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- Committer: Owen Williams
- Date: 2010-09-09 17:24:57 UTC
- mfrom: (2438.2.5 mixxx-trunk)
- Revision ID: owen@ywwg-20100909172457-1spfpj7rratdbjwt
* merge from trunk
- files added:
- mixxx-win32lib-msvc/libshout.lib
- mixxx-win32lib-msvc/shout
- files removed:
- mixxx/src/encoder.cpp
- files modified:
- mixxx/README
added
removed
mixxx/res/midi/M-Audio-Xponent-scripts.js
1
function MaudioXponent () {}
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// ---------- Global variables ----------
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MaudioXponent.id = ""; // The ID for the particular device being controlled for use in debugging, set at init time
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MaudioXponent.off = 0x80;
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MaudioXponent.on = 0x90;
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MaudioXponent.mastermeter = 0; //1 for master meter, 0 for channel meter
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MaudioXponent.flashprogress = 8; //flash duration on progress meters
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MaudioXponent.leds = {
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"play": 0x24,
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"cue": 0x23,
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"back": 0x21,
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"fwd": 0x22,
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"in": 0x29,
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"out": 0x2B,
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"loop": 0x2A,
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"loop1": 0x25,
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"loop2": 0x26,
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"loop4": 0x27,
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"loop8": 0x28,
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"leftkey": 0x1C,
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"rightkey": 0x1D,
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"key": 0x1E,
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"pluskey": 0x1F,
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"minkey": 0x20,
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"cue1": 0x17,
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"cue2": 0x18,
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"cue3": 0x19,
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"cue4": 0x1A,
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"cue5": 0x1B,
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"fx1": 0x0C,
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"fx2": 0x0D,
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"fx3": 0x0E,
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"fx4": 0x0F,
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"leftp": 0x10,
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"rightp": 0x11,
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"bigx": 0x12,
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"big-": 0x13,
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"head": 0x14,
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"scratch": 0x15,
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"fadarbutton": 0x07,
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"sync": 0x02,
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"low": 0x08,
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"middle": 0x09,
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"hight": 0x0A,
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"gain": 0x0B,
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"shift": 0x2C
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};
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MaudioXponent.binleds = {
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8: "filterLowKill",
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9: "filterMidKill",
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10: "filterHighKill",
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19: "reverse",
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20: "pfl",
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33: "back",
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34: "fwd",
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36: "play"
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};
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MaudioXponent.hotcues = {
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23: 1,
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24: 2,
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25: 3,
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26: 4,
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27: 5
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};
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MaudioXponent.timer = [-1]; // Temporary storage of timer IDs
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MaudioXponent.state = {
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"flashes" : 0,
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"faderpos" : 0,
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"shift1" : 0,
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"shift2" : 0,
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"scrmode1" : 0,
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"scrmode2" : 0,
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"plnumberpos" : 0,
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"plnumberneg" : 0,
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"scratching1" : 0,
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"scratching2" : 0,
