def MidinProcess(LPD8queue):
global computer
while True:
LPD8queue_get = LPD8queue.get
msg = LPD8queue_get()
#print (msg)
# Note
if msg[0] == NOTE_ON:
# note mode
ModeNote(msg[1], msg[2], mididest)
'''
# ModeOS
if msg[2] > 0:
ModeOS(msg[0])
'''
# Program Change button selected : change destination computer
if msg[0] == PROGRAM_CHANGE:
print("Program change : ", str(msg[1]))
# Change destination computer mode
print("Destination computer", int(msg[1]))
computer = int(msg[1])
# CC rotary -> midi CC.
if msg[0] == CONTROLLER_CHANGE:
print("CC :", msg[1], msg[2])
if computer == 0 or computer == 1:
maxwellccs.cc(int(msg[1]), int(msg[2]))
else:
SendOSC(gstt.computerIP[computer - 1], maxwellatorPort, '/cc',
[int(msg[1]), int(msg[2])])
def padCC(buttonname, state):
macronumber = findMacros(buttonname, gstt.BhorealLayers[gstt.BhorealLayer])
#print('pad2CC :', buttonname, macronumber, state)
if macronumber != -1:
# Button pressed
if state == 1:
macrocode = macros[gstt.BhorealLayers[
gstt.BhorealLayer]][macronumber]["code"]
typevalue = macrocode[macrocode.rfind('/') + 1:]
values = list(enumerate(maxwellccs.specificvalues[typevalue]))
init = macros[gstt.BhorealLayers[
gstt.BhorealLayer]][macronumber]["init"]
#print("matrix", buttonname, "macrocode", macrocode, "typevalue", typevalue,"macronumber", macronumber, "values", values, "init", init, "value", values[init][1], "cc", maxwellccs.FindCC(macrocode), "=", maxwellccs.specificvalues[typevalue][values[init][1]] )
if init < 0:
# toggle button OFF -2 / ON -1
if init == -2:
# goes ON
print(macrocode, 'ON')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 127,
'to Maxwell 1')
macros[gstt.BhorealLayers[
gstt.BhorealLayer]][macronumber]["init"] = -1
else:
# goes OFF
print(macrocode, 'OFF')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 0,
'to Maxwell 1')
macros[gstt.BhorealLayers[
gstt.BhorealLayer]][macronumber]["init"] = -2
else:
# Many buttons (choices)
# Reset all buttons
for button in range(macros[gstt.BhorealLayers[
gstt.BhorealLayer]][macronumber]["choices"]):
SendOSC(
gstt.TouchOSCIP, gstt.TouchOSCPort, '/bhoreal/' +
macros[gstt.BhorealLayers[gstt.BhorealLayer]]
[macronumber]["choice" + str(button)] + '/button', [0])
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]],
'to Maxwell 1')
if state == 0:
# Button released
print('reselect button /Bhoreal/' + 'm' + buttonname + '/button')
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/bhoreal/' + 'm' + buttonname + '/button', [1])
def padCC(buttonname, state):
macronumber = findMacros(buttonname, gstt.C4Layers[gstt.C4Layer])
#print('pad2CC :', buttonname, macronumber, state)
if macronumber != -1:
