#! /usr/bin/python
# -*- coding: utf-8 -*-
"""
This file is part of librelight.
librelight is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, version 2 of the License.
librelight is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with librelight. If not, see <http://www.gnu.org/licenses/>.
(c) micha@uxsrv.de
"""
#import init
#init.init()
import socket,time
import sys
sys.stdout.write("\x1b]2;APCmini\x07")
import sys
import os
import lib.chat as chat
import random
if 0:#0: # if pygame midi ?
# Midi modul von Python game zur Platformunabhängigkeit
# z.b. Windows
# 10 MB RAM
from interfaces.midi.lib.pygamemidi_wraper import pygamemidi
midi = pygamemidi(out=2,inp=3)
else: # if linux
# 4 MB RAM
#from simplemidi_wraper import simplemidi
from lib.simplemidi_wraper import simplemidi
#midi = simplemidi("/dev/snd/midiC1D0") #,inp="/dev/midi1")
midi = simplemidi("/dev/snd/midiC2D0") #,inp="/dev/midi1")
nr = 0
while 1:
device = midi.get_device_info(nr)
if device == None:
break
else:
print(nr , device)
nr += 1
cli = None
import socket, struct
c = chat.tcp_sender()
def send(msg):
print("send",msg)
c.send(msg)
def main():
global send
global node
global toggel,toggel1,toggel2,toggel3
fader = 40
values = []
fader_value= [0]*9
firstfader = 48
fader_move_delay = 0
tog = 0
tog0 = 1
tog1 = 1
cmd = ""
release = 1
while True:
if release:
release = 0
for i in range(4):
midi.write([144,60+i,5])
midi.write([144,52+i,5])
midi.write([144,44+i,5])
midi.write([144,36+i,5])
midi.write([144,24+i,3])
midi.write([144,24+i+4,3])
midi.write([144,56+i,1])
midi.write([144,8+i,1])
midi.write([144,12+i,1])
if midi.poll():
midi_date = midi.read(1)
print("in:",midi_date)
if midi_date[0] == 176:
if midi_date[1] == 55:
fader = midi_date[2]/127.*8
print("LED:",[144,7,fader])
midi.write([144,7,fader])
print("setfadert to", fader)
if midi_date[1] >= firstfader and midi_date[1] <= firstfader+8:
value = int(midi_date[2]*2.008)
fader_id = midi_date[1] - firstfader
fader_value[fader_id] = value
print("FADER:",fader_id+1,value)
if fader_id == 0:
#msg = "group 33 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 1:
msg = "group 34 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 2:
msg = "group 35 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 3:
msg = "group 36 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 4:
msg = "group 37 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 5:
msg = "group 38 level "+str(int(value))
msg = "d{}:{}:0".format(fader_id+1,value)
send(msg)
elif fader_id == 6:
#value = value*-1+255 #invert
value2 = int(value/255.*100)*2
#msg = "stack 2 indelay="+str(value2)+" ;EOB"
msg = "effect 1 SIZE "+str(value2)+" ;EOB"
send(msg)
elif fader_id == 7:
#value = value*-1+255 #invert
value2 = int(value/255.*100)*2
#msg = "stack 2 indelay="+str(value2)+" ;EOB"
msg = "effect 7 SIZE "+str(value2)+" ;EOB"
send(msg)
elif fader_id == 8:
if value <= 127:
value2 = value / 127.
else:
value2 = (value - 127) / 20. +1.
