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junk.js
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junk.js
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for (let i =0; i < 4; i++) {
var s1 = function( sketch ) {
sketch.setup = function() {
let canvas1 = sketch.createCanvas(100, 100, sketch.WEBGL);
if ( i <2){
canvas1.position(0 + (i*105),0);}
else if (i==2) {
let j = i-2;
let k=i-1;
canvas1.position(0 + (j*105),0 + (k*105));
}
else {
let j = i-2;
canvas1.position(0 + (j*105),0 + (j*105));
}
}
sketch.draw = function() {
//for canvas 1
sketch.background(100);
sketch.rotateX((sketch.frameCount+i*20) * 0.01);
sketch.rotateZ((sketch.frameCount+i*20) * 0.01);
sketch.cone(30, 50);
}
};
// create a new instance of p5 and pass in the function for sketch 1
new p5(s1);
}
// var s2 = function( sketch ) {
// sketch.setup = function() {
// let canvas2 = sketch.createCanvas(100, 100, sketch.WEBGL);
// canvas2.position(100,0);
// }
// sketch.draw = function() {
// //for canvas 2
// sketch.background(100);
// sketch.rotateX(sketch.frameCount * 0.01);
// sketch.rotateZ(sketch.frameCount * 0.02);
// sketch.cone(30, 50);
// }
// };
// // create the second instance of p5 and pass in the function for sketch 2
// new p5(s1);
sketch2 = function (sketch) {
// console.log(canvases);
sketch.setup = function () {
// *** FACE ***
class Face {
normal; // normal vector
// COLORS FOR FILL (color type did not work)
red;
green;
blue;
// **** CONSTRUCTOR ****
constructor(n, r, g, b) {
this.normal = n;
this.red = r;
this.green = g;
this.blue = b;
}
// **** FUNCTIONS *****
// TURN FACES
turnZ(angle) {
let vz = sketch.createVector();
vz.x = sketch.round(this.normal.x * sketch.cos(angle) - this.normal.y * sketch.sin(angle));
vz.y = sketch.round(this.normal.x * sketch.sin(angle) + this.normal.y * sketch.cos(angle));
vz.z = sketch.round(this.normal.z);
this.normal = vz;
}
turnY(angle) {
let vy = sketch.createVector();
vy.x = sketch.round(this.normal.x * sketch.cos(angle) - this.normal.z * sketch.sin(angle));
vy.z = sketch.round(this.normal.x * sketch.sin(angle) + this.normal.z * sketch.cos(angle));
vy.y = sketch.round(this.normal.y);
this.normal = vy;
}
turnX(angle) {
let vx = sketch.createVector();
vx.y = sketch.round(this.normal.y * sketch.cos(angle) - this.normal.z * sketch.sin(angle));
vx.z = sketch.round(this.normal.y * sketch.sin(angle) + this.normal.z * sketch.cos(angle));
vx.x = sketch.round(this.normal.x);
this.normal = vx;
}
// DISPLAY COLORS ON CUBE - these params work correctly for me
showColor() {
sketch.push();
sketch.noStroke();
sketch.fill(Number(this.red), Number(this.green), Number(this.blue));
sketch.rectMode(sketch.CENTER);
sketch.translate(20 * this.normal.x, 20 * this.normal.y, 20 * this.normal.z);
if (sketch.abs(this.normal.x)) {
sketch.rotateY(sketch.HALF_PI);
}
else if (this.normal.y) {
sketch.rotateX(sketch.HALF_PI);
}
// console.log(this.normal.x , this.normal.y, this.normal.z); seems to be working fine..
