// Created by wout werkman //source: https://stackoverflow.com/questions/11381673/detecting-a-mobile-browser //my own edition var phone = navigator.userAgent.match(/Android/i) || navigator.userAgent.match(/webOS/i) || navigator.userAgent.match(/iPhone/i) || navigator.userAgent.match(/iPad/i) || navigator.userAgent.match(/iPod/i) || navigator.userAgent.match(/BlackBerry/i) || navigator.userAgent.match(/Windows Phone/i) var start = 0; fpsarr = []; second = 0; fps = 0; currentLevel = 0; screenMsg = ""; touches = 0; if (phone) { joSt = { //joystick I created myself x:0, y:0, x1:0, y1:0, power:0, rot:0, fingerID:0, active:false, draw:function() { ctx.beginPath(); ctx.arc(this.x, this.y, cw/6, 0, Math.PI*2); ctx.fillStyle = "#AAA"; ctx.strokeStyle = "#000"; ctx.globalAlpha = 0.3; ctx.fill(); ctx.globalAlpha = 1; ctx.stroke(); ctx.closePath(); if(this.active) { ctx.beginPath(); ctx.arc(this.x1, this.y1, cw/24, 0, Math.PI*2); ctx.fillStyle = "#CCC"; ctx.strokeStyle = "#000"; ctx.fill(); ctx.stroke(); ctx.closePath(); } } } mouse = { x:0, y:0, move:function(evt) { for (var i = 0; i < evt.changedTouches.length; i++) { if (joSt.active&&evt.changedTouches[i].identifier===joSt.fingerID) { var x = evt.changedTouches[i].pageX; var y = evt.changedTouches[i].pageY; var dx = x-joSt.x; var dy = y-joSt.y; joSt.rot = Math.atan(dy/dx) + (dx>0? 0:Math.PI) joSt.power = (Math.sqrt(Math.pow((x-joSt.x), 2)+Math.pow((y-joSt.y), 2)))/(cw/8); if (joSt.power<1) { joSt.x1 = x; joSt.y1 = y; } else { joSt.power = 1; joSt.x1 = joSt.x+cw/8*Math.cos(joSt.rot) joSt.y1 = joSt.y+cw/8*Math.sin(joSt.rot) } } } }, start:function(evt) { var x = evt.changedTouches[0].pageX; var y = evt.changedTouches[0].pageY; if (Math.sqrt(Math.pow((x-joSt.x), 2)+Math.pow((y-joSt.y), 2))<(cw/8)) { joSt.fingerID = evt.changedTouches[0].identifier; joSt.active = true; joSt.x1 = x; joSt.y1 = y; } else { if (P.canJump) { P.zv = 0.2; } } }, end:function(evt) { if (joSt.active&&joSt.fingerID===evt.changedTouches[0].identifier) { joSt.active = false; joSt.power = 0; P.xv = 0; P.yv = 0; } } } } else { window.onkeydown = function(event) { event = event || window.event; return !(event.keyCode === 32) } document.addEventListener("keydown", function(event) { event = event || window.event; switch(event.keyCode) { case 87: case 38: P.yv = -0.1; break; case 65: case 37: P.xv = -0.1; break; case 83: case 40: P.yv = 0.1; break; case 68: case 39: P.xv = 0.1; break; case 32: if(P.canJump) P.zv = 0.2; break; } }); document.addEventListener("keyup", function(event) { event = event || window.event; switch(event.keyCode) { case 87: case 38: P.yv = 0; break; case 65: case 37: P.xv = 0; break; case 83: case 40: P.yv = 0; break; case 68: case 39: P.xv = 