var cubeSize = 40; var yOffSet = 150, xOffSet = 120; var block = {width:cubeSize, height:cubeSize, length:cubeSize}; var world = {width:35, height:30, length:35}; var x = -150, y = 150, z = -150, rx = 20, ry = -45, rz = -20, ijk=45; var seed, seedP, generate; var flowerTypes = ["rose","dandelion","tulip"]; var defaultMethod = "Simplex"; var width, height, length; var canvas, ctx, grd; requestSizes(isMobile()); var cube = new Array(world.width); for (var i = 0; i < cube.length; i++) { cube[i] = new Array(world.height); for (var j = 0; j < cube[i].length; j++) { cube[i][j] = new Array(world.length); } } window.onload = function() { canvas = document.getElementById('canvas'); ctx = canvas.getContext('2d'); grd = ctx.createRadialGradient(0, canvas.height/2, 0, 0, canvas.height/3, canvas.height/(2/2)); grd.addColorStop(1, "#7EC0EE"); grd.addColorStop(0, "#4B90BB"); width = canvas.width; height = canvas.height; length = 500; xOffSet = width / 2; yOffSet = height / 2; //generate world for(var i = world.width-1; i >= 0; i--) for(var j = world.height-1; j >= 0; j--) for(var k = world.length-1; k >= 0; k--) newWorld(i, j, k, block.width, block.height, block.length); seedP = document.getElementById("seed"); ctx.translate(xOffSet, yOffSet); setSeed(0); } function typeToColour(type) { colour = new Array(6); switch(type) { case "air": colour = ["transparent", "transparent", "transparent", "transparent", "transparent", "transparent"]; break; case "dirt": colour = ["#784800", "#784800", "#784800", "#784800", "#784800", "#784800"]; break; case "grass": colour = ["#784800", "#784800", "#784800", "#784800", "#228B22", "#784800"]; break; case "sand": color = ["#F5DEB3", "#F5DEB3", "#F5DEB3", "#F5DEB3", "#F5DEB3", "#F5DEB3"]; break; case "stone": colour = ["#8B8D7A", "#8B8D7A", "#8B8D7A", "#8B8D7A", "#8B8D7A", "#8B8D7A"]; break; case "wood": colour = ["#a76b29", "#a76b29", "#a76b29", "#a76b29", "#DAA520", "#DAA520"]; break; case "leaf": colour = ["#4da83b", "#4da83b", "#4da83b", "#4da83b", "#4da83b", "#4da83b"]; break; case "tulip": colour = ["pink", "pink", "pink", "pink", "pink", "pink"]; break; case "dandelion": colour = ["orange", "orange", "orange", "orange", "orange", "orange"]; break; case "rose": colour = ["red", "red", "red", "red", "red", "red"]; break; case "water": //colour = ["#74e7ee", "#74e7ee", "#74e7ee", "#74e7ee", "#74e7ee", "#74e7ee"]; var alp = 0.8; colour = ["rgba(116, 231, 238, "+alp+")", "rgba(116, 231, 238, "+alp+")", "rgba(116, 231, 238, "+alp+")", "rgba(116, 231, 238, "+alp+")", "rgba(116, 231, 238, "+alp+")", "rgba(116, 231, 238, "+alp+")"]; break; case "vine": colour = ["#708237", "#708238", "#708238", "#708238", "#708238", "#708238"]; break; case "oakwood": colour = ["#966F33", "#966F33", "#966F33", "#966F33", "#966F33", "#966F33"]; break; case "birchwood": colour = ["#f8dfa1", "#f8dfa1", "#f8dfa1", "#f8dfa1", "#f8dfa1", "#f8dfa1"]; break; case "wooddoor": colour = ["#cd8500", "#cd8500", "#cd8500", "#cd8500", "#cd8500", "#cd8500"]; break; case "cobblestone": colour = ["#72745e", "#72745e", "#72745e", "#72745e", "#72745e", "#72745e"]; break; case "window": var alp = 0.7; colour = ["rgba(246, 254, 255, "+alp+")", "rgba(246, 254, 255, "+alp+")", "rgba(246, 254, 255, "+alp+")", "rgba(246, 254, 255, "+alp+")", "rgba(246, 254, 255, "+alp+")", "rgba(246, 254, 255, "+alp+")"]; break; default: colour = ["transparent", "transparent", "transparent", "transparent", "transparent", "transparent"]; } return