sketch.square(0, 0, 40);
sketch.pop();
}
} // end face
// *** CUBIE ***
class Cubie {
vector3; // to store vector positions hopefully
matrix; // to store transformation matrix
matrix_next;
// index of each axis
xi;
yi;
zi;
length;
plane;
faces = Array(6); // array for the 6 total faces
r = 255;
g = 255;
b = 255;
// **** CONSTRUCTOR ****
constructor(m, l, x, y, z, p) {
this.matrix = m;
this.length = l;
this.xi = x;
this.yi = y;
this.zi = z;
this.plane = p;
// each cubie will have information for all 6 faces
this.faces[0] = new Face(sketch.createVector(0, 0, -1), 0, 0, 255); // BACK - pass a new vector? and blue
this.faces[1] = new Face(sketch.createVector(0, 0, 1), 0, 255, 0); // FRONT - green
this.faces[2] = new Face(sketch.createVector(0, 1, 0), 255, 255, 255); // UP - white
this.faces[3] = new Face(sketch.createVector(0, -1, 0), 255, 255, 0); // DOWN - yellow
this.faces[4] = new Face(sketch.createVector(1, 0, 0), 255, 140, 0); // LEFT - orange
this.faces[5] = new Face(sketch.createVector(-1, 0, 0), 255, 0, 0); // RIGHT - red
}
// show the cubie, translate to center, and show face colors
show() {
sketch.noFill();
sketch.stroke(0);
sketch.strokeWeight(5);
sketch.push();
sketch.translate(this.matrix.x, this.matrix.y, this.matrix.z);
sketch.box(this.length);
for (let f of this.faces) {
f.showColor();
}
sketch.pop();
}
// **** FUNCTIONS *****
update(newx, newy, newz) {
this.xi = newx;
this.yi = newy;
this.zi = newz;
}
turnZfaces(angle) {
for (let f of this.faces) {
f.turnZ(angle);
}
}
turnYfaces(angle) {
for (let f of this.faces) {
f.turnY(angle);
}
}
turnXfaces(angle) {
for (let f of this.faces) {
f.turnX(angle);
}
}
} // end cubie
// **** MOVE ****
class Move {
angle = 0;
x = 0;
y = 0;
z = 0;
dir;
plane;
animate = false;
constructor(x, y, z, dir, p) {
this.x = x;
this.y = y;
this.z = z;
this.dir = dir;
this.plane = p;
}
// ***** FUNCTIONS *****
start() {
this.animate = true;
this.angle = 0;
}
update() {
if (this.animate) {
this.angle += this.dir * 0.1;
// console.log("animating", this.dir, "z thing:", this.z, " pi", sketch.HALF_PI);
if (sketch.abs(this.angle) > sketch.HALF_PI) {
this.angle = 0;
this.animate = false;
// this does not work with slicing, because it IS 0!
if (this.plane == Z_PLANE) { // Z axis animation
rotateZaxis(this.dir * sketch.HALF_PI, this.z);
console.log("dir:", this.dir, "z-animation", this.z);
}
else if (this.plane == X_PLANE) { // X axis animation
rotateXaxis(this.dir * sketch.HALF_PI, this.x);
console.log("dir:", this.dir, "x-animation", this.x);
}
else if (this.plane == Y_PLANE) { // Y axis animation
rotateYaxis(this.dir * -1 * sketch.HALF_PI, this.y);
console.log("dir:", this.dir, "y-animation", this.y);
}
}
}
}
}// END MOVE CLASS
// *** END CLASSES ****
// **** START CANVAS AND SETUP ****
let canvas = sketch.createCanvas(430, 250, sketch.WEBGL);
canvas.parent(canvas_id[1]);
cam2 = sketch.createCamera();
cam2.setPosition(180, 200, 180);
cam2.lookAt(0, 0, 0);
sketch.setCamera(cam2);
console.log('first canvas');
// "canvastl"
// canvas.parent(canvas_id[i]);
sketch.frameRate(60);
// SETUP VARIABLES
dim = Number(3);
cube = Array(dim * dim * dim).fill(); // 1D array of matrices
index = 0;
// ATTEMPT 1
// for every cubie, make a cube with correct length and offset to center
for (let _X = 0, xx = -1; _X < dim; _X++, xx++) {
for (let _Y = 0, yy = -1; _Y < dim; _Y++, yy++) {
for (let _Z = 0, zz = -1; _Z < dim; _Z++, zz++) {
let _len = 40;
let offset = (dim - 1) * _len * 0.5;
let x = _X * _len - offset;
let y = _Y * _len - offset;
let z = _Z * _len - offset;
let m = sketch.createVector(x, y, z);
// let p;
// if () {
// p = X_PLANE;
// }
// else if () {
// p = Y_PLANE;
// }
// else if () {
// p = Z_PLANE;
// }
cube[index] = new Cubie(m, _len, xx, yy, zz);
// console.log("x: ", cube[index].xi, "y: ", cube[index].yi, "z: ", cube[index].zi);
index++;
}
}
}
index = 0;
move = null;
moves[0] = new Move(M_SLICE, -2, -2, CLOCKWISE, X_PLANE); //0
moves.push(new Move(-2, UP, -2, CLOCKWISE, Y_PLANE)); // 1
moves.push(new Move(-2, DOWN, -2, CLOCKWISE, Y_PLANE)); // 2
moves.push(new Move(RIGHT, -2, -2, CLOCKWISE, X_PLANE)); // 3 - !