# Patch Led ?
if state == 1:
macrocode = macros[gstt.C4Layers[
gstt.C4Layer]][macronumber]["code"]
typevalue = macrocode[macrocode.rfind('/') + 1:]
values = list(enumerate(maxwellccs.specificvalues[typevalue]))
init = macros[gstt.C4Layers[gstt.C4Layer]][macronumber]["init"]
macrotype = macros[gstt.C4Layers[
gstt.C4Layer]][macronumber]["type"]
print("matrix", buttonname, "macrocode", macrocode, "typevalue",
typevalue, "macronumber", macronumber, "type", macrotype,
"values", values, "init", init, "value", values[init][1],
"cc", maxwellccs.FindCC(macrocode), "=",
maxwellccs.specificvalues[typevalue][values[init][1]])
# toggle button : init OFF -2 / ON -1
if init < 0:
if init == -2:
# goes ON
print(macrocode, 'ON')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 127,
'to Maxwell 1')
macros[gstt.C4Layers[
gstt.C4Layer]][macronumber]["init"] = -1
else:
# goes OFF
print(macrocode, 'OFF')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 0,
'to Maxwell 1')
macros[gstt.C4Layers[
gstt.C4Layer]][macronumber]["init"] = -2
if macrotype == 'buttonmulti':
# Many buttons (choices)
# Reset all buttons
macrochoices = list(macros[gstt.C4Layers[gstt.C4Layer]]
[macronumber]["choices"].split(","))
print("Resetting choices", macrochoices)
for choice in macrochoices:
#print('/C4/'+choice+'/button')
SendOSCUI('/C4/' + choice + '/button', [0])
#for button in range(macros[gstt.C4Layers[gstt.C4Layer]][macronumber]["choices"]):
# SendOSCUI('/C4/'+macros[gstt.C4Layers[gstt.LaunchpadLayer]][macronumber]["choice"+str(button)]+'/button', [0])
print(maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]])
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]],
'to Maxwell 1')
'''
# Reset all buttons related to button name (see choices in C4.json)
for button in range(macros[gstt.C4Layers[gstt.C4Layer]][macronumber]["choices"]):
SendOSCUI('/C4/'+macros[gstt.C4Layers[gstt.C4Layer]][macronumber]["choice"+str(button)]+'/button', [0])
maxwellccs.cc(maxwellccs.FindCC(macrocode), maxwellccs.specificvalues[typevalue][values[init][1]], 'to Maxwell 1')
'''
if state == 0:
# Button released
print('reselect button /C4/' + 'm' + buttonname + '/button')
SendOSCUI('/C4/' + 'm' + buttonname + '/button', [1])
def padCC(buttonname, state):
macronumber = findMacros(buttonname,
gstt.BeatstepLayers[gstt.BeatstepLayer])
print("padCC buttoname", buttonname, "macronumber", macronumber, "state",
state)
macrotype = macros[gstt.BeatstepLayers[
gstt.BeatstepLayer]][macronumber]["type"]
macrocode = macros[gstt.BeatstepLayers[
gstt.BeatstepLayer]][macronumber]["code"]
typevalue = macrocode[macrocode.rfind('/') + 1:]
#print("typevalue :", typevalue, macros[gstt.BeatstepLayers[gstt.BeatstepLayer]][macronumber] )
#values = list(enumerate(maxwellccs.specificvalues[typevalue]))
#print("matrix :", buttonname, "macrocode :", macrocode, "typevalue :", typevalue,"macronumber :", macronumber, "values :", values, "cc :", maxwellccs.FindCC(macrocode) )
init = macros[gstt.BeatstepLayers[gstt.BeatstepLayer]][macronumber]["init"]