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}; // Temporary state variables
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// ---------- Functions ----------
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MaudioXponent.init = function (id) { // called when the MIDI device is opened & set up
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//This code light on all leds and then light off
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midi.sendShortMsg(0xB3,0x14,0x00);
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midi.sendShortMsg(0xB3,0x15,0x00);
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for (var led in MaudioXponent.leds) {
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midi.sendShortMsg(MaudioXponent.on,MaudioXponent.leds[led],0x01);
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midi.sendShortMsg(MaudioXponent.on + 1,MaudioXponent.leds[led],0x01);
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MaudioXponent.pauseScript(15);
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}
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midi.sendShortMsg(0xB3,0x12,0x7F);
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midi.sendShortMsg(0xB3,0x13,0x7F);
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midi.sendShortMsg(0xB3,0x14,0x7F);
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midi.sendShortMsg(0xB3,0x15,0x7F);
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MaudioXponent.pauseScript(500);
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for (var led in MaudioXponent.leds) {
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midi.sendShortMsg(MaudioXponent.on,MaudioXponent.leds[led],0x00);
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midi.sendShortMsg(MaudioXponent.on + 1,MaudioXponent.leds[led],0x00);
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MaudioXponent.pauseScript(15);
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}
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midi.sendShortMsg(0xB3,0x14,0x00);
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midi.sendShortMsg(0xB3,0x15,0x00);
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//end of light on all leds
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MaudioXponent.flashdur1 = 0;
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MaudioXponent.flashdur2 = 0;
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engine.connectControl("[Channel1]","visual_playposition","MaudioXponent.playPositionMeter1");
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engine.connectControl("[Channel2]","visual_playposition","MaudioXponent.playPositionMeter2");
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if (MaudioXponent.mastermeter == 1) {
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engine.connectControl("[Master]","VuMeterL","MaudioXponent.volumeLEDs1");
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engine.connectControl("[Master]","VuMeterR","MaudioXponent.volumeLEDs2");
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} else {
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engine.connectControl("[Channel1]","VuMeter","MaudioXponent.volumeLEDs1");
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engine.connectControl("[Channel2]","VuMeter","MaudioXponent.volumeLEDs2");
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}
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engine.connectControl("[Channel1]","hotcue_1_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel1]","hotcue_2_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel1]","hotcue_3_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel1]","hotcue_4_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel1]","hotcue_5_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel2]","hotcue_1_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel2]","hotcue_2_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel2]","hotcue_3_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel2]","hotcue_4_enabled","MaudioXponent.hotcue");
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engine.connectControl("[Channel2]","hotcue_5_enabled","MaudioXponent.hotcue");
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//engine.connectControl("[Channel1]","bpm","MaudioXponent.bpmsync");
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};
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MaudioXponent.wheel = function (channel, control, value, status) {
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var currentdeck = channel+1;
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// In either case, register the movement
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if (MaudioXponent.state["shift"+currentdeck] == 1) {
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if (value > 64) {
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MaudioXponent.state["plnumberpos"]++;
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if (MaudioXponent.state["plnumberpos"] % 12 == 0) {
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engine.setValue("[Playlist]","SelectTrackKnob",1);
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}
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} else if (value < 64) {
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MaudioXponent.state["plnumberneg"]++;
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if (MaudioXponent.state["plnumberneg"] % 12 == 0) {
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engine.setValue("[Playlist]","SelectTrackKnob",-1);
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}
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}
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}else{
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if (MaudioXponent.state["scratching"+currentdeck] == 1) { //scratch mode on
