function goHelix() { for (var i = 0; i < elements.length; i++) { var el = elements[i]; el.setDelay(i*10); isParaflowing[el] = false; el.setRotation(0, 0, 0, { duration: 300, curve: 'spring' }); var phi = i * 0.175 + Math.PI; var x = 900 * Math.sin(phi); var y = - (i * 8) + 450; var z = 900 * Math.cos(phi); el.setPosition(x, y, z+100, { duration: 300, curve: 'inOutQuad' }); el.setPosition(x, y, z, { duration: 1500, curve: 'spring' }); } var currRotation = periodicTable.getRotation(); var currPosition = periodicTable.getPosition(); periodicTable.setPosition(currPosition[0], currPosition[1], 200, {duration:2000, curve:'inExpo'}); periodicTable.setPosition(currPosition[0], currPosition[1], currPosition[2], {duration:3000, curve:'outExpo'}); periodicTable.setRotation(currRotation[0], currRotation[1], Math.PI, {duration:1000, curve:'inExpo'}); periodicTable.setRotation(currRotation[0], currRotation[1], currRotation[2]+2*Math.PI, {duration:1000, curve:'outExpo'}); }
dragUpdate: function(event) { var previousRotation = periodicTable.getRotation(); periodicTable.setRotation(previousRotation[0] + (event.delta[1]/100), previousRotation[1] + (event.delta[0]/100), previousRotation[2]); },
define(function(require, exports, module) { document.getElementsByTagName('html')[0].style.background = '#000'; // main requires var UIContainer = require('containers/UIContainer'); var UIElement = require('core/UIElement'); var UIApplication = require('containers/UIApplication'); var UIButton = require('controls/UIButton'); var Prism = require('./RectangularPrism'); var UIStretchBox = require('containers/UIStretchBox'); // element data var data = [ ['H', 'Hydrogen', '1.00794', 1, 1], ['He', 'Helium', '4.002602', 18, 1], ['Li', 'Lithium', '6.941', 1, 2], ['Be', 'Beryllium', '9.012182', 2, 2], ['B', 'Boron', '10.811', 13, 2], ['C', 'Carbon', '12.0107', 14, 2], ['N', 'Nitrogen', '14.0067', 15, 2], ['O', 'Oxygen', '15.9994', 16, 2], ['F', 'Fluorine', '18.9984032', 17, 2], ['Ne', 'Neon', '20.1797', 18, 2], ['Na', 'Sodium', '22.98976...', 1, 3], ['Mg', 'Magnesium', '24.305', 2, 3], ['Al', 'Aluminium', '26.9815386', 13, 3], ['Si', 'Silicon', '28.0855', 14, 3], ['P', 'Phosphorus', '30.973762', 15, 3], ['S', 'Sulfur', '32.065', 16, 3], ['Cl', 'Chlorine', '35.453', 17, 3], ['Ar', 'Argon', '39.948', 18, 3], ['K', 'Potassium', '39.948', 1, 4], ['Ca', 'Calcium', '40.078', 2, 4], ['Sc', 'Scandium', '44.955912', 3, 4], ['Ti', 'Titanium', '47.867', 4, 4], ['V', 'Vanadium', '50.9415', 5, 4], ['Cr', 'Chromium', '51.9961', 6, 4], ['Mn', 'Manganese', '54.938045', 7, 4], ['Fe', 'Iron', '55.845', 8, 4], ['Co', 'Cobalt', '58.933195', 9, 4], ['Ni', 'Nickel', '58.6934', 10, 4], ['Cu', 'Copper', '63.546', 11, 4], ['Zn', 'Zinc', '65.38', 12, 4], ['Ga', 'Gallium', '69.723', 13, 4], ['Ge', 'Germanium', '72.63', 14, 4], ['As', 'Arsenic', '74.9216', 15, 4], ['Se', 'Selenium', '78.96', 16, 4], ['Br', 'Bromine', '79.904', 17, 4], ['Kr', 