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XiiLang.sc
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XiiLang.sc
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/*
GPL license (c) thor magnusson - ixi audio, 2009-2012
// XiiLang.new("project", "key") - "project" stands for the name of the folder where soundfiles are kept. in this folder a keyMapping.ixi file can be found that maps letters to sounds. if there is no file, then the mapping will be random
TODO: Add parameter effect control
TODO: Check the use of String:drop(1) and String:drop(-1)
*/
// new in ixi lang v3
// midiout
// midiclients
// languages (you can write in your native language, or create your own language semantics for ixi lang)
// fractional time multiplication
// snapshots store and register effect states
// matrix
// coder (keys)
// store and load sessions
// suicide hotline added (you can now change your mind, in case performance has picked up)
// automatic code writing (autocode 4)
// future now works in bars as well as in seconds
// added multiplication of sustain (1242~8) - here the whole part note (1) is 8 times as long
// amplitude control added as a verb (can be used with future then: future 1:10 >> (( john - which would fade the agent john down)
// adding scheme-like functions for post score arguments - also working with future
// microtonal transposition in melodic mode
// intoxicants
// added XiiLangGUI() for mapping keys and for starting in .app mode
// added savescore and play score (to repeat performances)
// added panning arguments as postfix
// Add color customisation to GUI
// Recording sound file functionality
// Added pitch argument (in MIDI degrees) for rhythmic and concrete modes
// Synthdefs added to the mapping file (no distinction between samples and synths)
// scheme-like operators [+ agentname 12]
// added full stops as equivalent to spaces
// new in v4
// gui method for getting the gui
// bugfix: kill kills routines as well
// added a "replace" method that replaces items in scores with new values
// added an "insert" method that adds items in scores with new values
// added a "remove" method that removes items in scores
// added intoxicants for effecting the agents' musical timing ("hash", "beer", "coffee", "LSD", "detox") (this is experimental)
// added @ (times) postfix arg (@2) will play the score twice
// added metaagents (xx -> ~ agA 2 agB 1 ~) will play agentA twice and agentB once
// added groups as part of meta agents, so a parallel sequence of a group can be inserted into a meta agent
// changed @ to % in morph mode
// changed ~ to _ in the (duration postfix arguments - so what was (1~4) becomes (1_4))
// added support for BenoitLib networked clocks (Thanks Patrick B)
// multichannel support thanks to John Thompson (although still maintainting the stereo ixi lang, for users who use Pan2 in their synthdefs)
// live recording into buffers (using fn+Enter)
// tap timing (using ctrl + "," and "." (the "<" and ">" buttons)
// FIXED BUG: snapshots do not perk up agents that have been dozed
// FIXED BUG: Snapshots do not recall the effect state
// FIXED BUG: single character percussive mode agents wont >shift
// FIXED BUG: future bug
// FIXED BUG: the active agent is found by comparing strings in dict and on doc. (in case of many agents on doc with same name)
// FIXED BUG: location of cursor when above agent and using future
// FIXED BUG: nap and perk would not work in concrete mode
// FIXED BUG: implemented Panning in all synthdefs (was neglected in some)
// Add: ptpd support for netclocks
// Êsudo ./ptpd -cd
// Êhttp://sourceforge.net/projects/ptpd/develop
/*
Dependencies:
TempoClock:sync (by f0)
MIDIClockOut (Crucial Lib -> for slaving other apps to ixi lang)
ixiViews (for MIDIKeyboard in the XiiLangGUI)
*/
// add slide (from Array helpfile)
// TODO: add a "kill invisible" function that silences all agents that have been deleted from the score
// TODO: add a "reorgan/inject" function that injects new chars in percussive mode
// TODO: how about visualising the actions of the user in ixi lang. Data visualise it. Compare the automation and user data.
// TODO: Use autuconductor to apply actions to different agents.
// TODO: think about NRT rendering of playscores
// TODO: make a note that a particular project does not exist and that the new project was created.