#value2 = value / 30.5
msg = "preset time "+str(value2)+" ;EOB"
send(msg)
#value2 = value / 25.5
#msg = "preset time_pt "+str(value2)+" ;EOB"
#send(msg)
elif midi_date[0] == 144:
if midi_date[1] == 56:
send("clear")
elif midi_date[1] == 57:
send("store")
elif midi_date[1] == 58:
send("edit")
elif midi_date[1] == 33:
send("preview")
elif midi_date[1] == 34:
send("set")
elif midi_date[1] == 35:
send("next")
elif midi_date[1] >= 8 and midi_date[1] <= 15 :
nr = midi_date[1]-8+25
send("xpreset "+str(int( nr )) )
elif midi_date[1] >= 24 and midi_date[1] <= 31 :
nr = midi_date[1]-24+33
send("xpreset "+str(int( nr )) )
elif midi_date[1] == 20:
pass#send("stack 1 on")
elif midi_date[1] == 12:
pass#send("stack 1 go")
elif midi_date[1] == 4:
pass#send("stack 1 run")
elif midi_date[1] == 68:
pass#send("stack 1 stop")
elif midi_date[1] == 0:
pass#msg = "sel 1"
pass#send(msg)
elif midi_date[1] == 1:
pass#msg = "sel 2"
pass#send(msg)
elif midi_date[1] == 2:
pass#msg = "sel 3"
pass#send(msg)
elif midi_date[1] == 64:
msg = "df{}:255:0".format(midi_date[1]-64+1)
send(msg)
elif midi_date[1] == 65:
msg = "df{}:255:0".format(midi_date[1]-64+1)
send(msg)
pass#msg = "group 25 sel 1 "
pass#send(msg)
elif midi_date[1] == 66:
msg = "df{}:255:0".format(midi_date[1]-64+1)
send(msg)
pass#msg = "group 17 sel 1 "
pass#send(msg)
elif midi_date[1] == 86:
msg = "df{}:255:0".format(midi_date[1]-64+1)
send(msg)
#msg = "group 25 sel 1 "
#send(msg)
#ipc = cli.ipc_write({"SDL-GUI":"VIEW:programmer"})
pass
elif midi_date[1] == 85:
msg = "df{}:255:0".format(midi_date[1]-64)
send(msg)
pass
#msg = "group 25 sel 1 "
#send(msg)
#ipc = cli.ipc_write({"SDL-GUI":"VIEW:groups"})
elif midi_date[1] == 21:
pass
#send("stack 2 on")
elif midi_date[1] == 13:
pass
#send("stack 2 go")
elif midi_date[1] == 5:
pass
#send("stack 2 run")
elif midi_date[1] == 69:
pass
#send("stack 2 stop")
elif midi_date[1] == 22:
pass
#send("stack 2 mode ;")
elif midi_date[1] == 14:
pass
#send("stack 2 dir ;")
elif midi_date[1] == 6:
#send("stack 2 dyn=rider,,1 ;")
send("effect 1 DIR 0")
elif midi_date[1] == 7:
pass
send("effect 7 DIR 0")
#send("stack 2 dyn=rnd,,1 ;")
if midi_date[0] == 128:
midi_date[2] = 0
midi_date[0] = 144
#print("release")
release = 1
if midi_date[1] == 64:
msg = "df{}:off:0".format(midi_date[1]-64+1)
send(msg)
if midi_date[1] == 65:
msg = "df{}:off:0".format(midi_date[1]-64+1)
send(msg)
if midi_date[1] == 66:
msg = "df{}:off:0".format(midi_date[1]-64+1)
send(msg)
if midi_date[1] == 67:
msg = "df{}:off:0".format(midi_date[1]-64+1)
send(msg)
if midi_date[1] == 68:
msg = "df{}:off:0".format(midi_date[1]-64+1)
send(msg)
else:
midi_date[2] = int(fader)
#if midi_date[1] <= 71:
# midi_date[1] = midi_date[1]+8
if midi_date[0] != 176:
print("write",midi_date)
midi.write(midi_date)
if midi_date[0] == 128:
for i in range(4):
midi.write([144,60+i,5])
midi.write([144,52+i,5])
midi.write([144,44+i,5])
midi.write([144,36+i,5])
time.sleep(0.0002)
if (int(time.time())) % 2 == 0:
if tog0:
tog0 = 0
tog1 = 1
midi.write([144,82,0])
#print("o")
else:
if tog1:
tog0 = 1
tog1 = 0
midi.write([144,82,3])
#print("oo")
import _thread as thread
main()
node = 244
node2 = 0
while 1:
inp = raw_input("end")
try:
inp = inp.split(" ")
midi.write(inp)
midi.write(inp)
except:pass