colour; } function newWorld(x, y, z, w, h, l) { var i = x, j = y, k = z; x*=w; y*=h; z*=l; cube[i][j][k] = {}; cube[i][j][k].coords = makeVertices(x, y, z, w, h, l); cube[i][j][k].exist = true; } function makeVertices(x, y, z, w, h, l) { var vertexes = []; //8 edges first vertexes[0] = make3DPoint(x, y, z); vertexes[1] = make3DPoint(x, y + h, z); vertexes[2] = make3DPoint(x + w, y + h, z); vertexes[3] = make3DPoint(x + w, y, z); vertexes[4] = make3DPoint(x, y, z + l); vertexes[5] = make3DPoint(x, y + h, z + l); vertexes[6] = make3DPoint(x + w, y + h, z + l); vertexes[7] = make3DPoint(x + w, y, z + l); //top midpoints vertexes[8] = make3DPoint(x + w/2, y, z); vertexes[9] = make3DPoint(x, y + h/2, z); vertexes[10] = make3DPoint(x + w/2, y + h/2, z); vertexes[11] = make3DPoint(x + w, y + h/2, z); vertexes[12] = make3DPoint(x + w/2, y + h, z); //middle midpoints vertexes[13] = make3DPoint(x, y, z + l/2); vertexes[14] = make3DPoint(x + w/2, y, z + l/2); vertexes[15] = make3DPoint(x + w, y, z + l/2) vertexes[16] = make3DPoint(x, y + h/2, z + l/2); vertexes[17] = make3DPoint(x + w/2, y + h/2, z + l/2); vertexes[18] = make3DPoint(x + w, y + h/2, z + l/2); vertexes[19] = make3DPoint(x, y + h, z + l/2); vertexes[20] = make3DPoint(x + w/2, y + h, z + l/2); vertexes[21] = make3DPoint(x + w, y + h, z + l/2); //bottom midpoints vertexes[22] = make3DPoint(x + w/2, y, z + l); vertexes[23] = make3DPoint(x, y + h/2, z + l); vertexes[24] = make3DPoint(x + w/2, y + h/2, z + l); vertexes[25] = make3DPoint(x + w, y + h/2, z + l); vertexes[26] = make3DPoint(x + w/2, y + h, z + l); //inner flower points vertexes[27] = make3DPoint(x + w/3, y, z + l/3); vertexes[28] = make3DPoint(x + w/3, y + h/3, z + l/3); vertexes[29] = make3DPoint(x + (w - (w/3)), y + h/3, z + l/3); vertexes[30] = make3DPoint(x + (w - (w/3)), y, z + l/3); vertexes[31] = make3DPoint(x + w/3, y, z + (l - l/3)); vertexes[32] = make3DPoint(x + w/3, y + h/3, z + (l - l/3)); vertexes[33] = make3DPoint(x + (w - (w/3)), y + h/3, z + (l - l/3)); vertexes[34] = make3DPoint(x + (w - (w/3)), y, z + (l - l/3)); //vines vertexes[35] = make3DPoint(x + w/3, y + h, z + l/3); vertexes[36] = make3DPoint(x + (w - w/3), y + h, z + l/3); vertexes[37] = make3DPoint(x + w/3, y + h, z + (l - l/3)); vertexes[38] = make3DPoint(x + (w - w/3), y + h, z + (l - l/3)); return vertexes; } function convertPoints(points, r){//from 3D to 2D var TransformedPointsArray = []; var radx = (Math.PI / 180) * r.x; var rady = (Math.PI / 180) * r.y; var radz = (Math.PI / 180) * r.z; var sinx = Math.sin(radx); var siny = Math.sin(rady); var sinz = Math.sin(radz); var cosx = Math.cos(radx); var cosy = Math.cos(rady); var cosz = Math.cos(radz); var x, y, z, xx, xy, xz, yx, yy, yz, zx, zy, zz, xxx, yyy, zzz; var tx, ty, tz; var i = points.length; //X axis xx = cosy*cosz; xy = -cosy*sinz*cosx+siny*sinx; xz = cosy*sinz*sinx+siny*cosx; //Y axis yx = sinz; yy = cosz*cosx; yz = -cosz*sinx; //Z axis zx = -siny*cosz; zy = siny*sinz*cosx+cosy*sinx; zz = -siny*sinz*sinx+cosy*cosx; while (i--) { tx = points[i].x - this.x; ty = points[i].y - this.y; tz = points[i].z - this.z; xxx = tx*xx + ty*xy + tz*xz ; yyy = tx*yx + ty*yy + tz*yz ; zzz = tx*zx + ty*zy + tz*zz ; z = length/(length + zzz); x = xxx*z; y = yyy*z; TransformedPointsArray[i] = make2DPoint(x, y); } return TransformedPointsArray; } function shape(points, col, type) { switch(type) { case "flower": //front