# Patch Led ?
if state > 0:
SendOSCUI('/beatstep/' + buttonname + '/button', [1])
typevalue = macrocode[macrocode.rfind('/') + 1:]
# print("macrocode",macrocode,"typevalue",typevalue)
init = macros[gstt.BeatstepLayers[
gstt.BeatstepLayer]][macronumber]["init"]
#print("matrix", buttonname, "macrocode", macrocode, "typevalue", typevalue,"macronumber", macronumber, "values", values, "init", init, "value", values[init][1], "cc", maxwellccs.FindCC(macrocode), "=", maxwellccs.specificvalues[typevalue][values[init][1]] )
numbertime[macronumber] = time.time()
# Toggle Button
if macrotype == 'buttontoggle':
# toggle button OFF -2 / ON -1
if init == -2:
print(macrocode, 'ON')
# python function
if macrocode.count('.') > 0:
#print(macrocode+"(0)")
eval(macrocode + "(0)")
# Maxwell function
elif macrocode.count('/') > 0:
#maxwellccs.cc(maxwellccs.FindCC(macrocode), maxwellccs.specificvalues[typevalue][values[init][1]], 'to Maxwell 1')
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
macros[gstt.BeatstepLayers[gstt.BeatstepLayer]]
[macronumber]["on"], 'to Maxwell 1')
SendOSCUI('/beatstep/' + buttonname + '/led', 1.0)
if (macrocode[:macrocode.rfind('/')]
in maxwellccs.shortnames) == True:
AllStatus(maxwellccs.shortnames[
macrocode[:macrocode.rfind('/')]] + " ON")
else:
AllStatus(macrocode + " ON")
macros[gstt.BeatstepLayers[
gstt.BeatstepLayer]][macronumber]["init"] = -1
else:
print(macrocode, 'OFF')
# python function
if macrocode.count('.') > 0:
#print(macrocode+"OFF("+str(value)+')')
print(macrocode + "(0)")
eval(macrocode + "(0)")
# Maxwell function
elif macrocode.count('/') > 0:
#maxwellccs.cc(maxwellccs.FindCC(macrocode), maxwellccs.specificvalues[typevalue][values[init][1]], 'to Maxwell 1')
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
macros[gstt.BeatstepLayers[gstt.BeatstepLayer]]
[macronumber]["off"], 'to Maxwell 1')
SendOSCUI('/beatstep/' + buttonname + '/led', 0.0)
if (macrocode[:macrocode.rfind('/')]
in maxwellccs.shortnames) == True:
AllStatus(maxwellccs.shortnames[
macrocode[:macrocode.rfind('/')]] + " OFF")
else:
AllStatus(macrocode + " OFF")
macros[gstt.BeatstepLayers[
gstt.BeatstepLayer]][macronumber]["init"] = -2
# Many buttons (choices)
if macrotype == 'buttonmulti':
# Reset all buttons
values = list(enumerate(maxwellccs.specificvalues[typevalue]))
macrochoices = list(macros[gstt.BeatstepLayers[gstt.BeatstepLayer]]
[macronumber]["choices"].split(","))
numbertime[findMacros(
macrochoices[3],
gstt.BeatstepLayers[gstt.BeatstepLayer])] = time.time()
for choice in macrochoices:
SendOSCUI('/beatstep/' + choice + '/button', [0])
# Do the change
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]],
'to Maxwell 1')
# simple action button
if macrotype == 'button':
print(macrocode + "()")
eval(macrocode + "()")
#print(macrocode+"("+str(value)+',"'+macroname+'")')
#eval(macrocode+"("+str(value)+',"'+macroname+'")')
'''
else:
# Many buttons (choices)
# Reset all buttons
for button in range(macros[gstt.BeatstepLayers[gstt.BeatstepLayer]][macronumber]["choices"]):
SendOSCUI('/beatstep/'+macros[gstt.BeatstepLayers[gstt.LaunchpadLayer]][macronumber]["choice"+str(button)]+'/button', [0])
maxwellccs.cc(maxwellccs.FindCC(macrocode), maxwellccs.specificvalues[typevalue][values[init][1]], 'to Maxwell 1')
'''
if state == 0:
# Button released
#print('reselect button /beatstep/'+buttonname+'/button')
print('elapsed push :', buttonname, macrotype, macronumber, state,
macrocode,
time.time() - numbertime[macronumber])
#numbertime[macronumber] = time.time()
SendOSCUI('/beatstep/' + buttonname + '/button', [0])
'''
def ResetRightPrefix():
for led in range(16, 19):
maxwellccs.cc(led, 0, dest=djdest)
time.sleep(0.01)
def ResetLeftPrefix():
for led in range(13, 16):
maxwellccs.cc(led, 0, dest=djdest)
time.sleep(0.01)
def MidinProcess(DJqueue):
#global computer, maxwellprefixLeft, maxwellprefixRight, maxwellsuffix, previousmacro
global computer, previousmacro
while True:
DJqueue_get = DJqueue.get
msg = DJqueue_get()
#print (msg)