0; break; break; case 32: break; } }); } window.onload = function() { c = document.getElementById("canvas"); cw = c.width = window.innerWidth; ch = c.height = window.innerWidth + window.innerHeight*0.15; cdiag = Math.sqrt(ch*ch+cw*cw); ctx = c.getContext("2d"); if (phone) { c = document.getElementById("canvas"); c.addEventListener("touchstart", mouse.start, false); c.addEventListener("touchend", mouse.end, false); c.addEventListener("touchcancel", mouse.end, false); c.addEventListener("touchmove", mouse.move, false); window.ontouchmove = preventDefault; joSt.x = cw*0.82; joSt.y = ch*0.82; } arr = generateFromHash(decompress(levels[0])); arr[14][14][13] = 0; arr[14][14][14] = 0; world.update(); if (phone) { alert("It seems like you are playing on a phone, move with the joystick, and press anywhere to jump"); } else { alert("it seems like you are playing on a pc, use WASD keys to movd and spacebar to jump") } window.requestAnimationFrame(frame); } function frame(timestamp) { var ft = timestamp-start; var tr = ft/16.6; second += ft; if (second > 500) { second = 0; fps = 0; for(var i = 0; i < fpsarr.length-1; i++) { fps += fpsarr[i]; } fps = Math.round(1000/(fps/fpsarr.length)); fpsarr = []; } else { fpsarr.push(ft); } start = timestamp; move(tr); world.update(); if (graphics.fps) { ctx.font = cw/20 + "px Arial" ctx.fillStyle = "#AFA"; ctx.fillText(fps, 0, cw/20); } if (phone) { joSt.draw(); } window.requestAnimationFrame(frame); } function move(tr) { P.move(tr); } function drawButtons() { ctx.fillStyle = "#FFF"; ctx.fillRect(0, ch, cw, cw-ch); ctx.fillStyle = "#955"; ctx.fillRect(0, ch, cw, (cw-ch)*world.z/16); ctx.fillStyle = "#000"; ctx.font = cw/7 + "px Arial"; ctx.fillText("UP", cw/6, cw*1.15); ctx.fillText("DOWN", cw*0.5, cw*1.15); } function fullA(a) { return [a, a, a, a, a, a, a, a, a, a, a, a, a, a, a, a]; } function hollA(a) { return [a, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, a]; } function empty(a) { return [fullA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), hollA(a), fullA(a)]; } function filled(a) { return [fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a), fullA(a)]; } arr = [filled(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), empty(1), filled(1)]; base64 = ["A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "+", "/"]; //i know it looks silly, but I came up with this solution, and wikipedia told me these are the base64 symbols. ive never used encrypting before, and i just wanted to keep it simple base16 = ["0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "A", "B", "C", "D", "E", "F"]; function generateHash() { var hash = ""; var current = []; for (var i = 1; i < 15; i++) { for (var j = 1; j < 15; j++) { for (var k = 1; k < 15; k++) { if (current.push(arr[i][j][k])===6) { hash += convert2To64(current); current = []; } } } } return current.join("") + hash; } function generateFromHash(hash, a) { if(!hash) { alert("please input hash next to the button"); return arr; } ba.lavaArr.splice(0); ba.bouncepadArr.splice(0); for (var i = hash.length; hash.charAt(i)!