// TODO NOW : fix repeats in groups (DONE, but check)
// - make all synthdefs panable (Pan2 & PanAz)
// Freeall bug, recursion not working properly (try this code):
/*
XiiLang(txt:true)
ag1 -> |b d cc cb f cb|@1
ag2 -> | c c cc |@1
ag3 -> xylo[ 1 5 2 1 ]@1
ag4 -> wood[ 211 5 ]@1
shake cc
group gr1 -> ag3 ag4
ma1 -> ~ ag1 1 gr1 1 ~
// when freeing the below, there is an error
ma2 -> ~ ag1 1 ma1 1 ~
*/
XiiLang {
classvar globaldocnum;
var <>doc, docnum, <doccolor, <oncolor, activecolor, offcolor, deadcolor, proxyspace, groups, score;
var agentDict, instrDict, ixiInstr, effectDict, varDict, snapshotDict, scoreArray, metaAgentDict;
var scale, tuning, chosenscale, tonic;
var midiclient, <inbus, eventtype, suicidefork;
var langCommands, englishCommands, language, english;
var matrixArray, initargs; // matrix vars
var projectname, key, randomseed;
var time, tempo, tapping = false, tapcount = 0;
var thisversion = 4;
var numChan;
*new { arg project="default", keyarg="C", txt=false, newdoc=false, language, dicts, score, numChannels=2;
^super.new.initXiiLang( project, keyarg, txt, newdoc, language, dicts, score, numChannels);
}
initXiiLang {arg project, keyarg, txt, newdoc, lang, dicts, score, numChannels;
"project, keyarg, txt, newdoc, lang, dicts, score, numChannels".postln;
[project, keyarg, txt, newdoc, lang, dicts, score, numChannels].postln;
if(score.isNil, {
randomseed = 1000000.rand;
},{
randomseed = score[0];
});
thisThread.randSeed = randomseed;
if(globaldocnum.isNil, {
globaldocnum = 0;
}, {
globaldocnum = globaldocnum+1;
});
key = keyarg;
numChan = numChannels;
initargs = [project, key, txt, newdoc, lang, numChan];
XiiLangSingleton.new(this, globaldocnum);
// the number of this document (allows for multiple docs using same variable names)
docnum = globaldocnum; // this number is now added in front of all agent names
chosenscale = Scale.major; // this is scale representation
scale = chosenscale.semitones.copy.add(12); // this is in degrees
tuning = \et12; // default tuning
tonic = 60 + [\C, \CS, \D, \DS, \E, \F, \FS, \G, \GS, \A, \AS, \B].indexOf(key.toUpper.asSymbol); // midinote 60 is the default
inbus = 8;
if(dicts.isNil, {
agentDict = IdentityDictionary.new; // dicts are sent from "load"
metaAgentDict = (); //
varDict = IdentityDictionary.new;
snapshotDict = IdentityDictionary.new; // dicts are sent from "load"
groups = ();
scoreArray = []; // the score (timeline of the performance)
},{
agentDict = dicts[0]; // dicts are sent from "load"
varDict = IdentityDictionary.new;
snapshotDict = dicts[1]; // dicts are sent from "load"
groups = dicts[2];
docnum = dicts[3];
});
TempoClock.default.tempo = 120/60;
projectname = project;
midiclient = 0;
try{ // try necessary, since a user without MIDI IAC busses reported that the next two lines gave errors
MIDIClient.init;
// midiclient = MIDIOut(0, MIDIClient.destinations[0].uid);
midiclient = MIDIOut(0);
};
eventtype = \note;
this.makeEffectDict; // in a special method, as it has to be called after every cmd+dot
this.envirSetup( txt, newdoc, project );
ixiInstr = XiiLangInstr.new(project, numChannels: numChan);
instrDict = ixiInstr.makeInstrDict;
SynthDescLib.read;
proxyspace = ProxySpace.new.know_(true);
CmdPeriod.add({
16.do({arg i; try{midiclient.allNotesOff(i)} });
this.makeEffectDict;
groups = ();
agentDict = IdentityDictionary.new;
metaAgentDict = ();
//varDict = IdentityDictionary.new; // I might uncomment this line
snapshotDict = IdentityDictionary.new;
proxyspace = ProxySpace.new.know_(true);
scoreArray = [];
});
englishCommands = ["group", "sequence", "future", "snapshot", "->", "))", "((", "|", "[", "{", "~", ")",
"$", ">>", "<<", "tempo", "scale", "scalepush", "tuning", "tuningpush", "remind", "help",
"tonality", "instr", "tonic", "grid", "kill", "doze", "perk", "nap", "shake", "swap", "replace",
"insert", "remove", ">shift", "<shift", "invert", "expand", "revert", "up", "down", "yoyo",
"order", "dict", "store", "load", "midiclients", "midiout", "matrix", "autocode", "coder", "twitter",
"+", "-", "*", "/", "!", "^", "(", "<", "@", "hash", "beer", "coffee", "LSD", "detox", "new", "gui",
"savescore", "playscore", "suicide", "hotline", "newrec", "input"]; // removed "." XXX
if(lang.isNil, {
english = true; // might not need this;
langCommands = englishCommands;
}, {
english = false;
language = XiiLangDicts.getDict(lang.asSymbol);
langCommands = XiiLangDicts.getList(lang.asSymbol);
});
[\langCommands, langCommands].postln;
if(score.isNil.not, {
this.playScore(score[1]);
});
this.addixiMenu;
}
makeEffectDict { // more to come here + parameter control - for your own effects, simply add a new line to here and it will work out of the box
