Viewing Program

Program Data

Program thumbnail for "{props.program.title}"

Title	Jelly Shift
ID	4968199710851072
Created	5 years ago, 1580103495266
Updated	5 years ago, 1580169948004
Code	/** * Jentacular Gent * Jelly Shift * * WARNING: This game is very resource-intensive! * * Based off of the mobile game Jelly Shift. * Click and drag up and down to change the shape of the jelly and fit into the obstacle holes. * You have three lives; hitting an obstacle makes you lose a life. * Passing obstacles increases your score. * Collecting gems (purple spheres) increases your score. */ // { var Vnew = function(x, y, z) { // New vector if(y === undefined) { return { x: x, y: x, z: x, }; } if(z === undefined) { return { x: x, y: y, }; } return { x: x, y: y, z: z, }; }; var Vadd = function(v, v2) { // Add vectors return { x: v.x + v2.x, y: v.y + v2.y, z: v.z + v2.z, }; }; var Vsub = function(v, v2) { // Subtract vectors return { x: v.x - v2.x, y: v.y - v2.y, z: v.z - v2.z, }; }; var Vdiv = function(v, v2) { // Divide vectors return { x: v.x / v2.x, y: v.y / v2.y, z: v.z / v2.z, }; }; var Vmult = function(v, v2) { // Multiply vectors return { x: v.x v2.x, y: v.y * v2.y, z: v.z * v2.z, }; }; var Vdot = function(v, v2) { // Dot product if(v.z === undefined) { return v.x * v2.x + v.y * v2.y; } return v.x * v2.x + v.y * v2.y + v.z * v2.z; }; var Vcross = function(v, v2) { // Cross product return { x: v.y * v2.z - v.z * v2.y, y: v.z * v2.x - v.x * v2.z, z: v.x * v2.y - v.y * v2.x }; }; var Vdist = function(v, v2) { if(v.z === undefined) { return abs(sqrt(sq(v.x - v2.x) + sq(v.y - v2.y))); } return abs(sqrt(sq(v.x - v2.x) + sq(v.y - v2.y) + sq(v.z - v2.z))); }; var Vlength = function(v) { return Vdist(v, Vnew(0)); }; var Vnormalize = function(v) { var distance = Vdist(v, Vnew(0)); return Vdiv(v, Vnew(distance)) \|\| v; }; // } Simple vector library // Radians to Degrees var r2d = 180/PI; var d2r = PI/180; // Rotate var yRotate = function(theta, x, y, z) { var rotation = Math.atan2(z, x) * r2d + theta; var distance = dist(x, z, 0, 0); return Vnew(Math.cos(rotation * d2r) * distance, y, Math.sin(rotation * d2r) * distance); }; var xRotate = function(theta, x, y, z) { var rotation = Math.atan2(z, y) * r2d + theta; var distance = dist(y, z, 0, 0); return Vnew(x, Math.cos(rotation * d2r) * distance, Math.sin(rotation * d2r) * distance); }; var zRotate = function(theta, x, y, z) { var rotation = Math.atan2(y, x) * r2d + theta; var distance = dist(x, y, 0, 0); return Vnew(Math.cos(rotation * d2r) * distance, Math.sin(rotation * d2r) * distance, z); }; // Distance without sqrt var sqDist = function() { var a = arguments; if(a.length === 4) { return (a[2]-a[0])(a[2]-a[0]) + (a[3]-a[1])(a[3]-a[1]); } else { return (a[3]-a[0])(a[3]-a[0]) + (a[4]-a[1])(a[4]-a[1]) + (a[5]-a[2])(a[5]-a[2]); } }; // Rectangle Rectangle var rrCol = function(x, y, w, h, x2, y2, w2, h2) { return x < x2 + w2 && y < y2 + h2 && x > x2 - w && y > y2 - h; }; // Cuboid in cuboid var ccCol = function(x, y, z, w, h, d, x2, y2, z2, w2, h2, d2) { return x > x2 - w && y > y2 - h && z > z2 - d && x < x2 + w2 && y < y2 + h2 && z < z2 + d2; }; // Copy var copyObj = function(obj) { var newObj = {}; for(var i in obj) { newObj[i] = obj[i]; } return newObj; }; // Sprites var sprites = { logo: function() { fill(255); noStroke(); rect(0, 50, 100, 150, 0, 0, 5, 5); fill(240); quad(0, 50, 100, 50, 90, 