/
DroneMachine.sc
665 lines (623 loc) · 24 KB
/
DroneMachine.sc
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DroneMachine {
var task;
var hub;
var type, target, time, rate, range, <name, transtime;
var activedrones;
var sd;
var selecteBeforeMachine;
var updateFunc, drawFunc, drawNow;
var dronesarray, initialStates;
var colarray, locarray;
*new { arg hub, type, target, time, rate, transtime, range;
^super.new.initDroneMachine(hub, type, target, time, rate, transtime, range);
}
initDroneMachine {|arghub, argtype, argtarget, argtime, argrate, argtranstime, argrange|
hub = arghub;
type = argtype ? \amp;
target = argtarget; // the drone, chord or satellite that is the target for this machine
activedrones = [];
time = argtime; // the machine's lifetime
rate = argrate; // update rate of the machine (hz.reciprocal)
range = argrange; // the number of octaves
transtime = argtranstime;
drawNow = true; // engines can set it to false once in a while
sd = hub.window.bounds.height;
selecteBeforeMachine = hub.drones.droneArray[hub.drones.selected].name.asSymbol;
"Creating a Drone Machine".postln;
if(target != \all, {
if(hub.drones.droneDict.includesKey(target), { // if it's one drone that's the target
dronesarray = hub.drones.droneDict.at(target).asArray;
});
if(hub.drones.chordDict.includesKey(target), { // if it's a chord that's the target
dronesarray = hub.drones.chordDict.at(target).asArray;
});
if(hub.drones.satellitesDict.includesKey(target), { // if it's a satellite that's the target
dronesarray = hub.drones.satellitesDict.at(target).asArray;
});
if(hub.drones.groupDict.includesKey(target), { // if it's a satellite that's the target
dronesarray = hub.drones.groupDict.at(target).asArray;
});
if(hub.drones.interDict.includesKey(target), { // if it's a satellite that's the target
dronesarray = hub.drones.interDict.at(target).asArray;
});
}, {
dronesarray = hub.drones.droneArray;
});
// INITIAL STATES -> in order to put drones back into their original state after a machine
switch(type)
{ \chord }{
initialStates = dronesarray.collect({arg drone; drone.ratio });
}
{ \scale }{
initialStates = dronesarray.collect({arg drone; drone.degree });
}
{ \amp }{
initialStates = dronesarray.collect({arg drone; drone.amp });
}
{ \harmonics }{
initialStates = dronesarray.collect({arg drone; drone.harmonics });
};
[\dronesarray, dronesarray].postln;
updateFunc = this.getUpdateFunc(type, target, range, transtime);
drawFunc = this.getDrawFunc(type);
this.start();
}
name_ { |argname|
name = argname.asSymbol;
"MACHINE NAME : ".post; name.postln;
}
start {
// start a task (on low framerate 1Hz) that calls this.update
task = {
((time*rate.reciprocal) - 1).do({ |i|
this.update(false);
rate.wait;
});
this.update(true); // last update
[rate, transtime].maxItem.wait; // wait for things to settle
this.kill();
}.fork(TempoClock.new);
}
stop {
task.stop();
this.update(true); // if machine is killed in the middle of operation, set drones back to default
}
kill { // from User and from start (above - when task is finished)
"Killing machine: ".post; this.name.postln;
hub.drones.killMachine(this.name);
this.stop();
}
update { | last=false |
//[\updatefunc, updateFunc].postln;
updateFunc.value(last);
}
draw {
//[\activedrones, activedrones].postln;
// [\drawNow, drawNow].postln;
// if(drawNow, { ^drawFunc });
^drawFunc;
}
getUpdateFunc { | type, target, range, transtime |
"Getting update function".postln;
switch(type)
{\chord} {
var ready = true;
^{ |last|
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
added = false;