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engine.scratchTick(currentdeck, value-64);
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} else { //normal wheel mode
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engine.setValue("[Channel"+currentdeck+"]", "jog", (value-64)*4);
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}
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}
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};
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MaudioXponent.wheelbuton = function(channel, control, value, status) {
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var currentdeck = channel+1;
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if (MaudioXponent.state["scrmode"+currentdeck] == 1) { //scratch mode on
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engine.scratchEnable(currentdeck, 3*128, 33+1/3, 1.0/8, (1.0/8)/32);
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MaudioXponent.state["scratching"+currentdeck] = true;
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}
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};
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MaudioXponent.wheelbutoff = function(channel, control, value, status) {
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var currentdeck = channel+1;
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engine.scratchDisable (currentdeck);
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MaudioXponent.state["scratching"+currentdeck] = false;
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};
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MaudioXponent.pauseScript = function(ms) {
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startDate = new Date();
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currentDate = null;
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while(currentDate-startDate < ms) currentDate = new Date();
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};
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MaudioXponent.playPositionMeter1 = function(value) {
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if (value >= 0.75) {
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MaudioXponent.flashdur1++;;
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if (MaudioXponent.flashdur1 == MaudioXponent.flashprogress) {
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midi.sendShortMsg(0xB3,0x14,0x00);
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}
186
if (MaudioXponent.flashdur1 >= MaudioXponent.flashprogress*2) {
187
midi.sendShortMsg(0xB3,0x14,MaudioXponent.convert(value));
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MaudioXponent.flashdur1 = 0;
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}
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}else{
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midi.sendShortMsg(0xB3,0x14,MaudioXponent.convert(value));
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}
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};
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MaudioXponent.playPositionMeter2 = function(value) {
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if (value >= 0.75) {
197
MaudioXponent.flashdur2++;;
198
if (MaudioXponent.flashdur2 == MaudioXponent.flashprogress) {
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midi.sendShortMsg(0xB3,0x15,0x00);
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}
201
if (MaudioXponent.flashdur2 >= MaudioXponent.flashprogress*2) {
202
midi.sendShortMsg(0xB3,0x15,MaudioXponent.convert(value));
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MaudioXponent.flashdur2 = 0;
204
}
205
}else{
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midi.sendShortMsg(0xB3,0x15,MaudioXponent.convert(value));
207
}
208
};
209
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MaudioXponent.volumeLEDs1 = function(value) {
211
midi.sendShortMsg(0xB3,0x12,MaudioXponent.convert(value));
212
};
213
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MaudioXponent.volumeLEDs2 = function(value) {
215
midi.sendShortMsg(0xB3,0x13,MaudioXponent.convert(value));
216
};
217
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MaudioXponent.convert = function(value) {
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value = value*127;
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value = value.toFixed(0);
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value = value.toString(16);
222
return (value);
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};
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MaudioXponent.actbin = function(channel, control, value, status) { // Generic binary button
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var currentdeck = channel+1;
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var activenow = engine.getValue("[Channel"+currentdeck+"]",MaudioXponent.binleds[control]);
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if (activenow == 1) { // If currently active
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engine.setValue("[Channel"+currentdeck+"]",MaudioXponent.binleds[control],0); // Stop
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midi.sendShortMsg(MaudioXponent.off + channel,control,0x00); // Turn off the LED
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}else { // If not currently active
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engine.setValue("[Channel"+currentdeck+"]",MaudioXponent.binleds[control],1); // Start
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midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
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}
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};
