def createChord(freqList = [], volList = []): chord = NoteContainer() for i in range(0,len(freqList)): sel_freq = freqList[i] #scale the volumes of present frequencies if(sel_freq > 27 and sel_freq < 4186): new_Note = Note().from_hertz(sel_freq,440) if(sel_freq < 220 or sel_freq > 2500): if(sel_freq < 100 or sel_freq > 3000): volList[i] /= 1.4 else: volList[i] /= 1.2 new_Note.velocity = volList[i] if(len(BAR) > 0): #don't play repeat notes as quickly if not new_Note in (BAR[-1]): chord.add_note(new_Note) BAR.append(chord)
3.25, 3.5, 3.75, 4.0
]
possiblenote = ["C", "D", "E", "F", "G", "A", "B"]
initialized = False
uiplayer = FluidSynthSequencer()
fluidsynth.init('goodtry.sf2', uiplayer)
cymbal = Note()
cymbal.from_int(37)
snare = Note()
snare.from_int(26)
highhat = Note()
highhat.from_int(30)
base = NoteContainer()
basenote = Note()
basenote.from_int(23)
base.add_note(basenote)
soundtrack = Track()
starttrack = Track()
starttrack.add_notes(highhat, 1)
starttrack.add_notes(highhat, 1)
starttrack.add_notes(highhat, 1)
starttrack.add_notes(highhat, 1)
for i in range(0, 32):
if math.floor(i / 4.0) == i / 4.0:
soundtrack.add_notes([basenote, cymbal], 1.0)
else:
soundtrack.add_notes(base, 1.0)
finalist2 = []
durationlist = []
downbeatlist = []
note_name = arr[0]
x_offset = arr[1]
y_offset = arr[2]
sum = 0
for x in range(40):
for y in range(40):
sum += M[(x_offset + x) * ratio, (y_offset + y) * ratio]
if sum < min_volume:
min_volume = sum
if sum > max_volume:
max_volume = sum
note = Note(note_name)
note.velocity = sum
note.channel = 1
n.add_note(note)
note.channel = 2
n_2.add_note(note)
precision = (max_volume / 1600) / 127
scale = 1600 * precision
for x in range(len(n)):
n[x].velocity = ((n[x].velocity - min_volume) /
(max_volume - min_volume)) * 127
if n[x].velocity < 129 and n[x].velocity > 127:
n[x].velocity = 127
### secondary instrument
max_volume = 0
min_volume = cmath.inf
note_type = int(args.note[0],10)
if note != "" and notes.is_valid_note(note) == False:
print ERROR + "invalid note"
else:
if note == "":
break;
n = Note()
if note == "k":
n.set_Note('B')
else:
if note_type == 0:
n.set_note(note)
else:
n.set_note(note,note_type)
print ACTION + "playing Note : " + note
fluidsynth.play_Note(n)
#saving the play
if args.save:
nc.add_note(n)
if event.unicode == 's':
print ACTION + "saving file .."
else:
if keyPressed(K_SPACE) == True or keyPressed(K_w) or keyPressed(K_a) or keyPressed(K_b) or keyPressed(K_c) or keyPressed(K_d) or keyPressed(K_e):
play()
print "playing"
else:
pause()
print "not playing"
print ERROR + "closing .."
print ERROR + "invalid note"
else:
if note == "":
break
n = Note()
if note == "k":
n.set_Note('B')
else:
if note_type == 0:
n.set_note(note)
else:
n.set_note(note, note_type)
print ACTION + "playing Note : " + note
fluidsynth.play_Note(n)
#saving the play
if args.save:
nc.add_note(n)
if event.unicode == 's':
print ACTION + "saving file .."
else:
if keyPressed(K_SPACE) == True or keyPressed(K_w) or keyPressed(
K_a) or keyPressed(K_b) or keyPressed(K_c) or keyPressed(
K_d) or keyPressed(K_e):
play()
print "playing"
else:
pause()
print "not playing"
print ERROR + "closing .."
