def __init__(self):
self.running = True
self.fout = FloppyOut()
self.midi_fin = MidiFileIn(self.cb_midi_event_list)
signal.signal(signal.SIGINT, self.signal_handler)
#debug
pygame.midi.init() #debug
self.mout = pygame.midi.Output(pygame.midi.get_default_output_id())
def __init__(self):
self.fout = FloppyOut()
self.midi_fin = MidiFileIn(self.cb_midi_event_list)
pygame.midi.init() #debug
self.mout = pygame.midi.Output(pygame.midi.get_default_output_id()) # debug
class FlyFiNoGui(object):
def signal_handler(self, signal, frame):
print "stopping"
self.midi_fin.stop()
print "resetting floppies"
self.fout.reset_floppies()
print "exitting..."
sys.exit()
def __init__(self):
self.running = True
self.fout = FloppyOut()
self.midi_fin = MidiFileIn(self.cb_midi_event_list)
signal.signal(signal.SIGINT, self.signal_handler)
#debug
pygame.midi.init() #debug
self.mout = pygame.midi.Output(pygame.midi.get_default_output_id())
def cb_midi_event_list(self, event_list):
# parsing the events
# ==================
# only note on, note off and pitch wheel range are
# important for us, so the other midi events are just ignored.
# status, data1, data2, tick
event_str = None
channel = None
for event in event_list:
status = event.statusmsg
tick = event.tick
# also note off events will be stored here. They will just get a frequency of 0.
note_on_list = [] # [ [channel, tone], [channel, tone] ... ]
if event.name == "Note Off":
status += event.channel # due to buggy python-midi lib
channel = status - 0x80 + 1
midi_note = event.data[0]
velocity = event.data[1]
event_str = "Chan %s Note off" % channel
note_on_list.append([channel, 0])
self.mout.note_off(midi_note, velocity, channel - 1) # only for debugging. remove later!!!
elif event.name == "Note On":
status += event.channel # due to buggy python-midi lib
channel = status - 0x90 + 1
midi_note = event.data[0]
velocity = event.data[1]
event_str = "Chan %s Note on" % channel
if velocity > 0:
note_on_list.append([channel, midi_note])
self.mout.note_on(midi_note, velocity, channel - 1) # only for debugging. remove later!!!
else:
note_on_list.append([channel, 0]) # note off
self.fout.stop_note(channel) # a volume of 0 is the same as note off
elif event.name == "Set Tempo":
self.midi_fin.set_bpm(event.bpm)
elif event.name == "Program Change": # Chan Program change (change instrument)
if self.mout is not None:
self.mout.set_instrument(event.data[0], event.channel)
# elif status >= 0xE0 and status <= 0xEF: # pitch bend (TODO: don't ignore!)
# channel = status - 0xE0 + 1
# velocity = event.data[1]
# pitch_value = 128 * velocity
# event_str = "Chan %s pitch bend with value %s and" % (channel, pitch_value)
else:
event_str = "unknown event (0x%0X)" % (status)
if event_str != None:
pass
#print "%s with note %s and velocity %s @ %s" % (event_str, midi_note, velocity, tick)
self.fout.play_notes(note_on_list)
#obsolete
def cb_midi_event(self, status, data1, data2, tick):
# parsing the events
# ==================
# only note on, note off and pitch wheel range are
# important for us, so the other midi events are just ignored.
event_str = None
channel = None
if status >= 0x80 and status <= 0x8F: # Note Off
channel = status - 0x80 + 1
midi_note = data1
velocity = data2
event_str = "Chan %s Note off" % channel
self.fout.stop_note(channel)
elif status >= 0x90 and status <= 0x9F: # Note On
channel = status - 0x90 + 1
midi_note = data1
velocity = data2
event_str = "Chan %s Note on" % channel
if velocity > 0:
self.fout.play_note(channel, midi_note)
else:
self.fout.stop_note(channel) # a volume of 0 is the same as note off
elif status >= 0xA0 and status <= 0xAF: # Polyphonic Aftertouch (ignore)
return
elif status >= 0xB0 and status <= 0xBF: # Chan Control mode change (ignore)
return
elif status >= 0xC0 and status <= 0xCF: # Chan Program change (ignore)
return
elif status >= 0xD0 and status <= 0xDF: # Channel Aftertouch (ignore)
return
elif status >= 0xE0 and status <= 0xEF: # pitch bend (TODO: don't ignore!)