square("black", col[0], points[27], points[28], points[29], points[30]); square("black", col[0], points[28], points[17], points[17], points[29]); //back square("black", col[1], points[32], points[31], points[34], points[33]); square("black", col[0], points[17], points[32], points[33], points[17]); //left square("black", col[2], points[31], points[32], points[28], points[27]); square("black", col[0], points[32], points[17], points[17], points[28]); //right square("black", col[3], points[30], points[29], points[33], points[34]); square("black", col[0], points[29], points[17], points[17], points[33]); //top square("black", col[4], points[31], points[27], points[30], points[34]); //bottom square("black", col[5], points[17], points[20], points[20], points[17]); break; case "vine": //fallthrough case "stick": //front square("black", col[0], points[27], points[35], points[36], points[30]); //back square("black", col[1], points[37], points[31], points[34], points[38]); //left square("black", col[2], points[31], points[37], points[35], points[27]); //right square("black", col[3], points[30], points[36], points[38], points[34]); //top square("black", col[4], points[31], points[27], points[30], points[34]); //bottom square("black", col[5], points[35], points[37], points[38], points[36]); break; case "slabfront": //front square("black", col[0], points[13], points[19], points[21], points[15]); //back square("black", col[1], points[5], points[4], points[7], points[6]); //left square("black", col[2], points[4], points[5], points[19], points[13]); //right square("black", col[3], points[15], points[21], points[6], points[7]); //top square("black", col[4], points[4], points[13], points[15], points[7]); //bottom square("black", col[5], points[19], points[5], points[6], points[21]); break; case"slableft": //front square("black", col[0], points[8], points[12], points[2], points[3]); //back square("black", col[1], points[26], points[22], points[7], points[6]); //left square("black", col[2], points[22], points[26], points[12], points[8]); //right square("black", col[3], points[3], points[2], points[6], points[7]); //top square("black", col[4], points[22], points[8], points[3], points[7]); //bottom square("black", col[5], points[12], points[26], points[6], points[2]); break; case "slabbottom": //front square("black", col[0], points[9], points[1], points[2], points[11]); //back square("black", col[1], points[5], points[23], points[25], points[6]); //left square("black", col[2], points[23], points[5], points[1], points[9]); //right square("black", col[3], points[11], points[2], points[6], points[25]); //top square("black", col[4], points[23], points[9], points[11], points[25]); //bottom square("black", col[5], points[1], points[5], points[6], points[2]); break; default: //square("black", "transparent", points[], points[], points[], points[]); //front square("black", col[0], points[0], points[1], points[2], points[3]); //back square("black", col[1], points[5], points[4], points[7], points[6]); //left square("black", col[2], points[4], points[5], points[1], points[0]); //right square("black", col[3], points[3], points[2], points[6], points[7]); //top square("black", col[4], points[4], points[0], points[3], points[7]); //bottom square("black", col[5], points[1], points[5], points[6], points[2]); } } function square(stroke,fill,p1,p2,p3,p4) { if(isVisibleBetween(p1, p2, p3) && fill!