effectDict = IdentityDictionary.new;
effectDict[\reverb] = {arg sig; (sig*0.6)+FreeVerb.ar(sig, 0.85, 0.86, 0.3)};
effectDict[\reverbL] = {arg sig; (sig*0.6)+FreeVerb.ar(sig, 0.95, 0.96, 0.7)};
effectDict[\reverbS] = {arg sig; (sig*0.6)+FreeVerb.ar(sig, 0.45, 0.46, 0.2)};
effectDict[\delay] = {arg sig; sig + AllpassC.ar(sig, 1, 0.15, 1.3 )};
effectDict[\lowpass] = {arg sig; RLPF.ar(sig, 1000, 0.2)};
effectDict[\tremolo] = {arg sig; (sig * SinOsc.ar(2.1, 0, 5.44, 0))*0.5};
effectDict[\vibrato] = {arg sig; PitchShift.ar(sig, 0.008, SinOsc.ar(2.1, 0, 0.11, 1))};
effectDict[\techno] = {arg sig; RLPF.ar(sig, SinOsc.ar(0.1).exprange(880,12000), 0.2)};
effectDict[\technosaw] = {arg sig; RLPF.ar(sig, LFSaw.ar(0.2).exprange(880,12000), 0.2)};
effectDict[\distort] = {arg sig; (3111.33*sig.distort/(1+(2231.23*sig.abs))).distort*0.02};
effectDict[\cyberpunk] = {arg sig; Squiz.ar(sig, 4.5, 5, 0.1)};
effectDict[\bitcrush] = {arg sig; Latch.ar(sig, Impulse.ar(11000*0.5)).round(0.5 ** 6.7)};
effectDict[\antique] = {arg sig; LPF.ar(sig, 1700) + Dust.ar(7, 0.6)};
}
//set up document and the keydown control
envirSetup { arg txt, newdoc, project;
var recdoc;
GUI.cocoa;
if(newdoc, {
doc = Document.new;
}, {
doc = Document.current;
});
// color scheme
try{ // check if the color file exists
#doccolor, oncolor, activecolor, offcolor, deadcolor = Object.readArchive("ixilang/"++project++"/colors.ixi")
};
if(doccolor.isNil, {
doccolor = Color.black;
oncolor = Color.white;
activecolor = Color.yellow;
offcolor = Color.green;
deadcolor = Color.red;
});
doc.bounds_(Rect(400,300, 1000, 600));
doc.background_(doccolor);
doc.stringColor_(oncolor);
if(txt == false, { doc.string_("") });
doc.name_("ixi lang - project :" + project.quote + " - window nr:" + docnum.asString);
doc.font_(Font("Monaco",20));
doc.promptToSave_(false);
doc.keyDownAction_({|doc, char, mod, unicode, keycode |
var linenr, string;
// evaluating code (the next line will use .isAlt, when that is available
if((mod & 524288 == 524288) && ((keycode==124)||(keycode==123)||(keycode==125)||(keycode==126)), { // alt + left or up or right or down arrow keys
linenr = doc.string[..doc.selectionStart-1].split($\n).size;
doc.selectLine(linenr);
string = doc.selectedString;
if(keycode==123, { // not 124, 125,
this.freeAgent(string);
}, {
this.opInterpreter(string);
});
});
// create a live sampler doc (fn+Enter)
if((mod == 8388864) && (unicode == 3), {
ixiInstr.createRecorderDoc(this, numChan);
});
// tempo tap function (ctrl+, for starting and ctrl+. for stopping (the < and > keys))
if(((mod == 262145)||(mod==262401)) && (unicode == 44), {
if(tapping == false, {
time = Main.elapsedTime;
tapping = true;
});
tapcount = tapcount + 1;
});
if(((mod == 262145)||(mod==262401)) && (unicode == 46), {
time = Main.elapsedTime - time;
tempo = tapcount / time;
tapping = false;
tapcount = 0;
" ---> ixi lang Tempo : set to % BPM\n".postf(tempo*60);
TempoClock.default.tempo = tempo;
});
});
doc.keyUpAction_({|doc, char, mod, unicode, keycode |
if(mod == 8388864, {
recdoc.close;
});
});
doc.onClose_({
// xxx free buffers
ixiInstr.freeBuffers; // not good as playscore reads a new doc (NEED TO FIX)
proxyspace.end(4); // free all proxies
agentDict.do({arg agent;
agent[2].stop;
agent[2] = nil;
});
snapshotDict[\futures].stop;
});
// these two folders are created if the user is downloading from github and hasn't created the ixilang folder in their SC folder
if(("ixilang").pathMatch==[], {
("mkdir -p" + ("ixilang")).unixCmd; // create the scores folder
"ixi-lang NOTE: an ixi lang folder was not found in your SuperCollider directory - It was created".postln;
});
if(("ixilang/default").pathMatch==[], {
("mkdir -p" + ("ixilang/default")).unixCmd; // create the scores folder
"ixi-lang NOTE: an ixi lang default folder was not found in your ixi lang directory - It was created".postln;
});
// just make sure that all folders are in place
if(("ixilang/"++project++"/scores").pathMatch==[], {
("mkdir -p" + ("ixilang/"++project++"/scores")).unixCmd; // create the scores folder
"ixi-lang NOTE: a scores folder was not found for saving scores - It was created".postln;
});
if(("ixilang/"++project++"/recordings").pathMatch==[], {
("mkdir -p" + ("ixilang/"++project++"/recordings")).unixCmd; // create the recordings folder
"ixi-lang NOTE: a recordings folder was not found for saving scores - It was created".postln;
});
if(("ixilang/"++project++"/sessions").pathMatch==[], {
("mkdir -p" + ("ixilang/"++project++"/sessions")).unixCmd; // create the sessions folder
"ixi-lang NOTE: a sessions folder was not found for saving scores - It was created".postln;
});
if(("ixilang/"++project++"/samples").pathMatch==[], {
