def playMeasure(self, song_name, measure_num=0, tempo=120):
measure = MIDIFile(1)
track, time, channel = 0, 0, 0
measure.addTrackName(track, time, "Measure")
measure.addTempo(track, time, tempo)
# Add notes to measure.
for note in self:
pitch = note.pitch
duration = note.getDuration()
time = note.getTime()
volume = note.getVolume()
measure.addNote(track, channel, pitch, time, duration, volume)
measure_num = str(measure_num)
# Write the song to a file.
os.system("touch .songs/" + song_name + "/measure" + measure_num +
".mid")
binfile = open(
".songs/" + song_name + "/measure" + measure_num + ".mid", 'wb')
measure.writeFile(binfile)
binfile.close()
os.system("fluidsynth -i " + felixNamespace.fluidsynthPath +
" .songs/" + song_name + "/measure" + measure_num +
".mid > .dump")
def create_MIDI(self):
# Create the MIDIFile Object with n track
MyMIDI = MIDIFile(len(self.sequence_list), removeDuplicates = False, deinterleave = False)
for i in range(len(self.sequence_list)):
self.construct_seq(self.sequence_list[i].stream, i, 100, MyMIDI)
self.change_instrument(MyMIDI, i, 0, 0, self.sequence_list[i].instrument)
# write MIDI file to disk.
binfile = open('output.mid', 'wb')
MyMIDI.writeFile(binfile)
binfile.close()
def playSong(self):
the_song = MIDIFile(1) # Note: 1 here is the number of tracks.
time = 0 # Initialize time
track = 0
the_song.addTrackName(track,time,self.song_name) # Track = 0
the_song.addTempo(track,time,120) # 120 is the tempo.
for measure in self.measures:
for note in measure:
the_song.addNote(track,note.getChannel(),note.getPitch(),time+note.getTime(),note.getDuration(),note.getVolume())
time += 4
song_file = open(".songs/" + self.song_name + "/" + self.song_name + ".mid","wb")
the_song.writeFile(song_file)
song_file.close()
os.system("fluidsynth -i " + felixNamespace.fluidsynthPath + " .songs/" + self.song_name + "/" + self.song_name + ".mid > .dump")
def playSong(self):
the_song = MIDIFile(1) # Note: 1 here is the number of tracks.
time = 0 # Initialize time
track = 0
the_song.addTrackName(track, time, self.song_name) # Track = 0
the_song.addTempo(track, time, 120) # 120 is the tempo.
for measure in self.measures:
for note in measure:
the_song.addNote(track, note.getChannel(), note.getPitch(),
time + note.getTime(), note.getDuration(),
note.getVolume())
time += 4
song_file = open(
".songs/" + self.song_name + "/" + self.song_name + ".mid", "wb")
the_song.writeFile(song_file)
song_file.close()
os.system("fluidsynth -i " + felixNamespace.fluidsynthPath +
" .songs/" + self.song_name + "/" + self.song_name +
".mid > .dump")
def __init__(self, number_tracks=1, tempo=60, instrument=0, channel=None):
"""
instrument: can be an integer or a list
channel: can be an integer or a list
"""
self.number_tracks = number_tracks
self.midi_data = MIDIFile(number_tracks)
for track in range(number_tracks):
self.midi_data.addTrackName(track, 0, "Track {0}".format(track))
self.midi_data.addTempo(track, 0, tempo)
instr = instrument[track] if isinstance(instrument, list) else instrument
if channel is None:
_channel = track
elif isinstance(channel, list):
_channel = channel[track]
else:
_channel = channel
self.midi_data.addProgramChange(track, _channel, 0, instr)
def save_to_midi_file(self, path, tempo=60, beat_length=1.0, max_beat_divisions=8, max_indigestibility=4,
beat_max_overlap=0.01, quantization_divisions=None, quantize=True, round_pitches=True,
guess_tempo=False):
if guess_tempo:
flattened_recording = utilities.make_flat_list(
[part.recording for part in self.parts_recorded]
)
tempo = Playcorder.get_good_tempo_choice(flattened_recording)
if quantize:
beat_scheme = BeatQuantizationScheme(tempo, beat_length, max_beat_divisions, max_indigestibility) \
if quantization_divisions is None \
else BeatQuantizationScheme(tempo, beat_length, quantization_divisions=quantization_divisions)
parts = [RecordingToXML.separate_into_non_overlapping_voices(
RecordingToXML.quantize_recording(
part.recording, [beat_scheme])[0],
beat_max_overlap
) for part in self.parts_recorded]
else:
parts = [RecordingToXML.separate_into_non_overlapping_voices(
part.recording, beat_max_overlap
) for part in self.parts_recorded]
midi_file = MIDIFile(sum([len(x) for x in parts]))
current_track = 0
for which_part, part in enumerate(parts):
current_voice = 0
for voice in part:
midi_file.addTrackName(current_track, 0, self.parts_recorded[which_part].name + " " + str(current_voice + 1))
midi_file.addTempo(current_track, 0, tempo)
for pc_note in voice:
assert isinstance(pc_note, MPNote)
pitch_to_notate = int(round(pc_note.pitch)) if round_pitches else pc_note.pitch
midi_file.addNote(current_track, 0, pitch_to_notate, pc_note.start_time,
pc_note.length, int(pc_note.volume*127))
current_track += 1
current_voice += 1
bin_file = open(path, 'wb')
midi_file.writeFile(bin_file)
bin_file.close()
def playMeasure(self,song_name,measure_num=0,tempo=120):
measure = MIDIFile(1)
track, time, channel = 0, 0, 0
measure.addTrackName(track,time,"Measure")
measure.addTempo(track,time, tempo)