moves.push(new Move(LEFT, -2, -2, CLOCKWISE, X_PLANE)); // 4 -
moves.push(new Move(-2, -2, FRONT, CLOCKWISE, Z_PLANE)); // 5
moves.push(new Move(-2, -2, BACK, CLOCKWISE, Z_PLANE)); // 6
moves.push(new Move(-2, E_SLICE, -2, CLOCKWISE, Y_PLANE)); // 7
moves.push(new Move(-2, -2, S_SLICE, CLOCKWISE, Z_PLANE)); // 8
moves.push(new Move(M_SLICE, -2, -2, COUNTER_CLOCKWISE, X_PLANE)); // 9
moves.push(new Move(-2, UP, -2, COUNTER_CLOCKWISE, Y_PLANE)); // 10
moves.push(new Move(-2, DOWN, -2, COUNTER_CLOCKWISE, Y_PLANE)); // 11
moves.push(new Move(RIGHT, -2, -2, COUNTER_CLOCKWISE, X_PLANE)); // 12
moves.push(new Move(LEFT, -2, -2, COUNTER_CLOCKWISE, X_PLANE)); // 13
moves.push(new Move(-2, -2, FRONT, COUNTER_CLOCKWISE, Z_PLANE)); // 14
moves.push(new Move(-2, -2, BACK, COUNTER_CLOCKWISE, Z_PLANE)); // 15
moves.push(new Move(-2, E_SLICE, -2, COUNTER_CLOCKWISE, Y_PLANE)); // 16
moves.push(new Move(-2, -2, S_SLICE, COUNTER_CLOCKWISE, Z_PLANE)); // 17
moves.push(new Move(-2, -2, -2, -2, -2));
} // end setup
// X AXIS ONLY
function rotateXaxis(angle, axis_index) {
for (let i = 0; i < cube.length; i++) {
// in z axis plane, the front?
qb = cube[i];
if (qb.xi == axis_index) { // 0 == back, 1 = middle, 2 == front
qb.matrix_next = sketch.createVector();
// rotate?
qb.matrix_next.y = sketch.round(qb.matrix.y * sketch.cos(angle) - qb.matrix.z * sketch.sin(angle));
qb.matrix_next.z = sketch.round(qb.matrix.y * sketch.sin(angle) + qb.matrix.z * sketch.cos(angle));
qb.matrix_next.x = sketch.round(qb.matrix.x);
// translate?
qb.matrix = qb.matrix_next;
qb.update((qb.matrix.x / 40), (qb.matrix.y / 40), (qb.matrix.z / 40));
qb.turnXfaces(angle);
} // end if axis
}
} // end X turn
// Y AXIS ONLY
function rotateYaxis(angle, axis_index) {
for (let i = 0; i < cube.length; i++) {
// in z axis plane, the front?
qb = cube[i];
if (qb.yi == axis_index) { // 0 == back, 1 = middle, 2 == front
qb.matrix_next = sketch.createVector();
qb.matrix_next.x = sketch.round(qb.matrix.x * sketch.cos(angle) - qb.matrix.z * sketch.sin(angle));
qb.matrix_next.z = sketch.round(qb.matrix.x * sketch.sin(angle) + qb.matrix.z * sketch.cos(angle));
qb.matrix_next.y = sketch.round(qb.matrix.y);
qb.matrix = qb.matrix_next;
qb.update((qb.matrix.x / 40), (qb.matrix.y / 40), (qb.matrix.z / 40));
qb.turnYfaces(angle);
} // end if axis
}
} // end Y turn
// Z AXIS ONLY
function rotateZaxis(angle, axis_index) {
for (let i = 0; i < cube.length; i++) {
// in z axis plane, the front?
