from processing import Process, Pipe
import config
from config import *
if config.launchpad_set: import launchpad
import gradient
parent,child = Pipe()
import time
import samplebox
global launchpad_in, launchpad_out, nanokontrol_in, remotesl_in, yoke1, yoke2, yoke3, yoke4, yoke7, yoke8
if config.launchpad_set:
# Clear Launchpad
print "\n","Clearing...","\n"
for i in xrange(8):
launchpad.clear(i)
plateu_range = .4
if config.joystick_set: import logitech as lt
rand_mode = 'off'
sample_mode = 'off'
note_state = "off"
sample_off_queue = []
buttondown = 10
buttonup = 11
axismotion = 7
controlpad = 9
noevent = 0
def poll():
global shell, rand_mode, sample_mode
seen_stuff = False
if config.launchpad_set:
if launchpad_in.poll():
seen_stuff = True
data = launchpad_in.read(1)
control = data[0][0][0]
note = data[0][0][1]
row = (note-8)/16
position = note - 8*(note/16)
velocity = data[0][0][2]
if rand_mode == 'off':
if velocity == 127:
#if lt.logitech_in.get_button(1):
# navigation.switch_fx(note/16*8 + note%16)
if control == 176:
launchpad.clear(note - 104)
elif note%16 < 8:
launchpad.toggle(note)
elif note%16 == 8:
launchpad.rand(row)
elif rand_mode == 'on':
if control == 176 and velocity == 127:
if note == 104:
# Randomize which knobs controllable for on devices
for i in xrange(64):
if launchpad.buttons[i][0] == 1:
rand_param(launchpad.buttons[i][1])
elif note == 105:
# Randomize which knobs controllable + randomize position of all knobs
# for on devices
for i in xrange(64):
if launchpad.buttons[i][0] == 1:
rand_param(launchpad.buttons[i][1])
rand_param_val(i,launchpad.buttons[i][1])
elif note%16 < 8:
rand_param(launchpad.buttons[position][1])
if config.remotesl_set:
if remotesl_in.poll():
print "remotesl!"
seen_stuff = True
remotesl_data = remotesl_in.read(1)
sl_type = remotesl_data[0][0][0]
sl_control = remotesl_data[0][0][1]
sl_value = remotesl_data[0][0][2]
if sl_type == 178:
midiout(velocity=sl_value,note=sl_control,channel=9,device=yoke4)
if sl_control == 16: # Duration
gradient.parent.send([8.0*(sl_value + 1)/(127 + 1),'duration'])
elif sl_control == 17: # Sparsity
config.sparsity=float(sl_value)/127
elif sl_control == 18: # Sparsity_param
config.sparsity_param = float(sl_value)/127
elif (sl_control > 23 and sl_control < 32): # Butter/No butter
print "slider"
launchpad.armed[sl_control -24] = sl_value/127
elif sl_type == 146:
# Touch pads
yoke4.write([[[144,sl_control,127],midi.time()],
[[128,sl_control,64],midi.time()+int(float(sl_value)/127*4000) + 200]])
# nanokontrol CCs all on channel 0
# knobs 16-23
# sliders 0-7
# solo 32-39
# mute 48-55
# rec 64-71
# rew 43
# ff 44
# stop 42
# play 41
# record 45
# cycle 46
# set left right 60-62
# trackleft trackright 58-59
if config.nanokontrol_set:
if nanokontrol_in.poll():
seen_stuff = True
data = nanokontrol_in.read(1)
note = data[0][0][1]
velocity = data[0][0][2]
if (note > 31 and note < 40):
midiout(note=note,velocity=127,channel=12,device=yoke3)
elif (note > 47 and note < 56):
midiout(note=note, velocity=127 if velocity == 0 else 0, channel=12,device=yoke3)
elif (note > 63 and note < 72):
midiout(note=note,velocity=127,channel=12,device=yoke3)
elif (note > 15 and note < 24):
