Viewing Program

Program Data

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

Title	Labyrinth arcade (mini game)
ID	5196773579587584
Created	7 years ago, 1523294623541
Updated	7 years ago, 1528939648374
Code	/* I've been programming 24+ months, and I have learned 63% of Intro to JS. Note: Even though I have only "technically" learned 63% of Intro to JS, I've been programming long enough to know everything in the course. TODO: Fill that out ^ / /* * This is a small mini-game I made for the a-maze-ing game khantest. Hope everyone enjoys! * * Features: * - Ball physics! * - 3D effects! * - Procedural generation! * - Auto maze solving! (enable with variable below) * - Smooth-ish graphics! */ //I will go through and comment this and clean it up later, but for now... just live with the messy code :P //Change this to true in order to enable auto maze solving. Activate in game with the shift key. var autoMazeSolving = true; //And you can play with these settings var visualizeMazeSolve = false; //Set this to true to slow the maze solving process to one iteration per frame var stepsPerFrame = 1000; //Number of iterations per frame. (overridden if the above value is true). //Also, if you feel like the ball move too slowly... var ballSpeed = 0.005; //Please don't mess with any of this (unless you are a true mad scientist) frameRate(60); var boardRot = { x: 0, y: 0, z: 0, }; var boardPoints = []; var colorScheme = { background: color(255,255,255), boardBg: color(255,248,220), board: color(86, 47, 14), ball: [color(184, 184, 184),color(201, 201, 201)], boardSide: [color(205,170,125),color(222,184,135)], }; var Point3D = function(x,y,z) { this.scale = width/2; this.x = x; this.y = y; this.z = z; this.camX = 0; this.camY = 0; this.camZ = 0; this.rotation = {x:0,y:0,z:0}; //euler rotation around camera var x3D = x; var y3D = y; var z3D = z; var rot = function(val1, val2, ang) { var s = Math.sin(ang); var c = Math.cos(ang); var xnew = val1 c - val2 * s; var ynew = val1 * s + val2 * c; return({x:xnew,y:ynew}); }; this.applyTransform = function() { x3D = this.x; y3D = this.y; z3D = this.z; var vect1 = rot(x3D, z3D, this.rotation.y); x3D = vect1.x; z3D = vect1.y; var vect2 = rot(y3D, z3D, this.rotation.x); y3D = vect2.x; z3D = vect2.y; var vect3 = rot(x3D, y3D, this.rotation.z); x3D = vect3.x; y3D = vect3.y; x3D -= this.camX; y3D -= this.camY; z3D -= this.camZ; }; this.x2D = function() { return((x3D / z3D) * this.scale); }; this.y2D = function() { return((y3D / z3D) * this.scale); }; }; var keys = []; var isDivisible = function(val, num) { var n = val/num; return(round(n) === n); }; var sign = function(num) { if(num >= 0) { return(1); } else { return(-1); } }; var MazeCrawler = function(maze, isRandom) { var crawlerMap = []; var position = { x: 0, y: 0, }; var prevStep = { x: 0, y: 0, }; this.mazePaths = []; var path = []; this.getPath = function() { var arr = []; for(var i = 0; i < path.length; i ++) { arr.push(path[i].slice()); } return(arr); }; this.getPosition = function() { return({x:position.x,y:position.y}); }; this.getMazePosition = function() { return({x:position.x2+1,y:position.y2+1}); }; var getCrawlerMap = function(x, y) { if(crawlerMap[x] === undefined) { return(undefined); } else { return(crawlerMap[x][y]); } }; var couldMakeMove = true; this.iterate = function() { if(crawlerMap[position.x] === undefined) { crawlerMap[position.x] = []; } crawlerMap[position.x][position.y] = true; path.push([position.x,position.y]); var canMakeMove = false; var directions = []; if(isRandom) { directions = [[0,1],[0,-1],[1,0],[-1,0]]; directions.sort(function() {return(random(-1,1));}); } else { var dx = (maze.goal.x-1)/2 - position.x; var dy = (maze.goal.y-1)/2 - position.y; if(abs(dx) > abs(dy)) { directions = [ [-sign(dx),0], [0, -sign(dy)], [0, sign(dy)], [sign(dx),0], ]; } else { directions = [ [0,-sign(dy)], [-sign(dx),0], [sign(dx),0], [0, sign(dy)], ]; } } while(directions.length > 0 && !canMakeMove) { var dir = directions.pop(); if(!getCrawlerMap(position.x + dir[0], position.y + dir[1]) && !maze.getBlock(position.x2+1+dir[0], position.y2+1+dir[1])) { canMakeMove = true; prevStep.x = position.x; prevStep.y = position.y; position.x += dir[0]; position.y += dir[1]; } } if(!canMakeMove) { if(couldMakeMove) { var arr = []; for(var i = 0; i < path.length; i ++) { arr.push(path[i].slice()); } this.mazePaths.push(arr); } path.pop(); if(path.length > 0) { var p = path.pop(); prevStep.x = position.x; prevStep.y = position.y; position.x = p[0]; position.y = p[1]; } else { return(false); } } couldMakeMove = canMakeMove; return(true); }; this.moveTo = function(x, y) { var xpos = round((x-1)/2); var ypos = round((y-1)/2); position = {x:xpos,y:ypos}; prevStep = {x:xpos,y:ypos}; crawlerMap = []; path = []; this.mazePaths = []; couldMakeMove = true; }; }; var Maze = function(size) { if(size === undefined) { this.size = 0; } else { this.size = round(size)2+1; } this.layout = []; this.hasBeenGenerated = false; this.spawn = {}; this.goal = {}; this.getBlock = function(x, y) { if(this.layout[x] === undefined) { return(undefined); } else { return(this.layout[x][y]); } }; this.setBlock = function(x, y, val) { if(x < 0 \|\| y < 0 \|\| x >= this.size \|\| y >= this.size) { return(false); } if(val === undefined) { val = true; } this.layout[x][y] = val; return(true); }; this.generateLayout = function(size) { if(size > 0) { this.layout = []; this.size = round(size)2+1; for(var i = 0; i < this.size; i ++) { this.layout[i] = []; for(var j = 0; j < this.size; j ++) { if(i === 0 \|\| j === 0 \|\| i === this.size - 1 \|\| j === this.size - 1) { this.layout[i][j] = true; } else if(isDivisible(i, 2) && isDivisible(j, 2)) { this.layout[i][j] = true; } else if(!isDivisible(i, 2) && !isDivisible(j, 2)) { this.layout[i][j] = false; } else { this.layout[i][j] = random() > 1; } } } this.hasBeenGenerated = true; var genCrawler = new MazeCrawler(this, true); genCrawler.moveTo(floor(random(0, size-0.001))2+1, floor(random(0, size-0.001))2+1); var notFinish = true; while(notFinish) { notFinish = genCrawler.iterate(); } for(var i = 1; i < this.size; i += 2) { for(var j = 2; j < this.size; j += 2) { this.layout[i][j] = true; } } for(var i = 2; i < this.size; i += 2) { for(var j = 1; j < this.size; j += 2) { this.layout[i][j] = true; } } var rnd = floor(random(0, genCrawler.mazePaths.length-0.0001)); var l = genCrawler.mazePaths[rnd].length; this.goal = { x: genCrawler.mazePaths[rnd][l-1][0]2+1, y: genCrawler.mazePaths[rnd][l-1][1]2+1, }; var rnd2 = floor(random(0, genCrawler.mazePaths.length-1.0001)); if(rnd2 < 0) { this.spawn = { x: floor(random(0, size-0.001))2+1, y: floor(random(0, size-0.001))2+1, }; } else { if(rnd2 >= rnd) { rnd2 ++; } var l = genCrawler.mazePaths[rnd2].length; this.spawn = { x: genCrawler.mazePaths[rnd2][l-1][0]2+1, y: genCrawler.mazePaths[rnd2][l-1][1]2+1, }; } for(var i = 0; i < genCrawler.mazePaths.length; i ++) { var m = genCrawler.mazePaths[i]; var p = m[0]; for(var j = 1; j < m.length; j ++) { this.layout[m[j][0]+p[0]+1][m[j][1]+p[1]+1] = false; p = m[j]; } } } }; this.clearLayout = function() { this.size = 0; this.hasBeenGenerated = false; this.layout = []; this.goal = {}; this.spawn = {}; }; if(size !== undefined) { this.generateLayout(size); } }; //For use with debugging var canvas = { width: width, height: height, }; var maze = new Maze(3); var controls = { u:87, d:83, l:65, r:68, }; var getInputDirection = function(keyInputTable, key) { var mx = 0; var my = 0; if(key === undefined) { if(keys[keyInputTable.u]) { my -= 1; } if(keys[keyInputTable.d]) { my += 1; } if(keys[keyInputTable.l]) { mx -= 1; } if(keys[keyInputTable.r]) { mx += 1; } } else { if(keys[keyInputTable.u]) { my -= 1; } if(keys[keyInputTable.d]) { my += 1; } if(keys[keyInputTable.l]) { mx -= 1; } if(keys[keyInputTable.r]) { mx += 1; } } return(new PVector(mx, my)); }; var crawler = new MazeCrawler(maze); crawler.moveTo(-1,-1); var hasStarted = false; var level = 0; var mouseIsClicked = false; var crawlerIterations = 0; var newKeys = []; var playerBlur = []; var playerBlurLength = 30; var PhysicsSphere = function(x, y, radius, collisionField, mass, maxVelocity, plasticity) { this.plasticity = plasticity; this.friction = 1 + mass * PI * radius * radius; this.x = x; this.y = y; this.radius = radius; this.px = x; this.py = y; this.velocity = {x:0,y:0}; this.addForce = function(x, y) { this.velocity.x += x; this.velocity.y += y; }; this.applyMotion = function() { this.velocity.x = constrain(this.velocity.x, -maxVelocity, maxVelocity); this.velocity.y = constrain(this.velocity.y, -maxVelocity, maxVelocity); var x = this.px; this.x += this.velocity.x; collisionField.collide(this); this.px = this.x; this.y += this.velocity.y; collisionField.collide(this); this.px = x; collisionField.lateCollide(this); this.px = this.x; this.py = this.y; this.velocity.x /= this.friction; this.velocity.y /= this.friction; }; this.boundType = "sphere"; }; var CollisionBox = function(x, y, w, h) { var sphereCol = function(obj, x, y, r) { if(sq(obj.x-x)+sq(obj.y-y)<=sq(r)) { var vect = {x:obj.x-x,y:obj.y-y}; var