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MaudioXponent.actbinstop = function(channel, control, value, status) { // Generic binary button
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print ("sono sulla stop");
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var currentdeck = channel+1;
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engine.setValue("[Channel"+currentdeck+"]",MaudioXponent.binleds[control],0); // Stop
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midi.sendShortMsg(MaudioXponent.off + channel,control,0x00); // Turn off the LED
242
};
243
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MaudioXponent.hotcue = function(channel, control, value, status) { // Generic binary button
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var channelnow = 0;
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if (control == "[Channel2]") {
247
channelnow = 1;
248
}
249
switch (value) {
250
case "hotcue_1_enabled":
251
if (channel == 1){
252
midi.sendShortMsg(MaudioXponent.on + channelnow,0x17,0x01); // Turn on the LED
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}else{
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midi.sendShortMsg(MaudioXponent.on + channelnow,0x17,0x00); // Turn off the LED
255
}
256
break;
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case "hotcue_2_enabled":
258
if (channel == 1){
259
midi.sendShortMsg(MaudioXponent.on + channelnow,0x18,0x01); // Turn on the LED
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}else{
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midi.sendShortMsg(MaudioXponent.on + channelnow,0x18,0x00); // Turn off the LED
262
}
263
break;
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case "hotcue_3_enabled":
265
if (channel == 1){
266
midi.sendShortMsg(MaudioXponent.on + channelnow,0x19,0x01); // Turn on the LED
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}else{
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midi.sendShortMsg(MaudioXponent.on + channelnow,0x19,0x00); // Turn off the LED
269
}
270
break;
271
case "hotcue_4_enabled":
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if (channel == 1){
273
midi.sendShortMsg(MaudioXponent.on + channelnow,0x1A,0x01); // Turn on the LED
274
}else{
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midi.sendShortMsg(MaudioXponent.on + channelnow,0x1A,0x00); // Turn off the LED
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}
277
break;
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case "hotcue_5_enabled":
279
if (channel == 1){
280
midi.sendShortMsg(MaudioXponent.on + channelnow,0x1B,0x01); // Turn on the LED
281
}else{
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midi.sendShortMsg(MaudioXponent.on + channelnow,0x1B,0x00); // Turn off the LED
283
}
284
break;
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}
286
};
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MaudioXponent.hotcueset = function(channel, control, value, status) {
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//MaudioXponent.debug(channel, control, value, status)
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var currentdeck = channel+1;
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if (MaudioXponent.state["shift"+currentdeck] == 1) {
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engine.setValue("[Channel"+currentdeck+"]","hotcue_"+MaudioXponent.hotcues[control]+"_clear",1);
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}else{
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engine.setValue("[Channel"+currentdeck+"]","hotcue_"+MaudioXponent.hotcues[control]+"_activate",1);
295
}
296
};
297
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MaudioXponent.loopin = function(channel, control, value, status) {
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//MaudioXponent.debug(channel, control, value, status)
300
var currentdeck = channel+1;
301
engine.setValue("[Channel"+currentdeck+"]","loop_in",1);
302
midi.sendShortMsg(MaudioXponent.on + channel,0x29,0x01);
303
304
MaudioXponent.state["flashes"] = 0; // initialize number of flashes
305
MaudioXponent.timer[0] = engine.beginTimer(250,"MaudioXponent.flashled("+ channel +",\"0x2B\")");
306
};
307
308
MaudioXponent.loopout = function(channel, control, value, status) {
309
//MaudioXponent.debug(channel, control, value, status)
310
var currentdeck = channel+1;
311
engine.setValue("[Channel"+currentdeck+"]","loop_out",1);
312
if (MaudioXponent.timer[0] != -1) engine.stopTimer(MaudioXponent.timer[0]);
313
midi.sendShortMsg(MaudioXponent.on + channel,0x2B,0x01); // Turn on the LED
314
MaudioXponent.timer[1] = engine.beginTimer(250,"MaudioXponent.flashled("+ channel +",\"0x2A\")");
315
};
316
317
MaudioXponent.loopexit = function(channel, control, value, status) {
318
var currentdeck = channel+1;
319
var activenow = engine.getValue("[Channel"+currentdeck+"]","reloop_exit");
320
if (activenow == 1) { // If currently active
321
print ("dentro loop");
322
}else { // If not currently active
323
print ("fuori loop");
324
}
325
engine.setValue("[Channel"+currentdeck+"]","reloop_exit",1);
326
//midi.sendShortMsg(MaudioXponent.on + channel,0x2A,0x01); // Turn on the LED
327
};
328
329
MaudioXponent.flashled = function (channel, control) {
330
MaudioXponent.state["flashes"]++;
331
if (MaudioXponent.state["flashes"] % 2 == 0) {
332
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
333
}else {
334
midi.sendShortMsg(MaudioXponent.on + channel,control,0x00); // Turn off the LED
335
}
336
};
337
338
MaudioXponent.faderbuttonon = function(channel, control, value, status) {
339
//script.debug(channel, control, value, status);
340
MaudioXponent.state["faderpos"] = engine.getValue("[Master]","crossfader");
341
if (MaudioXponent.state["faderpos"] <= -0.90 && channel == 1) {
342
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
343
engine.setValue("[Master]","crossfader",0);
