KEYUP, self.pitch_up))
connections.append((key.K_UP, self.pitch_up))
connections.append((key.KEYUP, self.pitch_up))
connections.append((key.K_DOWN, self.pitch_down))
connections.append((key.KEYDOWN, self.pitch_down))
connections.append((key.K_h, self.help))
connections.append((key.K_ESCAPE, self.back))
connections.append((key.K_SPACE, self.play_tone_wave))
connections.append((key.K_l, self.play_line_wave))
connections.append((key.K_m, self.play_tone_freq))
connections.append((key.K_n, self.play_line_freq))
connections.append((key.K_v, self.play_tone_both))
connections.append((key.K_b, self.play_line_both))
connections.append((key.K_d, self.bpm_up))
connections.append((key.K_c, self.bpm_min))
connections.append((key.K_u, self.split_line))
connections.append((key.K_i, self.merge_lines))
connections.append((key.K_a, self.add_tone))
connections.append((key.K_r, self.rem_tone))
connections.append((key.K_t, self.change_text, 'text'))
connections.append((key.K_z, self.change_text, 'bar'))
connections.append((key.K_g, self.make_line_pictures))
connections.append((key.K_e, self.make_line_picture))
for connection in connections:
self.keyboard_event.add_connection(*connection)
def show(self, args):
h1_pause = _(u'Pause')
h1_results = _(u'Results')
self.menu_list['browser'] = args[1]
#self.camera = MovableCamera(self.app_dir, self.parent_world, debug = self.debug)
self.camera.z = 15
self.parent.add_child(self.camera)
self.song = args[0]
self.song.reset()
self.song.read()
song_path = self.song.path
self.song.split_in_lines()
theme_cfg_file = os.path.join(song_path, 'theme_cfg.xml')
if os.path.exists(theme_cfg_file):
media_path = os.path.join(song_path, 'media')
soya.path.append(media_path)
self.theme_mgr.hide_theme(self.widget_properties['theme']['main'])
theme_name = self.song.info['title']
self.widget_properties['theme']['song'] = theme_name
self.theme_mgr.get_theme(theme_name, song_path)
self.theme_mgr.show_theme(theme_name)
self.widget_properties['font']['lyrics']['to_sing'] = {}
font_lyrics_ts = self.theme_mgr.get_font(theme_name, 'lyrics',
'to_sing', 'font')
color_lyrics_ts = self.theme_mgr.get_font(theme_name, 'lyrics',
'to_sing', 'color')
self.widget_properties['font']['lyrics']['to_sing'][
'obj'] = font_lyrics_ts
self.widget_properties['font']['lyrics']['to_sing'][
'color'] = color_lyrics_ts
self.widget_properties['font']['lyrics']['special'] = {}
font_lyrics_spec = self.theme_mgr.get_font(theme_name, 'lyrics',
'special', 'font')
color_lyrics_spec = self.theme_mgr.get_font(
theme_name, 'lyrics', 'special', 'color')
self.widget_properties['font']['lyrics']['special'][
'obj'] = font_lyrics_spec
self.widget_properties['font']['lyrics']['special'][
'color'] = color_lyrics_spec
self.widget_properties['font']['lyrics']['active'] = {}
font_lyrics_act = self.theme_mgr.get_font(theme_name, 'lyrics',
'active', 'font')
color_lyrics_act = self.theme_mgr.get_font(theme_name, 'lyrics',
'active', 'color')
self.widget_properties['font']['lyrics']['active'][
'obj'] = font_lyrics_act
self.widget_properties['font']['lyrics']['active'][
'color'] = color_lyrics_act
self.widget_properties['font']['lyrics']['done'] = {}
font_lyrics_done = self.theme_mgr.get_font(theme_name, 'lyrics',
'done', 'font')
color_lyrics_done = self.theme_mgr.get_font(
theme_name, 'lyrics', 'done', 'color')
self.widget_properties['font']['lyrics']['done'][
'obj'] = font_lyrics_done
self.widget_properties['font']['lyrics']['done'][
'color'] = color_lyrics_done
self.widget_properties['font']['button']['on_focus'] = {}
font_button_on = self.theme_mgr.get_font(theme_name, 'button',
'on_focus', 'font')
color_button_on = self.theme_mgr.get_font(theme_name, 'button',
'on_focus', 'color')
self.widget_properties['font']['button']['on_focus'][
'obj'] = font_button_on
self.widget_properties['font']['button']['on_focus'][
'color'] = color_button_on
self.widget_properties['font']['button']['off_focus'] = {}
font_button_off = self.theme_mgr.get_font(theme_name, 'button',
'off_focus', 'font')
color_button_off = self.theme_mgr.get_font(theme_name, 'button',
'off_focus', 'color')
