// // /* Mars Rover A rover is a space exploration vehicle designed to move across the surface of a planet or other celestial body. Some rovers are partially or fully autonomous robots. Rovers are very useful for exploring the universe; they are created to land another planet to find out information and to take samples. They can collect dust, rocks, and take pictures. Simulate and visualize an autonomous rover by implementing its CPM (Command Processing Module). The CPM allows to control the rover remotely. Rover Commands MOV Moves the rover forward (F) or backward (B) by a specified number of steps. For example, the command "MOV F 3" moves the rover forward by 3 steps. TRN Turns the rover left (L) or right (R) by 15 degrees. For example, the command "TRN L" turns the rover left by 15 degrees. To turn the rover by 90 degrees left, the "TRN L" command should be executed six times. RCK Collects rocks for analysis. The rover has a container for the rocks with a limited space and can collect no more than five rocks. RLS Releases the last collected rock from the container. Executing this command five times makes the rover clean its container for rocks. ANL Performs a chemical analysis on the last collected rock. PIC Takes a picture of the area. The rover can save up to ten photos. LOG Prints the list of the commands executed recently. Create a program that visualizes the rover on the surface and provides an interface to type commands. Each typed command is then executed by the rover. */ //begin 'use strict'; // // var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }(); function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } } function loadImages(w) { w.s0 = 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w.s9 = 'data:image/jpg;base64,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'; } // function init(w, d) { //variables loadImages(w); w.q = 0; w.i = null; w.ii = 0; w.com = ''; w.temp = []; w.m = Math; w.cw = w.innerWidth; w.ch = m.floor(w.innerHeight / 2); w.lw = cw; w.lh = m.floor(ch - ch / 3); w.tw = cw; w.th = m.floor(ch / 3); w.ew = m.floor(cw / 4); w.eh = th; w.C = d.querySelector('#surface'); w.L = d.querySelector('#log'); w.T = d.querySelector('#terminal'); w.E = d.querySelector('#enter'); w.B = d.querySelector('#buttons'); w.Y = d.querySelector('#typed'); C.width = cw - 4; C.height = ch; L.style.width = lw + 'px'; L.style.height = lh + 'px'; L.style.top = ch + 'px'; T.style.width = tw + 'px'; T.style.height = th + 'px'; T.style.top = ch + lh + 'px'; E.style.width = ew + 'px'; E.style.height = eh + 'px'; E.style.top = ch + lh + 'px'; B.style.top = ch - 60 + 'px'; B.style.width = lw + 'px'; w.c = C.getContext('2d'); w.clrs = ['#C08960', '#56401B', '#754C2C', '#CF986F', '#A07757', '#A38873', '#886869', '#EAA57E', '#B7692B', '#C9744D', '#7D7157']; w.rw = m.ceil(cw / 10 - 4); w.rh = m.ceil(ch / 10 - 2); w.rc = '#BF1515'; w.bc = '#3B2C2C'; w.bg = new Image(); w.bgimg = { x: -cw, y: -ch }; bg.addEventListener('load', function () { return d.querySelectorAll('body')[0].appendChild(bg); }, false); bg.style.display = 'none'; bg.src = s5; w.RC = 50; w.sr = []; w.srq = 100; w.rocks = []; w.Q = 0; w.rndA = null; w.rndD = null; w.rndS = null; w.qu = 0; //functions w.dtr = function (a) { return a * m.PI / 180; }; w.rnd = function (mi, ma) { return m.floor(m.random() * (1 + ma - mi) + mi); }; w.rcl = function (a) { return a[rnd(0, a.length - 1)]; }; w.dr = function (x, y, w, h, cl) { c.fillStyle = cl; c.fillRect(x, y, w, h); }; w.dc = function (x, y, r, cl) { c.fillStyle = cl; c.beginPath(); c.arc(x, y, r, 0, m.PI * 2, false); c.closePath(); c.fill(); }; w.dl = function (x1, y1, x2, y2, cl) { c.strokeStyle = cl; c.beginPath(); c.moveTo(x1, y1); c.lineTo(x2, y2); c.stroke(); }; var Rock = function Rock() { _classCallCheck(this, Rock); this.m = rnd(1, 10) + '.' + rnd(1, 99); this.com = [{ c: 'silica (SiO2)', m: rnd(20, 25) + '.' + rnd(1, 99) + '%' }, { c: 'hydrates of iron oxides (Fe)', m: rnd(1, 15) + '.' + rnd(1, 99) + '%' }, { c: 'impurities of sulfur (S)', m: rnd(1, 10) + '.' + rnd(1, 99) + '%' }, { c: 'impurities of calcium (Ca)', m: rnd(1, 10) + '.' + rnd(1, 99) + '%' }, { c: 'impurities of aluminum (Al)', m: rnd(1, 10) + '.' + rnd(1, 99) + '%' }, { c: 'impurities of magnesium (Mg)', m: rnd(1, 10) + '.' + rnd(1, 99) + '%' }, { c: 'impurities of sodium (Na)', m: rnd(1, 10) + '.' + rnd(1, 99) + '%' }]; }; var Stone = function () { function Stone(x, y, r, cl) { _classCallCheck(this, Stone); this.x = x; this.y = y; this.r = r; this.cl = cl; } _createClass(Stone, [{ key: 'draw', value: function draw() { dc(this.x, this.y, this.r, this.cl); } }]); return Stone; }(); var Rover = function () { function Rover(x, y, w, h, cl, a, d, s, rs, ms) { _classCallCheck(this, Rover); this.x = x; this.y = y; this.w = w; this.h = h; this.cl = cl; this.a = a; this.d = d; this.s = s; this.rs = rs; this.ms = ms; this.cx = this.x + this.w / 2; this.cy = this.y + this.h / 2; this.con = []; } _createClass(Rover, [{ key: 'draw', value: function draw() { this.cx = this.x + this.w / 2; this.cy = this.y + this.h / 2; // dr(this.x + m.cos(this.a) + 8, this.y + m.sin(this.a) + 8 - this.h / 4 - 8, this.w / 10, this.h / 4, bc); dr(this.x + m.cos(this.a) + 8, this.y + m.sin(this.a) + 8 + this.h - 8, this.w / 10, this.h / 4, bc); dr(this.cx + m.cos(this.a) + 8 - this.w / 8, this.y + m.sin(this.a) + 8 - this.h / 4 - 8, this.w / 10, this.h / 4, bc); dr(this.cx + m.cos(this.a) + 8 - this.w / 8, this.y + m.sin(this.a) + 8 + this.h - 8, this.w / 10, this.h / 4, bc); dr(this.cx + m.cos(this.a) + 8 + this.w / 4, this.y + m.sin(this.a) + 8 - this.h / 4 - 8, this.w / 10, this.h / 4, bc); dr(this.cx + m.cos(this.a) + 8 + this.w / 4, this.y + m.sin(this.a) + 8 + this.h - 8, this.w / 10, this.h / 4, bc); // dr(this.x, this.y, this.w, this.h, this.cl); dr(this.x + m.cos(this.a), this.y + m.sin(this.a) - this.h / 4 - 4, this.w / 4, this.h / 4, bc); dr(this.x + m.cos(this.a) + this.cx - this.x - this.w / 4 / 2, this.y + m.sin(this.a) - this.h / 4 - 4, this.w / 4, this.h / 4, bc); dr(this.x + m.cos(this.a) + this.cx - this.x + this.w / 4, this.y + m.sin(this.a) - this.h / 4 - 4, this.w / 4, this.h / 4, bc); // dr(this.x + m.cos(this.a), this.y + m.sin(this.a) + this.h + 4, this.w / 4, this.h / 4, bc); dr(this.x + m.cos(this.a) + this.cx - this.x - this.w / 4 / 2, this.y + m.sin(this.a) + this.h + 4, this.w / 4, this.h / 4, bc); dr(this.x + m.cos(this.a) + this.cx - this.x + this.w / 4, this.y + m.sin(this.a) + this.h + 4, this.w / 4, this.h / 4, bc); // c.lineWidth = 4; dl(this.cx, this.cy, this.cx + this.w, this.cy, bc); dl(this.cx + this.w, this.cy, this.cx + this.w - this.w / 4, this.cy - this.h / 4, bc); dl(this.cx + this.w, this.cy, this.cx + this.w - this.w / 4, this.cy + this.h / 4, bc); // dr(this.cx - this.w / 4, this.cy + 4, this.w / 6, this.h / 10, '#CCADAD'); dr(this.cx - this.w / 4, this.cy - 4, this.w / 6, this.h / 10, '#CCADAD'); dr(this.x - this.w / 8, this.cy + 8, this.w / 6, this.h / 10, '#CCADAD'); dr(this.x - this.w / 8, this.cy - 8, this.w / 6, this.h / 10, '#CCADAD'); dc(this.cx - this.w / 4, this.cy - this.h / 4, this.w / 10, bc); dc(this.cx + this.h / 4, this.cy - 10, this.h / 10, bc); // } }, { key: 'move', value: function move(d, s) { if (d == 'f') this.s = 1; if (d == 'b') this.s = -1; bgimg.x -= s * this.s * m.cos(this.a); bgimg.y -= s * this.s * m.sin(this.a); for (qu = sr.length - 1; qu >= 0; qu -= 1) { sr[qu].x -= s * this.s * m.cos(this.a); sr[qu].y -= s * this.s * m.sin(this.a); } } }, { key: 'rotate', value: function rotate(a) { this.cx = this.x + this.w / 2; this.cy = this.y + this.h / 2; c.save(); c.translate(this.cx, this.cy); c.rotate(this.a); c.translate(-this.cx, -this.cy); this.draw(); c.restore(); } }]); return Rover; }(); w.rover = new Rover(cw / 2 - rw / 2, ch / 2 - rh / 2, rw, rh, rc, 0, 0, 0, 1, dtr(20)); for (qu = 0; qu < RC; qu += 1) { rocks.push(new Rock()); } for (qu = 0; qu < srq; qu += 1) { sr.push(new Stone(rnd(-cw, cw * 2), rnd(-ch, ch * 2), rnd(1, 5), rcl(clrs))); } w.addP = function (t) { q += 1; L.innerHTML += '

{' + q + '} ' + t.toUpperCase() + '

'; if(L.scrollBy) L.scrollBy(0, 1E4); }; w.addImg = function () { if (ii > 9) ii = 0; i = new Image(); i.width = 280; i.height = 170; i.addEventListener('load', function () { addP('received a picture of the area:'); L.appendChild(i); if(L.scrollBy) L.scrollBy(0, 1E4); }); i.src = eval('s' + ii); ii += 1; }; w.toUC = function (e) { e.value = e.value.toUpperCase(); Y.innerText = 'YOU TYPED: ' + e.value.toUpperCase(); }; w.wait = function (t) { if(w.Promise) {return new Promise(function (res, rej) { return setTimeout(res, t); });} else { console.log('error'); } }; w.clear = function (c) { temp.push('"' + c + '"'); T.value = ''; }; w.exe = function (c, a) { if (c == 'HLP') { addP('list of allowed commands:
\n "ANL" Performs a chemical analysis on the last collected rock.
\n "HLP" Prints the list of allowed commands.
\n "LOG" Prints the list of the commands executed recently.
\n "MOV" Moves the rover forward (F) or backward (B) by a specified number of steps. For example, the command "MOV F 3" moves the rover forward by 3 steps.
\n "PIC" Takes a picture of the area. The rover can save up to ten photos.
\n "RCK" Collects rocks for analysis. The rover has a container for the rocks with a limited space and can collect no more than five rocks.
\n "RLS" Releases the last collected rock from the container. Executing this command five times makes the rover clean its container for rocks.
\n "TRN" Turns the rover left (L) or right (R) by 15 degrees. For example, the command "TRN L" turns the rover left by 15 degrees. To turn the rover by 90 degrees left, the "TRN L" command should be executed six times.\n '); if (!a) clear(c); } else if (c == 'LOG') { addP('list of commands executed recently:
\n ' + temp.join(',
') + '\n '); if (!a) clear(c); } else if (c == 'PIC') { addImg(); if (!a) clear(c); } else if (c == 'TRN L') { addP('rover turned left at an angle of 15 degrees.'); rover.a -= dtr(15); if (!a) clear(c); } else if (c == 'TRN R') { addP('rover turned right at an angle of 15 degrees.'); rover.a += dtr(15); if (!a) clear(c); } else if (/MOV F \d+/gim.test(c)) { qu = parseInt(c.match(/\d+/gim)[0]); addP('rover moved forward by ' + qu + ' steps.'); rover.move('f', qu * 10); if (!a) clear(c); } else if (/MOV B \d+/gim.test(c)) { qu = parseInt(c.match(/\d+/gim)[0]); addP('rover moved backward by ' + qu + ' steps.'); rover.move('b', qu * 10); if (!a) clear(c); } else if (c == 'RCK') { if (rover.con.length < 5) { addP('rock collected! type the "ANL" command to perform a chemical analysis on the rock.'); rover.con.push(rocks.pop()); if (!a) clear(c); } else { addP('rover can not collect stone: the container is full. execute the �RLS� command.'); if (!a) clear(c); } } else if (c == 'RLS') { if (rover.con.length <= 0) { addP('the container is already empty. enter the "RCK" command to collect the rock.'); if (!a) clear(c); } else { addP('the last collected rock now released from the container.'); rover.con.pop(); if (!a) clear(c); } } else if (c == 'ANL') { if (rover.con.length <= 0) { addP('container is empty. run the "RCK" command to collect the stone.'); if (!a) clear(c); } else { addP('chemical analysis of the rock:
\n mass = ' + rover.con[rover.con.length - 1].m + 'kg
\n rock contains:
\n ' + rover.con[rover.con.length - 1].com.map(function (o) { return JSON.stringify(o); }).join('
').replace(/{"c":"/gim, '').replace(/","m":"/gim, ' = ').replace(/%"}/gim, '%') + '\n '); if (!a) clear(c); } } else { T.value = ''; } }; w.auto = function () { if (Q >= 1E3) { Q = 0; rndA = rnd(0, 5); if (rndA == 0) { //TRN rndD = rnd(0, 1); if (rndD == 0) { //R exe('TRN R', true); addP('[auto] the rover autonomously turned right 15 degrees.'); } else { //L exe('TRN L', true); addP('[auto] the rover autonomously turned left 15 degrees.'); } } else if (rndA == 1) { //MOV rndD = rnd(0, 1); rndS = rnd(1, 20); if (rndD == 0) { //F exe('MOV F ' + rndS, true); addP('[auto] the rover autonomously moved forward ' + rndS + ' steps.'); } else { //B exe('MOV B ' + rndS, true); addP('[auto] the rover autonomously moved backward ' + rndS + ' steps.'); } } else if (rndA == 2) { //RLS if (rover.con.length >= 4) { exe('RLS', true); addP('[auto] the the rover autonomously freed the container from the last collected rock.'); } else { addP('[auto] next...'); } } else if (rndA == 3) { //PIC exe('PIC', true); addP('[auto] the rover autonomously created and sent a snapshot of the terrain.'); } else if (rndA == 4) { //RCK if (rover.con.length <= 4) { exe('RCK', true); addP('[auto] the rover autonomously picked up a rock for analysis.'); } else { addP('[auto] next...'); } } else if (rndA == 5) { //ANL if (rover.con.length) { exe('ANL', true); addP('[auto] the rover autonomously analyzed the chemical composition of the last collected stone.'); } else { addP('[auto] next...'); } } } Q += 1; }; w.onOnClick = function () { E.style.background = 'var(--green)'; E.value = '...'; if(w.Promise) { wait(1E3).then(function () { com = T.value; exe(com, false); E.style.background = 'var(--red)'; E.value = 'EXE'; }); } else { com = T.value; exe(com, false); E.style.background = 'var(--red)'; E.value = 'EXE'; } }; w.draw = function () { c.clearRect(0, 0, cw, ch); c.drawImage(bg, 140, 85, 140, 85, bgimg.x, bgimg.y, cw * 4, ch * 4); for (qu = sr.length - 1; qu >= 0; qu -= 1) { sr[qu].draw(); } c.fillStyle = '#4D3737'; c.font = '30px monospace'; c.fillText('TIMER: ' + m.ceil((1E3 - Q) / 10), 30, 45); c.fillText('ROCKS: ' + rover.con.length + '/5', 30, 75); rover.rotate(); auto(); }; w.update = function () { draw(); setTimeout(update, 120); }; update(); //listeners E.addEventListener('click', onOnClick, false); T.addEventListener('keydown', function (e) { if (e.keyCode == 13) onOnClick(); }, false); T.addEventListener('input', function () { return toUC(T); }, false); T.addEventListener('change', function () { return Y.innerText = ''; }, false); } window.addEventListener('load', function () { return init(window, document); }, false); //end ////////////////////// //CODED BY K137 2018// ////////////////////// //changes log: ////ver. 0.0.1: //////added basic functionality ////ver. 0.0.2: //////added autonomous functionality //////changed mass of stone to float //////added timer to next auto action ////ver. 0.0.3: //////ui improvements //////control buttons added ////ver. 0.0.3a: //////ECMAS5 transpiled version // // //# sourceMappingURL=mr.js.map

Mars Rover ECMAS5 ver