=="<"&&i!==0; i--) {} if(i!==0) { var oh = hash.substr(i); //object hash (contains information about where the objects are) hash = hash.substr(0, i); var len = ""; for (var j = 0; oh.charAt(j)!="L"&&j0) { if (cRow.length===15) { cRow.push(a); if (cPlane.length===15) { cPlane.push(fullA(a)); output.push(cPlane); cPlane = [fullA(a), cRow]; cRow = [1]; } else { cPlane.push(cRow); cRow = [1]; } } else { cRow.push(bin.shift()); } } } setLoc(P.spawn, PLoc); setLoc(P, PLoc); P.x += 0.5; P.y += 0.5; setLoc(flag, FLoc); cRow.push(hash[0]); cRow.push(hash[1]); cRow.push(a); cPlane.push(cRow); cPlane.push(fullA(a)); output.push(cPlane); output.push(filled(a)); return output; } function setLoc(ob, xyz) { ob.x = base16.indexOf(xyz.charAt(0)); ob.y = base16.indexOf(xyz.charAt(1)); ob.z = base16.indexOf(xyz.charAt(2)); } function convert64To2(b64) { var output = []; var hex = base64.indexOf(b64); for(var i = 0; i < 6; i++) { output.push(hex%2); hex = Math.floor(hex/2); } return output; } function convert2To64(bin) { var temp = 0; for (var l = 0; l < 6; l++) { temp += bin[l]*Math.pow(2, l); } return base64[temp]; } function preventDefault(e) { e = e || window.event; e.returnValue = false; } function shake(power) { power = power>10? 10 : power; var shock = 1/(20-power); world.ddry = shock; world.ddrx = shock; } ba = { //buildables lavaArr:[], bouncepadArr:[] } var objectArray = [ba.lavaArr, ba.bouncepadArr]; var P = { spawn: { x:1, y:1, z:1, }, x:10.5, y:10.5, z:3, //sz:1, //shadow xv:0, yv:0, zv:0, block:[0, 0, 0, 1, 1, 1], //array that contains info about what side of the current block is blocked (up, front, right, back, left, bottom) canJump:true, move: function(t) { if(phone) { this.xv = joSt.power*Math.cos(joSt.rot)/10; this.yv = joSt.power*Math.sin(joSt.rot)/10; } this.zv -= 0.017*t; xv = this.xv*t; yv = this.yv*t; zv = this.zv*t; x = this.x; y = this.y; z = this.z; //for (var i = z; i > 0&&arr[x][y][i]; i--) {} //this.sz = i; this.block = blockdate(Math.floor(x), Math.floor(y), Math.floor(z)); if (x+0.25+xv>Math.ceil(x)&&this.block[2]) { this.x = Math.ceil(x)-0.25; } else if (x-0.25+xvMath.ceil(y)&&this.block[1]) { this.y = Math.ceil(y)-0.25; } else if (y-0.25+yvMath.ceil(z)&&this.block[0]) { this.z = Math.ceil(z)-0.25; if(this.zv>0.1) shake(this.zv/3); this.zv = 0; } else if (z-0.25+zv= 0; i--) { var c = ba.lavaArr[i]; if (c.x===Math.floor(this.x)&&c.y===Math.floor(this.y)&&c.z===Math.floor(this.z)) { P.x = P.spawn.x + 0.5; P.y = P.spawn.y + 0.5; P.z = P.spawn.z; } } if(this.zv<-0.4) shake(this.zv); this.zv = 0; for(var i = ba.bouncepadArr.length-1; i >= 0; i--) { var c = ba.bouncepadArr[i]; if (c.x===Math.floor(this.x)&&c.y===Math.floor(this.y)&&c.z===Math.floor(this.z)) { P.z += 0.1; P.zv = 0.4; } } this.canJump = true; } else { this.z += zv; this.canJump = true; } world.drx = this.x/16; world.dry = this.y/16; world.z = this.z+1; if (world.z > 14.3) { world.z = 14.3; } if (Math.abs(flag.x+0.5-this.x)<0.4&&Math.abs(flag.y+0.5-this.y)<0.4&&Math.floor(this.z)===flag.z) { currentLevel++; if (currentLevel===levels.length) { alert("that were all the levels so far! want to contribute by making more levels? \nUse the world creator I made and comment your hash \nBig thanks to The Coding Sloth for telling me about animation frames"); arr = generateFromHash(decompress("00EE1;4;A;457;")); currentLevel = -1; } else { var lev = levels[currentLevel]; if (Array.isArray(lev)) { alert(lev[1]); lev = lev[0]; } arr = generateFromHash(decompress(lev)); } } } } var levels = ["00EE1;4;A;224;BAEA;29;QA;4;MAwAADAMAwAADAMAwAADAMAwAADAMAgA;69;wAADAMAwAADAMAwAADAMAwAADAMAwA;67;", "00EE11E8A;19;EAQAABAEAQAAGA;6;BAEAQAABAEAQAABAEAQAABAEAAEA;5;QA;13;QAABAEAQAABAABA;5;EA;25;QA;6;BA;7;QAABAEAQAABAEAQAABEA;5;QA;8;EA;8;QA;8;BA;5;EA;8;DA;8;EA;7;QA;6;BA;7;wA;9;BA;7;EA;14;MA;8;QA;8;BAEAQAABAEAQAAADA;6;BAEAQAABAEQAABAEAQAABAEAAwA;6;QA;10;EAQAABAEAQAABAEMQAABAEEQAABAEAQAABAEAQAABAEAQAAADA;6;BA;24;wA;6;QA;11;<34LE81881681781A81981B81C81D816D17E16E17D17C16C16916A17A17918918A18C19D19E18E18D19C19A1A91991B91C91D91E912P8365B2", ["00EE1;4;A;7;IAgAwDAIAgAACAIAgA;16;CAIA8AACAIAgAACAIA;15;gAACAPAgAACAIAgAACA;15;IAgAwDAIAgAACAIAgA;16;CAIA8AACAIAgAACAIAMAQAADA8DwPA/A8DwPA/A8DwPA/A8DwPA/AwDwPA;26;wA;4;MAwAADAMA;4;DAMAwAADAMAwA;16;DAAAwA;27;wA;4;MA;4;DA;22;MA;4;DAAAwA;18;MAwAADAMAwAACAMAwAADAMAwAADAMAwA;67;<9L565365165265465BB1AB19B18B11P5D2", "Thanks to @Andrei cereanu for making this level"], "00EE1;4;AAgAQDAIA0DACAIAgAAOA4AgDACAIAgAAOA4A0DACANAgAQPANAgAQDA4A0AQPANA0AQDA9AgDQPA4AgDAOA4A0AAOAIAgDAOAIAgDAOAIA0AQDANAgDQDANA0DACANAgAACA9A0DQPANAgDACA4A0AAOA4AgDQPAIAgAACAIAgAQDA4A0AQPANAgAQDAIA0DACA9A0DQPA4A0AAOANAgDAOA4A0DQDA9AgAACAIA0AACAIAgDQDAIA0AACA9AgAAOAIAgAQPANA0DQPA9A0DAOA9AgAQPAIA0DQDAIAgDQDAIAgAAOAIAgAQDAIA0DACAIAgAQPA4A0AAOA9A0DQPA4A0DACA9A0AQPA4AgAACANAgDQAACAQAACANAgAAOAIAgAACAIA0DQPA9A0DQPA9AgAQPAIA0DQPA9A0AACAIAgAACAIAgAACAIA0DACAIAgAACAIA<81L132232332322312532522542462472282272152252352452552652752B72B62B52D72D62D52D42D32D22C32B32A328327127227329429229329529629727728726726824B24A22A23A2492592692892992A92E92C92D92B92DB2DC2DD2DE29E29D2BD2BC2BB2AB29B