20, 10, 20); fill(230); rect(10, 0, 80, 20, 5, 5, 0, 0); fill(0, 200, 255); rect(0, 100, 100, 50); fill(255); textSize(40); textAlign(CENTER, CENTER); text("JG", 50, 125); return get(0, 0, 100, 200); }, logosans: function() { fill(255); noStroke(); rect(0, 50, 100, 150, 0, 0, 5, 5); fill(240); quad(0, 50, 100, 50, 90, 20, 10, 20); fill(230); rect(10, 0, 80, 20, 5, 5, 0, 0); fill(0, 200, 255); rect(0, 100, 100, 50); return get(0, 0, 100, 200); }, hand: function() { stroke(0); strokeWeight(20); line(30, 10, 30, 53); line(50, 34, 50, 53); line(70, 37, 70, 53); line(90, 42, 90, 53); line(10, 55, 33, 82); noStroke(); fill(0); arc(55, 50, 90, 100, 0, 180); pushMatrix(); translate(50, 50); scale(0.9); translate(-45 / 0.9, -44 / 0.9); stroke(255); strokeWeight(20); line(30, 10, 30, 53); line(50, 34, 50, 53); line(70, 37, 70, 53); line(90, 42, 90, 53); line(10, 55, 33, 82); noStroke(); fill(255); arc(55, 50, 90, 100, 0, 180); popMatrix(); stroke(0); strokeWeight(5); line(30, 20, 30, 50); line(50, 39, 50, 49); line(70, 42, 70, 50); line(90, 46, 90, 51); return get(0, 0, 100, 100); }, init: function(key) { background(0, 0, 0, 0); this[key] = this[key](); }, }; var sn = ['logo', 'logosans', 'hand']; var s = 0; // Constants var SQRT2 = sqrt(2); // Globals var keys = {}; var keysr = {}; var keysp = {}; var clicked = false; var look; var shake = 0; var scene = "intro"; var sceneAnim = 1; textFont(createFont("Trebuchet MS")); // Logo variables { var logotx = width / 2; var logoty = height 0.3; var logoy = 0; var logoyvel = height / 11; var logo = 0; var logoinit = false; // } // Created with variables { var withAnim = 0; // } // Game variables { var die = 0; var score = 0; var high = 0; var shift = 20; var lives = 3; // } // Fader var Fader = function() { this.color = color(0, 0, 0); this.opacity = 0; this.fading = false; this.speed = 0; this.screen = 0; this.fade = function(speed, col, screen) { if(!this.fading) { this.speed = speed; this.color = col; this.screen = screen; this.opacity = 0; this.fading = true; } }; this.display = function() { fill(this.color, this.opacity); if(this.fading) { if(this.opacity >= 255) { this.speed = -abs(this.speed); scene = this.screen; sceneAnim = 1; } if(this.opacity < 0) { this.speed = 0; this.opacity = 0; this.fading = false; } this.opacity += this.speed; } noStroke(); rect(-1, -1, width + 2, height + 2); }; }; var fader = new Fader(); // Globals var clipStart = 5; var clicked = false; var FOV = 300; var orthographic = true; orthographic = false; var ground = 500; var groundSize = 200; var shadowsOn = true; var sun = Vnew(-0.5, -1.5, -1); sun = Vnormalize(sun); var player; // Camera var cam = { x: 300, y: 300, z: 0, yaw: -30, pitch: 20, }; // Clipping var clipRay = function(o, d) { var r = Vsub(d, o); return Vadd(o, Vmult(r, Vnew((clipStart - o.z) / r.z))); }; var clipTri = function(x1, y1, z1, x2, y2, z2, x3, y3, z3) { var p = Vnew(x1, y1, z1); var p2 = Vnew(x2, y2, z2); var p3 = Vnew(x3, y3, z3); if(z1 <= clipStart) { if(z2 > clipStart && z3 > clipStart) { return [p3, p2, clipRay(p2, p), clipRay(p3, p)]; } else if(z2 <= clipStart) { return [p3, clipRay(p3, p), clipRay(p3, p2)]; } else if(z3 <= clipStart) { return [p2, clipRay(p2, p), clipRay(p2, p3)]; } } if(z2 <= clipStart) { if(z1 > clipStart && z3 > clipStart) { return [p, p3, clipRay(p3, p2), clipRay(p, p2)]; } else if(z3 <= clipStart) { return [p, clipRay(p, p2), clipRay(p, p3)]; } } return [p, p2, clipRay(p2, p3), clipRay(p, p3)]; }; // Floorcast var cast = function(pos, dir) { var d = (ground - pos.y) / dir.y; return Vadd(pos, Vmult(dir, Vnew(d))); }; // Triangles var tris = []; var tri = function(v, v2, v3, n, r, g, b, a) { tris.push({ v: v, v2: v2, v3: v3, get ax() { return (this.v.x + this.v2.x + this.v3.x) / 3; }, get ay() { return (this.v.y + this.v2.y + this.v3.y) / 3; }, get az() { return (this.v.z + this.v2.z + this.v3.z) / 3; }, normal: (n === 1) ? n : Vnormalize(n), r: r, g: g, b: b, a: a, }); }; // Rotate block var rotateBlock = function(x, y, z, px, py, pz, n) { if(n === undefined) { n = 1; } for(var i = tris.length - 1; i > tris.length - 1 - 12 * n; i --) { var t = tris[i]; t.v = Vsub(t.v, Vnew(px, py, pz)); t.v2 = Vsub(t.v2, Vnew(px, py, pz)); t.v3 = Vsub(t.v3, Vnew(px, py, pz)); if(x !== 0) { t.v = xRotate(x, t.v.x, t.v.y, t.v.z); t.v2 = xRotate(x, t.v2.x, t.v2.y, t.v2.z); t.v3 = xRotate(x, t.v3.x, t.v3.y, t.v3.z); t.normal = xRotate(x, t.normal.x, t.normal.y, t.normal.z); } if(y !== 0) { t.v = yRotate(y, t.v.x, t.v.y, t.v.z); t.v2 = yRotate(y, t.v2.x, t.v2.y, t.v2.z); t.v3 = yRotate(y, t.v3.x, t.v3.y, t.v3.z); t.normal = yRotate(y, t.normal.x, t.normal.y, t.normal.z); } if(z !== 0) { t.v = zRotate(z, t.v.x, t.v.y, t.v.z); t.v2 = zRotate(z, t.v2.x, t.v2.y, t.v2.z); t.v3 = zRotate(z, t.v3.x, t.v3.y, t.v3.z); t.normal = zRotate(z, t.normal.x, t.normal.y, t.normal.z); } t.v = Vadd(t.v, Vnew(px, py, pz)); t.v2 = Vadd(t.v2, Vnew(px, py, pz)); t.v3 = Vadd(t.v3, Vnew(px, py, pz)); } }; // Rotate triangles var rotateTris = function(x, y, z, px, py, pz, n) { if(n === undefined) { n = 1; } for(var i = tris.length - 1; i > tris.length - 1 - n; i --) { var t = tris[i]; t.v = Vsub(t.v, Vnew(px, py, pz)); t.v2 = Vsub(t.v2, Vnew(px, py, pz)); t.v3 = Vsub(t.v3, Vnew(px, py, pz)); if(x !== 0) { t.v = xRotate(x, t.v.x, t.v.y, t.v.z); t.v2 = xRotate(x, t.v2.x, t.v2.y, t.v2.z); t.v3 = xRotate(x, t.v3.x, t.v3.y, t.v3.z); t.normal = xRotate(x, t.normal.x, t.normal.y, t.normal.z); } if(y !== 0) { t.v = yRotate(y, t.v.x, t.v.y, t.v.z); t.v2 = yRotate(y, t.v2.x, t.v2.y, t.v2.z); t.v3 = yRotate(y, t.v3.x, t.v3.y, t.v3.z); t.normal = yRotate(y, t.normal.x, t.normal.y, t.normal.z); } if(z !== 0) { t.v = zRotate(z, t.v.x, t.v.y, t.v.z); t.v2 = zRotate(z, t.v2.x, t.v2.y, t.v2.z); t.v3 = zRotate(z, t.v3.x, t.v3.y, t.v3.z); t.normal = zRotate(z, t.normal.x, t.normal.y, t.normal.z); } t.v = Vadd(t.v, Vnew(px, py, pz)); t.v2 = Vadd(t.v2, Vnew(px, py, pz)); t.v3 = Vadd(t.v3, Vnew(px, py, pz)); } }; // Blocks var block = function(x, y, z, w, h, d, R, G, B, A) { var b = { x: x, y: y, z: z, width: w, height: h, depth: d, }; var btl = Vnew(b.x, b.y, b.z + b.depth); var btr = Vnew(b.x + b.width, b.y, b.z + b.depth); var bbl = Vnew(b.x, b.y + b.height, b.z + b.depth); var bbr = Vnew(b.x + b.width, b.y + b.height, b.z + b.depth); var ftl = Vnew(b.x, b.y, b.z); var ftr = Vnew(b.x + b.width, b.y, b.z); var fbl = Vnew(b.x, b.y + b.height, b.z); var fbr = Vnew(b.x + b.width, b.y + b.height, b.z); var n = Vnew(0, 0, -1); tri(ftl, ftr, fbr, n, R, G, B, A); // front tri(ftl, fbl, fbr, n, R, G, B, A); var n = Vnew(0, 0, 1); tri(btl, btr, bbr, n, R, G, B, A); // back tri(btl, bbl, bbr, n, R, G, B, A); var n = Vnew(0, -1, 0); tri(btl, btr, ftr, n, R, G, B, A); // top tri(btl, ftl, ftr, n, R, G, B, A); var n = Vnew(0, 1, 0); tri(bbl, bbr, fbr, n, R, G, B, A); // bottom tri(bbl, fbl, fbr, n, R, G, B, A); var n = Vnew(-1, 0, 0); tri(btl, bbl, fbl, n, R, G, B, A); // left tri(btl, ftl, fbl, n, R, G, B, A); var n = Vnew(1, 0, 0); tri(btr, bbr, fbr, n, R, G, B, A); // right tri(btr, ftr, fbr, n, R, G, B, A); rotateBlock(0, 0, 0, 0, 0, 0); }; // Cylinders var cylinder = function(x, y, z, r, h, R, g, b, inc) { inc = 360/inc; for(var i = 0; i < 360; i += inc) { var c = Math.cos(i * d2r); var s = Math.sin(i * d2r); var c2 = Math.cos((i + inc) * d2r); var s2 = Math.sin((i + inc) * d2r); tri( Vnew(x + c * r, y + h/2, z + s * r), Vnew(x, y + h/2, z), Vnew(x + c2 * r, y + h/2, z + s2 * r), Vnew(0, 1, 0), R, g, b ); tri( Vnew(x + c * r, y - h/2, z + s * r), Vnew(x, y - h/2, z), Vnew(x + c2 * r, y - h/2, z + s2 * r), Vnew(0, -1, 0), R, g, b ); var n = Vnew(Math.cos((i + inc/2) * d2r), 0, Math.sin((i + inc/2) * d2r)); tri( Vnew(x + c * r, y - h/2, z + s * r), Vnew(x + c2 * r, y + h/2, z + s2 * r), Vnew(x + c2 * r, y - h/2, z + s2 * r), n, R, g, b ); tri( Vnew(x + c * r, y - h/2, z + s * r), Vnew(x + c2 * r, y + h/2, z + s2 * r), Vnew(x + c * r, y + h/2, z + s * r), n, R, g, b ); } }; // Normalized Sphere var dbug = false; var normalizedSphere = function(x, y, z, rad, r, g, b, inc, exist) { inc = rad2/inc; for(var i = x - rad; i < x + rad; i += inc) { for(var j = z - rad; j < z + rad; j += inc) { tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y - rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y - rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y - rad, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, y - rad, j + inc/2), Vnew(x, y, z)), r (1-dbug), g * (1-dbug), b * (1-dbug) + 255dbug ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y - rad, j + inc), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y - rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y - rad, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, y - rad, j + inc/2), Vnew(x, y, z)), r (1-dbug), g * (1-dbug), b * (1-dbug) + 255dbug ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y + rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y + rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y + rad, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, y + rad, j + inc/2), Vnew(x, y, z)), r (1-dbug), g * (1-dbug), b * (1-dbug) + 255dbug ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y + rad, j + inc), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, y + rad, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, y + rad, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, y + rad, j + inc/2), Vnew(x, y, z)), r (1-dbug), g * (1-dbug), b * (1-dbug) + 255dbug ); } } for(var i = x - rad; i < x + rad; i += inc) { for(var j = y - rad; j < y + rad; j += inc) { tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j, z - rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j, z - rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j + inc, z - rad), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, j + inc/2, z - rad), Vnew(x, y, z)), r (1-dbug), g * (1-dbug) + 255dbug, b (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j + inc, z - rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j, z - rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j + inc, z - rad), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, j + inc/2, z - rad), Vnew(x, y, z)), r * (1-dbug), g * (1-dbug) + 255dbug, b (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j, z + rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j, z + rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j + inc, z + rad), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, j + inc/2, z + rad), Vnew(x, y, z)), r * (1-dbug), g * (1-dbug) + 255dbug, b (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j + inc, z + rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i + inc, j, z + rad), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(i, j + inc, z + rad), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(i + inc/2, j + inc/2, z + rad), Vnew(x, y, z)), r * (1-dbug), g * (1-dbug) + 255dbug, b (1-dbug) ); } } for(var i = y - rad; i < y + rad; i += inc) { for(var j = z - rad; j < z + rad; j += inc) { tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i + inc, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(x - rad, i + inc/2, j + inc/2), Vnew(x, y, z)), r * (1-dbug) + 255dbug, g (1-dbug), b * (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i + inc, j + inc), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i + inc, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x - rad, i, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(x - rad, i + inc/2, j + inc/2), Vnew(x, y, z)), r * (1-dbug) + 255dbug, g (1-dbug), b * (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i + inc, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(x + rad, i + inc/2, j + inc/2), Vnew(x, y, z)), r * (1-dbug) + 255dbug, g (1-dbug), b * (1-dbug) ); tri( Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i + inc, j + inc), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i + inc, j), Vnew(x, y, z))), Vnew(rad))), Vadd(Vnew(x, y, z), Vmult(Vnormalize(Vsub(Vnew(x + rad, i, j + inc), Vnew(x, y, z))), Vnew(rad))), exist ? 1 : Vsub(Vnew(x + rad, i + inc/2, j + inc/2), Vnew(x, y, z)), r * (1-dbug) + 255dbug, g (1-dbug), b * (1-dbug) ); } } }; // Display Triangle var dispTri = function(t) { if(t.displayed) { return; } t.displayed = true; if(t.normal !== 1) { if(Vdot(look, t.normal) <= 0 && orthographic) { return; } if(!orthographic && Vdot(Vnormalize(Vsub(Vnew(t.ax, t.ay, t.az), Vnew(cam.x, cam.y, cam.z))), t.normal) >= 0) { return; } } t.v.x -= cam.x; t.v.y -= cam.y; t.v.z -= cam.z; t.v = yRotate(cam.yaw, t.v.x, t.v.y, t.v.z); t.v = xRotate(cam.pitch, t.v.x, t.v.y, t.v.z); t.v2.x -= cam.x; t.v2.y -= cam.y; t.v2.z -= cam.z; t.v2 = yRotate(cam.yaw, t.v2.x, t.v2.y, t.v2.z); t.v2 = xRotate(cam.pitch, t.v2.x, t.v2.y, t.v2.z); t.v3.x -= cam.x; t.v3.y -= cam.y; t.v3.z -= cam.z; t.v3 = yRotate(cam.yaw, t.v3.x, t.v3.y, t.v3.z); t.v3 = xRotate(cam.pitch, t.v3.x, t.v3.y, t.v3.z); if(t.v.z <= clipStart && t.v2.z <= clipStart && t.v3.z <= clipStart) { return; } var d = 1; var d2 = 1; var d3 = 1; if(!orthographic) { d = t.v.z / FOV; d2 = t.v2.z / FOV; d3 = t.v3.z / FOV; } var shade = 1; if(t.normal !