="transparent") { begin(); color(stroke, fill); draw("move", p1); draw("line", p2); draw("line", p3); draw("line", p4); draw("line", p1); end(); } } function draw(type, p) { if(type==="move") ctx.moveTo(p.x, p.y); else if(type==="line") ctx.lineTo(p.x, p.y); } function isVisibleBetween(A, B, C) { var visibility; if (((B.y-A.y)/(B.x-A.x) - (C.y-A.y)/(C.x-A.x) < 0) ^ (A.x <= B.x == A.x > C.x)) { visibility = false; } else { visibility = true; } return visibility; } function color(stroke, fill) { ctx.strokeStyle = stroke; ctx.fillStyle = fill; } function begin() { ctx.beginPath(); ctx.lineWidth = 1; } function end() { ctx.closePath(); ctx.stroke(); ctx.fill(); } function make3DPoint(x, y, z) { var point = {}; point.x = x; point.y = y; point.z = z; return point; } function make2DPoint(x, y){ var point = {}; point.x = x; point.y = y; return point; } function getY(val, theH) { var center, range, value, y; center = Math.round(theH / 2); range = theH - (theH / 4); value = Math.round(val*(range/2)); y = center + value; return y; } function setType(x, y, z, col, type ) { try { cube[x][y][z].id = col; cube[x][y][z].type = type; } catch(e) {} } function sameType(x, y, z, type) { try { return cube[x][y][z].id==type; } catch(e) {} } function freeType(x, y, z, col, w, l) { for(var i= x; i <= (x+w); i++) { for(var j= z; j <= (z+l); j++) { if(!sameType(i, y, j, col)) return false } } return true; } function inBounds(x, y) { try { return cube[x][y][0].exist; } catch(e) {} } function randomSeed() { setSeed(rand(65536)); } function setSeed(num) { if(num===undefined) seed = seedP.value; else { seed = num; seedP.value = num; } generateWorld(defaultMethod); } function rand(num1, num2) { if(num2===undefined) var random = Math.round(Math.random() * num1); else { var range = num2 - num1; var random = Math.round(Math.random() * range) + num1; } return random; } function help() { alert("There are 65536 different worlds, represented by seeds.\nType a number or click the 'Random Seed' button.\nThe two generation buttons regenerate trees and flowers based on the current seed and algorithm."); alert("Give it about 15 - 30 seconds to load on mobile and about 10 seconds on pc.\n\nAfter that, each new generation will take about 4 - 8 seconds on mobile and about 2 seconds on pc.\n\n(If it takes too long, lower the world's width and length)"); alert("My favourite seeds are:\nSimplex-\n18818\n15733\n18518\n2556\n\nPerlin-\n2652\n36138\n57702\n\nComment yours below!"); } function changelog() { alert("Version 1.0\n\nAdded:\n-Generation!"); alert("Version 1.1 [50 upvotes]\n\nAdded:\n-Trees!\n-Flowers!"); alert("Version 1.2 [100 upvotes]\n\nAdded:\n-Houses!\n-Vines!\n-Flat World!\n\nChanged:\n-Reduced default world size (for mobile's sake)"); alert("Version 1.3 [250 upvotes]\n\nChanged:\n-Choose your own world size.\n-Default methods:\n Browser- Perlin\n Mobile- Simplex"); alert("Version 1.4 [500 upvotes]\n\nAdded:\n-Village Wells!\nComment more suggestions below!"); } function drawMethod(s, boardCtx, width, height) { s = "Method: " + s; var h = width/(500/18); boardCtx.font = h+"pt Arial"; var w = boardCtx.measureText(s).width; var x = 5; boardCtx.fillStyle = "#8FD4FF"; boardCtx.strokeStyle = "none"; boardCtx.lineWidth = 2; boardCtx.beginPath(); boardCtx.rect((width/2)-w - x,(height/2)-h - x,w,h); boardCtx.closePath(); boardCtx.fill(); boardCtx.stroke(); boardCtx.fillStyle = "black"; boardCtx.fillText(s, (width/2)-w -x, height/2 -x); } function generateWorld(method) { var ran, hj; generate = (method === "Simplex") ? noise.simplex3 : noise.perlin3; var cubePoints, cubeTypes, x, y, z, i, mm; noise.seed(seed); //clearing world for(x = 0; x < world.width; x++) for(y = 0; y < world.height; y++) for(z = 0; z < world.length; z++) setType(x,y,z,"air"); //generating grass for ( x = 0; x < world.width; x++) for ( z = 0; z < world.length; z++) { y = method==="Flat"?Math.floor(world.height/2):getY(generate(x / ijk, z / ijk, 0),world.height); generateGrass(x,y,z); } //generating houses/wells for ( x = 0; x < world.width; x++) for ( z = 0; z < world.length; z++) { y = method==="Flat"?Math.floor(world.height/2):getY(generate(x / ijk, z / ijk, 0),world.height); if(rand(1000) < 5) generateHouse(x, y, z, 6, 4, 6, ["grass", "air"], ["oakwood", "birchwood", "wooddoor", "window", "cobblestone"]); if(rand(1000) < 5) generateWell(x, y, z, rand(6, 7), ["grass", "air"]); } //generating fauna for ( x = 0; x < world.width; x++) for ( z = 0; z < world.length; z++) { y = method==="Flat"?Math.floor(world.height/2):getY(generate(x / ijk, z / ijk, 0),world.height); if(rand(100) < 1) generateTrees(x,y,z); if(rand(1000) < 6) generateFlowers(x,y,z,rand(flowerTypes.length-1), method); } //borders for(x = 0; x < world.width; x++) { ran = rand(3,5); hj = 0; mm = method==="Flat"?Math.floor(world.height/2):getY(generate(x / ijk, 0 / ijk, 0),world.height); for(y = mm; y < world.height; y++) { hj++; if(sameType(x, y, 0, "air")) if(hj <= ran) setType(x,y,0, "dirt"); else setType(x,y,0, "stone"); } } for(z = 0; z < world.length; z++) { ran = rand(3,5); hj = 0; mm = method==="Flat"?Math.floor(world.height/2):getY(generate(0 / ijk, z / ijk, 0),world.height); for(y = mm; y < world.height; y++) { hj++; if(sameType(0, y, z, "air")) if(hj <= ran) setType(0,y,z, "dirt"); else setType(0,y,z, "stone"); } } ctx.fillStyle = grd; ctx.fillRect(-xOffSet, -yOffSet, canvas.width, canvas.height); //show world for(var i = world.width-1; i >= 0; i--) for(var j = world.height-1; j >= 0; j--) for(var k = world.length-1; k >= 0; k--) { cubePoints = convertPoints(cube[i][j][k].coords, {x:rx, y:ry, z:rz}); cubeColours = typeToColour(cube[i][j][k].id); cubeTypes = cube[i][j][k].type; shape(cubePoints, cubeColours, cubeTypes); } drawMethod(method, ctx, canvas.width, canvas.height); ctx.strokeStyle = "black"; ctx.lineWidth = 5; ctx.strokeRect(-xOffSet, -yOffSet, canvas.width, canvas.height); } function generateGrass(x, y, z) { setType(x,y,z,"grass"); } function generateTrees(x, y, z) { if(sameType(x, y, z, "grass") && sameType(x, y-1, z, "air")) { var k = rand(2) + 7; var vl = 4; for(i = 1; i < k; i++) { setType(x, y-i, z, "wood"); if(i==(k-1)) { y -= i; //center setType(x,y-1,z,"leaf"); //center fill (with points) setType(x-1,y-1,z, "leaf"); setType(x-1,y-1,z-1, "leaf"); setType(x,y-1,z-1, "leaf"); setType(x+1,y-1,z-1, "leaf"); setType(x+1,y-1,z, "leaf"); setType(x+1,y-1,z+1, "leaf"); setType(x,y-1,z+1, "leaf"); setType(x-1,y-1,z+1, "leaf"); setType(x-2,y-1,z, "leaf"); setType(x+2,y-1,z, "leaf"); setType(x,y-1,z-2, "leaf"); setType(x,y-1,z+2, "leaf"); //1 layer down (with points) setType(x-1,y,z, "leaf"); setType(x-1,y,z-1, "leaf"); setType(x,y,z-1, "leaf"); setType(x+1,y,z-1, "leaf"); setType(x+1,y,z, "leaf"); setType(x+1,y,z+1, "leaf"); setType(x,y,z+1, "leaf"); setType(x-1,y,z+1, "leaf"); setType(x-2,y,z, "leaf"); setType(x+2,y,z, "leaf"); setType(x,y,z-2, "leaf"); setType(x,y,z+2, "leaf"); //2 layer down (except for edges) setType(x-1,y+1,z, "leaf"); for(var