Viewing Program

Program Data

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

Title	Void
ID	6350409442263040
Created	10 years ago, 1428074246454
Updated	10 years ago, 1428359554317
Code	/** * Click on and drag shapes for them to move. * ___________________________________________ * VoteTracker * * 150- √ * 100- √ * 90- √ * 80- √ * 70- √ * 60- √ * 50- √ * 40- √ * 30- √ * 20- √ * 10- √ * ___________________________________________ * Hope you enjoy this guys! * I was bored so I made a random program in a few hours for you. */ background(3, 3, 3); var D3 = function() { this.r = new PVector(0, 0, 0); this.n = { color: color(255, 0, 0), size: 10, }; this.e = { color: color(0, 255, 0), weight: 5, }; this.f = { color: color(0, 0, 255), }; this.l = new PVector(0, 0, 0); this.d = 1; }; D3.prototype.node = function(c) { this.n.color = c; }; D3.prototype.nodeSize = function(n) { this.n.size = n; }; D3.prototype.noNode = function() { this.n.color = color(255, 255, 255, 0); }; D3.prototype.edge = function(c) { this.e.color = c; }; D3.prototype.edgeWeight = function(n) { this.edge.weight = n; }; D3.prototype.noEdge = function() { this.e.color = color(255, 255, 255, 0); }; D3.prototype.face = function(c) { this.f.color = c; }; D3.prototype.noFace = function() { this.f.color = color(255, 255, 255, 0); }; D3.prototype.translate = function(v) { this.l.add(v); }; D3.prototype.rotate = function(v) { this.r.add(v); this.r.limit(1); }; D3.dilate = function(n) { this.d = n; }; D3.prototype.rotateZ3D = function(nodes) { for (var n in nodes) { this.node = nodes[n]; this.rx = this.node.x; this.ry = this.node.y; nodes[n].x = this.rx * cos(this.r.z) - this.ry * sin(this.r.z); nodes[n].y = this.ry * cos(this.r.z) + this.rx * sin(this.r.z); } }; D3.prototype.rotateY3D = function(nodes) { for (var n in nodes) { this.node = nodes[n]; this.rx = this.node.x; this.rz = this.node.z; nodes[n].x = this.rx * cos(this.r.y) - this.rz * sin(this.r.y); nodes[n].z = this.rz * cos(this.r.y) + this.rx * sin(this.r.y); } }; D3.prototype.rotateX3D = function(nodes) { for (var n in nodes) { this.node = nodes[n]; this.ry = nodes[n].y; this.rz = this.node.z; nodes[n].y = this.ry * cos(this.r.x) - this.rz * sin(this.r.x); nodes[n].z = this.rz * cos(this.r.x) + this.ry * sin(this.r.x); } }; D3.prototype.shape = function(nodes) { this.rotateX3D(nodes); this.rotateY3D(nodes); this.rotateZ3D(nodes); }; var D = new D3(); var Cuboid = function(position, dimensions) { this.pos = PVector.sub(position, PVector.div(dimensions, 2)); this.dim = dimensions; this.nodes = [this.pos, PVector.add(this.pos, new PVector(this.dim.x, 0)), PVector.add(this.pos, new PVector(this.dim.x, this.dim.y)), PVector.add(this.pos, new PVector(0, this.dim.y)), PVector.add(this.pos, new PVector(0, 0, this.dim.z)), PVector.add(this.pos, new PVector(this.dim.x, 0, this.dim.z)), PVector.add(this.pos, this.dim), PVector.add(this.pos, new PVector(0, this.dim.y, this.dim.z))]; this.edges = [[0, 1], [1, 2], [2, 3], [3, 0], [4, 5], [5, 6], [6, 7], [7, 4], [0, 4], [3, 7], [1, 5], [2, 6]]; this.faces = [[0, 1, 2, 3], [4, 5, 6, 7], [0, 1, 5, 4], [2, 6, 7, 3], [0, 4, 7, 3], [1, 2, 6, 5]]; }; Cuboid.prototype.display = function() { D.shape(this.nodes); fill(D.f.color); for (var f in this.faces) { quad(this.nodes[this.faces[f][0]].x, this.nodes[this.faces[f][0]].y, this.nodes[this.faces[f][1]].x, this.nodes[this.faces[f][1]].y, this.nodes[this.faces[f][2]].x, this.nodes[this.faces[f][2]].y, this.nodes[this.faces[f][3]].x, this.nodes[this.faces[f][3]].y); } stroke(D.e.color); strokeWeight(D.e.weight); for (var e in this.edges) { this.n0 = this.nodes[this.edges[e][0]]; this.n1 = this.nodes[this.edges[e][1]]; line(this.nodes[this.edges[e][0]].x, this.nodes[this.edges[e][0]].y, this.nodes[this.edges[e][1]].x, this.nodes[this.edges[e][1]].y); } fill(D.n.color); noStroke(); this.greatestNode = [this.nodes[0].z, 0]; for (var n in this.nodes) { ellipse(this.nodes[n].x, this.nodes[n].y, D.n.size, D.n.size); } }; var Cube = function(position, length) { Cuboid.call(this, position, new PVector(length, length, length)); }; Cube.prototype = Object.create(Cuboid.prototype); var RectPyramid = function(COB, BD, TOP) { this.COB = COB; this.position = 0; this.pos = PVector.sub(COB, PVector.div(BD, 2)); this.nodes = [ this.pos, PVector.add(this.pos, new PVector(BD.x, 0)), PVector.add(this.pos, BD), PVector.add(this.pos, new PVector(0, BD.y)), TOP ]; this.edges = [[0, 1], [1, 2], [2, 3], [0, 3], [0, 4], [1, 4], [2, 4], [3, 4]]; this.faces = [[0, 1, 2, 3], [0, 1, 4], [1, 2, 4], [2, 3, 4], [0, 3, 4]]; }; RectPyramid.prototype.display = function() { D.shape(this.nodes); noStroke(); fill(D.f.color); for (var f in this.faces) { switch (this.faces[f].length) { case 3: triangle(this.nodes[this.faces[f][0]].x, this.nodes[this.faces[f][0]].y, this.nodes[this.faces[f][1]].x, this.nodes[this.faces[f][1]].y, this.nodes[this.faces[f][2]].x, this.nodes[this.faces[f][2]].y); break; case 4: quad(this.nodes[this.faces[f][0]].x, this.nodes[this.faces[f][0]].y, this.nodes[this.faces[f][1]].x, this.nodes[this.faces[f][1]].y, this.nodes[this.faces[f][2]].x, this.nodes[this.faces[f][2]].y, this.nodes[this.faces[f][3]].x, this.nodes[this.faces[f][3]].y); break; } } stroke(D.e.color); for (var e in this.edges) { line(this.nodes[this.edges[e][0]].x, this.nodes[this.edges[e][0]].y, this.nodes[this.edges[e][1]].x, this.nodes[this.edges[e][1]].y); } fill(D.n.color); noStroke(); for (var n in this.nodes) { ellipse(this.nodes[n].x, this.nodes[n].y, D.n.size, D.n.size); } }; var SqPyramid = function(COB, length, TOP) { RectPyramid.call(this, COB, new PVector(length, length), TOP); }; SqPyramid.prototype = Object.create(RectPyramid.prototype); var TriPyramid = function(pos1, pos2, pos3, TOP) { this.nodes = [pos1, pos2, pos3, TOP]; this.edges = [[0, 1], [1, 2], [2, 0], [0, 3], [1, 3], [2, 3]]; this.faces = [[0, 1, 2], [0, 1, 3], [1, 2, 3]]; }; TriPyramid.prototype.display = function() { D.shape(this.nodes); fill(D.f.color); for (var f in this.faces) { triangle(this.nodes[this.faces[f][0]].x, this.nodes[this.faces[f][0]].y, this.nodes[this.faces[f][1]].x, this.nodes[this.faces[f][1]].y, this.nodes[this.faces[f][2]].x, this.nodes[this.faces[f][2]].y); } stroke(D.e.color); strokeWeight(D.e.weight); for (var e in this.edges) { line(this.nodes[this.edges[e][0]].x, this.nodes[this.edges[e][0]].y, this.nodes[this.edges[e][1]].x, this.nodes[this.edges[e][1]].y); } noStroke(); fill(D.n.color); for (var n in this.nodes) { ellipse(this.nodes[n].x, this.nodes[n].y, D.n.size, D.n.size); } }; var triPy = new TriPyramid(new PVector(-200, -200, -200), new PVector(-200, -150, -200), new PVector(-150, -200, -200), new PVector(-200, -200, -150)); var sqPy = new SqPyramid(new PVector(200, -200), 100, new PVector(200, -200, 100)); var rectPy = new RectPyramid(new PVector(-100, 100, -100), new PVector(50, 200), new PVector(-100, 100, 100)); var cuboid = new Cuboid(new PVector(-100, -50, -200), new PVector(100, 50, 200)); var cube = new Cube(new PVector(150, 50, -100), 200); var objects = [rectPy, cuboid, cube, sqPy, triPy]; translate(width / 2, height / 2); draw = function() { background(255); for (var o in objects) { objects[o].display(); } }; mouseDragged = function() { D.rotate(PVector.mult(new PVector(mouseY - pmouseY, mouseX - pmouseX), 10)); }; keyPressed = function() { if (key.toString === "+" \|\| key.toString() === "=") { D.dilate(2); } else if (key.toString === "-" \|\| key.toString() === "_") { D.dilate(0.5); } };
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgPDXnvWjCww
Votes	190
Spin-Offs	10
Type	PJS
Width	400
Height	400
User Flagged	false
Origin Scratchpad	{"id":"5133219141517312","title":"Mr. Jump","deleted":"false","official":"false"}
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	D25John1059
Author Name	D25John1059
Author ID	kaid_1141435973483016059376460
Author Profile Access	COACH

Archive Data

Added	10 months ago, 1739456901190
Updated	10 months ago, 1739456907236
Source Deleted	unknown