qb = cube[i];
if (qb.zi == axis_index) { // 0 == back, 1 = middle, 2 == front
qb.matrix_next = sketch.createVector();
qb.matrix_next.x = sketch.round(qb.matrix.x * sketch.cos(angle) - qb.matrix.y * sketch.sin(angle));
qb.matrix_next.y = sketch.round(qb.matrix.x * sketch.sin(angle) + qb.matrix.y * sketch.cos(angle));
qb.matrix_next.z = sketch.round(qb.matrix.z);
qb.matrix = qb.matrix_next;
qb.update((qb.matrix.x / 40), (qb.matrix.y / 40), (qb.matrix.z / 40));
qb.turnZfaces(angle);
} // end if axis
}
} // end Z turn
// **** DRAW ****
sketch.draw = function () {
sketch.background(34, 49, 78); // #22314E
// sketch.background(62, 90, 142);// #3E5A8E
// camera controls for free rotation
// sketch.orbitControl(1.5, 1.5, 1, { freeRotation: true }); //ez pz
cam2.move(1, 0, 0);
cam2.lookAt(0, 0, 0);
// cam2.move(1, 0, 0);
// cam2.lookAt(0, 0, 0);
// cam3.move(1, 0, 0);
// cam3.lookAt(0, 0, 0);
// cam4.move(1, 0, 0);
// cam4.lookAt(0, 0, 0);
// sketch.rotateX(sketch.frameCount * 0.002);
// sketch.rotateY(sketch.frameCount * 0.002);
// sketch.rotateZ(sketch.frameCount * 0.002);
// if () {
// }
if (move != null) {
move.update();
for (let i = 0; i < cube.length; i++) {
sketch.push();
// Z ANIMATION
if (sketch.abs(cube[i].zi) >= 0 && cube[i].zi == move.z) {
sketch.rotateZ(move.angle);
} // X ANIMATION
else if (sketch.abs(cube[i].xi) >= 0 && cube[i].xi == move.x) {
sketch.rotateX(move.angle);
} // Y ANIMATION
else if (sketch.abs(cube[i].yi) >= 0 && cube[i].yi == move.y) {
sketch.rotateY(move.angle);
}
cube[i].show();
sketch.pop();
}
}
// sketch.frameCount
// right now every 2 seconds.
// do {
if ( sketch.frameCount % 120 == 0 && is_solving && !scramble) {
// get the pis and numbers and do the switching for each rotation and angle.'
curr_pit = get_pits.substring(start, start + 1);
displayPi(start, start + 1);
// repeat last digit?
if (curr_pit == 0) {
// repeat last digit?
curr_pit = prev_pit;
}
// console.log("pits:", get_pits, "length: ", get_pits.length);
// runPi(start, start + 1); // from pi.js
if (curr_pit >= prev_pit) {
switch (curr_pit) {
// REGULAR CLOCKWISE MOVES
case "1":
// M SLICE
console.log("M-SLICE MOVE");
document.querySelector("#curr_move").innerHTML = "M ";
// rotateXaxis(sketch.HALF_PI, M_SLICE);
move = moves[9];
move.start();
break;
case "2":
// UP
console.log("UP MOVE");
document.querySelector("#curr_move").innerHTML = "U ";
// rotateYaxis(sketch.HALF_PI, UP);
move = moves[10];
move.start();
break;
case "3":
// DOWN
console.log("DOWN MOVE");
document.querySelector("#curr_move").innerHTML = "D ";
// rotateYaxis(-1 * sketch.HALF_PI, DOWN);
move = moves[2];
move.start();
break;
case "4":
// RIGHT
console.log("RIGHT MOVE");
document.querySelector("#curr_move").innerHTML = "R ";
// rotateXaxis(sketch.HALF_PI, RIGHT);
move = moves[3];
move.start();
break;
case "5":
// LEFT
console.log("LEFT MOVE");
document.querySelector("#curr_move").innerHTML = "L ";
// rotateXaxis(sketch.HALF_PI, LEFT);
move = moves[13];
move.start();
break;
case "6":
// FRONT
console.log("FRONT MOVE");
document.querySelector("#curr_move").innerHTML = "F ";
// rotateZaxis(sketch.HALF_PI, FRONT);
move = moves[5];
move.start();
break;
case "7":
// BACK
console.log("BACK MOVE");