j = 1; j < rand(1,vl); j++) if(sameType(x-1,y+1+j, z, "air")) setType(x-1,y+1+j, z, "vine", "vine"); else break; setType(x,y+1,z-1, "leaf"); for(var j = 1; j < rand(1,vl); j++) if(sameType(x,y+1+j, z-1, "air")) setType(x,y+1+j, z-1, "vine", "vine"); else break; setType(x+1,y+1,z, "leaf"); for(var j = 1; j < rand(1,vl); j++) if(sameType(x+1,y+1+j, z, "air")) setType(x+1,y+1+j, z, "vine", "vine"); else break; setType(x,y+1,z+1, "leaf"); for(var j = 1; j < rand(1,vl); j++) if(sameType(x,y+1+j, z+1, "air")) setType(x,y+1+j, z+1, "vine", "vine"); else break; //1 layer up (with center and points) setType(x,y-2,z, "leaf"); setType(x-1,y-2,z, "leaf"); setType(x-1,y-2,z-1, "leaf"); setType(x,y-2,z-1, "leaf"); setType(x+1,y-2,z-1, "leaf"); setType(x+1,y-2,z, "leaf"); setType(x+1,y-2,z+1, "leaf"); setType(x,y-2,z+1, "leaf"); setType(x-1,y-2,z+1, "leaf"); setType(x-2,y-2,z, "leaf"); setType(x+2,y-2,z, "leaf"); setType(x,y-2,z-2, "leaf"); setType(x,y-2,z+2, "leaf"); //2 layer up (with center except for edges) setType(x,y-3,z, "leaf"); setType(x-1,y-3,z, "leaf"); setType(x,y-3,z-1, "leaf"); setType(x+1,y-3,z, "leaf"); setType(x,y-3,z+1, "leaf"); } } } } function generateFlowers(x,y,z,type, method) { var pos = {}; for(var i = 0; i < 10; i++) { pos = {x:x,y:y,z:z}; for(var j = 0; j < 5; j++) { pos.x = pos.x + rand(6) - rand(6); pos.z = pos.z + rand(6) - rand(6); if(inBounds(pos.x, pos.z)) { pos.y = method==="Flat"?Math.floor(world.height/2):getY(generate(pos.x / ijk, pos.z / ijk, 0),world.height); if(sameType(pos.x, pos.y, pos.z, "grass") && sameType(pos.x, pos.y - 1, pos.z, "air")) setType(pos.x, pos.y-1, pos.z, flowerTypes[type], "flower"); } } } } function generateHouse(x, y, z, w, h, l, conditions, types) { if(freeType(x, y, z, conditions[0], w, l) && freeType(x, y-1, z, conditions[1], w, l)){ var order = rand(1); makeFrame(x, y-1, z, w, h, l, types[0]); makeWall(x, y-1, z, w, h, l, [types[1], types[2], types[3], types[0]], "front", order); makeWall(x, y-1, z, w, h, l, [types[1]], "back"); makeWall(x, y-1, z, w, h, l, [types[1], types[3]], "left", order); makeWall(x, y-1, z, w, h, l, [types[1]], "right"); makeWall(x, y-1, z, w, h, l, [types[4]], "top"); makeWall(x, y-1, z, w, h, l, [types[4]], "bottom"); } } function makeFrame(x, y, z, w, h, l, col) { for(var i = x;i <= (x+w); i++) for(var j = y;j >= (y-h); j--) for(var k = z;k <= (z+l); k++) { if((i==x&&j==y)||(i==(x+w)&&j==y)||(i==x&&j==(y-h))||(i==(x+w)&&j==(y-h)) || (i==x&&k==z)||(i==(x+w)&&k==z)||(i==x&&k==(z+l))||(i==(x+w)&&k==(z+l)) || (j==y&&k==z)||(j==(y-h)&&k==z)||(j==y&&k==(z+l))||(j==(y-h)&&k==(z+l))) setType(i, j, k, col); } } function generateWell(x, y, z, size, conditions) { if(freeType(x, y, z, conditions[0], size, size) && freeType(x, y-1, z, conditions[1], size, size)){ var stickL = 2+rand(2); var stickT = (rand(1)===1)?"wood":"cobblestone"; makeFill(x, y-1, z, size, 1, 1, "cobblestone", "slabbottom"); makeFill(x, y-1, (z+size-1), size, 1, 1, "cobblestone", "slabbottom"); makeFill(x, y-1, z, 1, 1, size, "cobblestone", "slabbottom"); makeFill((x+size-1), y-1, z, 1, 1, size, "cobblestone", "slabbottom"); makeFill(x+1, y-1, z+1, size-2, size, 1, "cobblestone"); makeFill(x+1, y-1, (z+size-2), size-2, size, 1, "cobblestone"); makeFill(x+1, y-1, z+1, 1, size, size-2, "cobblestone"); makeFill((x+size-2), y-1, z+1, 1, size, size-2, "cobblestone"); makeFill((x+2), y, (z+2), (size-4), size, (size-4), "water", "water"); makeFill((x+2), y-1, (z+2), (size-4), 