("mkdir -p" + ("ixilang/"++project++"/samples")).unixCmd; // create the samples folder
"ixi-lang NOTE: a samples folder was not found for saving scores - It was created".postln;
});
}
// the interpreter of thie ixi lang
opInterpreter {arg string, return=false;
var oldop, operator; // the various operators of the language
var methodFound = false;
string = string.reject({ |c| c.ascii == 10 }); // get rid of char return XXX TESTING (before Helsinki GIG)
scoreArray = scoreArray.add([Main.elapsedTime, string]); // recording the performance
operator = block{|break| // better NOT mess with the order of the following... (operators using -> need to be before "->")
langCommands.do({arg op; var suggestedop, space;
var c = string.find(op);
if(c.isNil.not, {
space = string[c..string.size].find(" "); // allowing for longer operators with same beginning as shorter
if(space.isNil.not, {
suggestedop = string[c..(c+(space-1))];
},{
suggestedop = op;
});
if(suggestedop.size == op.size, { // this is a bit silly (longer op always has to be after the short)
methodFound = true;
break.value(op);
});
});
});
if(methodFound == false, {" ---> ixi lang error : OPERATOR NOT FOUND !!!".postln; });
};
if(english.not, { // this is the only place of non-english code apart from in the init function
oldop = operator;
operator = try{ language[oldop.asSymbol] } ? operator; // if operator exists in the lang dict, else use the given
operator = operator.asString;
string = string.replace(oldop, operator);
});
switch(operator)
{"dict"}{ // TEMP: only used for debugging
"-- Groups : ".postln;
Post << groups; "\n".postln;
"-- agentDicts : ".postln;
Post << agentDict.keys; "\n".postln;
Post << agentDict; "\n".postln;
"-- snapshotDicts : ".postln;
Post << snapshotDict; "\n".postln;
"-- proxyspace : ".postln;
Post << proxyspace; "\n".postln;
"-- metaAgentDict : ".postln;
Post << metaAgentDict; "\n".postln;
// "-- scoreArray : ".postln;
// Post << scoreArray; "\n".postln;
// "-- buffers : ".postln;
// Post << ixiInstr.returnBufferDict; "\n".postln;
}
{"store"}{
var sessionstart, sessionend, session;
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string++" "; // add a space in order to find end of agent (if no argument)
sessionstart = string.findAll(" ")[0];
sessionend = string.findAll(" ")[1];
session = string[sessionstart+1..sessionend-1];
[projectname, key, language, doc.string, agentDict, snapshotDict, groups, docnum].writeArchive("ixilang/"++projectname++"/sessions/"++session++".ils");
}
{"load"}{
var sessionstart, sessionend, session, key, language, project;
var tempAgentDict, tempSnapshotDict;
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string++" "; // add a space in order to find end of agent (if no argument)
sessionstart = string.findAll(" ")[0];
sessionend = string.findAll(" ")[1];
session = string[sessionstart+1..sessionend-1];
doc.onClose; // call this to end all agents and groups in this particular doc if it has been running agents
#project, key, language, string, agentDict, snapshotDict, groups, docnum = Object.readArchive("ixilang/"++projectname++"/sessions/"++session++".ils");
doc.string = string;
XiiLang.new( project, key, true, false, language, [agentDict, snapshotDict, groups, docnum]);
}
{"snapshot"}{
this.parseSnapshot(string);
}
{"->"}{
var mode;
mode = block{|break|
["|", "[", "{", ")", "$", "~"].do({arg op, i; var c = string.find(op);
if(c.isNil.not, {break.value(i)});
});
};
switch(mode)
{0} { ^this.parseScoreMode0(string, return) }
{1} { ^this.parseScoreMode1(string, return) }
{2} { ^this.parseScoreMode2(string, return) }
{3} { this.parseChord(string, \c) }
{4} { this.parseChord(string, \n) }
{5} { this.createMetaAgent(string) };
}
{"future"}{
// future 8:4 >> swap thor // every 8 SECONDS the action is performed (here 4 times)
// future 4b:4 >> swap thor // every 8 BARS the action is performed (here 4 times)
// future << thor // cancel the scheduling
var command, commandstart, colon, seconds, times, agent, pureagent, agentstart, agentend, argument;
var cursorPos, testcond, snapshot, barmode, argumentarray, tempstring;
string = string.reject({ |c| c.ascii == 10 }); // get rid of char return
// allow for some sloppyness in style
string = string++" "; // add a space in order to find end of agent (if no argument)
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string.replace(" ", " ");
if(string.contains(">>"), { // setting future event(s)
commandstart = string.find(">");
colon = string.find(":");
if(string[6..colon-1].contains("b") || string[6..colon-1].contains("B"), {
barmode = true;
seconds = string[6..colon-1].tr($b, \).asFloat; // remove the b and get the beats
},{
barmode = false; // is the future working in seconds or bars ?
