rate = Message('control_change', channel = 5, control = 12, value = 65) # 70 - 65
length = Message('control_change', channel = 6, control = 12, value = random.randrange(28, 35)) # 28 - 35
rep = Message('control_change', channel = 8, control = 12, value = 40) # 35 - 40
pitch = Message('control_change', channel = 9, control = 12, value = 127) # 100 - 127
decay = Message('control_change', channel = 10, control = 12, value = 86) # 76 - 86
# Create output
outport = mido.open_output()
# Algorithm: laugh
outport.send(track)
outport.send(sel)
outport.send(msg_on)
outport.send(rate)
outport.send(length)
outport.send(rep)
outport.send(pitch)
outport.send(decay)
re = int(np.round((16.0/127.0)*rep.value))
for i in range (0, re):
transp.value = transp.value + 3*i
#transp.value = 46 + 5*i
outport.send(transp)
time.sleep(.087)
time.sleep(0.5)
# Send msg_off and close outport
outport.send(msg_off)
outport.close()
sel = Message('control_change', channel = 3, control = 12, value = 120)
transp = Message('control_change', channel = 4, control = 12, value = 30) # from 30 - 60 to 70 - 100
rate = Message('control_change', channel = 5, control = 12, value = 60) # from 60 - 30 to 30 - 0
length = Message('control_change', channel = 6, control = 12, value = 19)
pitch = Message('control_change', channel = 9, control = 12, value = 75)
# Create output
outport = mido.open_output()
# Algorithm 1
# Send MIDI
transp0 = transp.value
rate0 = rate.value
outport.send(msg_on)
outport.send(track)
outport.send(sel)
outport.send(length)
while not rospy.is_shutdown():
transp.value = random.randrange(transp0, transp0 + 30)
rate.value = random.randrange(rate0 - 30, rate0)
pitch.value = random.randrange(0, 127)
outport.send(transp)
outport.send(rate)
outport.send(pitch)
time.sleep(.3)
# Send msg_off and close outport
outport.send(msg_off)
outport.close()
# TERROR (IN AFFECTION)
# Define controls
msg_on = Message('note_on', channel = 3, note = 60, velocity = 90, time = 0)
msg_off = Message('note_off', channel = 3, note = 60, velocity = 90, time = 0)
track = Message('control_change', channel = 0, control = 12, value = 1)
sel = Message('control_change', channel = 3, control = 12, value = 89)
length = Message('control_change', channel = 6, control = 12, value = 54)
amount = Message('control_change', channel = 7, control = 12, value = 120)
pitch = Message('control_change', channel = 9, control = 12, value = 100)
# Create output
outport = mido.open_output()
# Algorithm 1
# Send MIDI
outport.send(msg_on)
outport.send(track)
outport.send(sel)
outport.send(length)
outport.send(amount)
for i in range (100, 111):
pitch.value = i
time.sleep(0.3)
outport.send(pitch)
time.sleep(0.5)
# Send msg_off and close outport
outport.send(msg_off)
outport.close()
# Define controls
msg_on = Message('note_on', channel = 3, note = 60, velocity = 90, time = 0)
msg_off = Message('note_off', channel = 3, note = 60, velocity = 90, time = 0)
track = Message('control_change', channel = 0, control = 12, value = 1)
sel = Message('control_change', channel = 3, control = 12, value = 120)
transp = Message('control_change', channel = 4, control = 12, value = random.randrange(65, 102))
rate = Message('control_change', channel = 5, control = 12, value = random.randrange(20, 50))
length = Message('control_change', channel = 6, control = 12, value = 19)
pitch = Message('control_change', channel = 8, control = 12, value = 75)
# Create output
outport = mido.open_output()
# Algorithm 1
# Send MIDI
outport.send(msg_on)
outport.send(track)
outport.send(sel)
outport.send(length)
outport.send(pitch)
while not rospy.is_shutdown():
transp.value = random.randrange(50, 100)
rate.value = random.randrange(10, 60)
outport.send(transp)
outport.send(rate)
time.sleep(.3)
# Send msg_off and close outport
outport.send(msg_off)
outport.close()
rate = Message('control_change', channel = 5, control = 12, value = 94)
length = Message('control_change', channel = 6, control = 12, value = 40)
rep = Message('control_change', channel = 8, control = 12, value = 38)
pitch = Message('control_change', channel = 9, control = 12, value = 101)
decay = Message('control_change', channel = 10, control = 12, value = 76)
# Create output
outport = mido.open_output()
# Algorithm 1
# Send MIDI
outport.send(msg_on)
outport.send(track)
outport.send(sel)
outport.send(rate)
outport.send(length)
outport.send(rep)
outport.send(pitch) # Variating this from each kill
outport.send(decay)
for i in range(0,5):
transp.value = 60 + 5*i
outport.send(msg_on)
outport.send(transp)
time.sleep(0.2)
time.sleep(0.3)
# Send msg_off and close outport
outport.send(msg_off)
outport.close()
outport = mido.open_output() # Algorithm: the more arousal the more transp and length of the first note (ralentize) # Send MIDI outport.send(msg_on) outport.send(track) outport.send(sel) outport.send(transp) outport.send(rate) outport.send(length) outport.send(rep) outport.send(pitch) outport.send(decay) time.sleep(.230) # Time related to rate rate.value = 60 length.value = 35 outport.send(rate) outport.send(length) time.sleep(.200) # Time related to rep*rate length.value = 60 pitch.value = 27 decay.value = 100 outport.send(transp) outport.send(length) outport.send(pitch) outport.send(decay) # Send msg_off and close outport outport.send(msg_off) outport.close()