# Add notes to measure.
for note in self:
pitch = note.pitch
duration = note.getDuration()
time = note.getTime()
volume = note.getVolume()
measure.addNote(track,channel,pitch,time,duration,volume)
measure_num = str(measure_num)
# Write the song to a file.
os.system("touch .songs/" + song_name + "/measure" + measure_num + ".mid")
binfile = open(".songs/" + song_name + "/measure" + measure_num + ".mid", 'wb')
measure.writeFile(binfile)
binfile.close()
os.system("fluidsynth -i " + felixNamespace.fluidsynthPath + " .songs/" + song_name + "/measure" + measure_num + ".mid > .dump")
def GenerateMidi(notes, tempo, out):
song = MIDIFile(1)
track = 0
time = 0
song.addTrackName(track, time, "Generated by Midi Server")
song.addTempo(track, time, tempo)
channel = 0
def AddNote(pitch, time, duration):
song.addNote(track, channel, pitch, time, duration, 100)
def SetEndTime(time):
# add a no-op event to make sure we wait one beat the end,
# to add time for the last note to fade
song.addTempo(track, time + 1, 120)
Parse(notes, AddNote, SetEndTime)
song.writeFile(out)
def main(progpath, subspath):
myMidifile = MIDIFile(1)
track = 0
time = 0
myMidifile.addTrackName(track, time, "Programmatically Generated Sound")
myMidifile.addTempo(track, time, 120)
instructions_to_notes = {}
subfile = open(subspath, "r")
for line in subfile:
print (line[:-1]).split(",")
instruction, duration, opcode = (line[:-1]).split(",")
instructions_to_notes[instruction] = ((int(opcode, 16) % 12)+69, int(duration))
subfile.close()
# Notes is a list of (pitch, duration) pairs
notes = []
progfile = open(progpath, "r")
for line in progfile:
tokens = line.split()
if tokens:
instr = tokens[0]
if instr in instructions_to_notes:
notes.append(instructions_to_notes[instr])
progfile.close()
channel = 0
volume = 100
time = 0
for note in notes:
pitch = note[0]
duration = note[1]
myMidifile.addNote(track, channel, pitch, time, duration, volume)
time += duration
binfile = open("output.mid", "wb")
myMidifile.writeFile(binfile)
binfile.close()
def save_to_file(filename, consolidated):
midi = MIDIFile(1)
track = 0
channel = 0
total_beats_so_far = 0
midi.addTempo(track, total_beats_so_far, _beats_per_minute)
for c in consolidated:
start = total_beats_so_far
duration = _beats_per_window * c['windows']
volume = 100
pitch = find_midi_pitch_by_frequency(c['frequency'])
midi.addNote(track, channel, pitch, total_beats_so_far, duration,
volume)
print 'add note', pitch, total_beats_so_far, duration
total_beats_so_far += duration
handler = open(filename, 'wb')
midi.writeFile(handler)
handler.close()
def save_to_file(filename, consolidated):
midi = MIDIFile(1)
track = 0
channel = 0
total_beats_so_far = 0
midi.addTempo(track, total_beats_so_far, _beats_per_minute)
for c in consolidated:
start = total_beats_so_far
duration = _beats_per_window * c['windows']
volume = 100
pitch = find_midi_pitch_by_frequency(c['frequency'])
midi.addNote(track, channel, pitch, total_beats_so_far, duration, volume)
print 'add note', pitch, total_beats_so_far, duration
total_beats_so_far+= duration
handler = open(filename, 'wb')
midi.writeFile(handler)
handler.close()
class Midi(object):
def __init__(self, number_tracks=1, tempo=60, instrument=0, channel=None):
"""
instrument: can be an integer or a list
channel: can be an integer or a list
"""
self.number_tracks = number_tracks
self.midi_data = MIDIFile(number_tracks)
for track in range(number_tracks):
self.midi_data.addTrackName(track, 0, "Track {0}".format(track))
self.midi_data.addTempo(track, 0, tempo)
instr = instrument[track] if isinstance(instrument, list) else instrument
if channel is None:
_channel = track
elif isinstance(channel, list):
_channel = channel[track]
else:
_channel = channel
self.midi_data.addProgramChange(track, _channel, 0, instr)
def seq_chords(self, seqlist, track=0, time=0, channel=None):
if track + 1 > self.number_tracks:
raise MidiError("You are trying to use more tracks than we have.")