28B27B26B27C26D27D25D24D22C22E22D2", ["00E128ADAhAECQAAhA;6;gAACAIA;6;IAgAACQIAhAEAQIAgIAiAICAQACBIEAAACAIAgAECQIABAECAICgIAiAAEAQACBIAgA;4;IAhAACA;6;gQACAIAABAEAQA;8;CQIAgA;6;BAEAQA;13;BAEgAECAIA;7;CBIEgQA;10;QAABIAhAACA;6;gAACBIEAQIAgAACAIEgQACQIAgA;7;IAgAACBAACAIAgAACBIEgAEA;18;gAECQIAhAECQIggAACA;6;gAACAIA;5;BAEAQAEBQEAMIAgIAgA;4;IAgAACA;4;QAABAEARAEBgBiAICAIA;4;CAIAgA;5;EAQAABQEARAJgMAiA;11;gAACAIBgEARAEBQEQCIJggAACIIgAACAIIwggBSDIHQMARAEB", "thanks to @Ivan for making this map!"], "00EE11BEA;25;EAQAABAEA;25;BAEAQAABA;29;EAQA;30;BAEA;29;QAABA;29;EAQAABAEAQA;4;EAQAABAAAQAABAEA;4;BAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEAQAABAEA;4;BAEAQA;4;EAQAABAAAQA;32;EA;32;BA;31;QAABACAAAEAIAAAQAgA;13;<34L71E72E92EA2E73E84EA4EA3EA5E96E75E76E77E88EA7EA8EA9E9AE79E7BE7AE8CEABEACEADE7DE9EE6DE4DE3DE5DE2DE2CE2BE5PE3DE5AE86EB1EB", "00EE1;4;ABA8DAIAgAACAIAgAACAIAgAACAIAgAACQPAfAABAEAQAABAEAQAABAEAQAABAEAQAkCwHAIAgAACAIAgAACAIAgAACAIAgAACAzA8BACAEAQwABDEMQwABDEAQAABAEAQAAJA8AgAABACMIAgAACAIwgAACAIAgAACAgMA+AIDQMgw//7/;4;ABMEAQAABAEAQAAQAADASAEBI0/fAA8/PIAjAACAIAgAACAA4AwDgMAxAC/;7;DBwEAQAABAEAQAAACAEAIAQAgAABACwEAIAsAACAIAgAACAAgAABACAEAIwQAgAMBACAHAQAABAEAQAAAIAQAgAABACMEAIATAgAwBACAIAgAACAAACAEAIAQAgADBACwEAIAcAgAABAEAQAAAgAABACAEAIwQAgAMBACAHAIAQA;8;IAQAgAABACMEAIAQAgAwBACAEA;6;", "00EE1;4;IAMfAAAgBABAEAIAQAwAABA;4;//AAw/P6BzHAAAYAQA;7;wMATAcAwz/P/f8/zIw/A;6;EA;7;MAIAgAACAIAgEACAB8HAEAQAABA;7;DACAIAgAACAIBgwPAfAABA;11;wAgAACAIBgEASAIABAEA;14;MAIAgAASAIAgAAC/H8fw/B/H8/w/H//8/z/D/P8/0/T/P8/A;10;QAABAEAQAAhAECgIAkEgAAEA;10;EA;9;IAgEASAIBgAAGA;10;BA;9;CAIBgAACAIAgCA;9;QA;9;gAASAIBgEASAIBA;9;EAQAABAEAAIAgAACAIAgAACA;17;BAACAIAgAACAIAgA;17;QAgAABACAEA;6;", "00EE11EEA;25;EAQAABAUA;25;BAEAQAAJA;20;BAEAQAABAEAQEA;19;IA;12;CA;19;BA;12;BA;18;IA;12;gAACAIAgAACA;9;BA;21;gA;9;IA;22;IA;9;BA;17;IAgAACA;8;QA;18;CA;13;EA;17;gA;14;BA;17;IAgAACAIAgAACAQA;45;" ] var flag = { x:2, y:3, z:4 } function Lava(x, y, z) { this.x = x; this.y = y; this.z = z; this.draw = function(dxd, dyd, ck) { ctx.fillStyle = "#F50"; ctx.fillRect(this.x*ck+dxd, this.y*ck+dyd, ck, ck); } } function Bouncepad(x, y, z) { this.x = x; this.y = y; this.z = z; this.draw = function(dxd, dyd, ck) { ctx.fillStyle = "#904"; ctx.save(); ctx.translate(this.x*ck+dxd, this.y*ck+dyd); ctx.fillRect(ck/8, ck/8, ck*0.75, ck*0.75); ctx.fillStyle = "#C16"; ctx.beginPath(); ctx.arc(ck/2, ck/2, ck*0.45, 0, Math.PI*2); ctx.closePath(); ctx.fill(); ctx.restore(); } } function blockdate(x, y, z) { try { return [z<=14?arr[x][y][z+1]:1, y<=14?arr[x][y+1][z]:1, x<=14?arr[x+1][y][z]:1, y>=1?arr[x][y-1][z]:1, x>=1?arr[x-1][y][z]:1, z>=1?arr[x][y][z-1]:1]; } catch(err) { throw "x: " + x + " y: " + y + " z: " + z + " " + err; } } var graphics = { dt:true, //dynamic top layer did:true, //deeper is darker fps:true //display FPS } var world = { z:4, //it represents height, I know it should be Y, but I started with x and y when I started, it was easiest for me to use z per:16, //perspective (after how many layers it is visually twice as small) drx:0.5, dry:0.5, ddrx:0, ddry:0, update: function() { ctx.save(); ctx.fillStyle = "#333"; ctx.fillRect(0, 0, cw, ch); ctx.translate(cw/20, cw/20); ctx.lineWidth = cw/600; ctx.strokeStyle = "#999"; per = this.per + (P.zv<0? P.zv*20 : 0); var tot = cw-cw/10; //total size of map var rt = tot*per/(-1+per); var ck = tot/16; //chunk (1/16 of total) if (Math.abs(this.ddrx)>0.02) { this.ddrx/=(Math.random()<0.5? -1.1 : 1.1); this.ddry/=(Math.random()<0.5? -1.1 : 1.1); } else { this.ddrx = 0; this.ddry = 0; } var drx = this.drx + this.ddrx; //deviation ratio x drx = drx>1? 1:drx<0? 0: drx; dry = dry>1? 1:dry<0? 0: dry; var dry = this.dry + this.ddry; //deviation ratio y var dlb = drx*16; //draw left border var dbb = dry*16; //draw below border for(var z = 0; z <= this.z+graphics.dt; z++) { //this is a function i made which creates the perspective in the game (and i have tried ALLOT of functions, but this one was not only the simplest, and lightest for the processor, it also looks the best IMO) var rd = per/(this.z-z+per+1); //ratio current layer (down) var ru = per/(this.z-z+per); //ratio one level above (up) var cku = ck*ru; //chunk up var ckd = ck*rd; //chunk down var dxu = (tot-(ru*tot))*drx; //deviation x up var dyu = (tot-(ru*tot))*dry; //deviation y up var dxd = (tot-(rd*tot))*drx; // deviation x down var dyd = (tot-(rd*tot))*dry; //deviation y down if (graphics.did) { ctx.fillStyle = "#000"; ctx.globalAlpha = 0.1*(this.z-z<0&&graphics.dt? this.z%1:1); ctx.fillRect(dxd, dyd, tot*rd, tot*rd); //creates effect that deeper is darker ctx.globalAlpha = 1; } ctx.fillStyle = "#FFF"; var dt = graphics.dt? 1:0; for(var x1 = 0; x1 < 16; x1++) { var x = x1=0; i--) { var c = objectArray[i]; if (Array.isArray(c)) { for (var j = c.length-1; j>=0; j--) { co = c[j]; if (x===co.x&&y===co.y&&z===co.z) {co.draw(dxd, dyd, ckd); j = 0;} } } else if (x===c.x&&y===c.y&&z===c.z) {j = 0;} } ctx.fillStyle = "#FFF"; if(arr[x][y][z]) { //if there is a block if (this.z-z<0&&graphics.dt) ctx.globalAlpha = this.z%1; if(!arr[x][y][z+1] || this.z-z < 1) { //if there is not a block above the current block, or it is drawing the top layer, draw a square on top of the current block ctx.fillRect(xu, yu, cku, cku); //ctx.strokeRect(xu, yu, cku, cku); } if(x dlb&& arr[x-1]&&!arr[x-1][y][z]) { ctx.beginPath(); ctx.moveTo(xu, yu); ctx.lineTo(xd, yd); ctx.lineTo(xd, yd+ckd); ctx.lineTo(xu, yu+cku); ctx.closePath(); ctx.fill(); //ctx.stroke(); } if(y