'Krypton', '83.798', 18, 4], ['Rb', 'Rubidium', '85.4678', 1, 5], ['Sr', 'Strontium', '87.62', 2, 5], ['Y', 'Yttrium', '88.90585', 3, 5], ['Zr', 'Zirconium', '91.224', 4, 5], ['Nb', 'Niobium', '92.90628', 5, 5], ['Mo', 'Molybdenum', '95.96', 6, 5], ['Tc', 'Technetium', '(98)', 7, 5], ['Ru', 'Ruthenium', '101.07', 8, 5], ['Rh', 'Rhodium', '102.9055', 9, 5], ['Pd', 'Palladium', '106.42', 10, 5], ['Ag', 'Silver', '107.8682', 11, 5], ['Cd', 'Cadmium', '112.411', 12, 5], ['In', 'Indium', '114.818', 13, 5], ['Sn', 'Tin', '118.71', 14, 5], ['Sb', 'Antimony', '121.76', 15, 5], ['Te', 'Tellurium', '127.6', 16, 5], ['I', 'Iodine', '126.90447', 17, 5], ['Xe', 'Xenon', '131.293', 18, 5], ['Cs', 'Caesium', '132.9054', 1, 6], ['Ba', 'Barium', '132.9054', 2, 6], ['La', 'Lanthanum', '138.90547', 4, 9], ['Ce', 'Cerium', '140.116', 5, 9], ['Pr', 'Praseodymium', '140.90765', 6, 9], ['Nd', 'Neodymium', '144.242', 7, 9], ['Pm', 'Promethium', '(145)', 8, 9], ['Sm', 'Samarium', '150.36', 9, 9], ['Eu', 'Europium', '151.964', 10, 9], ['Gd', 'Gadolinium', '157.25', 11, 9], ['Tb', 'Terbium', '158.92535', 12, 9], ['Dy', 'Dysprosium', '162.5', 13, 9], ['Ho', 'Holmium', '164.93032', 14, 9], ['Er', 'Erbium', '167.259', 15, 9], ['Tm', 'Thulium', '168.93421', 16, 9], ['Yb', 'Ytterbium', '173.054', 17, 9], ['Lu', 'Lutetium', '174.9668', 18, 9], ['Hf', 'Hafnium', '178.49', 4, 6], ['Ta', 'Tantalum', '180.94788', 5, 6], ['W', 'Tungsten', '183.84', 6, 6], ['Re', 'Rhenium', '186.207', 7, 6], ['Os', 'Osmium', '190.23', 8, 6], ['Ir', 'Iridium', '192.217', 9, 6], ['Pt', 'Platinum', '195.084', 10, 6], ['Au', 'Gold', '196.966569', 11, 6], ['Hg', 'Mercury', '200.59', 12, 6], ['Tl', 'Thallium', '204.3833', 13, 6], ['Pb', 'Lead', '207.2', 14, 6], ['Bi', 'Bismuth', '208.9804', 15, 6], ['Po', 'Polonium', '(209)', 16, 6], ['At', 'Astatine', '(210)', 17, 6], ['Rn', 'Radon', '(222)', 18, 6], ['Fr', 'Francium', '(223)', 1, 7], ['Ra', 'Radium', '(226)', 2, 7], ['Ac', 'Actinium', '(227)', 4, 10], ['Th', 'Thorium', '232.03806', 5, 10], ['Pa', 'Protactinium', '231.0588', 6, 10], ['U', 'Uranium', '238.02891', 7, 10], ['Np', 'Neptunium', '(237)', 8, 10], ['Pu', 'Plutonium', '(244)', 9, 10], ['Am', 'Americium', '(243)', 10, 10], ['Cm', 'Curium', '(247)', 11, 10], ['Bk', 'Berkelium', '(247)', 12, 10], ['Cf', 'Californium', '(251)', 13, 10], ['Es', 'Einstenium', '(252)', 14, 10], ['Fm', 'Fermium', '(257)', 15, 10], ['Md', 'Mendelevium', '(258)', 16, 10], ['No', 'Nobelium', '(259)', 17, 10], ['Lr', 'Lawrencium', '(262)', 18, 10], ['Rf', 'Rutherfordium', '(267)', 4, 7], ['Db', 'Dubnium', '(268)', 5, 7], ['Sg', 'Seaborgium', '(271)', 6, 7], ['Bh', 'Bohrium', '(272)', 7, 7], ['Hs', 'Hassium', '(270)', 8, 7], ['Mt', 'Meitnerium', '(276)', 9, 7], ['Ds', 'Darmstadium', '(281)', 10, 7], ['Rg', 'Roentgenium', '(280)', 11, 7], ['Cn', 'Copernicium', '(285)', 12, 7], ['Uut', 'Unutrium', '(284)', 13, 7], ['Fl', 'Flerovium', '(289)', 14, 7], ['Uup', 'Ununpentium', '(288)', 