# CC rotary -> midi CC.
if msg[0] == CONTROLLER_CHANGE:
#print("DJmp3 CC :", msg[1],"value :",msg[2])
macronumber = findDJMacros(msg[1])
macro = kindDJMacros(macronumber)
if macronumber != previousmacro and bhoreal.Here != -1:
scrolldisp.Display(macros['dj'][macronumber]['Info'],
color=(255, 200, 10),
delay=0.2,
mididest='bhoreal')
#print(macro, "X ?", macro.find('X'), "/ ?", macro.count('/') )
print("DJmp3 CC :", msg[1], "value :", msg[2], 'is :', macro)
# Left or Right X Y Z function selection
if macro.find('X') != -1 or macro.find('Y') != -1 or macro.find(
'Z') != -1:
# A new prefix -> Build complete path and send it to maxwell
if macro.find('left') != -1:
ResetLeftPrefix()
maxwellccs.current["prefixLeft"] = macro
print(macro)
#maxwellccs.cc(FindCC(maxwellprefixLeft + maxwellsuffix), msg[2], 'to Maxwell 1')
else:
ResetRightPrefix()
maxwellccs.current["prefixRight"] = macro
print(macro)
#maxwellccs.cc(FindCC(maxwellprefixRight + maxwellsuffix), msg[2], 'to Maxwell 1')
maxwellccs.cc(int(msg[1]), 127, dest=djdest)
elif macro.count('/') > 0:
# a center button function
if macro.find('/center') > -1:
maxwellccs.cc(maxwellccs.FindCC(macro), msg[2],
'to Maxwell 1')
# A complete maxwell function
if macro.count('/') > 1 and macro.find('/center') == -1:
print(macro)
maxwellccs.cc(maxwellccs.FindCC(macro), msg[2],
'to Maxwell 1')
# Suffix value -> Build complete path and send it to maxwell
if macro.count('/') == 1 and macro.find('/center') == -1:
maxwellccs.current["suffix"] = macro
# Suffix of maxwell function
if nameDJMacros(macronumber).find('left') != -1:
#print(maxwellprefixLeft + maxwellsuffix)
maxwellccs.cc(
maxwellccs.FindCC(
maxwellccs.current["prefixLeft"] +
maxwellccs.current["suffix"]), msg[2],
'to Maxwell 1')
else:
print(maxwellccs.current["prefixRight"] +
maxwellccs.current["suffix"])
maxwellccs.cc(
maxwellccs.FindCC(
maxwellccs.current["prefixRight"] +
maxwellccs.current["suffix"]), msg[2],
'to Maxwell 1')
if macro.count('/') == 0:
#if msg[2] == 127:
#print("running :", macro)
eval(macro + "(" + str(msg[2]) + ")")
'''
if computer == 0 or computer == 1:
cc(int(msg[1]), int(msg[2]))
else:
SendOSC(computerIP[computer-1], maxwellatorPort, '/cc', [int(msg[1]), int(msg[2])])
'''
previousmacro = macronumber
maxwellccs.LoadCC()
#maxwellccs.cc(13, 127, dest=djdest)
if __name__ == '__main__':
import traceback
import time
midi3.check()
scrolldisp.Display('Dj',
color=(255, 255, 255),
delay=0.2,
mididest='launchpad')
scrolldisp.Display('Dj',
color=(255, 230, 0),
delay=0.2,
mididest='bhoreal')
# Light left X and right X
maxwellccs.cc(15, 127, dest=djdest)
maxwellccs.cc(16, 127, dest=djdest)
try:
while True:
time.sleep(0.1)
except Exception:
traceback.print_exc()
#finally:
def padCC(buttonname, state):
macronumber = findMacros(buttonname,
gstt.LaunchpadLayers[gstt.LaunchpadLayer])
print('padCC : name', buttonname, "number", macronumber, "state", state)
if macronumber != -1:
# Button pressed
if state == 1:
macrocode = macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["code"]
typevalue = macrocode[macrocode.rfind('/') + 1:]
values = list(enumerate(maxwellccs.specificvalues[typevalue]))
init = macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["init"]
macrotype = macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["type"]