_channel = channel if channel is not None else track
for item in seqlist:
if isinstance(item, NoteSeq):
volume = item[0].volume
dur = item[0].midi_dur
for note in item:
self.midi_data.addNote(track, _channel, note.midi_number, time, dur, volume)
time += dur
elif isinstance(item, Rest):
time += item.midi_dur
else:
raise MidiError("The input should be a list of NoteSeq but yours is a {0}: {1}".format(type(seqlist), seqlist))
return time
def seq_notes(self, noteseq, track=0, time=0, channel=None):
if track + 1 > self.number_tracks:
raise MidiError("You are trying to use more tracks than we have.")
_channel = channel if channel is not None else track
for note in noteseq:
if isinstance(note, Note):
self.midi_data.addNote(track, _channel, note.midi_number, time, note.midi_dur, note.volume)
else:
# we ignore the rests
pass
time += note.midi_dur
return time
def write(self, filename):
if isinstance(filename, str):
with open(filename, 'wb') as midifile:
self.midi_data.writeFile(midifile)
else:
self.midi_data.writeFile(filename)
def ptcop2midi(ptcop, outfile):
midi = MIDIFile(200)
for i, unit in enumerate(ptcop.units):
channel = 0
track = i
midi.addTrackName(i, channel, unit.name)
midi.addTempo(i, channel, int(sys.argv[2]))
note = 80
velocity = 104
porta = 0
bend = 0x4000/2
for e in unit.events:
beat = ptcop2midi_beat(e.position)
if e.type == pxtone.EventType.VOICE:
track = e.value
# pass
elif e.type == pxtone.EventType.ON:
midi.addNote(track,
channel,
note,
beat + PADDING,
ptcop2midi_beat(e.value) - PADDING,
velocity)
elif e.type == pxtone.EventType.VELOCITY:
velocity = e.value
elif e.type == pxtone.EventType.NOTE:
note = ptcop2midi_note(e.value)
on = unit.on(e.position)
if on:
if on.position == e.position:
# reset pitch bend
if bend != 0x4000/2:
bend = 0x4000/2
midi.addPitchBendEvent(track, channel, ptcop2midi_beat(on.position) + PADDING, bend);
pass
else:
# glissando
# on what note did the "on" begin?
old_note = unit.note_before(e.position)
old_note = ptcop2midi_note(old_note)
# semitones to travel
diff = note - old_note
if diff > PITCH_BEND_SEMITONES:
diff = PITCH_BEND_SEMITONES
elif diff < -PITCH_BEND_SEMITONES:
diff = -PITCH_BEND_SEMITONES
# where the pitch bend should wind up
target = 0x4000/2 + diff * 0x4000 / (PITCH_BEND_SEMITONES*2)
# print porta, target
startbeat = beat
if startbeat == midi2ptcop_beat(on.position):
startbeat += PADDING
endbeat = beat + ptcop2midi_beat(porta)
end = midi2ptcop_beat(on.position + on.value)
if endbeat >= end:
shortened = end - PADDING
target = map(shortened, startbeat, endbeat, bend, target)
endbeat = shortened
# if endbeat >= beat:
midi.addPitchBendEvent(track, channel, startbeat, bend);
midi.addPitchBendEvent(track, channel, endbeat, target);
bend = target
elif e.type == pxtone.EventType.KEY_PORTA:
porta = 0 #e.value
# elif e.type == pxtone.EventType.VOLUME:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.VOLUME,
# e.value)
# elif e.type == pxtone.EventType.PAN:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.PAN,
# e.value)
out = open(outfile, 'wb')
midi.writeFile(out)
out.close()
overrides = {}
showProgress = False
midiVelocity = 64
for override in sys.argv[1:-2]:
p = override.split(":")
if (p[0] == "showprogress"): showProgress = True
elif (p[0] == "midivelocity"): midiVelocity = int(p[1])
else: overrides[p[0]] = p[1]
if (showProgress):
NamedWindow("Main")
ResizeWindow("Main", 640, 480)
cap = CaptureFromFile(sys.argv[len(sys.argv)-1])
scanner = KeyboardScanner(QueryFrame(cap), overrides)
midi = MIDIFile(1)
midi.addTrackName(0,0,"Transcribed from Synthesia")
midi.addTempo(0,0,120.0)
noteDeltas = {}
while True:
t = GetCaptureProperty(cap, CV_CAP_PROP_POS_MSEC) / 500.0
print t, "\r",
frame = QueryFrame(cap)
if (frame == None): break
changes = scanner.scanFrame(frame)
if (showProgress):
ShowImage("Main", scanner.debugImage)
WaitKey(1)
for pitch in changes:
def ptcop2midi(ptcop, outfile):
midi = MIDIFile(200)
print ptcop2midi_beat(8160)
for i, unit in enumerate(ptcop.units):
channel = 0
track = i
midi.addTrackName(i, channel, unit.name)
midi.addTempo(i, channel, int(sys.argv[2]))
note = 80
velocity = 104
porta = 0
bend = 0x4000 / 2
for e in unit.events:
beat = ptcop2midi_beat(e.position)
if e.type == pxtone.EventType.VOICE:
# track = e.value
velocity = e.value
elif e.type == pxtone.EventType.ON:
# find all note events in the range of
# (beat, ptcop2midi_beat(e.value))
notes = unit.notes_between(e.position, e.position + e.value)
if not notes:
midi.addNote(track, channel, note, beat,
max(ptcop2midi_beat(e.value) - 0.001, 0.001),
velocity)
else:
if notes[0].position != e.position:
midi.addNote(
track, channel, note, beat,
ptcop2midi_beat(notes[0].position - e.position),
velocity)
j = 0
l = len(notes) - 1
while j < l:
midi.addNote(
track, channel, ptcop2midi_note(notes[j].value),
ptcop2midi_beat(notes[j].position),
ptcop2midi_beat(notes[j + 1].position -
notes[j].position), velocity)
j += 1
midi.addNote(
track, channel, ptcop2midi_note(notes[-1].value),
ptcop2midi_beat(notes[-1].position),
max(
ptcop2midi_beat(e.position + e.value -
notes[-1].position) - 0.001,
0.001), velocity)
elif e.type == pxtone.EventType.VELOCITY:
# velocity = e.value
pass
elif e.type == pxtone.EventType.NOTE:
note = ptcop2midi_note(e.value)
elif e.type == pxtone.EventType.KEY_PORTA:
midi.addPitchBendEvent(track, channel, beat, e.value)
# elif e.type == pxtone.EventType.VOLUME:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.VOLUME,
# e.value)
# elif e.type == pxtone.EventType.PAN:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.PAN,
# e.value)
out = open(outfile, 'wb')
midi.writeFile(out)
out.close()
def ptcop2midi(ptcop, outfile):
midi = MIDIFile(len(ptcop.units))
for i, unit in enumerate(ptcop.units):
channel = 0
midi.addTrackName(i, channel, unit.name)
midi.addTempo(i, channel, ptcop.tempo)
note = 80
velocity = 104
porta = 0
bend = 0x4000 / 2
for e in unit.events:
beat = ptcop2midi_beat(e.position)
if e.type == pxtone.EventType.ON:
midi.addNote(i, channel, note, beat, ptcop2midi_beat(e.value),
velocity)
elif e.type == pxtone.EventType.VELOCITY:
velocity = e.value
elif e.type == pxtone.EventType.NOTE:
note = ptcop2midi_note(e.value)
on = unit.on(e.position)
if on:
if on.position == e.position:
# reset pitch bend
if bend != 0x4000 / 2:
bend = 0x4000 / 2
midi.addPitchBendEvent(i, channel, beat, bend)
else:
# glissando
# on what note did the "on" begin?
old_note = unit.note_before(e.position)
old_note = ptcop2midi_note(old_note)
# semitones to travel
diff = note - old_note
# where the pitch bend should wind up
target = 0x4000 / 2 + diff * 0x4000 / (
PITCH_BEND_SEMITONES * 2)
print porta, target
midi.addPitchBendEvent(i, channel, beat, bend)
midi.addPitchBendEvent(i, channel,
beat + ptcop2midi_beat(porta),
target)
bend = target
elif e.type == pxtone.EventType.KEY_PORTA:
porta = e.value
# elif e.type == pxtone.EventType.VOLUME:
# midi.addControllerEvent(i,
# channel,
# beat,
# MIDIEvents.VOLUME,
# e.value)
# elif e.type == pxtone.EventType.PAN:
# midi.addControllerEvent(i,
# channel,
# beat,
# MIDIEvents.PAN,
# e.value)
out = open(outfile, 'wb')
midi.writeFile(out)
out.close()
''' Created by: Brian Richard, Jonathan Zhang, Aneel Yelamanchili on July 28 2014 [email protected], [email protected], [email protected] ''' from MidiFile import MIDIFile import song_maker, GUI #builds a midi, melody, and three harmonies midi1 = MIDIFile(1) mel1 = song_maker.Melody(4) harm = song_maker.Harmony(mel1) mel1.buildNotes() harm.buildNotes() harm.buildNotes() harm.buildNotes() mel1.buildMelody(midi1) harm.buildHarmony(midi1) #writes to MIDI file with open('output.mid', 'wb') as my_file: midi1.writeFile(my_file) melDuration = [] melNotes = [] harmDuration = [] harm1Notes = [] harm2Notes = []
''' Created by: Brian Richard, Jonathan Zhang, Aneel Yelamanchili on July 28 2014 [email protected], [email protected], [email protected] ''' from MidiFile import MIDIFile import song_maker, GUI #builds a midi, melody, and three harmonies midi1 = MIDIFile(1) mel1 = song_maker.Melody(4) harm = song_maker.Harmony(mel1) mel1.buildNotes() harm.buildNotes() harm.buildNotes() harm.buildNotes() mel1.buildMelody(midi1) harm.buildHarmony(midi1) #writes to MIDI file with open('output.mid', 'wb') as my_file: midi1.writeFile(my_file) melDuration = [] melNotes = [] harmDuration = [] harm1Notes = [] harm2Notes = []
def midiExport(liveSet, midiFilePath, separateChannels=False):
print('Init Midi Export')
# How Many Midi Tracks in liveSet?
usedMidiTrack = 0
for track in liveSet.tracks:
if len(track.notes) != 0:
usedMidiTrack += 1
#print ("Used Midi Track count:", usedMidiTrack)
# Create the MIDIFile Object with 1 track
MyMIDI = MIDIFile(len(liveSet.tracks), file_format=1, adjust_origin=True)
i = 0
for track in liveSet.tracks:
# Tracks are numbered from zero. Times are measured in beats.
if track.midiExport: #len(track.notes) != 0 and
trackId = i
channel = i % 16 if separateChannels else 0
time = 0
# Add track name.
name = str(track.name)
MyMIDI.addTrackName(trackId, time, name)
# Add tempo Map to first track.
if trackId == 0:
events = getAutomationEvents(liveSet.tempoMap)
for event in events:
MyMIDI.addTempo(trackId, event['Time'], event['Value'])
# Add Notes.
for note in track.notes:
pitch = note.pitch
time = note.start
duration = note.duration
volume = note.velocity
MyMIDI.addNote(trackId, channel, pitch, time, duration, volume)
# Add Clip Automations to MidiTrack
for clip in track.arrangementClips:
for envelope in clip.envelopes:
events = getAutomationEvents(envelope.events)
target = envelope.targetName
for event in events:
time = event['Time'] + clip.startTime - clip.loopStart
value = int(event['Value'])
#print('time:{}, value:{}'.format(time, value))
if target == 'Pitch Bend':
MyMIDI.addPitchWheelEvent(trackId, channel, time,
value)
print(time, value)
elif target == 'Channel Pressure':
MyMIDI.addChannelPressureEvent(
trackId, channel, time, value)
# Prevent CC7(Volume) and CC10(Pan) Conflicts
elif int(target) != 7 and int(target) != 10:
MyMIDI.addControllerEvent(trackId, channel, time,
int(target), value)
if isinstance(target, int) and int(
target) == 7 and not track.volumeMidiExport:
MyMIDI.addControllerEvent(trackId, channel, time,
int(target), value)
if isinstance(target, int) and int(
target) == 10 and not track.panMidiExport:
MyMIDI.addControllerEvent(trackId, channel, time,
int(target), value)
i += 1
# Add Volume Automation to Track
if track.volumeMidiExport:
events = getAutomationEvents(track.volumeAutomationEvents)
for event in events:
time = event['Time']
value = event['Value']
# Scale value [0, 1] to [0, 100] and [1, 2] and [100, 127]
if value <= 1:
value = int(value * 100)
else:
value = int(100 + value * 28 / 2)
#print('time:', time, 'value:', value)
MyMIDI.addControllerEvent(trackId, channel, time, 7, value)
# Add Pan Automation to Track
if track.panMidiExport:
events = getAutomationEvents(track.panAutomationEvents)
for event in events:
time = event['Time']
value = event['Value']
# Scale value [-1, 1] to [0, 127]
value = int((value + 1) * 64)
MyMIDI.addControllerEvent(trackId, channel, time, 10,
value)