seconds = string[6..colon-1].asFloat;
});
times = string[colon+1..commandstart-1].asInteger;
if(string[commandstart+3..commandstart+10] == "snapshot", { // it's the "choose snapshot" future
if(snapshotDict.size > 1, {
snapshotDict[\futures].stop; // futures is when future is choosing a random snapshot
snapshotDict[\futures] = // don't need to store the name, just a unique name
{
times.do({arg i;
seconds.wait;
testcond = false;
while({ testcond.not }, {
snapshot = snapshotDict.keys.choose;
if(snapshot != \futures, { testcond = true });
});
{
cursorPos = doc.selectionStart; // get cursor pos
this.parseSnapshot("snapshot " ++ snapshot.asString);
doc.selectRange(cursorPos); // set cursor pos again
}.defer;
})
}.fork(TempoClock.new) // not using default clock, since new tempo affects wait (strange?/bug?)
}, {
" ---> ixi lang: you haven't stored more than one snapshot!".postln;
});
}, {
agentstart = string.findAll(" ")[3];
agentend = string.findAll(" ")[4];
pureagent = string[agentstart+1..agentend-1];
agent = (docnum.asString++pureagent).asSymbol;
command = string[commandstart+3..agentstart-1];
argument = string[agentend..string.size-1];
argumentarray = [];
tempstring = "";
argument.do({arg item;
if(item.isAlphaNum || (item == $_), {
tempstring = tempstring ++ item;
}, {
if(tempstring != "", {argumentarray = argumentarray.add(tempstring)}); // removed .asInteger here XXX !!! could cause bugs
tempstring ="";
});
});
if(argumentarray == [], {argumentarray = [argument]}); // removed .asInteger here XXX !!! could cause bugs
//if future argument contains many args then put them into a list that will be wrappedAt in the future task
if(groups.at(agent).isNil.not, { // the "agent" is a group so we need to set routine to each of the agents in the group
groups.at(agent).do({arg agentx, i;
{ var agent; // this var and the value statement is needed to individualise the agents in the future
agent = (docnum.asString++agentx).asSymbol;
agentDict[agent][2] = agentDict[agent][2].add(
{
times.do({arg i;
if(barmode, {
((seconds*agentDict[agent][1].durarr.sum)/TempoClock.default.tempo).wait;
},{
seconds.wait;
});
{
scoreArray = scoreArray.add([Main.elapsedTime, command+agentx+argumentarray.wrapAt(i).asString]);
this.parseMethod(command+agentx+argumentarray.wrapAt(i).asString); // do command
}.defer;
});
}.fork(TempoClock.new)
);
}.value;
});
}, { // it is a real agent, not a group, then we ADD
agentDict[agent][2] = agentDict[agent][2].add(
{
times.do({arg i;
if(barmode, {
((seconds*agentDict[agent][1].durarr.sum)/TempoClock.default.tempo).wait;
},{
seconds.wait;
});
{
scoreArray = scoreArray.add([Main.elapsedTime, command+pureagent+argumentarray.wrapAt(i).asString]);
this.parseMethod(command+pureagent+argumentarray.wrapAt(i).asString); // do command
}.defer;
});
// agentDict[agent][2] = nil; // set it back to nil after routine is finished
}.fork(TempoClock.new)
);
});
});
}, { // removing future scheduling (syntax: future << agent)
agentstart = string.findAll(" ")[1];
agentend = string.findAll(" ")[2];
agent = string[agentstart+1..agentend-1];
agent = (docnum.asString++agent).asSymbol;
if(groups.at(agent).isNil.not, { // the "agent" is a group so we need to set routine to each of the agents in the group
groups.at(agent).do({arg agentx, i;
agent = (docnum.asString++agentx).asSymbol;
agentDict[agent][2].do({arg routine; routine.stop});
agentDict[agent][2] = [];
});
},{
agentDict[agent][2].do({arg routine; routine.stop});
agentDict[agent][2] = [];
});
});
}
{">>"}{
this.initEffect(string);
}
{"<<"}{
this.removeEffect(string);
}
{"))"}{
this.increaseAmp(string);
}
{"(("}{
this.decreaseAmp(string);
}
{"tempo"}{
var newtemp, time, op;
var nrstart = string.find("o")+1;
if(string.contains(":"), {
string = string.tr($ , \);
op = string.find(":");
newtemp = string[nrstart..op].asInteger/60;
time = string[op+1..string.size-1].asInteger;
TempoClock.default.sync(newtemp, time);
}, {
newtemp = string[nrstart+1..string.size-1].asInteger / 60;
TempoClock.default.tempo = newtemp;
});
"---> Setting tempo to : ".post; (newtemp*60).postln;
}
{"scale"}{
var agent, firstarg;