15, 7], ['Lv', 'Livermorium', '(293)', 16, 7], ['Uus', 'Ununseptium', '(294)', 17, 7], ['Uuo', 'Ununoctium', '(294)', 18, 7] ]; console.table(data); console.log('%cAn Alexander Gugel production, featuring Nigel Pegg', 'color: #0066cc;'); function glow(el) { el.setOpacity(0.5+0.5*Math.random(), {duration:1000}, function() { glow(el); }); } function _genRandomLoc() { return (window.innerWidth/2 - Math.random()*window.innerWidth)*10; } var isParaflowing = {}; var elementWidth = 120; var elementHeight = 160; var elementMargin = 15; var gridW = elementWidth+elementMargin; var gridH = elementHeight+elementMargin; var periodicTable = new UIContainer({ size: [0, 0], // Size needs to be [0, 0] in order to make the rotation work properly }); // create Elements for each element in data for (var i = 0; i < data.length; i++) { var element = new Prism({ size: [elementWidth, elementHeight], margin: elementMargin, mainContent: '<div class="number">' + i + '</div>' + '<div class="symbol">' + data[i][0] + '</div>' + '<div class="details">' + data[i][1] + '<br>' + data[i][2] + '</div>', backgroundColor: 'rgba(0,127,127,' + ( Math.random() * 0.5 + 0.25 ) + ')', classes: ['element'], depth: 100 }); periodicTable.addChild(element); glow(element); element.setPosition(window.innerWidth*Math.random(), window.innerHeight*Math.random(), 10000); element.setRotation(Math.PI*100, 0, 0); element.center(); } var elements = periodicTable.getChildren(); periodicTable.center(); goHome(); periodicTable.setPosition(0, 0, -2500, { curve: 'outBack', duration: data.length*25 }); periodicTable.setRotation(Math.PI, Math.PI, Math.PI).setRotation(0,0,0, {duration:5000, curve:'inOutExpo'}); function goHome(delay) { for (var i = 0; i < elements.length; i++) { var element = elements[i]; element.setDelay(i*25); isParaflowing[element] = false; element.setRotation(0, 0, 0, { duration: 1000, curve: 'spring' }); element.setPosition(-18*(gridW)*0.5 + (data[i][3] - 1)*(gridW), - 10*(gridH)*0.5 + (data[i][4] - 1)*(gridH), 100, { duration: 1500, curve: 'inOutExpo' }); element.setPosition(-18*(gridW)*0.5 + (data[i][3] - 1)*(gridW), - 10*(gridH)*0.5 + (data[i][4] - 1)*(gridH), 0, { duration: 1500, curve: 'spring' }); } } function goHelix() { for (var i = 0; i < elements.length; i++) { var el = elements[i]; el.setDelay(i*10); isParaflowing[el] = false; el.setRotation(0, 0, 0, { duration: 300, curve: 'spring' }); var phi = i * 0.175 + Math.PI; var x = 900 * Math.sin(phi); var y = - (i * 8) + 450; var z = 900 * Math.cos(phi); el.setPosition(x, y, z+100, { duration: 300, curve: 'inOutQuad' }); el.setPosition(x, y, z, { duration: 1500, curve: 'spring' }); } var currRotation = periodicTable.getRotation(); var currPosition = periodicTable.getPosition(); periodicTable.setPosition(currPosition[0], currPosition[1], 