document.querySelector("#curr_move").innerHTML = "B ";
// rotateZaxis(-1 * sketch.HALF_PI, BACK);
move = moves[15];
move.start();
break;
case "8":
// E-SLICE
console.log("E-SLICE MOVE");
document.querySelector("#curr_move").innerHTML = "E ";
// rotateYaxis(-1 * sketch.HALF_PI, E_SLICE);
move = moves[7];
move.start();
break;
case "9":
// FRONT
console.log("FRONT MOVE");
document.querySelector("#curr_move").innerHTML = "S ";
// rotateZaxis(sketch.HALF_PI, S_SLICE);
move = moves[8];
move.start();
break;
default:
move = moves[moves.length-1];
move.start();
break;
}
// get ready for next move
prev_pit = curr_pit;
} // END CLOCKWISE
else { // INVERSE, COUNTER-CLOCKWISE MOVES
switch (curr_pit) {
// COUNTER CLOCKWISE - INVERSE ROTATIONS
case "1":
// M SLICE INVERSE
console.log("M-SLICE INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "M\'";
// rotateXaxis(-1 * sketch.HALF_PI, M_SLICE);
move = moves[0];
move.start();
break;
case "2":
// UP INVERSE
console.log("UP INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "U\'";
// rotateYaxis(-1 * sketch.HALF_PI, UP);
move = moves[1];
move.start();
break;
case "3":
// DOWN INVERSE
console.log("DOWN INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "D\'";
// rotateYaxis(sketch.HALF_PI, DOWN);
move = moves[11];
move.start();
break;
case "4":
// RIGHT INVERSE
console.log("RIGHT INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "R\'";
// rotateXaxis(-1 * sketch.HALF_PI, RIGHT);
move = moves[12];
move.start();
break;
case "5":
// LEFT INVERSE
console.log("LEFT INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "L\'";
// rotateXaxis(-1 * sketch.HALF_PI, LEFT);
move = moves[4];
move.start();
break;
case "6":
// FRONT INVERSE
console.log("FRONT INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "F\'";
// rotateZaxis(-1 * sketch.HALF_PI, FRONT);
move = moves[14];
move.start();
break;
case "7":
// BACK INVERSE
console.log("BACK INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "B\'";
// rotateZaxis(sketch.HALF_PI, BACK);
move = moves[6];
move.start();
break;
case "8":
// E-SLICE INVERSE
console.log("E-SLICE INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "E\'";
// rotateYaxis(sketch.HALF_PI, E_SLICE);
move = moves[16];
move.start();
break;
case "9":
// S-SLICE INVERSE
console.log("S-SLICE INVERTED MOVE");
document.querySelector("#curr_move").innerHTML = "S\'";
// rotateZaxis(-1 * sketch.HALF_PI, S_SLICE);
move = moves[17];
move.start();
break;
default:
move = moves[moves.length-1];
move.start();
break;
}
// get ready for next move
prev_pit = curr_pit;
}
console.log(`pit: ${curr_pit}`)
start++; // go to next digit
if (start > get_pits.length) {
document.querySelector('#digit_queue').innerHTML = `| ${get_pits.substring(start - 5, start - 4)} | ${get_pits.substring(start - 4, start - 3)} | ${get_pits.substring(start - 3, start - 2)} | <span class="current">${get_pits.substring(start - 2, start - 1)}</span> | - | - | - |`;
console.log("STOPPED");
is_solving = false;
scramble = false;
}
}
// **SCRAMBLE**
else if (sketch.frameCount % 120 == 0 && scramble) {
// console.log("rand_scramble1", rand_scramble1);
// pass the scramble id correctly here.
// JUST DISPLAY ALL THE SCRAMBLES FIRST, AND LET THEM SCRAMBLE ON THEIR OWN.