#print("matrix", buttonname, "macrocode", macrocode, "typevalue", typevalue,"macronumber", macronumber, "values", values, "init", init, "value", values[init][1], "cc", maxwellccs.FindCC(macrocode), "=", maxwellccs.specificvalues[typevalue][values[init][1]] )
if init < 0:
# toggle button OFF -2 / ON -1
if init == -2:
# goes ON
print(macrocode, 'ON')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 127,
'to Maxwell 1')
macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["init"] = -1
PadNoteOn(
macronumber, macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["color"] - 1)
print('/pad/' + buttonname + '/led 1')
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/pad/' + buttonname + '/led', [1])
else:
# goes OFF
print(macrocode, 'OFF')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 0,
'to Maxwell 1')
macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["init"] = -2
PadNoteOn(
macronumber, macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["color"])
print('/pad/' + buttonname + '/led 0')
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/pad/' + buttonname + '/led', [0])
if macrotype == 'buttonmulti':
# Reset all OSC buttons
macrochoices = list(macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["choices"].split(","))
#rint("Resetting choices", macrochoices)
for choice in macrochoices:
print(choice, macronumber)
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/pad/' + choice + '/led', [0])
PadNoteOn(
findMacros(choice,
gstt.LaunchpadLayers[gstt.LaunchpadLayer]),
macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["color"])
#print(maxwellccs.FindCC(macrocode),maxwellccs.specificvalues[typevalue][values[init][1]] )
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]],
'to Maxwell 1')
PadNoteOn(
macronumber, macros[gstt.LaunchpadLayers[
gstt.LaunchpadLayer]][macronumber]["color"] - 1)
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/pad/' + buttonname + '/led', [1])
if state == 0:
# Button released
print('reselect button /Launchpad/' + 'm' + buttonname + '/button')
SendOSC(gstt.TouchOSCIP, gstt.TouchOSCPort,
'/pad/' + buttonname + '/led', [1])
def padCC(buttonname, state):
macronumber = findMacros(buttonname,
gstt.SequencerLayers[gstt.SequencerLayer])
macrotype = macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["type"]
#print()
print("in Sequencer padCC buttoname", buttonname, "in",
gstt.SequencerLayers[gstt.SequencerLayer], "macronumber",
macronumber, "state", state)
#if macronumber != -1:
# Patch Led ?
if state > 0:
SendOSCUI('/Sequencer/' + buttonname + '/button', [1])
macrocode = macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["code"]
typevalue = macrocode[macrocode.rfind('/') + 1:]
values = list(enumerate(maxwellccs.specificvalues[typevalue]))
init = macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["init"]
#print("matrix", buttonname, "macrocode", macrocode, "typevalue", typevalue,"macronumber", macronumber, "values", values, "init", init, "value", values[init][1], "cc", maxwellccs.FindCC(macrocode), "=", maxwellccs.specificvalues[typevalue][values[init][1]] )
numbertime[macronumber] = time.time()
# Toggle Button
if macrotype == 'buttontoggle':
# toggle button OFF -2 / ON -1
if init == -2:
# goes ON
print(macrocode, 'ON')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 127,