string = string++" ";
firstarg = string[string.findAll(" ")[0]+1..(string.findAll(" ")[1])-1];
agent = (docnum.asString++firstarg).asSymbol;
if(agentDict.keys.includes(agent), {
this.parseMethod(string); // since future will use this, I need to parse the method
}, {
chosenscale = ("Scale."++firstarg).interpret;
chosenscale.tuning_(tuning.asSymbol);
scale = chosenscale.semitones.copy.add(12); // used to be degrees, but that doesn't support tuning
});
}
{"scalepush"}{
var scalestart, scalestr;
var dictscore, mode;
scalestart = string.find("h");
scalestr = string.tr($ , \);
scalestr = scalestr[scalestart+1..scalestr.size-1];
chosenscale = ("Scale."++scalestr).interpret;
chosenscale.tuning_(tuning.asSymbol);
scale = chosenscale.semitones.copy.add(12); // used to be degrees, but that doesn't support tuning
agentDict.do({arg agent;
dictscore = agent[1].scorestring;
dictscore = dictscore.reject({ |c| c.ascii == 34 }); // get rid of quotation marks
mode = block{|break|
["|", "[", "{", ")"].do({arg op, i; var c = dictscore.find(op);
if(c.isNil.not, {break.value(i)});
});
};
switch(mode)
{0} { this.parseScoreMode0(dictscore, false) }
{1} { this.parseScoreMode1(dictscore, false) };
// {2} { this.parseScoreMode2(dictscore) }; // not relevant
if(agent[1].playstate == true, {
proxyspace[agent].play;
});
});
}
{"tuning"}{
var tuningstart, tuningstr;
tuningstart = string.find("g");
tuningstr = string.tr($ , \);
tuning = tuningstr[tuningstart+1..tuningstr.size-1];
tuning = tuning.reject({ |c| c.ascii == 10 }); // get rid of char return
chosenscale.tuning_(tuning.asSymbol);
scale = chosenscale.semitones.copy.add(12);
}
{"tuningpush"}{
var tuningstart, tuningstr;
var dictscore, mode;
tuningstart = string.find("g");
tuningstr = string.tr($ , \);
tuning = tuningstr[tuningstart+1..tuningstr.size-1];
tuning = tuning.reject({ |c| c.ascii == 10 }); // get rid of char return
chosenscale.tuning_(tuning.asSymbol);
scale = chosenscale.semitones.copy.add(12);
agentDict.do({arg agent;
dictscore = agent[1].scorestring;
dictscore = dictscore.reject({ |c| c.ascii == 34 }); // get rid of quotation marks
mode = block{|break|
["|", "[", "{", ")"].do({arg op, i; var c = dictscore.find(op);
if(c.isNil.not, {break.value(i)});
});
};
switch(mode)
{0} { this.parseScoreMode0(dictscore, false) }
{1} { this.parseScoreMode1(dictscore, false) };
// {2} { this.parseScoreMode2(dictscore) }; // not relevant
if(agent[1].playstate == true, {
proxyspace[agent].play;
});
});
}
{"remind"}{
this.getMethodsList;
}
{"help"}{
//XiiLang.openHelpFile; // ixi lang doesn't have the new helpfile format
(XiiLang.filenameSymbol.asString.dirname++"/XiiLang.html").openTextFile;
}
{"tonality"}{
var doc;
doc = Document.new;
doc.name_("scales");
doc.promptToSave_(false);
doc.background_(Color.black);
doc.stringColor_(Color.green);
doc.bounds_(Rect(10, 500, 500, 800));
doc.font_(Font("Monaco",16));
doc.string_("Scales: " + ScaleInfo.scales.keys.asArray.sort.asCompileString
+"\n\n Tunings: "+
"et12, pythagorean, just, sept1, sept2, mean4, mean5, mean6, kirnberger, werkmeister, vallotti, young, reinhard, wcHarm, wcSJ");
}
{"instr"}{
this.getInstrumentsList;
}
{"tonic"}{
var tonicstart, tstring, tonicstr;
tonicstart = string.find("c");
tstring = string.tr($ , \);
tonicstr = tstring[tonicstart+1..tstring.size-1];
tonicstr = tonicstr.reject({ |c| c.ascii == 10 }); // get rid of char return
if(tonicstr.asInteger == 0, { // it's a string
tonic = 60 + [\C, \CS, \D, \DS, \E, \F, \FS, \G, \GS, \A, \AS, \B].indexOf(tonicstr.toUpper.asSymbol); // midinote 60 is the default
}, {
tonic = tonicstr.asInteger;
});
}
{"grid"}{
var cursorPos, gridstring, meter, grids, gridstart;
cursorPos = doc.selectionStart; // get cursor pos
meter = string[string.find(" ")..string.size-1].asInteger;
if(meter == "grid", {meter = 1});
gridstring = "";
50.do({arg i; gridstring = gridstring++if((i%meter)==0, {"|"}, {" "}) });
doc.string_(doc.string.replace(string, gridstring++"\n"));
}
{"kill"}{
proxyspace.end;
proxyspace = ProxySpace.new.know_(true);
snapshotDict[\futures].stop; // ooo not working
agentDict.do({arg agent;
