just commiiiit

Author: tmhglnd

build/ts.bundle.js

@@ -352,6 +352,38 @@ function expand(a=[0, 0], l=0){
 exports.expand = expand;
 exports.extrapolate = expand;
 
+// generate a "cantus firmus" WIP
+// 
+// function cantusFirmus(){
+// 	let tonic = 0;
+// 	let current = tonic;
+// 	let _prev;
+// 	let arr = [];
+// 	arr.push(current);
+
+// 	let maxDistance = 0;
+// 	let minLength = 8;
+// 	let maxLength = 16;
+
+// 	for (let i = 0; i < 20; i++){
+// 		let ivl = rng() < 0.5 ? 1 : -1;
+// 		current += ivl;
+// 		arr.push(current);
+// 		_prev = current;
+// 	}
+// 	console.log(arr);
+// }
+// exports.cantusFirmus = cantusFirmus;
+// cantusFirmus();
+
+// generate a "first species" counterpoint
+// 
+// function firstSpeciesCounterpoint(a=[0]){
+// 	let prevInterval;
+// }
+// exports.firstSpeciesCounterpoint = firstSpeciesCounterpoint;
+// exports.counterpoint = firstSpeciesCounterpoint;
+
 // Initialize a Markov Chain Model (One of the simpelest forms of ML)
 // A Markov chain is a stochastic model describing a sequence 
 // of possible events in which the probability of each event depends 

build/ts.es5.js

@@ -1069,10 +1069,10 @@ function testTranslate(){
 		expect(TL.mtof(60)).toStrictEqual(261.6255653005986);
 	});
 	test("TL.mtof([48, 55, 51, 43])", () => {
-		expect(TL.mtof([48, 55, 51, 43])).toStrictEqual([ 130.8127826502993, 195.99771799087463, 155.56349186104043, 97.99885899543733 ]);
+		expect(TL.mtof([48, 55, 51, 43])).toStrictEqual([ 130.8127826502993, 195.99771799087463, 155.56349186104046, 97.99885899543733 ]);
 	});
 	test("TL.mtof([48, [[55, 51], 43]])", () => {
-		expect(TL.mtof([48, [[55, 51], 43]])).toStrictEqual([ 130.8127826502993, [ [ 195.99771799087463, 155.56349186104043 ], 97.99885899543733 ] ]);
+		expect(TL.mtof([48, [[55, 51], 43]])).toStrictEqual([ 130.8127826502993, [ [ 195.99771799087463, 155.56349186104046 ], 97.99885899543733 ] ]);
 	});
 	test("TL.mtof(60.3)", () => {
 		expect(TL.mtof(60.3)).toStrictEqual(266.19869962824436);
@@ -1118,7 +1118,7 @@ function testTranslate(){
 		expect(TL.ntof('c4')).toStrictEqual(261.6255653005986);
 	});
 	test("TL.ntof(['c3', [['g3', 'eb3'], 'g2']])", () => {
-		expect(TL.ntof(['c3', [['g3', 'eb3'], 'g2']])).toStrictEqual([ 130.8127826502993, [ [ 195.99771799087463, 155.56349186104043 ], 97.99885899543733 ] ]);
+		expect(TL.ntof(['c3', [['g3', 'eb3'], 'g2']])).toStrictEqual([ 130.8127826502993, [ [ 195.99771799087463, 155.56349186104046 ], 97.99885899543733 ] ]);
 	});
 
 	test("TL.ctor()", () => {
@@ -1203,7 +1203,7 @@ function testTranslate(){
 
 	test("TL.toFreq([0, [1, 2, 3], [4, 5, [6, 7], 8], 9, 10, 11]])", () => {
 		TL.setScale('minor_pentatonic', 'c');
-		expect(TL.toFreq([0, [1, 2, 3], [4, 5, [6, 7], 8], 9, 10, 11])).toStrictEqual([ 261.6255653005986, [ 261.6255653005986, 261.6255653005986, 311.12698372208087 ], [ 311.12698372208087, 349.2282314330039, [ 349.2282314330039, 391.99543598174927 ], 391.99543598174927 ], 391.99543598174927, 466.1637615180899, 466.1637615180899 ]);
+		expect(TL.toFreq([0, [1, 2, 3], [4, 5, [6, 7], 8], 9, 10, 11])).toStrictEqual([ 261.6255653005986, [ 261.6255653005986, 261.6255653005986, 311.1269837220809 ], [ 311.1269837220809, 349.2282314330039, [ 349.2282314330039, 391.99543598174927 ], 391.99543598174927 ], 391.99543598174927, 466.1637615180899, 466.1637615180899 ]);
 	});
 
 	test("TL.rtoc()", () => {