== 1) { shade = 0; shade += constrain(Vdot(t.normal, sun), 0.3, 1); } fill(t.r * shade, t.g * shade, t.b * shade); stroke(t.r * shade, t.g * shade, t.b * shade); strokeWeight(1); if(t.v.z > clipStart && t.v2.z > clipStart && t.v3.z > clipStart) { triangle(t.v.x / d, t.v.y / d, t.v2.x / d2, t.v2.y / d2, t.v3.x / d3, t.v3.y / d3); } else { var clipped = clipTri(t.v.x, t.v.y, t.v.z, t.v2.x, t.v2.y, t.v2.z, t.v3.x, t.v3.y, t.v3.z); var d = 1; var d2 = 1; var d3 = 1; if(!orthographic) { d = clipped[0].z / FOV; d2 = clipped[1].z / FOV; d3 = clipped[2].z / FOV; } if(clipped.length === 3) { triangle(clipped[0].x / d, clipped[0].y / d, clipped[1].x / d2, clipped[1].y / d2, clipped[2].x / d3, clipped[2].y / d3); } else { var d4 = 1; if(!orthographic) { d4 = clipped[3].z / FOV; } quad(clipped[0].x / d, clipped[0].y / d, clipped[1].x / d2, clipped[1].y / d2, clipped[2].x / d3, clipped[2].y / d3, clipped[3].x / d4, clipped[3].y / d4); } } }; // Stuffs var obstacles = []; var particles = []; // Particle var Particle = function(x, y, z, r, g, b, s) { particles.push({ x: x, y: y, z: z, r: r, g: g, b: b, s: s \|\| 20, xVel: random(-10, 10), yVel: random(-10, 10), zVel: random(-10, 10), }); }; // Block var Block = function(x, y, w, h) { obstacles.push({ x: x, y: y, z: 2000, width: w, height: h, depth: 20, type: "block" }); }; // Gem var Gem = function(x, y) { obstacles.push({ x: x, y: y, z: 2000, type: "gem" }); }; // Mouse var mouseReleased = function() { clicked = true; }; // Keyboard var keyPressed = function() { keys[keyCode] = true; keys[key.toString().toLowerCase()] = true; keysp[keyCode] = true; keysp[key.toString().toLowerCase()] = true; }; var keyReleased = function() { keys[keyCode] = false; keys[key.toString().toLowerCase()] = false; keysr[keyCode] = true; keysr[key.toString().toLowerCase()] = true; }; var draw = function() { if(s < sn.length) { sprites.init(sn[s]); s ++; return; } sceneAnim += 1; sceneAnim = constrain(sceneAnim, 1, 300); background(255); pushMatrix(); translate(random(-shake, shake), random(-shake, shake)); shake = max(shake - 1, 0); cursor(ARROW); switch(scene) { case "intro": // Intro { background(0); if(!logoinit) { logotx = width / 2; logoty = height * 0.3; logoy = 0; logoyvel = height / 11; logo = 0; frameCount = 0; logoinit = true; } if(frameCount > 25 && frameCount < 100) { logotx = 0.9; logoty = 0.8; image(sprites.logosans, width / 2 - map(sprites.logo.width, 0, 600, 0, width) / 2 - (100 - frameCount) * 30, height * 0.7 - map(sprites.logo.height, 0, 600, 0, height) / 2, map(sprites.logo.width, 0, 600, 0, width), map(sprites.logo.height, 0, 600, 0, height)); fill(255); textAlign(CENTER, CENTER); textSize(map(30, 0, 600, 0, width)); pushMatrix(); translate(width / 2 - logotx - textWidth("J") / 0.9, height * 0.75 + logoty); rotate(logotx); scale(2 - logotx / height * 4, 2 - logoty / height * 4); text("J", 0, 0); popMatrix(); pushMatrix(); translate(width / 2 + logotx + textWidth("G") / 0.9, height * 0.75 + logoty); rotate(logotx); scale(2 - logotx / height * 4, 2 - logoty / height * 0.4); text("G", 0, 0); popMatrix(); } else if(frameCount > 100) { if(frameCount < 120) { background((120 - frameCount) * 255/20); } logo = constrain(logo + 5, 0, 180); pushMatrix(); translate(width / 2 + cos(logo - 90) * 100, height * 0.7); rotate(cos(logo - 90) * 25); image(sprites.logo, -map(sprites.logo.width, 0, 600, 0, width) / 2, -map(sprites.logo.height, 0, 600, 0, width) / 2, map(sprites.logo.width, 0, 600, 0, width), map(sprites.logo.height, 0, 600, 0, height)); popMatrix(); if(frameCount > 125) { logoy += logoyvel; logoyvel = 0.9; textAlign(CENTER, CENTER); textSize(map(30, 0, 600, 0, width)); fill(255); text("J E N T A C U L A R G E N T", width / 2, logoy / 3.4 - 2); textSize(map(15, 0, 600, 0, width)); text("presents ...", width / 