def rotary1_callback(path, tags, args, source):
print str(path) + " " + str(args[0])
json.send({'command':'put', 'key':'rotary1', 'value':'%i' % int(args[0])})
#create feedback for faders label:
msg = OSCMessage("/1/label_rotary1")
msg.insert(0, int(args[0]))
client.connect( (source[0], 9000) )
client.send(msg)
def fader_callback(path, tags, args, source):
global fader1Feedback
if path=="/1/fader1":
fader1Feedback = float(args[0])
msg = OSCMessage("/1/label1")
msg.insert(0, fader1Feedback)
print "%i" % fader1Feedback
json.send({'command':'put', 'key':'D13', 'value':'%i' % (fader1Feedback)})
client.send(msg)
def multiselectPalette_callback(path, tags, args, source):
print "received: " +repr(source)+ " " + str(path)
split = path.split("/")
Palette = split.pop()
Palette = split.pop()
if args[0]==1:
#requests.get("http://192.168.1.104/arduino/state/"+str(int(state)-1))
json.send({'command':'put', 'key':'palette', 'value':'%i' % int(int(Palette)-1)})
msg = OSCMessage(path)
msg.insert(0, 1)
client.connect( (source[0], 9000) )
client.send(msg)
def fader2_callback(path, tags, args, source):
global fader2Feedback
if path=="/1/fader2":
fader2Feedback = int(args[0])
msg = OSCMessage("/1/label2")
msg.insert(0, fader2Feedback)
print "Fader 2 %i" % fader2Feedback
client.send(msg)
arduino.write('Y')
arduino.write('\n')
arduino.write('%i' % fader2Feedback)
arduino.write('\n')
def rotary1_callback(path, tags, args, source):
print str(path) + " " + str(args[0])
json.send({
'command': 'put',
'key': 'rotary1',
'value': '%i' % int(args[0])
})
#create feedback for faders label:
msg = OSCMessage("/1/label_rotary1")
msg.insert(0, int(args[0]))
client.connect((source[0], 9000))
client.send(msg)
def faderFPS_callback(path, tags, args, source):
global faderFPSFeedback
if path=="/1/fps":
#extract parameter:
faderFPSFeedback = int(args[0])
#put parameter to the bridge:
json.send({'command':'put', 'key':'fps', 'value':'%i' % (faderFPSFeedback)})
#create feedback for faders label:
msg = OSCMessage("/1/label_fps")
msg.insert(0, faderFPSFeedback)
client.connect( (source[0], 9000) )
client.send(msg)
print "received: " +repr(source)+ " " + str(path)
def faderLight_callback(path, tags, args, source):
global faderLightFeedback
if path=="/1/light":
#extract parameter:
faderLightFeedback = int(args[0])
#put parameter to the bridge:
json.send({'command':'put', 'key':'brightness', 'value':'%i' % (faderLightFeedback)})
print str(path) +" "+ str(faderLightFeedback)
#create feedback for faders label:
msg = OSCMessage("/1/label_light")
msg.insert(0, faderLightFeedback)
client.connect( (source[0], 9000) )
client.send(msg)
def fader_callback(path, tags, args, source):
global fader1Feedback
if path == "/1/fader1":
fader1Feedback = float(args[0])
msg = OSCMessage("/1/label1")
msg.insert(0, fader1Feedback)
print "%i" % fader1Feedback
json.send({
'command': 'put',
'key': 'D13',
'value': '%i' % (fader1Feedback)
})
client.send(msg)
def multiselectPalette_callback(path, tags, args, source):
print "received: " + repr(source) + " " + str(path)
split = path.split("/")
Palette = split.pop()
Palette = split.pop()
if args[0] == 1:
#requests.get("http://192.168.1.104/arduino/state/"+str(int(state)-1))
json.send({
'command': 'put',
'key': 'palette',
'value': '%i' % int(int(Palette) - 1)
})
msg = OSCMessage(path)
msg.insert(0, 1)
client.connect((source[0], 9000))
client.send(msg)
def faderFPS_callback(path, tags, args, source):
global faderFPSFeedback
if path == "/1/fps":
#extract parameter:
faderFPSFeedback = int(args[0])
#put parameter to the bridge:
json.send({
'command': 'put',
'key': 'fps',
'value': '%i' % (faderFPSFeedback)
})
#create feedback for faders label:
msg = OSCMessage("/1/label_fps")
msg.insert(0, faderFPSFeedback)
client.connect((source[0], 9000))
client.send(msg)
print "received: " + repr(source) + " " + str(path)
def faderLight_callback(path, tags, args, source):
global faderLightFeedback
if path == "/1/light":
#extract parameter:
faderLightFeedback = int(args[0])
#put parameter to the bridge:
json.send({
'command': 'put',
'key': 'brightness',
'value': '%i' % (faderLightFeedback)
})
print str(path) + " " + str(faderLightFeedback)
#create feedback for faders label:
msg = OSCMessage("/1/label_light")
msg.insert(0, faderLightFeedback)
client.connect((source[0], 9000))
client.send(msg)
def fader_callback(path, tags, args, source):
global fader1Feedback
if path=="/1/fader1":
fader1Feedback = int(args[0])
msg = OSCMessage("/1/label1")
msg.insert(0, fader1Feedback)
print "Fader 1 %i" % fader1Feedback
client.send(msg)
if (fader1Feedback > 100):
arduino.write('F')
arduino.write('\n')
arduino.write('%i' % fader1Feedback)
arduino.write('\n')
if (fader1Feedback < 90):
arduino.write('B')
arduino.write('\n')
arduino.write('%i' % fader1Feedback)
arduino.write('\n')
elif ((fader1Feedback < 100) and (fader1Feedback > 90)):
arduino.write('S')
arduino.write('\n')
arduino.write('%i' % fader1Feedback)
arduino.write('\n')