# And write it to disk.
binfile = open(midiFilePath, 'wb')
MyMIDI.writeFile(binfile)
binfile.close()
print('Midi Export Done')
def ptcop2midi(ptcop, outfile):
midi = MIDIFile(200)
print ptcop2midi_beat(8160)
for i, unit in enumerate(ptcop.units):
channel = 0
track = i
midi.addTrackName(i, channel, unit.name)
midi.addTempo(i, channel, int(sys.argv[2]))
note = 80
velocity = 104
porta = 0
bend = 0x4000/2
for e in unit.events:
beat = ptcop2midi_beat(e.position)
if e.type == pxtone.EventType.VOICE:
# track = e.value
velocity = e.value
elif e.type == pxtone.EventType.ON:
# find all note events in the range of
# (beat, ptcop2midi_beat(e.value))
notes = unit.notes_between(e.position, e.position + e.value)
if not notes:
midi.addNote(track,
channel,
note,
beat,
max(ptcop2midi_beat(e.value)-0.001, 0.001),
velocity)
else:
if notes[0].position != e.position:
midi.addNote(track,
channel,
note,
beat,
ptcop2midi_beat(notes[0].position - e.position),
velocity)
j = 0;
l = len(notes)-1
while j < l:
midi.addNote(track,
channel,
ptcop2midi_note(notes[j].value),
ptcop2midi_beat(notes[j].position),
ptcop2midi_beat(notes[j+1].position - notes[j].position),
velocity)
j += 1
midi.addNote(track,
channel,
ptcop2midi_note(notes[-1].value),
ptcop2midi_beat(notes[-1].position),
max(ptcop2midi_beat(e.position + e.value - notes[-1].position)-0.001, 0.001),
velocity)
elif e.type == pxtone.EventType.VELOCITY:
# velocity = e.value
pass
elif e.type == pxtone.EventType.NOTE:
note = ptcop2midi_note(e.value)
elif e.type == pxtone.EventType.KEY_PORTA:
midi.addPitchBendEvent(track, channel, beat, e.value);
# elif e.type == pxtone.EventType.VOLUME:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.VOLUME,
# e.value)
# elif e.type == pxtone.EventType.PAN:
# midi.addControllerEvent(track,
# channel,
# beat,
# MIDIEvents.PAN,
# e.value)
out = open(outfile, 'wb')
midi.writeFile(out)
out.close()
def save_file(music_file, notes):
# Create the MIDIFile Object
MyMIDI = MIDIFile(1)
#offsets = [4,1,0,0,0,2,0]
offsets = [0,0,0,2,0,1,3,0]
# Add track name and tempo. The first argument to addTrackName and
# addTempo is the time to write the event.
track = 0
time = 0
MyMIDI.addTrackName(track,time,"Sample Track")
MyMIDI.addTempo(track,time, 90)
channel = 0
duration = 0.25
volume = 80
time+=1
new_time = time
for note in notes:
last_time = new_time
random.shuffle(offsets)
offset = offsets[0]
new_time = time - (duration * offset)
new_duration = duration * (1 + offset)
if new_time < last_time:
new_time = last_time
new_duration = time + 1 - new_time
pitch = 60 + note
print new_time, new_duration, pitch
MyMIDI.addNote(track,channel,pitch,(new_time + 0.05*(random.random()-0.5)),new_duration,volume + int(20*random.random()))
time += duration
print 'time is now: ', time
print 'duration is now: ', duration
MyMIDI.addNote(track,channel,55,time,2,0)
binfile = open(music_file, 'wb')
MyMIDI.writeFile(binfile)
binfile.close()