activedrones.do({arg item; if(item === drone, { added = true }) });
if(added == false, { activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item === drone });
});
// the logic
if(last.not, {
{ drawNow = true;
{ drawNow = false }.defer(0.3);
if(0.5.coin, {
if(ready, {
{ drone.chordnote_(1+drone.chord.size.rand, transtime) }.defer(0.1);
ready = false;
{ ready = true }.defer(transtime); // make sure two commands are not on the same drone (it jumps)
});
})}.value;
}, { // the last event puts it back into place
drawNow = true;
{ drawNow = false }.defer(0.3);
initialStates.do({ |ratio, i|
// only going back after transtime (since the command above might have run it)
{ dronesarray[i].ratio_(ratio, transtime) }.defer(transtime); // no competition
});
});
}}
{\scale} {
var ready = true;
^{ |last|
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
added = false;
activedrones.do({arg item; if(item === drone, { added = true }) });
if(added == false, { activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item === drone });
});
// the logic
if(last.not, {
{var degree;
degree = range*(1+(drone.scalesize.rand));
drawNow = true;
{drawNow = false}.defer(0.3);
if(0.5.coin, {
if(ready, {
{ drone.degree_(degree, transtime) }.defer(0.1);
ready = false;
{ ready = true }.defer(transtime); // make sure two commands are not on the same drone (it jumps)
});
})}.value;
}, {
drawNow = true;
{ drawNow = false }.defer(0.3);
initialStates.do({ |degree, i|
{ dronesarray[i].degree_(degree, transtime) }.defer(transtime); // back to tonic
});
});
}}
{\amp} {
var ready = true;
^{ |last|
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
added = false;
activedrones.do({arg item; if(item === drone, { added = true }) });
if(added == false, { activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item === drone });
});
// the logic
if(last.not, {
{
var newamp;
newamp = rand2(0.5, 1); // -50% to -10% or 10% to 50% change in amp
drawNow = true;
{drawNow = false}.defer(0.3);
if(0.5.coin, {
if(ready, {
{ drone.relAmp_(newamp.range(0, 2), transtime) }.defer(0.1);
ready = false;
{ ready = true }.defer(transtime); // make sure two commands are not on the same drone (it jumps)
});
})}.value;
}, {
drawNow = true;
{ drawNow = false }.defer(0.3);
initialStates.do({ |amp, i|
{ dronesarray[i].amp_(amp, transtime) }.defer(transtime); // back to orignal amp
});
});
}}
{\harmonics} {
var ready = true;
^{ |last|
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
added = false;
activedrones.do({arg item; if(item === drone, { added = true }) });
if(added == false, { activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item === drone });
});
// the logic
if(last.not, {
{var newharm;
newharm = rrand(1, 7);
drawNow = true;
{drawNow = false}.defer(0.3);
if(0.5.coin, {
if(ready, {
{ drone.harmonics_(newharm.max(drone.harmonics), transtime) }.defer(0.1);
ready = false;
{ ready = true }.defer(transtime); // make sure two commands are not on the same drone (it jumps)
});
})}.value;
}, {
drawNow = true;
{ drawNow = false }.defer(0.3);
initialStates.do({ |harm, i|
{ dronesarray[i].harmonics_(harm, transtime)}.defer(transtime); // back to orignal amp
});
});
}}
// not ready yet
{\create} {^{ |last|
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
"target is : ".post; target.postln;
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
// "Machine added drone: -->>>-- ".post; drone.name.postln;
added = false;
activedrones.do({arg item; if(item.name == drone.name, {added = true}) });