// NO POINT IN ALL THIS.
let scramble_text = scramble_id[2];
if (rand_scramble1[index] >= prev_pit) {
switch (rand_scramble1[index]) {
//
case 1:
// M SLICE
console.log("M-SLICE MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "M";
// rotateXaxis(sketch.HALF_PI, M_SLICE);
move = moves[9];
move.start();
break;
case 2:
// UP
console.log("UP MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "U";
// rotateYaxis(sketch.HALF_PI, UP);
move = moves[10];
move.start();
break;
case 3:
// DOWN
console.log("DOWN MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "D";
// rotateYaxis(-1 * sketch.HALF_PI, DOWN);
move = moves[2];
move.start();
break;
case 4:
// RIGHT
console.log("RIGHT MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "R";
// rotateXaxis(sketch.HALF_PI, RIGHT);
move = moves[3];
move.start();
break;
case 5:
// LEFT
console.log("LEFT MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "L";
// rotateXaxis(sketch.HALF_PI, LEFT);
move = moves[4];
move.start();
break;
case 6:
// FRONT
console.log("FRONT MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "F";
// rotateZaxis(sketch.HALF_PI, FRONT);
move = moves[5];
move.start();
break;
case 7:
// BACK
console.log("BACK MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "B";
// rotateZaxis(-1 * sketch.HALF_PI, BACK);
move = moves[15];
move.start();
break;
case 8:
// E-SLICE
console.log("E-SLICE MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "E";
// rotateYaxis(-1 * sketch.HALF_PI, E_SLICE);
move = moves[7];
move.start();
break;
case 9:
// S-SLICE
console.log("S-SLICE MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "S";
// rotateZaxis(sketch.HALF_PI, S_SLICE);
move = moves[8];
move.start();
break;
default:
move = moves[moves.length-1];
move.start();
break;
}
console.log(" move: ", rand_scramble1[index]);
// }
// get ready for next move
prev_pit = rand_scramble1[index];
} // END CLOCKWISE
else { // INVERSE, COUNTER-CLOCKWISE MOVES
switch (rand_scramble1[index]) {
case 1:
// M SLICE INVERSE
console.log("M-SLICE INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "M\'";
// rotateXaxis(-1 * sketch.HALF_PI, M_SLICE);
move = moves[0];
move.start();
break;
case 2:
// UP INVERSE
console.log("UP INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "U\'";
// rotateYaxis(-1 * sketch.HALF_PI, UP);
move = moves[1];
move.start();
break;
case 3:
// DOWN INVERSE
console.log("DOWN INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "D\'";
// rotateYaxis(sketch.HALF_PI, DOWN);
move = moves[11];
move.start();
break;
case 4:
// RIGHT INVERSE
console.log("RIGHT INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "R\'";
// rotateXaxis(-1 * sketch.HALF_PI, RIGHT);
move = moves[12];
move.start();
break;
case 5:
// LEFT INVERSE
console.log("LEFT INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "L\'";
// rotateXaxis(-1 * sketch.HALF_PI, LEFT);
move = moves[13];
move.start();
break;
case 6:
// FRONT INVERSE
console.log("FRONT INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "F\'";
// rotateZaxis(-1 * sketch.HALF_PI, FRONT);
move = moves[14];
move.start();
break;
case 7:
// BACK INVERSE
console.log("BACK INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "B\'";
// rotateZaxis(sketch.HALF_PI, BACK);
move = moves[6];
move.start();
break;
case 8:
// E-SLICE INVERSE
console.log("E-SLICE INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "E\'";
// rotateYaxis(sketch.HALF_PI, E_SLICE);
move = moves[16];
move.start();
break;
case 9:
// S-SLICE INVERSE
console.log("S-SLICE INVERTED MOVE");
document.querySelector(`#${scramble_text}`).innerHTML += "S\'";
// rotateZaxis(-1 * sketch.HALF_PI, S_SLICE);
move = moves[17];
move.start();
break;