self.widget_properties['font']['button']['off_focus'][
'obj'] = font_button_off
self.widget_properties['font']['button']['off_focus'][
'color'] = color_button_off
self.widget_properties['box'] = self.theme_mgr.get_box(theme_name)
self.widget_properties['button'] = self.theme_mgr.get_button(
theme_name)
self.widget_properties['bar'] = self.theme_mgr.get_bar(theme_name)
img_observer = False
song_theme_path = os.path.join(song_path, 'theme_cfg.xml')
media_path = os.path.join(song_path, 'media')
# The observer for the musical notes:
music_notes = MusicNotes(self.parent_world)
# Sizes and positions for the labels:
pos_size = {}
pos_size['width'] = 70
pos_size['height'] = 30
pos_size['left'] = 35
self.widget_properties['pos_size'] = pos_size
self.widget_properties['anchoring'] = 'bottom'
# The observers for the lyrics:
self.widget_properties['pos_size']['top'] = soya.get_screen_height(
) * 0.8
lyrics_current = LyricsObserver(self.widget_properties)
self.widget_properties['pos_size']['top'] = soya.get_screen_height(
) * 0.9
lyrics_next = LyricsObserver(self.widget_properties, line_diff=1)
use_pil = self.config['screen']['pil']
self.game = Game(self.config)
# The observer for the results screen (when the song ended):
result_view = ResultView(self.widget_properties, self.menu_list, self.song, \
use_pil, self.game)
result_view.set_heading(h1_results)
sing_bar_color = self.widget_properties['bar']['singbar']['color']
sing_bar_formula = self.widget_properties['bar']['singbar']['formula']
song_bar_color = {}
song_bar_color['special'] = self.widget_properties['bar']['songbar'][
'special']['color']
song_bar_color['freestyle'] = self.widget_properties['bar']['songbar'][
'freestyle']['color']
song_bar_color['normal'] = self.widget_properties['bar']['songbar'][
'normal']['color']
pos_bar_color = self.widget_properties['bar']['posbar']['color']
# The observer for the symbolical musical representations:
bar = MainCubeObserver(self.parent_world, song_bar_color,
self.song.getMinPitch(),
self.song.getMaxPitch())
# The observer for the microphone captured notes:
input_bar = SingCubeObserver(self.parent_world, sing_bar_color,
sing_bar_formula, self.song.getMinPitch(),
self.song.getMaxPitch(), self.game)
# The observer for the song position cube:
pos_bar = PosCubeObserver(self.parent_world, pos_bar_color)
# Observer for the song time:
time_label = TimeLabel(self.widget_properties)
self.input_subject = SongData()
self.input_subject.attach(input_bar)
self.input_subject.attach(result_view)
self.song_data = SongData()
# maybe a subject-observer solution would be better
# if we make would use it over network but for first release i think its good enough
self.keyboard_event = KeyboardEvent(self.widget_properties)
self.keyboard_event.add_connection(type = soya.sdlconst.K_ESCAPE, \
action = self.pause)
self.keyboard_event.add_connection(type = soya.sdlconst.K_q, \
action = self.exit)
self.keyboard_event.add_connection(type = soya.sdlconst.K_w, \
action = soya.toggle_wireframe)
self.keyboard_event.add_connection(type = soya.sdlconst.K_s, \
action = self.make_screenshot)
selected_input = self.config['sound']['input']
if selected_input == 'Gstreamer':
from canta.event.input_gstreamer import Input
self.input = Input(self.song, self.input_subject, \
self.player, self.config)
self.song_event = SongEvent(self.song, self.widget_properties,\
self.song_data, self.player, \
self.keyboard_event, self.input)
# Observer for the pause menu:
pause = Pause(self.widget_properties, \
self.song_data, self.player, self.keyboard_event, self.song, \
self.song_event)
pause.set_heading(h1_pause)
self.song_data.attach(lyrics_current)
self.song_data.attach(lyrics_next)
self.song_data.attach(pos_bar)
self.song_data.attach(bar)
self.song_data.attach(time_label)
self.song_data.attach(pause)
self.song_data.attach(result_view)
self.song_data.attach(input_bar)
self.song_data.attach(music_notes)
self.parent_world.add(self.keyboard_event)
self.input.start()
self.parent_world.add(self.song_event)
self.player.load(self.song.path, self.song.info['mp3'])
self.player.play()