d = Math.sqrt(sq(vect.x)+sq(vect.y))+0.000001; obj.x = x+vect.x/dr; obj.y = y+vect.y/dr; var ang = Math.atan2(vect.x, vect.y); var ang2 = Math.atan2(obj.velocity.x, obj.velocity.y); var m = Math.sqrt(sq(obj.velocity.x)+sq(obj.velocity.y))+0.1; var dAng = ang2-ang; if(dAng > PI2) { dAng -= PI2; } if(dAng < 0) { dAng += PI2; } var ang3 = ang2 + dAng; obj.velocity.x = Math.cos(ang3)mobj.plasticity; obj.velocity.y = Math.sin(ang3)mobj.plasticity; } }; var boxCol = function(obj, x, y, w, h) { if(obj.x > x && obj.x < x + w && obj.y > y && obj.y < y + h) { if(obj.px <= x) { obj.x = x - 0.00001; obj.velocity.x = obj.velocity.x -obj.plasticity; } else if(obj.py <= y) { obj.y = y - 0.00001; obj.velocity.y = obj.velocity.y * -obj.plasticity; } else if(obj.px >= x + w) { obj.x = x + w + 0.00001; obj.velocity.x = obj.velocity.x * -obj.plasticity; } else if(obj.py >= y + h) { obj.y = y + h + 0.00001; obj.velocity.y = obj.velocity.y * -obj.plasticity; } } }; this.collide = { sphere: function(obj) { if(obj.x + obj.radius > x && obj.x - obj.radius < x + w && obj.y + obj.radius > y && obj.y - obj.radius < y + h) { boxCol(obj, x-obj.radius, y, w+obj.radius2, h); boxCol(obj, x, y-obj.radius, w, h+obj.radius2); } }, }; this.lateCollide = { sphere: function(obj) { if(obj.x + obj.radius > x && obj.x - obj.radius < x + w && obj.y + obj.radius > y && obj.y - obj.radius < y + h) { sphereCol(obj, x, y, obj.radius); sphereCol(obj, x+w, y, obj.radius); sphereCol(obj, x+w, y+h, obj.radius); sphereCol(obj, x, y+h, obj.radius); } }, }; this.getPosition = function() { return({x:x,y:y,w:w,h:h}); }; }; var CollisionField = function() { var collisions = []; this.collide = function(object) { if(object.boundType !== undefined) { for(var i = 0; i < collisions.length; i ++) { var func = collisions[i].collide[object.boundType]; if(func !== undefined) { func(object); } } } }; this.lateCollide = function(object) { if(object.boundType !== undefined) { for(var i = 0; i < collisions.length; i ++) { var func = collisions[i].lateCollide[object.boundType]; if(func !== undefined) { func(object); } } } }; this.boxCollision = function(x, y, w, h) { collisions.push(new CollisionBox(x, y, w, h)); }; this.getCollisionArray = function() { return(collisions); }; this.clear = function() { collisions = []; }; }; var cols = new CollisionField(); var player = new PhysicsSphere(maze.spawn.x+0.5, maze.spawn.y+0.5, 0.3, cols, 0.02, 0.5, 0.1); var collisionToggle = false; var x1,x2,x3,x4,y1,y2,y3,y4,x5,y5,x6,y6,x7,y7,x8,y8; var blockScale = 0; var lerpVect = function(x,y,x2,y2,val) { return({x:lerp(x,x2,val),y:lerp(y,y2,val)}); }; var pt3D = function(x,y) { var vectX = lerpVect(x1,y1,x2,y2,x); var vectY = lerpVect(x3,y3,x4,y4,x); var vectXY = lerpVect(vectX.x,vectX.y,vectY.x,vectY.y,y); return(vectXY); }; var pt3DX = function(x,y) { return(lerp(lerp(x1,x2,x),lerp(x4,x3,x),y)); }; var pt3DY = function(x,y) { return(lerp(lerp(y1,y4,y),lerp(y2,y3,y),x)); }; var calculateScale = function() { return min(canvas.width, canvas.height); }; var