1, (size-4), "water", "slabbottom"); makeFill(x+1, (y-1-stickL), z+1, 1, stickL, 1, stickT, "stick"); makeFill(x+1, (y-1-stickL), (z+size-2), 1, stickL, 1, stickT, "stick"); makeFill((x+size-2), (y-1-stickL), z+1, 1, stickL, 1, stickT, "stick"); makeFill((x+size-2), (y-1-stickL), (z+size-2), 1, stickL, 1, stickT, "stick"); if(rand(1)===1) makeFill(x+1, (y-2-stickL), z+1, size-2, 1, size-2, "cobblestone"); else {makeFill(x+1, (y-2-stickL), z+1, size-2, 1, size-2, "wood", "slabbottom");makeFill((x+2), (y-2-stickL), (z+2), (size-4), 1, (size-4), "wood");} } } function makeFill(x, y, z, w, h, l, col, type) { for(var i = x; i < (x+w); i++) for(var j = y; j < (y+h); j++) for(var k = z; k < (z+l); k++) setType(i, j, k, col, type); } function makeWall(x, y, z, w, h, l, type, position, order) { if(position==="front") { var door, wind; if(order==0) { if(rand(100)>50) { door = x + 2; wind = x + 4; } else { door = x + 4; wind = x + 2; } for(var i = (x+1);i < (x+w); i++) for(var j = (y-1);j > (y-h); j--) if((i==door&&j>=(y-2))) setType(i, j, z, type[1], "slabfront"); else if(i==wind&&j==(y-2)) setType(i, j, z, type[2], "slabfront"); else setType(i, j, z, type[0]); setType(door, y, (z-1), type[3], "slabbottom"); } else if(order==1) { if(rand(100)>50) { door = z + 2; wind = z + 4; } else { door = z + 4; wind = z + 2; } for(var k = (z+1);k < (z+l); k++) for(var j = (y-1);j > (y-h); j--) if((k==door&&j>=(y-2))) setType(x, j, k, type[1], "slableft"); else if(k==wind&&j==(y-2)) setType(x, j, k, type[2], "slableft"); else setType(x, j, k, type[0]); setType((x-1), y, door, type[3], "slabbottom"); } } else if(position==="back") { for(var i = (x+1);i < (x+w); i++) for(var j = (y-1);j > (y-h); j--) setType(i, j, (z+l), type[0]); } else if(position==="left") { if(order==0) for(var k = (z+1);k < (z+l); k++) for(var j = (y-1);j > (y-h); j--) if(k > (z+1) && k < (z+l-1)&&j==(y-2)) setType(x, j, k, type[1], "slableft"); else setType(x, j, k, type[0]); else if(order==1) for(var i = (x+1);i < (x+w); i++) for(var j = (y-1);j > (y-h); j--) if(i > (x+1) && i < (x+w-1)&&j==(y-2)) setType(i, j, z, type[1], "slabfront"); else setType(i, j, z, type[0]); } else if(position==="right") { for(var k = (z+1);k < (z+l); k++) for(var j = (y-1);j > (y-h); j--) setType((x+w), j, k, type[0]); } else if(position==="top") { for(var k = (z+1);k < (z+l); k++) for(var i = (x+1);i < (x+w); i++) setType(i, (y-h), k, type[0]); } else if(position==="bottom") { for(var k = (z+1);k < (z+l); k++) for(var i = (x+1);i < (x+w); i++) setType(i, y, k, type[0]); } } function requestSizes(mob) { var sW = 10, sH = 30, sL = 10; var mW = mob? 35 : 75, mH = mob? 30 : 50, mL = mob? 35 : 75; var dW = 30, dH = 30, dL = 30; var w = Math.round(parseInt(prompt("Enter world width ["+sW+":"+mW+"]", mW))); var h = mob?mH:Math.round(parseInt(prompt("Enter world height ["+sH+":"+mH+"]", mH))); var l = Math.round(parseInt(prompt("Enter world length ["+sL+":"+mL+"]", mL))); if(wmW) w = mW; if(isNaN(w)) w = dW; if(hmH) h = mH; if(isNaN(h)) h = dH; if(lmL) l = mL; if(isNaN(l)) l = dL; defaultMethod = mob?"Simplex":"Perlin"; world = {width:w, height:h, length:l}; } function isMobile() { var userAgent = navigator.userAgent || navigator.vendor || window.opera; if ((/windows phone/i.test(userAgent))||(/android/i.test(userAgent))||(/iPad|iPhone|iPod/.test(userAgent) && !window.MSStream)) { return true; } return false; }

Dani's Minecraft Tribute v1.4 [VILLAGE WELLS]