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function MIXER1() {}
MIXER1.init = function init(id, debug) { // called when the device is opened & set up
//connect VUmeters
engine.connectControl("[Master]", "VuMeterL", "MIXER1.volumeLEDs");
engine.connectControl("[Master]", "VuMeterR", "MIXER1.volumeLEDs");
engine.connectControl("[Channel1]", "VuMeter", "MIXER1.volumeLEDs");
engine.connectControl("[Channel2]", "VuMeter", "MIXER1.volumeLEDs");
engine.connectControl("[Channel3]", "VuMeter", "MIXER1.volumeLEDs");
engine.connectControl("[Channel4]", "VuMeter", "MIXER1.volumeLEDs");
};
MIXER1.shutdown = function shutdown() {
//disconnect VUmeters
engine.connectControl("[Master]", "VuMeterL", "MIXER1.volumeLEDs", true);
engine.connectControl("[Master]", "VuMeterR", "MIXER1.volumeLEDs", true);
engine.connectControl("[Channel1]", "VuMeter", "MIXER1.volumeLEDs", true);
engine.connectControl("[Channel2]", "VuMeter", "MIXER1.volumeLEDs", true);
engine.connectControl("[Channel3]", "VuMeter", "MIXER1.volumeLEDs", true);
engine.connectControl("[Channel4]", "VuMeter", "MIXER1.volumeLEDs", true);
};
MIXER1.volumeLEDs = function volumeLEDs(value, group, control){
value=(value*127);
if (group=="[Master]" && control=="VuMeterL"){ch=0xB5;midino=0x1f;midi.sendShortMsg(ch, midino, value);ch=0xB7;midino=0x1f;midi.sendShortMsg(ch, midino, value);}
if (group=="[Master]" && control=="VuMeterR"){ch=0xB5;midino=0x20;midi.sendShortMsg(ch, midino, value);ch=0xB7;midino=0x20;midi.sendShortMsg(ch, midino, value);}
if (group=="[Channel1]" && control=="VuMeter"){ch=0xB5;midino=0x22;midi.sendShortMsg(ch, midino, value);}
if (group=="[Channel2]" && control=="VuMeter"){ch=0xB6;midino=0x23;midi.sendShortMsg(ch, midino, value);}
if (group=="[Channel3]" && control=="VuMeter"){ch=0xB7;midino=0x22;midi.sendShortMsg(ch, midino, value);}
if (group=="[Channel4]" && control=="VuMeter"){ch=0xB8;midino=0x23;midi.sendShortMsg(ch, midino, value);}
};
MIXER1.clearVolumeLEDs = function clearVolumeLEDs(){
//send zeros to all volumeLED channels
value=0;
ch=0xB5;midino=0x1f;midi.sendShortMsg(ch, midino, value);
ch=0xB7;midino=0x1f;midi.sendShortMsg(ch, midino, value);
ch=0xB5;midino=0x20;midi.sendShortMsg(ch, midino, value);
ch=0xB7;midino=0x20;midi.sendShortMsg(ch, midino, value);
ch=0xB5;midino=0x22;midi.sendShortMsg(ch, midino, value);
ch=0xB6;midino=0x23;midi.sendShortMsg(ch, midino, value);
ch=0xB7;midino=0x22;midi.sendShortMsg(ch, midino, value);
ch=0xB8;midino=0x23;midi.sendShortMsg(ch, midino, value);
};
MIXER1.mute = function mute(channel, control, value){
//mute master
if (value==127){
//button was pressed
if (engine.getValue("[Master]", "volume")>0){MIXER1.mutestoredvol=engine.getValue("[Master]", "volume");}
engine.setValue("[Master]", "volume", 0);
midi.sendShortMsg(0x97, 0x05, 127);//light Inverse LED
midi.sendShortMsg(0x95, 0x05, 127);//light Inverse LED
}else{
//button was released
engine.setValue("[Master]", "volume", MIXER1.mutestoredvol);
midi.sendShortMsg(0x97, 0x05, 0);//turn off Inverse LED
midi.sendShortMsg(0x95, 0x05, 0);//turn off Inverse LED
}
};
MIXER1.xfaderCurve = function xfaderCurve(channel, control, value){
//set xfader curve
script.crossfaderCurve(value, 0, 127);
print("########XFADE###########"+value);
};
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