calculateUpScale = function() { return max(canvas.width, canvas.height); }; var menu = 'main'; var targetMenu = menu; var trans = 0; var menuTransSpeed = 0.1; var updateMenuTrans = function() { if(menu === targetMenu) { trans = min(1, trans + menuTransSpeed); } else { trans -= menuTransSpeed; if(trans <= 0) { trans = 0; menu = targetMenu; } } }; var newLevelTimer = 60; var game = function() { if(boardPoints.length === 0) { boardPoints.push(new Point3D(-100, -100, 30)); boardPoints.push(new Point3D(100, -100, 30)); boardPoints.push(new Point3D(-100, 100, 30)); boardPoints.push(new Point3D(100, 100, 30)); boardPoints.push(new Point3D(-100, -100, -10)); boardPoints.push(new Point3D(100, -100, -10)); boardPoints.push(new Point3D(-100, 100, -10)); boardPoints.push(new Point3D(100, 100, -10)); for(var i = 0; i < boardPoints.length; i ++) { boardPoints[i].camZ = 400; } } collisionToggle = !collisionToggle; var input = getInputDirection(controls); input.normalize(); boardRot.x -= input.x; boardRot.y -= input.y; boardRot.x /= 1.3; boardRot.y /= 1.3; if(abs(boardRot.x) < 0.001) { boardRot.x = 0; } if(abs(boardRot.y) < 0.001) { boardRot.y = 0; } var s = calculateScale(); for(var i = 0; i < boardPoints.length; i ++) { boardPoints[i].rotation.x = -boardRot.y0.1; boardPoints[i].rotation.y = -boardRot.x0.1; boardPoints[i].applyTransform(); boardPoints[i].scale = s1.2trans; } if(collisionToggle) { player.addForce(boardRot.x * ballSpeed, boardRot.y * ballSpeed); } pushMatrix(); translate(width/2, height/2); var pt1 = boardPoints[0]; var pt2 = boardPoints[1]; var pt3 = boardPoints[3]; var pt4 = boardPoints[2]; var pt5 = boardPoints[4]; var pt6 = boardPoints[5]; var pt7 = boardPoints[7]; var pt8 = boardPoints[6]; x1 = pt1.x2D(); y1 = pt1.y2D(); x2 = pt2.x2D(); y2 = pt2.y2D(); x3 = pt3.x2D(); y3 = pt3.y2D(); x4 = pt4.x2D(); y4 = pt4.y2D(); x5 = pt5.x2D(); y5 = pt5.y2D(); x6 = pt6.x2D(); y6 = pt6.y2D(); x7 = pt7.x2D(); y7 = pt7.y2D(); x8 = pt8.x2D(); y8 = pt8.y2D(); pushMatrix(); scale(min(1, max((newLevelTimer-10)/10, max((10-newLevelTimer)/10, 0)))); noStroke(); fill(colorScheme.boardSide[0]); if(boardRot.x < 0) { quad(x2,y2,x3,y3,x7,y7,x6,y6); } else { quad(x1,y1,x4,y4,x8,y8,x5,y5); } fill(colorScheme.boardSide[1]); if(boardRot.y > 0) { quad(x2,y2,x1,y1,x5,y5,x6,y6); } else { quad(x3,y3,x4,y4,x8,y8,x7,y7); } fill(colorScheme.board); quad(x1,y1,x2,y2,x3,y3,x4,y4); if(level < 10) { strokeCap(SQUARE); strokeWeight(1); stroke(colorScheme.boardBg); } else { noStroke(); } fill(colorScheme.boardBg); cols.clear(); blockScale = maze.size; for(var i = 0; i < maze.layout.length; i ++) { for(var j = 0; j < maze.layout[i].length; j ++) { if(!maze.layout[i][j]) { quad( pt3DX(i/blockScale,j/blockScale), pt3DY(i/blockScale,j/blockScale), pt3DX((i+1)/blockScale,j/blockScale), pt3DY((i+1)/blockScale,j/blockScale), pt3DX((i+1)/blockScale,(j+1)/blockScale), pt3DY((i+1)/blockScale,(j+1)/blockScale), pt3DX(i/blockScale,(j+1)/blockScale), pt3DY(i/blockScale,(j+1)/blockScale) ); } } } var px = floor(player.x); var py = floor(player.y); for(var i = px - 1; i < px + 2; i ++) { for(var j = py - 1; j < py + 2; j ++) { if(maze.layout[i][j]) { cols.boxCollision(i, j, 1, 1); } } } fill(30, 0, 255, 20); pushMatrix(); scale(blockScale); player.applyMotion(); popMatrix(); var path = crawler.getPath(); if(crawler.getPosition().x >= 0 && (!hasStarted \|\| visualizeMazeSolve)) { fill(0, 0, 255); var pos = crawler.getMazePosition(); if(visualizeMazeSolve) { ellipse(pos.xblockScale+blockScale/2, pos.yblockScale+blockScale/2, blockScale0.7, blockScale0.7); } noFill(); stroke(255, 255, 0); strokeWeight(2); beginShape(); for(var i = 0; i < path.length; i ++) { vertex(pt3DX((path[i][0]2+1.5)/blockScale, (path[i][1]2+1.5)/blockScale), pt3DY((path[i][0]2+1.5)/blockScale, (path[i][1]2+1.5)/blockScale)); } vertex(pt3DX((pos.x+0.5)/blockScale, (pos.y+0.5)/blockScale),pt3DY((pos.x+0.5)/blockScale, (pos.y+0.5)/blockScale)); endShape(); } noStroke(); fill(0, 255, 0); quad( pt3DX(maze.goal.x/blockScale,maze.goal.y/blockScale), pt3DY(maze.goal.x/blockScale,maze.goal.y/blockScale), pt3DX((maze.goal.x+1)/blockScale,maze.goal.y/blockScale), pt3DY((maze.goal.x+1)/blockScale,maze.goal.y/blockScale), pt3DX((maze.goal.x+1)/blockScale,(maze.goal.y+1)/blockScale), pt3DY((maze.goal.x+1)/blockScale,(maze.goal.y+1)/blockScale), pt3DX(maze.goal.x/blockScale,(maze.goal.y+1)/blockScale), pt3DY(maze.goal.x/blockScale,(maze.goal.y+1)/blockScale) ); var playerPt = { x:pt3DX(player.x/blockScale,player.y/blockScale), y:pt3DY(player.x/blockScale,player.y/blockScale), }; if(playerBlur.length > playerBlurLength) { playerBlur.shift(); } var d = abs(boardPoints[0].z - boardPoints[0].camZ)/100; var playerSize = boardPoints[0].scale * (player.radius4) / d / blockScale; for(var i = 0; i < playerBlur.length; i ++) { pushMatrix(); translate(pt3DX(playerBlur[i].x, playerBlur[i].y),pt3DY(playerBlur[i].x, playerBlur[i].y)); rotate(-50); scale(1-sq((playerBlurLength-i)/playerBlurLength)); fill(red(colorScheme.ball[0]),green(colorScheme.ball[0]),blue(colorScheme.ball[0]), i/playerBlurLength25); ellipse(0, 0, playerSize, playerSize); fill(red(colorScheme.ball[1]),green(colorScheme.ball[1]),blue(colorScheme.ball[1]), i/playerBlurLength25); ellipse(0, playerSize-0.3, playerSize0.6, playerSize0.3); popMatrix(); } pushMatrix(); translate(playerPt.x, playerPt.y); rotate(-50); fill(colorScheme.ball[0]); ellipse(0, 0, playerSize, playerSize); fill(colorScheme.ball[1]); ellipse(0, playerSize-0.3, playerSize0.6, playerSize0.3); popMatrix(); playerBlur.push({x:player.x/blockScale,y:player.y/blockScale}); popMatrix(); var s2 = calculateUpScale(); var p = min(min(newLevelTimer/10,(60-newLevelTimer)/10),1); fill(0, 0, 0, 100); rect(-s2/2, -20p, s2, 40p); textSize(28p); fill(255,255,255); textAlign(CENTER, CENTER); text("LEVEL UP!", 0, 0); if(level === 0) { textSize(0.05s); fill(0, 0, 0, 255trans); textAlign(CENTER, BOTTOM); text("WASD TO MOVE", 0, canvas.height0.49); } popMatrix(); if(newKeys[16] && autoMazeSolving) { crawler.moveTo(floor(player.x), floor(player.y)); hasStarted = true; crawlerIterations = 0; } if(hasStarted) { if(visualizeMazeSolve) { hasStarted = crawler.iterate(); crawlerIterations ++; var c = crawler.getMazePosition(); if(c.x === maze.goal.x && c.y === maze.goal.y) { hasStarted = false; } } else { var i = 0; while(i < stepsPerFrame && hasStarted) { hasStarted = crawler.iterate(); crawlerIterations ++; var c = crawler.getMazePosition(); if(c.x === maze.goal.x && c.y === maze.goal.y) { hasStarted = false; } i ++; } } } if((floor(player.x) === maze.goal.x && floor(player.y) === maze.goal.y) && newLevelTimer >= 60) { //\|\| newKeys[61]) { level ++; crawler.moveTo(-1,-1); hasStarted = false; crawlerIterations = 0; newLevelTimer = 0; } /if(newKeys[173]) { level --; level = max(level, 0); maze.generateLayout(level+3); crawler.moveTo(-1,-1); hasStarted = false; crawlerIterations = 0; player.x = maze.spawn.x+0.5; player.y = maze.spawn.y+0.5; player.velocity.x = 0; player.velocity.y = 0; playerBlur = []; newLevelTimer = 0; }/ if(newKeys[190]) { visualizeMazeSolve = !visualizeMazeSolve; } mouseIsClicked = false; newKeys = []; newLevelTimer = min(newLevelTimer+1, 60); if(newLevelTimer === 10) { maze.generateLayout(level+3); player.x = maze.spawn.x+0.5; player.y = maze.spawn.y+0.5; player.velocity.x = 0; player.velocity.y = 0; playerBlur = []; } }; var vars = {}; var ensure = function(name, val) { if(vars[name] === undefined) { vars[name] = val; } }; var mainMenu = function() { ensure('bgMaze', new Maze(12)); ensure('bgMazeCrawler',new MazeCrawler(vars.bgMaze, false)); ensure('bgCurrentCoordinate',{x:vars.bgMaze.spawn.x,y:vars.bgMaze.spawn.y}); ensure('translate', 0); ensure('bgFirstFrame',true); ensure('newMazeTrans', 0); ensure('isNewMaze', false); var transSpeed = 0.05; if(vars.bgFirstFrame) { vars.bgFirstFrame = false; vars.bgMazeCrawler.moveTo(vars.bgMaze.spawn.x, vars.bgMaze.spawn.y); } vars.translate += transSpeed; if(trans === 1) { if(vars.isNewMaze) { vars.newMazeTrans -= transSpeed; } else { vars.newMazeTrans += transSpeed; if(vars.newMazeTrans > 1) { vars.newMazeTrans = 1; } } } else { vars.newMazeTrans = trans; } if(vars.translate >= 1) { vars.translate = 0; vars.bgCurrentCoordinate = vars.bgMazeCrawler.getMazePosition(); if(vars.bgCurrentCoordinate.x === vars.bgMaze.goal.x && vars.bgCurrentCoordinate.y === vars.bgMaze.goal.y) { vars.bgMaze.clearLayout(); vars.bgMaze.generateLayout(12); vars.bgCurrentCoordinate.x = vars.bgMaze.spawn.x; vars.bgCurrentCoordinate.y = vars.bgMaze.spawn.y; vars.bgMazeCrawler.moveTo(vars.bgMaze.spawn.x,vars.bgMaze.spawn.y); } vars.bgMazeCrawler.iterate(); var pos = vars.bgMazeCrawler.getMazePosition(); vars.isNewMaze = (pos.x === vars.bgMaze.goal.x && pos.y === vars.bgMaze.goal.y); } var s = calculateScale(); var s2 = calculateUpScale(); var mScale = 0.6 Math.sin(vars.newMazeTransPI/2); blockScale = (smScale)/vars.bgMaze.size; pushMatrix(); translate(width/2,height/2); pushMatrix(); translate(-(smScale)/2,-(smScale)0.35); strokeWeight(1); fill(colorScheme.board); stroke(colorScheme.board); rect(0, 