2, logoy / 3.4 + 40); fill(0, 0, 0); noStroke(); rect(0, 0, width, height / 6); if(frameCount >= 250) { fader.fade(10, color(0, 0, 0), "createdusing"); } } } // } break; case "createdusing": // Created using { withAnim += 4; background(0); fill(255); textAlign(CENTER, CENTER); textSize(50); text("Created with", width / 2 + 2000 / withAnim, height / 3); textAlign(CENTER, BOTTOM); fill(255, 0, 255); textSize(25); text("Jentacular Gent's", width / 2 - 2000 / withAnim, height 7/10 - 35); textAlign(CENTER, CENTER); fill(255, 150, 0); textSize(70); text("o c t o r y ", width / 2 - textWidth("3D") / 2, height * 7/10 - 2000 / withAnim); fill(0, 255, 255); text("3D", width / 2 + textWidth("o c t o r y ") / 2, height * 7/10 + 2000 / withAnim); textAlign(CENTER, TOP); fill(0, 255, 0); textSize(25); text("engine", width / 2, height * 7/10 + 35); // } if(withAnim > 500) { fader.fade(10, color(0), "game"); } break; case "game": // Game { background(0, 200, 255); look = xRotate(cam.pitch, 0, 0, 1); look = yRotate(cam.yaw, look.x, look.y, look.z); look.z = -look.z; pushMatrix(); translate(width / 2, height / 2); /RASTERIZER/ tris = []; tri( Vnew(-groundSize, ground, -100000), Vnew(-groundSize, ground, 100000), Vnew(groundSize, ground, 100000), 1, 255, 255, 255 ); tri( Vnew(-groundSize, ground, -100000), Vnew(groundSize, ground, -100000), Vnew(groundSize, ground, 100000), 1, 255, 255, 255 ); tri( Vnew(groundSize, ground, 100000), Vnew(groundSize, ground + 50, -100000), Vnew(groundSize, ground + 50, 100000), 1, 200, 200, 200 ); tri( Vnew(groundSize, ground + 50, -100000), Vnew(groundSize, ground, -100000), Vnew(groundSize, ground, 100000), 1, 200, 200, 200 ); block(-shift, ground - 150 + shift * 1.5, 200, shift2, 150 - shift 1.5, 20, 255, 50, 50); if(score > 0) { if(frameCount % 40 === 0) { var type = round(random(2)); switch(type) { case 0: Block(-groundSize, ground - 60, groundSize * 2, 20); Block(-groundSize, ground - 60 + 20, 20, 40); Block(groundSize - 20, ground - 60 + 20, 20, 40); break; case 1: Block(-60, ground - 170, 120, 20); Block(-60, ground - 170 + 20, 20, 170 - 20); Block(60 - 20, ground - 170 + 20, 20, 170 - 20); break; case 2: Block(-90, ground - 130, 180, 20); Block(-90, ground - 130 + 20, 20, 130 - 20); Block(90 - 20, ground - 130 + 20, 20, 130 - 20); } } if((frameCount + 20) % 40 === 0) { if(round(random(10)) < 2) { Gem(0, ground - 100); } } } var plives = lives; var pscore = score; for(var i = obstacles.length - 1; i >= 0; i --) { var o = obstacles[i]; var c = max(map(o.z, 1900, 2000, 0, 255), 0); switch(o.type) { case "block": block(o.x, o.y, o.z, o.width, o.height, o.depth, c, c, c); if(ccCol(-shift, ground - 150 + shift * 1.5, 200, shift2, 150 - shift1.5, 20, o.x, o.y, o.z, o.width, o.height, o.depth)) { obstacles.splice(i, 1); shake = 10; if(lives === plives) { lives -= 1; } for(var j = o.x; j < o.x + o.width; j += 20) { for(var k = o.y; k < o.y + o.height; k += 20) { Particle(j, k, o.z, 0, 0, 0); } } continue; } break; case "gem": normalizedSphere(o.x, o.y, o.z, 10, 255, c, 255, 3); if(ccCol(-shift, ground - 150 + shift * 1.5, 200, shift2, 150 - shift1.5, 20, o.x - 10, o.y - 10, o.z - 10, 20, 20, 20)) { score += 1; for(var j = 0; j < random(5, 10); j += 1) { Particle(o.x, o.y, o.z, 255, 0, 255, 10); } obstacles.splice(i, 1); } break; } o.z -= 20; if(o.z < -200) { if(score === pscore) { score += 1; } obstacles.splice(i, 