agent[2].do({arg routine; routine.stop});
});
agentDict.do({arg agent;
agent[2].stop;
agent[2] = nil;
});
}
{"group"}{
var spaces, groupname, op, groupitems;
// allow for some sloppyness in style
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string++" "; // add an extra space at the end
string = string.replace(" ", " ");
string = string.reject({ |c| c.ascii == 10 }); // get rid of char return
spaces = string.findAll(" ");
groupname = string[spaces[0]+1..spaces[1]-1];
" ---> ixi lang : MAKING A GROUP : ".post; groupname.postln;
groupname = (docnum.asString++groupname).asSymbol; // multidoc support
op = string.find("->");
groupitems = [];
(spaces.size-1).do({arg i;
if(spaces[i] > op, { groupitems = groupitems.add( string[spaces[i]+1..spaces[i+1]-1].asSymbol ) })
});
groups.add(groupname -> groupitems);
}
{"sequence"}{
var spaces, sequenceagent, op, seqagents, typecheck, firsttype, sa, originalstring, originalagents, fullscore;
var notearr, durarr, sustainarr, instrarr, attackarr, amparr, panarr, score, instrument, quantphase, newInstrFlag = false;
typecheck = 0;
notearr = [];
durarr = [];
sustainarr = [];
attackarr = [];
amparr = [];
panarr = [];
instrarr = [];
score = "";
originalstring = string;
" ---> ixi lang : MAKING A SEQUENCE : ".postln;
// allow for some sloppyness in style
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string.replace(" ", " ");
string = string++" "; // add an extra space at the end
string = string.reject({ |c| c.ascii == 10 }); // get rid of char return
spaces = string.findAll(" ");
sequenceagent = string[spaces[0]+1..spaces[1]-1];
sa = sequenceagent;
sequenceagent = (docnum.asString++sequenceagent).asSymbol; // multidoc support
op = string.find("->");
seqagents = [];
originalagents = [];
(spaces.size-1).do({arg i;
if(spaces[i] > op, {
seqagents = seqagents.add((docnum.asString++string[spaces[i]+1..spaces[i+1]-1]).asSymbol);
originalagents = originalagents.add(string[spaces[i]+1..spaces[i+1]-1]);
});
});
// check if all items are of same type
firsttype = agentDict[seqagents[0]][1].mode;
seqagents.do({arg agent; typecheck = typecheck + agentDict[agent][1].mode; });
// then merge their score into one string (see below the dict idea)
if((typecheck/seqagents.size) != firsttype, {
" ---> ixi lang: ERROR! You are trying to mix playmodes".postln;
}, {
switch(firsttype)
{0} {
seqagents.do({arg agent, i;
notearr = agentDict[agent][1].notearr;
durarr = durarr ++ agentDict[agent][1].durarr;
sustainarr = sustainarr ++ agentDict[agent][1].sustainarr;
instrarr = instrarr ++ agentDict[agent][1].instrarr;
attackarr = attackarr ++ agentDict[agent][1].attackarr;
panarr = panarr ++ agentDict[agent][1].panarr;
score = score ++ agentDict[agent][1].score; // just for creating the score in the doc
});
fullscore = (sa++" -> |"++score++"|");
if(agentDict[sequenceagent].isNil, {
agentDict[sequenceagent] = [ (), ().add(\amp->0.3), nil];
}, {
if(agentDict[sequenceagent][1].scorestring.contains("{"), {newInstrFlag = true }); // free if { instr (Pmono is always on)
}); // 1st = effectRegistryDict, 2nd = scoreInfoDict, 3rd = placeholder for a routine
quantphase = agentDict[seqagents[0]][1].quantphase;
agentDict[sequenceagent][1].scorestring = fullscore.asCompileString;
agentDict[sequenceagent][1].instrument = "rhythmtrack";
agentDict[sequenceagent][1].durarr = durarr;
agentDict[sequenceagent][1].notearr = notearr;
agentDict[sequenceagent][1].sustainarr = sustainarr;
agentDict[sequenceagent][1].instrarr = instrarr;
agentDict[sequenceagent][1].attackarr = attackarr;
agentDict[sequenceagent][1].panarr = panarr;
agentDict[sequenceagent][1].score = score;
agentDict[sequenceagent][1].quantphase = quantphase;
doc.string_(doc.string.replace(originalstring, fullscore++"\n"));
this.playScoreMode0(sequenceagent, notearr, durarr, instrarr, sustainarr, attackarr, panarr, quantphase, newInstrFlag, agentDict[sequenceagent][1].morphmode, agentDict[sequenceagent][1].repeats, false);
}
{1} {
seqagents.do({arg agent, i;
durarr = durarr ++ agentDict[agent][1].durarr;
sustainarr = sustainarr ++ agentDict[agent][1].sustainarr;