200, {duration:2000, curve:'inExpo'}); periodicTable.setPosition(currPosition[0], currPosition[1], currPosition[2], {duration:3000, curve:'outExpo'}); periodicTable.setRotation(currRotation[0], currRotation[1], Math.PI, {duration:1000, curve:'inExpo'}); periodicTable.setRotation(currRotation[0], currRotation[1], currRotation[2]+2*Math.PI, {duration:1000, curve:'outExpo'}); } function goSphere() { for (var i = 0; i < elements.length; i++) { var el = elements[i]; el.setDelay(i*10); isParaflowing[el] = false; el.setRotation(0, 0, 0, { duration: 1000, curve: 'spring' }); var phi = Math.acos( -1 + ( 2 * i ) / data.length ); var theta = Math.sqrt( data.length * Math.PI ) * phi; var x = 800 * Math.cos( theta ) * Math.sin( phi ); var y = 800 * Math.sin( theta ) * Math.sin( phi ); var z = 800 * Math.cos( phi ); el.setPosition(x, y, z+100, { duration: 300, curve: 'inOutQuad' }); el.setPosition(x, y, z, { duration: 1500, curve: 'spring' }); } } function goGrid() { for (var i = 0; i < elements.length; i++) { var el = elements[i]; el.setDelay(i*10); isParaflowing[el]=false; el.setRotation(0, 0, 0, { duration: 1000, curve: 'spring' }); var x = ( ( i % 5 ) * 400 ) - 800; var y = ( - ( Math.floor( i / 5 ) % 5 ) * 400 ) + 800; var z = ( Math.floor( i / 25 ) ) * 1000 - 2000; el.setPosition(x, y, z+100, { duration: 500, curve: 'inOutQuad' }); el.setPosition(x, y, z, { duration: 1500, curve: 'spring' }); } } function goParaflow() { for (var i = 0; i < elements.length; i++) { var el = elements[i]; el.setDelay(i*10); isParaflowing[el] = true; duration = 10000*Math.random(); el.setRotation(Math.random()*Math.PI*10, Math.random()*Math.PI*10, Math.random()*Math.PI*10, { duration: duration, curve: 'linear' }); el.setPosition(_genRandomLoc(), _genRandomLoc(), _genRandomLoc(), { duration: duration, curve: 'linear' }); } } // Add everything to our app var app = new UIApplication({ children:[ // used as an overlay in order to catch the drag event new UIElement({ style: { cursor: 'move' }, on: { dragUpdate: function(event) { var previousRotation = periodicTable.getRotation(); periodicTable.setRotation(previousRotation[0] + (event.delta[1]/100), previousRotation[1] + (event.delta[0]/100), previousRotation[2]); }, scrollUpdate: function(event) { periodicTable._translateState.halt(); var previousZ = periodicTable.getPosition()[2]; var newZ = previousZ - event.position[1]/10; newZ = newZ <= 0 ? newZ : 0; newZ = newZ >= -10000 ? newZ : -10000; periodicTable.setPosition(0, 0, newZ); } } }), periodicTable, new UIStretchBox({ direction: 'y', children:[ new UIButton({ content: 'Table', background: 'none', on: { click: function() { goHome(); } } }), new UIButton({ content: 'Helix', background: 'none', on: { click: function() { goHelix(); } } }), new UIButton({ content: 'Sphere', background: 'none', on: { click: function() { goSphere(); } } }), new UIButton({ content: 'Grid', background: 'none', on: { click: function() { goGrid(); } } }), new UIButton({ content: 'Asplode', background: 'none', on: { click: function() { goParaflow(); } } }) ] }) ]}); });