1); } } if(lives < 0) { score = 0; obstacles = []; die = 255; } for(var i = particles.length - 1; i >= 0; i --) { var p = particles[i]; normalizedSphere(p.x, p.y, p.z, p.s/2, p.r, p.g, p.b, 2, true); p.x += p.xVel; p.y += p.yVel; p.z += p.zVel; p.yVel += 1; if(p.y > 500) { particles.splice(i, 1); } } if(mouseIsPressed) { shift += (mouseY - pmouseY); shift = constrain(shift, 20, 80); } // SETUP for(var i = 3; i >= 0; i --) { var t = tris[i]; if(t.v.y < ground && t.v2.y < ground && t.v3.y < ground) { continue; } dispTri(t); tris.splice(i, 1); } var shadows = 0; for(var i = tris.length - 1; i >= 0; i --) { var t = tris[i]; if(t.normal === 1) { continue; } if(Vdot(t.normal, sun) >= 0) { continue; } var c = cast(t.v, sun); var c2 = cast(t.v2, sun); var c3 = cast(t.v3, sun); tri(c, c2, c3, 1, 170, 170, 170); shadows += 1; } for(var i = tris.length - 1; i >= tris.length - 1 - shadows; i --) { var t = tris[i]; dispTri(t); } // Z-SORT tris = tris.sort(function(a, b) { return (sqDist(a.ax, a.ay, a.az, cam.x, cam.y, cam.z) - sqDist(b.ax, b.ay, b.az, cam.x, cam.y, cam.z)); // return a.az - b.az; }); for(var i = tris.length - 1; i >= 0; i --) { var t = tris[i]; dispTri(t); } /RASTERIZER END/ popMatrix(); if(score === 0) { lives = 3; textSize(150); textAlign(CENTER, CENTER); fill(255, 50, 50); text("JELLY", width / 2, 190 - 600/sceneAnim); fill(255, 0, 0); text("JELLY", width / 2 - 5, 190 - 600/sceneAnim - 5); textSize(80); fill(50, 50, 100); text("SHIFT", width / 2, 340 + 600/sceneAnim); stroke(50, 50, 100); strokeWeight(10); line(width / 4 + 600/sceneAnim, 280, width * 3/4 + 600/sceneAnim, 280); noStroke(); triangle(width / 4 + 600/sceneAnim, 280 - 20, width / 4 + 600/sceneAnim, 280 + 20, width / 4 + 600/sceneAnim - 30, 280); triangle(width * 3/4 + 600/sceneAnim, 280 - 20, width * 3/4 + 600/sceneAnim, 280 + 20, width * 3/4 + 600/sceneAnim + 30, 280); noStroke(); fill(0, 100); rect(width / 2 - 20, height * 3/4 - 70, 40, 140, 20); stroke(255); strokeWeight(10); for(var i = height * 3/4 - 50; i < height * 3/4 + 50; i += 30) { line(width / 2, i, width / 2, i + 10); } image(sprites.hand, 280, height * 3/4 + cos(frameCount * 3) * 50, 70, 70); } if(mouseIsPressed && score <= 0) { score = 1; } fill(200); textAlign(CENTER, CENTER); textSize(40); text("S C O R E\n" + score, width / 2, 70); fill(0); textAlign(LEFT, BOTTOM); textSize(40); text("H I G H: " + high, 5, height - 5); textAlign(RIGHT, BOTTOM); text(lives + " L I " + ((lives > 1 \|\| lives <= 0) ? "V E S" : "F E"), width - 5, height - 5); high = max(score, high); if(die > 0) { die -= 5; noStroke(); fill(255, 0, 0, die); rect(-100, -100, width + 200, height + 200); } // } break; } popMatrix(); keysr = {}; keysp = {}; fader.display(); clicked = false; };
Folds	13,88,95,99,100,104,105,109,112,120,123,125,128,130,133,139,143,158,159,170,171,206,207,210,249,282,308,311,312,336,339,342,346,360,363,397,400,434,437,473,476,513,517,618,621,696,703,716,742,744,747,752,753,758,776,837,840,861,862,864
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgMGX0tHpCAw
Votes	372
Spin-Offs	61
Type	PJS
Width	600
Height	600
User Flagged	false
Origin Scratchpad	null
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	JentGent
Author Name	JentacularGent
Author ID	kaid_1111444645373975142506044
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739372203562
Updated	8 months ago, 1744828600804
Source Deleted	unknown