notearr = notearr ++ agentDict[agent][1].notearr;
attackarr = attackarr ++ agentDict[agent][1].attackarr;
score = score ++ agentDict[agent][1].score; // just for creating the score in the doc
});
quantphase = agentDict[seqagents[0]][1].quantphase;
instrument = agentDict[seqagents[0]][1].instrument;
fullscore = (sa++" -> "++ instrument ++"["++score++"]");
if(agentDict[sequenceagent].isNil, {
agentDict[sequenceagent] = [ (), ().add(\amp->0.3), nil];
}, {
if(agentDict[sequenceagent][1].scorestring.contains("{"), {newInstrFlag = true }); // free if { instr (Pmono is always on)
}); // 1st = effectRegistryDict, 2nd = scoreInfoDict, 3rd = placeholder for a routine
agentDict[sequenceagent][1].scorestring = fullscore.asCompileString;
agentDict[sequenceagent][1].instrument = instrument;
agentDict[sequenceagent][1].durarr = durarr;
agentDict[sequenceagent][1].sustainarr = sustainarr;
agentDict[sequenceagent][1].notearr = notearr;
agentDict[sequenceagent][1].attackarr = attackarr;
agentDict[sequenceagent][1].panarr = panarr;
agentDict[sequenceagent][1].score = score;
agentDict[sequenceagent][1].quantphase = quantphase;
doc.string_(doc.string.replace(originalstring, fullscore++"\n"));
this.playScoreMode1(sequenceagent, notearr, durarr, sustainarr, attackarr, panarr, instrument, quantphase, newInstrFlag, agentDict[sequenceagent][1].repeats, false);
}
{2} {
seqagents.do({arg agent, i;
durarr = durarr ++ agentDict[agent][1].durarr;
amparr = notearr ++ agentDict[agent][1].amparr;
attackarr = attackarr ++ agentDict[agent][1].attackarr;
score = score ++ agentDict[agent][1].score; // just for creating the score in the doc
});
quantphase = agentDict[seqagents[0]][1].quantphase;
instrument = agentDict[seqagents[0]][1].instrument;
fullscore = (sa++" -> "++ instrument ++"{"++score++"}");
if(agentDict[sequenceagent].isNil, {
agentDict[sequenceagent] = [ (), ().add(\amp->0.3), nil];
}, {
if(agentDict[sequenceagent][1].scorestring.contains("{"), {newInstrFlag = true }); // free if { instr (Pmono is always on)
}); // 1st = effectRegistryDict, 2nd = scoreInfoDict, 3rd = placeholder for a routine
agentDict[sequenceagent][1].scorestring = fullscore.asCompileString;
agentDict[sequenceagent][1].instrument = instrument;
agentDict[sequenceagent][1].durarr = durarr;
agentDict[sequenceagent][1].amparr = amparr;
agentDict[sequenceagent][1].panarr = panarr;
agentDict[sequenceagent][1].score = score;
agentDict[sequenceagent][1].quantphase = quantphase;
doc.string_(doc.string.replace(originalstring, fullscore++"\n"));
this.playScoreMode2(sequenceagent, amparr, durarr, panarr, instrument, quantphase, newInstrFlag, agentDict[sequenceagent][1].repeats, false);
};
});
}
// methods (called verbs in ixi lang) dealt with in the parsMethod below (these change string in doc)
{"doze"} {
this.parseMethod(string);
}
{"perk"}{
this.parseMethod(string);
}
{"nap"}{
this.parseMethod(string);
}
{"shake"}{
this.parseMethod(string);
}
{"swap"}{
this.parseMethod(string);
}
{"replace"}{
this.parseMethod(string);
}
{"insert"}{
this.parseMethod(string);
}
{"remove"}{
this.parseMethod(string);
}
{">shift"}{
this.parseMethod(string);
}
{"<shift"}{
this.parseMethod(string);
}
{"invert"}{
this.parseMethod(string);
}
{"expand"}{
this.parseMethod(string);
}
{"revert"}{
this.parseMethod(string);
}
{"up"}{
this.parseMethod(string);
}
{"down"}{
this.parseMethod(string);
}
{"yoyo"}{
this.parseMethod(string);
}
{"order"}{
this.parseMethod(string);
}
{"hash"}{
this.parseMethod(string);
}
{"beer"}{
this.parseMethod(string);
}
{"coffee"}{
this.parseMethod(string);
}
{"LSD"}{
this.parseMethod(string);
}
{"detox"}{
this.parseMethod(string);
}
// scheme-like verbs
{"+"}{
this.parseMethod(string);
}
{"-"}{
this.parseMethod(string);
}
{"*"}{
this.parseMethod(string);
}
{"/"}{
this.parseMethod(string);
}
{"!"}{
this.parseMethod(string);
}
{"("}{
this.parseMethod(string);
}
{"<"}{
this.parseMethod(string);
}
{"^"}{
this.parseMethod(string);
}
{"@"}{
this.parseMethod(string, return);
}
{"suicide"}{
var chance, time, op;
var nrstart = string.find("e")+1;
if(string.contains(":"), {
string = string.tr($ , \);
op = string.find(":");