'to Maxwell 1')
macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["init"] = -1
else:
# goes OFF
print(macrocode, 'OFF')
maxwellccs.cc(maxwellccs.FindCC(macrocode), 0, 'to Maxwell 1')
macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["init"] = -2
# Many buttons (choices)
if macrotype == 'buttonmulti':
# Reset all buttons
macrochoices = list(macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["choices"].split(","))
numbertime[findMacros(
macrochoices[3],
gstt.SequencerLayers[gstt.SequencerLayer])] = time.time()
for choice in macrochoices:
SendOSCUI('/Sequencer/' + choice + '/button', [0])
# Do the change
maxwellccs.cc(
maxwellccs.FindCC(macrocode),
maxwellccs.specificvalues[typevalue][values[init][1]],
'to Maxwell 1')
'''
# simple action button
if macrotype =='button':
print(macrocode+"("+str(value)+',"'+macroname+'")')
eval(macrocode+"("+str(value)+',"'+macroname+'")')
'''
'''
else:
# Many buttons (choices)
# Reset all buttons
for button in range(macros[gstt.SequencerLayers[gstt.SequencerLayer]][macronumber]["choices"]):
SendOSCUI('/Sequencer/'+macros[gstt.SequencerLayers[gstt.LaunchpadLayer]][macronumber]["choice"+str(button)]+'/button', [0])
maxwellccs.cc(maxwellccs.FindCC(macrocode), maxwellccs.specificvalues[typevalue][values[init][1]], 'to Maxwell 1')
'''
if state == 0:
# Button released
macrocode = macros[gstt.SequencerLayers[
gstt.SequencerLayer]][macronumber]["code"]
#print('reselect button /Sequencer/'+buttonname+'/button')
print('elapsed push :', buttonname, macrotype, macronumber, state,
macrocode,
time.time() - numbertime[macronumber])
#numbertime[macronumber] = time.time()
SendOSCUI('/Sequencer/' + buttonname + '/button', [0])
if macronumber != -1 and macrotype == 'button':
value = 0
print("Sequencer : " + macrocode + "(" + str(value) + ',"' +
buttonname + '")')
eval(macrocode + "(" + str(value) + ',"' + buttonname + '")')
def Start(port):
SendOSCUI('/lpd8/on', [1])
for pad1 in range(1, 4):
maxwellccs.cc(pad1, 0, dest='LPD8')
for pad2 in range(5, 8):
maxwellccs.cc(pad2, 0, dest='LPD8')
for pad1 in range(1, 4):
maxwellccs.cc(pad1, 127, dest='LPD8')
time.sleep(0.05)
maxwellccs.cc(pad1, 0, dest='LPD8')
for pad2 in range(8, 5, -1):
maxwellccs.cc(pad2, 127, dest='LPD8')
time.sleep(0.05)
maxwellccs.cc(pad2, 0, dest='LPD8')
maxwellccs.cc(1, 127, dest='LPD8')
time.sleep(0.05)
maxwellccs.cc(1, 0, dest='LPD8')
def MidinProcess(BCRqueue):
while True:
BCRqueue_get = BCRqueue.get
msg = BCRqueue_get()
#print("BCR got", msg)
# Noteon message on all midi channels
if NOTE_ON - 1 < msg[0] < 160 and msg[2] != 0:
# note mode
#ModeNote(msg[1], msg[2], mididest)
MidiChannel = msg[0] - 143
MidiNote = msg[1]
MidiVel = msg[2]
print("NOTE ON :", MidiNote, 'velocity :', MidiVel, "Channel",
MidiChannel)
# Specials features
if len(macros["Specials"]) > 0:
for counter in range(len(macros["Specials"])):
#print()
#print("Name", macros["Specials"][counter]["name"])
#print("Song", macros["Specials"][counter]["songname"], gstt.songs[gstt.song]) # name, "all"
#print("Channel", macros["Specials"][counter]["chanIN"], MidiChannel) # number, "all"
#print("Note", macros["Specials"][counter]["notes"], MidiNote) # number, "all"
#print("Notetype", macros["Specials"][counter]["notetype"], "on") # "on", "off", "all"
if (
macros["Specials"][counter]["songname"]