if(added == false, {activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item.name == drone.name });
// "Machine removed drone: --<<<-- ".post; drone.name.postln;
});
}}
{\neutral} {^{
var drone, added;
//hub.drones.select(hub.drones.droneDict.choose.name.asSymbol); // select drones
if(target == \all, {
drone = hub.drones.droneDict.choose;
},{
"target is : ".post; target.postln;
drone = dronesarray.choose;
});
if(activedrones.size < 4, {
// "Machine added drone: -->>>-- ".post; drone.name.postln;
added = false;
activedrones.do({arg item; if(item.name == drone.name, {added = true}) });
if(added == false, {activedrones = activedrones.add(drone) });
}, {
activedrones = activedrones.reject({arg item; item.name == drone.name });
// "Machine removed drone: --<<<-- ".post; drone.name.postln;
});
}};
}
getDrawFunc { |type| // this is only called on startup
"Getting draw function".postln;
switch(type)
{\chord} {
colarray = [[0.2, rrand(0.15, 0.5)]] ++ ({[rrand(0.15, 0.5), rrand(0.1, 0.4)]}!5);
locarray = {[(2pi).rand, (2pi).rand]}!4;
^{
// the machine function (the lines)
if(drawNow, {
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.red(0.2, rrand(0.7, 1));
// Pen.fillColor = Color.red( 0.8, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
});
Pen.stroke;
Pen.fill;
};
});
});
// the machine look (the center wedges)
if(0.5.coin, { // make the machines move slower (if true would make it really fast)
colarray = [[0.2, rrand(0.15, 0.5)]] ++ ({[rrand(0.15, 0.5), rrand(0.1, 0.4)]}!5);
// locarray = {[(2pi).rand, (2pi).rand]}!4;
locarray = locarray+[rrand(0.1, 0.3), rrand(0.1, 0.3), rrand(0.1, 0.3), rrand(0.1, 0.3)];
});
Pen.strokeColor = Color.red(colarray[0][0], colarray[0][1]);
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.stroke;
Pen.fillColor = Color.red(colarray[1][0], colarray[1][1]);
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.fillStroke;
Pen.fillColor = Color.red(colarray[2][0], colarray[2][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 10, 22, locarray[0][0], locarray[0][1]);
Pen.fillStroke;
Pen.fillColor = Color.red(colarray[3][0], colarray[3][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 16, 32, locarray[1][0], locarray[1][1]);
Pen.fillStroke;
Pen.fillColor = Color.red(colarray[4][0], colarray[4][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 20, 36, locarray[2][0], locarray[2][1]);
Pen.fillStroke;
Pen.fillColor = Color.red(colarray[5][0], colarray[5][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 26, 32, locarray[3][0], locarray[3][1]);
Pen.fillStroke;
}
}
{\scale} {
^{
if(drawNow, {
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1));
// Pen.fillColor = Color.green( 0.4, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
});
Pen.stroke;
Pen.fill;
};
});
});
// the machine look (the center wedges)
if(0.3.coin, { // make the machines move slower (if true would make it really fast)
colarray = [[0.2, rrand(0.15, 0.5)]] ++ ({[rrand(0.15, 0.5), rrand(0.1, 0.4)]}!5);
locarray = {[(2pi).rand, (2pi).rand]}!4;
});
Pen.strokeColor = Color.green(colarray[0][0], colarray[0][1]);
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.stroke;
Pen.fillColor = Color.green(colarray[1][0], colarray[1][1]);
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.fillStroke;
Pen.fillColor = Color.green(colarray[2][0], colarray[2][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 10, 22, (2pi).rand, (2pi).rand);
Pen.fillStroke;
Pen.fillColor = Color.green(colarray[3][0], colarray[3][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 16, 32, (2pi).rand, (2pi).rand);
Pen.fillStroke;