channel = status - 0xE0 + 1
velocity = data2
pitch_value = 128 * velocity
event_str = "Chan %s pitch bend with value %s and" % (channel, pitch_value)
else:
event_str = "unknown event (0x%0X)" % (status)
print "%s with note %s and velocity %s @ %s" % (event_str, midi_note, velocity, tick)
return
if event_str != None:
pass
#print "%s with note %s and velocity %s @ %s" % (event_str, midi_note, velocity, tick)
def connect_to_serial_ports(self, serial_port):
for i in range(0, 16):
active = True
floppy_channel = i + 1
port_str = serial_port
self.fout.configure_midi_channel(i, active, floppy_channel, port_str)
self.fout.connect_to_serial_ports()
def playMidiFile(self):
self.midi_fin.play_nogui()
class PiFiHelper(object):
def __init__(self):
self.fout = FloppyOut()
self.midi_fin = MidiFileIn(self.cb_midi_event_list)
pygame.midi.init() #debug
self.mout = pygame.midi.Output(pygame.midi.get_default_output_id()) # debug
def connect_to_serial_ports(self, serial_port):
for i in range(0, 16):
active = True
floppy_channel = i + 1
port_str = serial_port
self.fout.configure_midi_channel(i, active, floppy_channel, port_str)
self.fout.connect_to_serial_ports()
def cb_midi_event_list(self, event_list):
# parsing the events
# ==================
# only note on, note off and pitch wheel range are
# important for us, so the other midi events are just ignored.
# status, data1, data2, tick
event_str = None
channel = None
for event in event_list:
status = event.statusmsg
tick = event.tick
# also note off events will be stored here. They will just get a frequency of 0.
note_on_list = [] # [ [channel, tone], [channel, tone] ... ]
if event.name == "Note Off":
status += event.channel # due to buggy python-midi lib
channel = status - 0x80 + 1
midi_note = event.data[0]
velocity = event.data[1]
event_str = "Chan %s Note off" % channel
note_on_list.append([channel, 0])
self.mout.note_off(midi_note, velocity, channel - 1) # only for debugging. remove later!!!
elif event.name == "Note On":
status += event.channel # due to buggy python-midi lib
channel = status - 0x90 + 1
midi_note = event.data[0]
velocity = event.data[1]
event_str = "Chan %s Note on" % channel
if velocity > 0:
note_on_list.append([channel, midi_note])
self.mout.note_on(midi_note, velocity, channel - 1) # only for debugging. remove later!!!
else:
note_on_list.append([channel, 0]) # note off
self.fout.stop_note(channel) # a volume of 0 is the same as note off
self.mout.note_on(midi_note, velocity, channel - 1) # only for debugging. remove later!!!
elif event.name == "Set Tempo":
self.midi_fin.set_bpm(event.bpm)
elif event.name == "Program Change": # Chan Program change (change instrument)
if self.mout is not None:
self.mout.set_instrument(event.data[0], event.channel)
# elif status >= 0xE0 and status <= 0xEF: # pitch bend (TODO: don't ignore!)
# channel = status - 0xE0 + 1
# velocity = event.data[1]
# pitch_value = 128 * velocity
# event_str = "Chan %s pitch bend with value %s and" % (channel, pitch_value)
else:
event_str = "unknown event (0x%0X)" % (status)
if event_str != None:
if event.name == "Note On" or event.name == "Note Off":
midi_note = event.data[0]
velocity = event.data[1]
# print "%s with note %s and velocity %s @ %s" % (event_str, midi_note, velocity, tick)
self.fout.play_notes(note_on_list)