== gstt.songs[gstt.song]
or macros["Specials"][counter]["songname"] == "all"
) and (macros["Specials"][counter]["chanIN"] == MidiChannel
or macros["Specials"][counter]["chanIN"]
== "all") and (
macros["Specials"][counter]["notes"] == MidiNote
or macros["Specials"][counter]["notes"] == "all"
) and (macros["Specials"][counter]["notetype"]
== "on"
or macros["Specials"][counter]["notetype"]
== "all"):
macrocode = macros["Specials"][counter]["code"]
print("Specials function :",
macros["Specials"][counter]["songname"], ":",
macros["Specials"][counter]["name"], macrocode)
# python function on velocity > 0
if macrocode.count('.') > 0 and MidiVel > 0:
#print(macrocode+"("+str(MidiNote)+')')
eval(macrocode + "(" + str(MidiNote) + ')')
# Maxwell function
elif macrocode.count('/') > 0:
#print("Specials NoteON got Song :", macros["Specials"][counter]["songname"]," IN Channel :", macros["Specials"][counter]["chanIN"]," Code :", macrocode, " CC", maxwellccs.FindCC(macros["Specials"][counter]["code"]), " value :",macros["Specials"][counter]["value"], " laser :", macros["ZccLcc"][counter]["laser"] )
midi3.MidiMsg(
(CONTROLLER_CHANGE,
maxwellccs.FindCC(
macros["Specials"][counter]["code"]),
macros["Specials"][counter]["value"]),
mididest,
laser=macros["Specials"][counter]["laser"])
# Note Off or Note with 0 velocity on all midi channels
if NOTE_OFF - 1 < msg[0] < 144 or (NOTE_OFF - 1 < msg[0] < 160
and msg[2] == 0):
if msg[0] > 144:
MidiChannel = msg[0] - 143
else:
MidiChannel = msg[0] - 128
MidiNote = msg[1]
MidiVel = msg[2]
print("NOTE OFF :", MidiNote, "Channel", MidiChannel)
# Specials features ?
if len(macros["Specials"]) > 0:
for counter in range(len(macros["Specials"])):
# print()
# print("Name", macros["Specials"][counter]["name"])
# print("Song", macros["Specials"][counter]["songname"], gstt.songs[gstt.song]) # name, "all"
# print("Channel", macros["Specials"][counter]["chanIN"], MidiChannel) # number, "all"
# print("Note", macros["Specials"][counter]["notes"], MidiNote) # number, "all"
# print("Notetype", macros["Specials"][counter]["notetype"], "on") # "on", "off", "all"
if (
macros["Specials"][counter]["songname"]
== gstt.songs[gstt.song]
or macros["Specials"][counter]["songname"] == "all"
) and (macros["Specials"][counter]["chanIN"] == MidiChannel
or macros["Specials"][counter]["chanIN"]
== "all") and (
macros["Specials"][counter]["notes"] == MidiNote
or macros["Specials"][counter]["notes"] == "all"
) and (macros["Specials"][counter]["notetype"]
== "off"
or macros["Specials"][counter]["notetype"]
== "all"):
macrocode = macros["Specials"][counter]["code"]
print("Specials function :",
macros["Specials"][counter]["songname"], ":",
macros["Specials"][counter]["name"], macrocode)
# python function
if macrocode.count('.') > 0:
#print(macrocode+"("+str(MidiNote)+')')
eval(macrocode + "(" + str(MidiNote) + ')')
# Maxwell function
elif macrocode.count('/') > 0:
#print("Specials NoteON got :", macros["Specials"][counter]["songname"]," IN Channel :", macros["Specials"][counter]["chanIN"]," Code :", macrocode, " CC", maxwellccs.FindCC(macros["Specials"][counter]["code"]), " value :",macros["Specials"][counter]["value"], " laser :", macros["ZccLcc"][counter]["laser"] )
midi3.MidiMsg(
(CONTROLLER_CHANGE,
maxwellccs.FindCC(