Pen.fillColor = Color.green(colarray[4][0], colarray[4][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 20, 36, (2pi).rand, (2pi).rand);
Pen.fillStroke;
Pen.fillColor = Color.green(colarray[5][0], colarray[5][1]);
Pen.addAnnularWedge((sd/2)@(sd/2), 26, 32, (2pi).rand, (2pi).rand);
Pen.fillStroke;
}
}
{\amp} {
^{
if(drawNow, {
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.red(0.3, rrand(0.7, 1));
//Pen.fillColor = Color.red( 0.4, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
});
Pen.stroke;
Pen.fill;
};
});
});
// the machine look (the center wedges)
if(0.3.coin, { // make the machines move slower (if true would make it really fast)
colarray = [[0.2, rrand(0.15, 0.5)]] ++ ({[rrand(0.15, 0.5), rrand(0.1, 0.4)]}!5);
locarray = {[(2pi).rand, (2pi).rand]}!4;
});
Pen.strokeColor = Color.red(colarray[0][0], colarray[0][1]);
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.stroke;
// Pen.fillColor = Color.green(colarray[1][0], colarray[1][1]);
// Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
// Pen.fillStroke;
// Pen.fillColor = Color.green(colarray[2][0], colarray[2][1]);
// Pen.addAnnularWedge((sd/2)@(sd/2), 10, 22, (2pi).rand, (2pi).rand);
// Pen.fillStroke;
// Pen.fillColor = Color.green(colarray[3][0], colarray[3][1]);
// Pen.addAnnularWedge((sd/2)@(sd/2), 16, 32, (2pi).rand, (2pi).rand);
// Pen.fillStroke;
// Pen.fillColor = Color.green(colarray[4][0], colarray[4][1]);
// Pen.addAnnularWedge((sd/2)@(sd/2), 20, 36, (2pi).rand, (2pi).rand);
// Pen.fillStroke;
// Pen.fillColor = Color.green(colarray[5][0], colarray[5][1]);
// Pen.addAnnularWedge((sd/2)@(sd/2), 26, 32, (2pi).rand, (2pi).rand);
// Pen.fillStroke;
//
//
// Pen.strokeColor = Color.red(0.8, rrand(0.7, 1)).alpha_(rrand(0.05, 0.4));
if(0.5.coin, {
Pen.fillColor = Color.red(colarray[1][0], colarray[1][1]).alpha_(rrand(0.05, 0.4));
Pen.addOval(Rect((sd/2)-10, (sd/2)-10, 20, 20)) });
if(0.5.coin, {
Pen.fillColor = Color.red(colarray[2][0], colarray[2][1]).alpha_(rrand(0.05, 0.4));
Pen.addOval(Rect((sd/2)-15, (sd/2)-15, 30, 30)) });
if(0.5.coin, {
Pen.fillColor = Color.red(colarray[3][0], colarray[3][1]).alpha_(rrand(0.05, 0.4));
Pen.addOval(Rect((sd/2)-20, (sd/2)-20, 40, 40)) });
if(0.5.coin, {
Pen.fillColor = Color.red(colarray[4][0], colarray[4][1]).alpha_(rrand(0.05, 0.4));
Pen.addOval(Rect((sd/2)-25, (sd/2)-25, 50, 50)) });
if(0.5.coin, {
Pen.fillColor = Color.red(colarray[5][0], colarray[5][1]).alpha_(rrand(0.05, 0.4));
Pen.addOval(Rect((sd/2)-30, (sd/2)-30, 60, 60)) });
Pen.stroke;
}
}
{\harmonics} {
^{
if(drawNow, {
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.green( 0.2, rrand(0.7, 1));
// Pen.fillColor = Color.green( 0.2, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
});
Pen.stroke;
Pen.fill;
};
});
});
Pen.strokeColor = Color.green(0.2, rrand(0.5, 0.7));
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.stroke;
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1)).alpha_(rrand(0.05, 0.4));
if(0.5.coin, { Pen.addOval(Rect((sd/2)-10, (sd/2)-10, 20, 20)) });
if(0.5.coin, { Pen.addOval(Rect((sd/2)-15, (sd/2)-15, 30, 30)) });
if(0.5.coin, { Pen.addOval(Rect((sd/2)-20, (sd/2)-20, 40, 40)) });
if(0.5.coin, { Pen.addOval(Rect((sd/2)-25, (sd/2)-25, 50, 50)) });
if(0.5.coin, { Pen.addOval(Rect((sd/2)-30, (sd/2)-30, 60, 60)) });
Pen.stroke;
}
}
{\create} {
^{
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1));
Pen.fillColor = Color.green( 0.3, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
});
// Pen.stroke;
// Pen.fill;
};
});
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1));
Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
Pen.stroke;
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1)).alpha_(rrand(0.05, 0.4));
if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-15, (sd/2)-15, 30, 30)) });
Pen.stroke;
Pen.width = 1.5;
if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-25, (sd/2)-25, 50, 50)) });
Pen.stroke;
Pen.width = 0.5;
if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-35, (sd/2)-35, 70, 70)) });
Pen.stroke;
Pen.width = 2.5;
if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-45, (sd/2)-45, 90, 90)) });
Pen.stroke;
Pen.width = 3.5;
Pen.stroke;
if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-55, (sd/2)-55, 110, 110)) });
Pen.stroke;
}
}
{\neutral} {
var points;
points = Array.fill(8, { Point(40.rand2, 40.rand2) });
^{
var droneB = activedrones.choose;
activedrones.do({ arg drone;
Pen.use {
Pen.strokeColor = Color.green(0.3, rrand(0.7, 1));
Pen.fillColor = Color.green( 0.3, rrand(0.7, 1) );
if(0.5.coin, {
Pen.rotate(drone.getDroneLook[2], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.strokeColor = Color.blue(0.3, rrand(0.7, 1));
Pen.line(Point((sd/2)+0.5+(drone.getDroneLook[1]), (sd/2)), Point((sd/2)+0.5+(droneB.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
Pen.fillColor = Color.blue( 0.3, rrand(0.7, 1) );
Pen.addOval( Rect( (sd/2)+0.5+(droneB.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
}, {
Pen.rotate(drone.getDroneLook[2]+drone.getDroneLook[3], (sd/2)+0.5, sd/2 );
Pen.line(Point((sd/2)+0.5, sd/2), Point((sd/2)+0.5+(drone.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.strokeColor = Color.blue(0.3, rrand(0.7, 1));
Pen.line(Point((sd/2)+0.5+(drone.getDroneLook[1]), (sd/2)), Point((sd/2)+0.5+(droneB.getDroneLook[1]), sd/2));
Pen.stroke;
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[0])-4, (sd/2)-4, 8, 8) );
Pen.addOval( Rect((sd/2)+0.5+(drone.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
Pen.fillColor = Color.blue( 0.3, rrand(0.7, 1) );
Pen.addOval( Rect( (sd/2)+0.5+(droneB.getDroneLook[1])-4, (sd/2)-4, 8, 8) );
Pen.fill;
});
//Pen.stroke;
//Pen.fill;
};
});
// Pen.strokeColor = if(0.5.coin, {Color.green(0.3, rrand(0.7, 1))}, {Color.blue(0.3, rrand(0.7, 1))});
// Pen.addOval(Rect((sd/2)+0.5-5, (sd/2)-5, 10, 10));
// Pen.stroke;
// Pen.strokeColor = if(0.5.coin, {Color.green(0.3, rrand(0.7, 1))}, {Color.blue(0.3, rrand(0.7, 1))});
// if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-15, (sd/2)-15, 30, 30)) });
// Pen.stroke;
// Pen.width = 1.5;
// Pen.strokeColor = if(0.5.coin, {Color.green(0.3, rrand(0.7, 1))}, {Color.blue(0.3, rrand(0.7, 1))});
// if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-25, (sd/2)-25, 50, 50)) });
// Pen.stroke;
// Pen.width = 0.5;
// if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-35, (sd/2)-35, 70, 70)) });
// Pen.stroke;
// Pen.strokeColor = if(0.5.coin, {Color.green(0.3, rrand(0.7, 1))}, {Color.blue(0.3, rrand(0.7, 1))});
// Pen.width = 0.5;
// if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-45, (sd/2)-45, 90, 90)) });
// Pen.stroke;
// Pen.width = 1.5;
// Pen.stroke;
// if(0.5.coin, { Pen.addOval(Rect((sd/2)+0.5-55, (sd/2)-55, 110, 110)) });
// Pen.stroke;
// Pen.width = 0.5;
points = Array.fill(8, { Point((sd/2)+30.rand2, (sd/2)+30.rand2) });
Ê Ê Pen.strokeColor = Color.green(0.3);
Ê Ê Pen.moveTo(points[0]);
points.do({arg point;
Pen.lineTo(point);
});
Ê Ê Pen.stroke;
Ê Ê Pen.strokeColor = Color.green(0.3);
points.do({arg point;
Ê Ê Pen.addArc(point, 2+(4.0.rand), 2pi, 2pi);
});
Pen.stroke;
}
}
}
}