default:
move = moves[moves.length-1];
move.start();
break;
}
// get ready for next move
prev_pit = rand_scramble1[index];
}
index++; // next scramble
// if finished scrambling, do it
if (index >= rand_scramble1.length - 1) {
scramble = false;
prev_pit = 0; // reset for "solve"
}
document.querySelector(`#${scramble_text}`).innerHTML += " ";
}// end scramble
}
}
sketch3 = function (sketch) {
// console.log(canvases);
sketch.setup = function () {
// *** FACE ***
class Face {
normal; // normal vector
// COLORS FOR FILL (color type did not work)
red;
green;
blue;
// **** CONSTRUCTOR ****
constructor(n, r, g, b) {
this.normal = n;
this.red = r;
this.green = g;
this.blue = b;
}
// **** FUNCTIONS *****
// TURN FACES
turnZ(angle) {
let vz = sketch.createVector();
vz.x = sketch.round(this.normal.x * sketch.cos(angle) - this.normal.y * sketch.sin(angle));
vz.y = sketch.round(this.normal.x * sketch.sin(angle) + this.normal.y * sketch.cos(angle));
vz.z = sketch.round(this.normal.z);
this.normal = vz;
}
turnY(angle) {
let vy = sketch.createVector();
vy.x = sketch.round(this.normal.x * sketch.cos(angle) - this.normal.z * sketch.sin(angle));
vy.z = sketch.round(this.normal.x * sketch.sin(angle) + this.normal.z * sketch.cos(angle));
vy.y = sketch.round(this.normal.y);
this.normal = vy;
}
turnX(angle) {
let vx = sketch.createVector();
vx.y = sketch.round(this.normal.y * sketch.cos(angle) - this.normal.z * sketch.sin(angle));
vx.z = sketch.round(this.normal.y * sketch.sin(angle) + this.normal.z * sketch.cos(angle));
vx.x = sketch.round(this.normal.x);
this.normal = vx;
}
// DISPLAY COLORS ON CUBE - these params work correctly for me
showColor() {
sketch.push();
sketch.noStroke();
sketch.fill(Number(this.red), Number(this.green), Number(this.blue));
sketch.rectMode(sketch.CENTER);
sketch.translate(20 * this.normal.x, 20 * this.normal.y, 20 * this.normal.z);
if (sketch.abs(this.normal.x)) {
sketch.rotateY(sketch.HALF_PI);
}
else if (this.normal.y) {
sketch.rotateX(sketch.HALF_PI);
}
// console.log(this.normal.x , this.normal.y, this.normal.z); seems to be working fine..
sketch.square(0, 0, 40);
sketch.pop();
}
} // end face
// *** CUBIE ***
class Cubie {
vector3; // to store vector positions hopefully
matrix; // to store transformation matrix
matrix_next;
// index of each axis
xi;
yi;
zi;
length;
plane;
faces = Array(6); // array for the 6 total faces
r = 255;
g = 255;
b = 255;
// **** CONSTRUCTOR ****
constructor(m, l, x, y, z, p) {
this.matrix = m;
this.length = l;
this.xi = x;
this.yi = y;
this.zi = z;
this.plane = p;
// each cubie will have information for all 6 faces
this.faces[0] = new Face(sketch.createVector(0, 0, -1), 0, 0, 255); // BACK - pass a new vector? and blue
this.faces[1] = new Face(sketch.createVector(0, 0, 1), 0, 255, 0); // FRONT - green
this.faces[2] = new Face(sketch.createVector(0, 1, 0), 255, 255, 255); // UP - white
this.faces[3] = new Face(sketch.createVector(0, -1, 0), 255, 255, 0); // DOWN - yellow
this.faces[4] = new Face(sketch.createVector(1, 0, 0), 255, 140, 0); // LEFT - orange
this.faces[5] = new Face(sketch.createVector(-1, 0, 0), 255, 0, 0); // RIGHT - red
}
// show the cubie, translate to center, and show face colors
show() {
sketch.noFill();
sketch.stroke(0);
sketch.strokeWeight(5);
sketch.push();
sketch.translate(this.matrix.x, this.matrix.y, this.matrix.z);
sketch.box(this.length);
for (let f of this.faces) {
f.showColor();
}
sketch.pop();
}
// **** FUNCTIONS *****
update(newx, newy, newz) {
this.xi = newx;
this.yi = newy;
this.zi = newz;
}
turnZfaces(angle) {
for (let f of this.faces) {
f.turnZ(angle);
}
}
turnYfaces(angle) {
for (let f of this.faces) {
f.turnY(angle);
}
}
turnXfaces(angle) {