macros["Specials"][counter]["code"]),
macros["Specials"][counter]["value"]),
mididest,
laser=macros["Specials"][counter]["laser"])
# Program Change button selected : change destination computer
if msg[0] == PROGRAM_CHANGE:
print("BCR Program change : ", str(msg[1]))
# Change destination computer mode
print("Destination computer", int(msg[1]))
gstt.computer = int(msg[1])
# CC on all Midi Channels
if CONTROLLER_CHANGE - 1 < msg[0] < 192:
if gstt.lasernumber == 0:
#macroname= "m"+str(msg[1])
#macroargs = msg[2]
MidiChannel = msg[0] - 175
MidiCC = msg[1]
MidiVal = msg[2]
if gstt.resetCC == True:
gstt.ccs[0][MidiCC] = 64
print("BCR CC Reset on channel :", MidiChannel, "CC",
MidiCC)
#print("Change CC (in bcr) : path =", path, "CC :", midi3.FindCC(path), "is now ", gstt.ccs[0][MaxwellCC])
maxwellccs.cc(MidiCC,
64,
midichannel=MidiChannel,
dest='to Maxwell 1')
SendOSCUI('/status', ["CC", MidiCC, "to 64"])
else:
gstt.ccs[0][MidiCC] = MidiVal
print("BCR CC change on channel :", MidiChannel, "CC",
MidiCC, "Val", MidiVal)
#print("Change CC (in bcr) : path =", path, "CC :", midi3.FindCC(path), "is now ", gstt.ccs[0][MaxwellCC])
maxwellccs.cc(MidiCC,
gstt.ccs[0][MidiCC],
midichannel=MidiChannel,
dest='to Maxwell 1')
#midi3.MidiMsg([CONTROLLER_CHANGE+MidiChannel-1, MidiCC, MidiVal], "to Maxwell 1")
# Encoder(macroname, macroargs)
# LccZcc
'''
# encoder slowly turned to right
if MidiVal == 1:
+1
# encoder fastly turned to right
if MidiVal > 1 and MidiVal <20:
+10
# encoder slowly turned to left
if MidiVal == 127:
-1
# encoder fasly turned to left
if MidiVal < 127 and MidiVal > 90:
-10
gstt.ccs[0][MaxwellCC] + value
'''
if len(macros["LccZcc"]) > 0:
# print("LccZcc test...", MidiChannel, MidiCC, MidiVal, macros["LccZcc"][0]["chanIN"], gstt.songs[gstt.song])
for counter in range(len(macros["LccZcc"])):
if (macros["LccZcc"][counter]["songname"]
== gstt.songs[gstt.song] or macros["LccZcc"]
[counter]["songname"] == "all") and (
macros["LccZcc"][counter]["chanIN"]
== MidiChannel
or macros["LccZcc"][counter]["chanIN"] == "all"
) and (macros["LccZcc"][counter]["ccs"] == msg[1]
or macros["LccZcc"][counter]["ccs"]
== "all"):
print("LccZcc",
macros["LccZcc"][counter]["songname"], ":",
macros["LccZcc"][counter]["name"])
#print("LccZcc got song :", macros["LccZcc"][counter]["songname"]," IN Channel :", macros["LccZcc"][counter]["chanIN"]," Code :", macros["LccZcc"][counter]["code"], " value :",macros["ZnotesLcc"][counter]["value"], )
if macros["LccZcc"][counter]["value"] == "linear":
print("Linear", MidiVal)
midi3.MidiMsg(
(176 +
macros["LccZcc"][counter]["chanOUT"],
macros["LccZcc"][counter]["ccOUT"],
MidiVal),
macros["LccZcc"][counter]["mididest"],
laser=0)
if macros["LccZcc"][counter]["value"] == "curved":
print(MidiVal, "got curved",
maxwellccs.curved(MidiVal))
midi3.MidiMsg(
(176 +
macros["LccZcc"][counter]["chanOUT"],
macros["LccZcc"][counter]["ccOUT"],
maxwellccs.curved(MidiVal)),
macros["LccZcc"][counter]["mididest"],
laser=0)
else:
SendOSC(gstt.computerIP[gstt.lasernumber],
gstt.MaxwellatorPort, '/cc/' + str(msg[1]),
[int(msg[2])])
#SendOSC(gstt.computerIP[gstt.computer-1], gstt.MaxwellatorPort, '/cc', [int(msg[1]), int(msg[2])])
print("storing for laser", gstt.lasernumber, "CC", int(msg[1]),
"value", int(msg[2]))
gstt.ccs[gstt.lasernumber][int(msg[1])] = int(msg[2])
'''