0, smScale, smScale); fill(colorScheme.boardBg); stroke(colorScheme.boardBg); for(var i = 0; i < vars.bgMaze.layout.length; i ++) { for(var j = 0; j < vars.bgMaze.layout[i].length; j ++) { if(!vars.bgMaze.layout[i][j]) { rect(iblockScale,jblockScale,blockScale,blockScale); } } } fill(0, 255, 0); stroke(0, 255, 0); rect(vars.bgMaze.goal.xblockScale,vars.bgMaze.goal.yblockScale,blockScale,blockScale); fill(255, 0, 0); noStroke(); var pos = vars.bgMazeCrawler.getMazePosition(); var mazeDrawPos = lerpVect(vars.bgCurrentCoordinate.x, vars.bgCurrentCoordinate.y, pos.x, pos.y, vars.translate); pushMatrix(); translate(mazeDrawPos.xblockScale+blockScale/2, mazeDrawPos.yblockScale+blockScale/2); rotate(-50); fill(colorScheme.ball[0]); ellipse(0, 0, blockScale0.7, blockScale0.7); fill(colorScheme.ball[1]); ellipse(0, blockScale0.7-0.3, blockScale0.70.6, blockScale0.70.3); popMatrix(); popMatrix(); fill(255, 255, 255, 50trans); rect(-s2/2, -s2/2, s2, s2); fill(0, 0, 0); textSize(s20.05); textAlign(CENTER, TOP); text("LABYRINTH ARCADE", 0, -canvas.height0.4-canvas.height0.2(1-trans)); textAlign(CENTER, BOTTOM); textSize(s20.025); text("PRESS ANY KEY TO START", 0, canvas.height0.49+canvas.height0.1(1-trans)); popMatrix(); if(newKeys.length > 0) { targetMenu = 'game'; } }; var menus = { main: function() { mainMenu(); }, }; draw = function() { updateMenuTrans(); background(colorScheme.background); var s = calculateScale(); if(menus[menu]) { menus[menu](); } else { game(); } //Debug /pushMatrix(); translate(width/2, height/2); noFill(); stroke(255, 0, 0); strokeWeight(2); rect(-s/2,-s/2,s,s); stroke(0, 255, 0); rect(-canvas.width/2, -canvas.height/2, canvas.width, canvas.height); popMatrix();/ }; keyPressed = function() { if(!keys[keyCode]) { newKeys[keyCode] = true; if(keys[16]) { println(keyCode); } } keys[keyCode] = true; var inputDirection = getInputDirection(controls, keyCode); if(!maze.getBlock(maze.player.x + inputDirection.x, maze.player.y)) { maze.player.x += inputDirection.x2; } if(!maze.getBlock(maze.player.x, maze.player.y + inputDirection.y)) { maze.player.y += inputDirection.y2; } }; keyReleased = function() { keys[keyCode] = false; }; mouseClicked = function() { mouseIsClicked = true; }; // For once, I actually left an easter egg at the bottom of the code! :D //JK
Folds	41,45,49,55,57,108,112,115,117,120,122,242,244,353,356,359,363,368,370,402,420,464,466,534,536,568,580,582,583,588,590,592,593,595,597,599,601,603,610,621,625,941,944,948,950,1073,1075,1077,1079,1106,1108,1125,1126,1128
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgMKZgs6dCQw
Votes	356
Spin-Offs	21
Type	PJS
Width	600
Height	600
User Flagged	false
Origin Scratchpad	{"id":"6042847359827968","title":"Contest: A-maze-ing Game","deleted":"false","official":"false"}
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	ScusX
Author Name	GiantScus
Author ID	kaid_690562335310574068784363
Author Profile Access	COACH

Archive Data

Added	6 months ago, 1739376917337
Updated	4 months ago, 1744828748571
Source Deleted	unknown