if velocity < 64:
midiout(note=note+56,velocity = int( 127*max(min((velocity/(63.0 - 64.0*plateu_range)),1.0),0.0) ) ,channel=12,device=yoke3)
else:
midiout(note=note+64,velocity=int( 127*max(min(((velocity - 64 - 64.0*plateu_range)/(63.0 - 64.0*plateu_range)),1.0),0.0) ),channel=12,device=yoke3)
else:
midiout(note=note,velocity=velocity,channel=12,device=yoke3)
if config.nanokey_set:
if nanokey_in.poll():
data = nanokey_in.read(1)
status = data[0][0][0]
note = data[0][0][1]
velocity = data[0][0][2]
channel = data[0][0][3]
timestamp = data[0][1]
max_time = 4000 #ms
if config.verbose: print "Velocity: %i note: %i status %i channel %i timestamp %i" \
% (velocity,note,status,channel,timestamp)
if status == 144:
yoke4.write_short(144,note,127)
sample_off_queue.append([note,timestamp + int(random.uniform(0.0,1.0)*max_time)])
seen_stuff = True
for item in sample_off_queue[:]: # a copy
if midi.time() > item[1]:
yoke4.write_short(128,item[0],64)
sample_off_queue.remove(item)
if config.joystick_set:
#global lt.pad_state, lt.axis2_state
tmpevent = pygame.event.poll()
if tmpevent.type == buttondown:
seen_stuff = True
if tmpevent.button == 0:
midiout(note=0,velocity=127,channel=13,device=yoke3)
#UNDO PT
elif tmpevent.button == 4:
rand_mode = 'on'
launchpad.flash(0,48,'on')
elif tmpevent.button == 5:
sample_mode = 'on'
rand_param(samplebox.samplebox)
launchpad.flash(0,3,'on')
elif tmpevent.button == 6:
lt.start_axis = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/6
lt.old_axis = lt.axis_state
elif tmpevent.button == 7:
lt.start_axis2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/6
lt.old_axis2 = lt.axis_state2
elif tmpevent.button == 9:
parent.send('reload')
elif tmpevent.button == 10:
if lt.logitech_in.get_button(6): lt.start_axis = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/6
else: lt.start_axis = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/16
if lt.axis_button_state == 'off':
lt.axis_button_state = 'on'
elif tmpevent.button == 11:
if lt.logitech_in.get_button(7): lt.start_axis2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/6
else: lt.start_axis2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/16
if lt.axis_button_state2 == 'off':
lt.axis_button_state2 = 'on'
if tmpevent.type == buttonup:
seen_stuff = True
for i in xrange(12):
if not lt.logitech_in.get_button(i):
if i == 4:
rand_mode = 'off'
launchpad.flash(0,0,'off')
if i == 5:
sample_mode = 'off'
launchpad.flash(0,3,'off')
if i == 6:
lt.start_axis = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/16
lt.old_axis = lt.axis_state
if i == 7:
lt.start_axis2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/16
lt.old_axis2 = lt.axis_state2
if i == 10:
if lt.axis_button_state == 'on':
lt.old_axis = lt.axis_state
lt.axis_button_state = 'off'
if i == 11:
if lt.axis_button_state2 == 'on':
lt.old_axis2 = lt.axis_state2
lt.axis_button_state2 = 'off'
if tmpevent.type == controlpad:
seen_stuff = True
if tmpevent.type == axismotion:
seen_stuff = True
if sample_mode == 'off':
if lt.axis_button_state == 'on':
if lt.logitech_in.get_button(6):
tmp = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/6 - lt.start_axis + lt.old_axis
else:
tmp = (lt.logitech_in.get_axis(0) + lt.logitech_in.get_axis(1))/16 - lt.start_axis + lt.old_axis
if tmp != lt.axis_state:
lt.axis_state = tmp
launchpad.push_params(lt.axis_state)
else:
if lt.axis_button_state2 == 'on':
if lt.logitech_in.get_button(7):
tmp2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/6 - lt.start_axis2 + lt.old_axis2
else:
tmp2 = (lt.logitech_in.get_axis(2) + lt.logitech_in.get_axis(3))/16 - lt.start_axis2 + lt.old_axis2
if tmp2 != lt.axis_state2:
lt.axis_state2 = tmp2
# for all in samplebox param state push out
for note in xrange(8):
if samplebox.samplebox[note][0] == 1:
midiout(device=yoke7, note=note,
velocity=samplebox.samplebox[note][1].push_out(lt.axis_state2),channel=10)
"""
if lt.logitech_in.get_button(6):
tmp = lt.logitech_in.get_axis(0)
pygame.event.clear()
if (lt.axis_state != tmp) and lt.logitech_in.get_button(10):
lt.axis_state = tmp
launchpad.push_params(lt.axis_state + lt.axis2_state)
else:
tmp2 = lt.logitech_in.get_axis(0)/8
pygame.event.clear()
if (lt.axis2_state != tmp2) and lt.logitech_in.get_button(10):
lt.axis2_state = tmp2
launchpad.push_params(lt.axis_state + lt.axis2_state)
#Coarse
"""
return seen_stuff
def poll():
global sparsity
if launchpad_in.poll():
data = launchpad_in.read(1)
control = data[0][0][0]
note = data[0][0][1]
velocity = data[0][0][2]
if velocity == 127:
if control == 176:
launchpad.clear(note - 104)
elif note%16 < 8:
launchpad.toggle(note)
elif note%16 == 8:
launchpad.rand((note-8)/16)
if gradient.parent.poll():
data = gradient.parent.recv()
print data
if data[0] == 8:
sparsity = data[0]
elif data[0] > 23 and data[0] < 32:
launchpad.armed[data[0] - 24] = data[1]/127
# nanokontrol CCs all on channel 0
# knobs 16-23
# sliders 0-7
# solo 32-39
# mute 48-55
# rec 64-71
# rew 43
# ff 44
# stop 42
# play 41
# record 45
# cycle 46
# set left right 60-62
# trackleft trackright 58-59
if nanokontrol_in.poll():
data = nanokontrol_in.read(1)
note = data[0][0][1]
velocity = data[0][0][2]
if (note > 31 and note < 40):
midiout(note=note,velocity=127,channel=12,device=yoke3)
elif (note > 47 and note < 56):
midiout(note=note, velocity=127 if velocity == 0 else 0, channel=12,device=yoke3)
elif (note > 63 and note < 72):
midiout(note=note,velocity=127,channel=12,device=yoke3)
else:
midiout(note=note,velocity=velocity,channel=12,device=yoke3)
#global lt.pad_state, lt.axis2_state
pygame.event.pump()
if pygame.event.peek(pygame.JOYBUTTONDOWN):
pygame.event.clear()
for i in xrange(12):
if lt.logitech_in.get_button(i):
if i == 0:
midiout(note=0,velocity=127,channel=13,device=yoke3)
if pygame.event.peek(pygame.JOYBUTTONUP):
pygame.event.clear()
print "pushUP!",lt.logitech_in.get_button(0)
if pygame.event.peek(pygame.JOYHATMOTION):
pygame.event.clear()
print "left stick!",lt.logitech_in.get_hat(0)
if pygame.event.peek(pygame.JOYAXISMOTION):
tmp1 = lt.logitech_in.get_axis(0)
tmp2 = lt.logitech_in.get_axis(2)/8
pygame.event.clear()
if (lt.axis2_state != tmp1) and lt.logitech_in.get_button(10):
lt.axis2_state = tmp1
launchpad.push_params(lt.axis2_state + lt.axis3_state)
elif (lt.axis3_state != tmp2) and lt.logitech_in.get_button(11):
lt.axis3_state = tmp2
launchpad.push_params(lt.axis2_state + lt.axis3_state)