dbb&& arr[x][y-1]&&!arr[x][y-1][z]) { ctx.beginPath(); ctx.moveTo(xu+cku, yu); ctx.lineTo(xd+ckd, yd); ctx.lineTo(xd, yd); ctx.lineTo(xu, yu); ctx.closePath(); ctx.fill(); //ctx.stroke(); } ctx.globalAlpha = 1; } } } if (Math.floor(P.z)===z) { var pdz = P.z%1; //player deviation z var rp = per/(this.z-z+per+1-pdz); var ckp = ck*rp; //chunk player var dxp = (tot-(rp*tot))*drx; //deviation x player var dyp = (tot-(rp*tot))*dry; //deviation y player ctx.beginPath(); ctx.arc(dxp+ckp*P.x, dyp+ckp*P.y, ckp/5, 0, Math.PI*2); ctx.closePath(); ctx.fillStyle = "#F00"; ctx.fill(); } if (flag.z===z) { //drawing flag ctx.beginPath(); ctx.moveTo(dxd+ckd*(flag.x+0.5), dyd+ckd*(flag.y+0.5)); ctx.lineTo(dxu+cku*(flag.x+0.5), dyu+cku*(flag.y+0.5)); ctx.closePath(); ctx.strokeStyle = "#000"; ctx.lineWidth = cw/200; ctx.stroke(); ctx.lineWidth = cw/600; ctx.strokeStyle = "#999"; var rp = per/(this.z-z+per+1-0.25); var ckp = ck*rp; //chunk point var dxp = (tot-(rp*tot))*drx; var dyp = (tot-(rp*tot))*dry; var rm = per/(this.z-z+per+1-0.5); var ckm = ck*rm; //chunk middle var dxm = (tot-(rm*tot))*drx; var dym = (tot-(rm*tot))*dry; ctx.beginPath(); ctx.moveTo(dxu+cku*(flag.x+0.5), dyu+cku*(flag.y+0.5)); ctx.lineTo(dxp+ckp*(flag.x+1), dyp+ckp*(flag.y+0.5)); ctx.lineTo(dxm+ckm*(flag.x+0.5), dym+ckm*(flag.y+0.5)); ctx.closePath(); ctx.fillStyle = "#F00"; ctx.fill(); } } ctx.restore(); }, build: function(event) { event = event || window.event; var x = event.pageX-cw/20; var y = event.pageY-cw/20; var z = this.z; var size = (cw-cw/10); var ck = size/16; if (x > 0 && x < size && y > 0 && y < size) { var bx = Math.floor(x/ck); var by = Math.floor(y/ck); if (by!==0&&by!==15&&bx!==0&&bx!==15&&z!==0&&z!==15) { arr[bx][by][z] = arr[bx][by][z] ===1? 0: 1; this.update(); drawButtons(); } } else if (x > 0 && x < size && y > size) { this.z = z + (x 3) { out = input.substr(0, i+1); out += ";" + j + ";"; out += input.substr(i+j, input.length-1); input = out; i+=2 + (j + "").length; } else { i+=j-1; } } return input; } function decompress(input) { for (var i = 0; i < input.length; i++) { //nr? i += parseInt(nr) : i++) { if (input.charAt(i)===";") { var nr = ""; j = 1; while(true) { if (input.charAt(i+j)===";") {break;} nr += input.charAt(i+j); j++; } var out = input.substr(0, i-1) for(k = parseInt(nr); k > 0; k--) { out += input.charAt(i-1) } out += input.substr(i+2+nr.length); input = out; } } return input; } function pasteHash() { a = document.getElementById("input").value || "00EE1;4;A;457;"; arr = generateFromHash(decompress(a)); world.update(); currentLevel = -1; } function visit() { window.open("https://code.sololearn.com/Wf4qVq5lj7V7/?ref=app"); }

dot runner [3D GAME] creative mode