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require('./bounce-out');\n\nfunction bounceInOut(t) {\n  return t < 0.5 ? 0.5 * (1.0 - bounceOut(1.0 - t * 2.0)) : 0.5 * bounceOut(t * 2.0 - 1.0) + 0.5;\n}\n\nmodule.exports = bounceInOut;\n\n},{\"./bounce-out\":6}],5:[function(require,module,exports){\n'use strict';\n\nvar bounceOut = require('./bounce-out');\n\nfunction bounceIn(t) {\n  return 1.0 - bounceOut(1.0 - t);\n}\n\nmodule.exports = bounceIn;\n\n},{\"./bounce-out\":6}],6:[function(require,module,exports){\n\"use strict\";\n\nfunction bounceOut(t) {\n  var a = 4.0 / 11.0;\n  var b = 8.0 / 11.0;\n  var c = 9.0 / 10.0;\n\n  var ca = 4356.0 / 361.0;\n  var cb = 35442.0 / 1805.0;\n  var cc = 16061.0 / 1805.0;\n\n  var t2 = t * t;\n\n  return t < a ? 7.5625 * t2 : t < b ? 9.075 * t2 - 9.9 * t + 3.4 : t < c ? ca * t2 - cb * t + cc : 10.8 * t * t - 20.52 * t + 10.72;\n}\n\nmodule.exports = bounceOut;\n\n},{}],7:[function(require,module,exports){\n\"use strict\";\n\nfunction circInOut(t) {\n  if ((t *= 2) < 1) return -0.5 * (Math.sqrt(1 - t * t) - 1);\n  return 0.5 * (Math.sqrt(1 - (t -= 2) * t) + 1);\n}\n\nmodule.exports = circInOut;\n\n},{}],8:[function(require,module,exports){\n\"use strict\";\n\nfunction circIn(t) {\n  return 1.0 - Math.sqrt(1.0 - t * t);\n}\n\nmodule.exports = circIn;\n\n},{}],9:[function(require,module,exports){\n\"use strict\";\n\nfunction circOut(t) {\n  return Math.sqrt(1 - --t * t);\n}\n\nmodule.exports = circOut;\n\n},{}],10:[function(require,module,exports){\n\"use strict\";\n\nfunction cubicInOut(t) {\n  return t < 0.5 ? 4.0 * t * t * t : 0.5 * Math.pow(2.0 * t - 2.0, 3.0) + 1.0;\n}\n\nmodule.exports = cubicInOut;\n\n},{}],11:[function(require,module,exports){\n\"use strict\";\n\nfunction cubicIn(t) {\n  return t * t * t;\n}\n\nmodule.exports = cubicIn;\n\n},{}],12:[function(require,module,exports){\n\"use strict\";\n\nfunction cubicOut(t) {\n  var f = t - 1.0;\n  return f * f * f + 1.0;\n}\n\nmodule.exports = cubicOut;\n\n},{}],13:[function(require,module,exports){\n\"use strict\";\n\nfunction elasticInOut(t) {\n  return t < 0.5 ? 0.5 * Math.sin(+13.0 * Math.PI / 2 * 2.0 * t) * Math.pow(2.0, 10.0 * (2.0 * t - 1.0)) : 0.5 * Math.sin(-13.0 * Math.PI / 2 * (2.0 * t - 1.0 + 1.0)) * Math.pow(2.0, -10.0 * (2.0 * t - 1.0)) + 1.0;\n}\n\nmodule.exports = elasticInOut;\n\n},{}],14:[function(require,module,exports){\n\"use strict\";\n\nfunction elasticIn(t) {\n  return Math.sin(13.0 * t * Math.PI / 2) * Math.pow(2.0, 10.0 * (t - 1.0));\n}\n\nmodule.exports = elasticIn;\n\n},{}],15:[function(require,module,exports){\n\"use strict\";\n\nfunction elasticOut(t) {\n  return Math.sin(-13.0 * (t + 1.0) * Math.PI / 2) * Math.pow(2.0, -10.0 * t) + 1.0;\n}\n\nmodule.exports = elasticOut;\n\n},{}],16:[function(require,module,exports){\n\"use strict\";\n\nfunction expoInOut(t) {\n  return t === 0.0 || t === 1.0 ? t : t < 0.5 ? +0.5 * Math.pow(2.0, 20.0 * t - 10.0) : -0.5 * Math.pow(2.0, 10.0 - t * 20.0) + 1.0;\n}\n\nmodule.exports = expoInOut;\n\n},{}],17:[function(require,module,exports){\n\"use strict\";\n\nfunction expoIn(t) {\n  return t === 0.0 ? t : Math.pow(2.0, 10.0 * (t - 1.0));\n}\n\nmodule.exports = expoIn;\n\n},{}],18:[function(require,module,exports){\n\"use strict\";\n\nfunction expoOut(t) {\n  return t === 1.0 ? t : 1.0 - Math.pow(2.0, -10.0 * t);\n}\n\nmodule.exports = expoOut;\n\n},{}],19:[function(require,module,exports){\n'use strict';\n\nmodule.exports = {\n  'backInOut': require('./back-in-out'),\n  'backIn': require('./back-in'),\n  'backOut': require('./back-out'),\n  'bounceInOut': require('./bounce-in-out'),\n  