344
}else if (MaudioXponent.state["faderpos"] >= 0.90 && channel == 0) {
345
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
346
engine.setValue("[Master]","crossfader",0);
347
}
348
};
349
350
MaudioXponent.faderbuttonoff = function(channel, control, value, status) {
351
//script.debug(channel, control, value, status);
352
if (MaudioXponent.state["faderpos"] <= -0.90 && channel == 1) {
353
midi.sendShortMsg(MaudioXponent.on + channel,control,0x00); // Turn off the LED
354
engine.setValue("[Master]","crossfader",MaudioXponent.state["faderpos"]);
355
}else if (MaudioXponent.state["faderpos"] >= 0.90 && channel == 0) {
356
midi.sendShortMsg(MaudioXponent.on + channel,control,0x00); // Turn off the LED
357
engine.setValue("[Master]","crossfader",MaudioXponent.state["faderpos"]);
358
}
359
};
360
361
MaudioXponent.bpmsync = function(channel, control, value) {
362
print (channel);
363
print (control);
364
};
365
366
MaudioXponent.pitch = function(channel, control, value, status) {
367
var currentdeck = channel+1;
368
engine.setValue("[Channel"+currentdeck+"]","rate",script.pitch(control, value, status));
369
};
370
371
MaudioXponent.secondaryon = function(channel, control, value, status) {
372
var currentdeck = channel+1;
373
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
374
MaudioXponent.state["shift"+currentdeck] = 1;
375
};
376
377
MaudioXponent.secondaryoff = function(channel, control, value, status) {
378
var currentdeck = channel+1;
379
midi.sendShortMsg(MaudioXponent.on + channel,control,0x00); // Turn on the LED
380
MaudioXponent.state["shift"+currentdeck] = 0;
381
};
382
383
MaudioXponent.flanger = function(channel, control, value, status) {
384
script.debug(channel, control, value, status);
385
if (control == 12) {
386
var activenow = engine.getValue("[Channel1]","flanger");
387
if (activenow == 1) { // If currently active
388
midi.sendShortMsg(MaudioXponent.on+1,control,0x00); // Turn off the LED
389
engine.setValue("[Channel1]","flanger",0);
390
}else{
391
midi.sendShortMsg(MaudioXponent.on+1,control,0x01); // Turn on the LED
392
engine.setValue("[Channel1]","flanger",1);
393
}
394
}else if (control == 13) {
395
var activenow = engine.getValue("[Channel2]","flanger");
396
if (activenow == 1) { // If currently active
397
midi.sendShortMsg(MaudioXponent.on+1,control,0x00); // Turn off the LED
398
engine.setValue("[Channel2]","flanger",0);
399
}else{
400
midi.sendShortMsg(MaudioXponent.on+1,control,0x01); // Turn on the LED
401
engine.setValue("[Channel2]","flanger",1);
402
}
403
}
404
};
405
406
MaudioXponent.scrmode = function(channel, control, value, status) {
407
var currentdeck = channel+1;
408
if (MaudioXponent.state["scrmode"+currentdeck] == 1) {
409
midi.sendShortMsg(MaudioXponent.on + channel,control,0x00); // Turn off the LED
410
MaudioXponent.state["scrmode"+currentdeck] = 0;
411
}else{
412
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
413
MaudioXponent.state["scrmode"+currentdeck] = 1;
414
}
415
};
416
417
MaudioXponent.playlist = function(channel, control, value, status) {
418
var currentdeck = channel+1;
419
switch (control) {
420
case 28:
421
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
422
engine.setValue("[Playlist]","SelectPrevTrack",1);
423
break;
424
case 29:
425
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
426
engine.setValue("[Playlist]","SelectNextTrack",1);
427
break;
428
case 30:
429
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
430
var activenow = engine.getValue("[Channel"+currentdeck+"]","play");
431
if (activenow == 1) { // If currently active
432
engine.setValue("[Playlist]","LoadSelectedIntoFirstStopped",1);
433
}else{
434
engine.setValue("[Channel"+currentdeck+"]","LoadSelectedTrack",1);
435
}
436
break;
437
case 31:
438
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
439
engine.setValue("[Playlist]","SelectPrevPlaylist",1);
440
break;
441
case 32:
442
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
443
engine.setValue("[Playlist]","SelectNextPlaylist",1);
444
break;
445
}
446
};
447
448
MaudioXponent.playlistoff = function(channel, control, value, status) {
449
midi.sendShortMsg(MaudioXponent.off + channel,control,0x00); // Turn off the LED
450
};
451
452
MaudioXponent.cuedefon = function(channel, control, value, status) {
453
var currentdeck = channel+1;
454
engine.setValue("[Channel"+currentdeck+"]","cue_default",1);
455
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
456
};
457
458
MaudioXponent.cuedefoff = function(channel, control, value, status) {
459
var currentdeck = channel+1;
460
engine.setValue("[Channel"+currentdeck+"]","cue_default",0);
461
midi.sendShortMsg(MaudioXponent.off + channel,control,0x00); // Turn off the LED
462
};
463
464
MaudioXponent.volbuttonon = function(channel, control, value, status) {
465
//script.debug(channel, control, value, status);
466
var currentdeck = channel+1;
467
engine.setValue("[Channel"+currentdeck+"]","volume",0);
468
midi.sendShortMsg(MaudioXponent.on + channel,control,0x01); // Turn on the LED
469
};
470
471
MaudioXponent.volbuttonoff = function(channel, control, value, status) {
472
//script.debug(channel, control, value, status);
473
var currentdeck = channel+1;
474
engine.setValue("[Channel"+currentdeck+"]","volume",1);
475
midi.sendShortMsg(MaudioXponent.off + channel,control,0x00); // Turn off the LED
476
};
477
478
MaudioXponent.shutdown = function (id) { // called when the MIDI device is closed
479
480
for (var led in MaudioXponent.leds) {
481
midi.sendShortMsg(MaudioXponent.on,MaudioXponent.leds[led],0x00); // Turn off deck 1 lights
482
midi.sendShortMsg(MaudioXponent.on + 1,MaudioXponent.leds[led],0x00); // Turn off deck 2 lights
483
}
484
midi.sendShortMsg(0xB3,0x14,0x00);
485
midi.sendShortMsg(0xB3,0x15,0x00);
486
487
};
488
Loggerhead is a web-based interface for Breezy
Version: 2.0.1