'bounceIn': require('./bounce-in'),\n  'bounceOut': require('./bounce-out'),\n  'circInOut': require('./circ-in-out'),\n  'circIn': require('./circ-in'),\n  'circOut': require('./circ-out'),\n  'cubicInOut': require('./cubic-in-out'),\n  'cubicIn': require('./cubic-in'),\n  'cubicOut': require('./cubic-out'),\n  'elasticInOut': require('./elastic-in-out'),\n  'elasticIn': require('./elastic-in'),\n  'elasticOut': require('./elastic-out'),\n  'expoInOut': require('./expo-in-out'),\n  'expoIn': require('./expo-in'),\n  'expoOut': require('./expo-out'),\n  'linear': require('./linear'),\n  'quadInOut': require('./quad-in-out'),\n  'quadIn': require('./quad-in'),\n  'quadOut': require('./quad-out'),\n  'quartInOut': require('./quart-in-out'),\n  'quartIn': require('./quart-in'),\n  'quartOut': require('./quart-out'),\n  'quintInOut': require('./quint-in-out'),\n  'quintIn': require('./quint-in'),\n  'quintOut': require('./quint-out'),\n  'sineInOut': require('./sine-in-out'),\n  'sineIn': require('./sine-in'),\n  'sineOut': require('./sine-out')\n};\n\n},{\"./back-in\":2,\"./back-in-out\":1,\"./back-out\":3,\"./bounce-in\":5,\"./bounce-in-out\":4,\"./bounce-out\":6,\"./circ-in\":8,\"./circ-in-out\":7,\"./circ-out\":9,\"./cubic-in\":11,\"./cubic-in-out\":10,\"./cubic-out\":12,\"./elastic-in\":14,\"./elastic-in-out\":13,\"./elastic-out\":15,\"./expo-in\":17,\"./expo-in-out\":16,\"./expo-out\":18,\"./linear\":20,\"./quad-in\":22,\"./quad-in-out\":21,\"./quad-out\":23,\"./quart-in\":25,\"./quart-in-out\":24,\"./quart-out\":26,\"./quint-in\":28,\"./quint-in-out\":27,\"./quint-out\":29,\"./sine-in\":31,\"./sine-in-out\":30,\"./sine-out\":32}],20:[function(require,module,exports){\n\"use strict\";\n\nfunction linear(t) {\n  return t;\n}\n\nmodule.exports = linear;\n\n},{}],21:[function(require,module,exports){\n\"use strict\";\n\nfunction quadInOut(t) {\n    t /= 0.5;\n    if (t < 1) return 0.5 * t * t;\n    t--;\n    return -0.5 * (t * (t - 2) - 1);\n}\n\nmodule.exports = quadInOut;\n\n},{}],22:[function(require,module,exports){\n\"use strict\";\n\nfunction quadIn(t) {\n  return t * t;\n}\n\nmodule.exports = quadIn;\n\n},{}],23:[function(require,module,exports){\n\"use strict\";\n\nfunction quadOut(t) {\n  return -t * (t - 2.0);\n}\n\nmodule.exports = quadOut;\n\n},{}],24:[function(require,module,exports){\n\"use strict\";\n\nfunction quarticInOut(t) {\n  return t < 0.5 ? +8.0 * Math.pow(t, 4.0) : -8.0 * Math.pow(t - 1.0, 4.0) + 1.0;\n}\n\nmodule.exports = quarticInOut;\n\n},{}],25:[function(require,module,exports){\n\"use strict\";\n\nfunction quarticIn(t) {\n  return Math.pow(t, 4.0);\n}\n\nmodule.exports = quarticIn;\n\n},{}],26:[function(require,module,exports){\n\"use strict\";\n\nfunction quarticOut(t) {\n  return Math.pow(t - 1.0, 3.0) * (1.0 - t) + 1.0;\n}\n\nmodule.exports = quarticOut;\n\n},{}],27:[function(require,module,exports){\n\"use strict\";\n\nfunction qinticInOut(t) {\n    if ((t *= 2) < 1) return 0.5 * t * t * t * t * t;\n    return 0.5 * ((t -= 2) * t * t * t * t + 2);\n}\n\nmodule.exports = qinticInOut;\n\n},{}],28:[function(require,module,exports){\n\"use strict\";\n\nfunction qinticIn(t) {\n  return t * t * t * t * t;\n}\n\nmodule.exports = qinticIn;\n\n},{}],29:[function(require,module,exports){\n\"use strict\";\n\nfunction qinticOut(t) {\n  return --t * t * t * t * t + 1;\n}\n\nmodule.exports = qinticOut;\n\n},{}],30:[function(require,module,exports){\n\"use strict\";\n\nfunction sineInOut(t) {\n  return -0.5 * (Math.cos(Math.PI * t) - 1);\n}\n\nmodule.exports = sineInOut;\n\n},{}],31:[function(require,module,exports){\n\"use strict\";\n\nfunction sineIn(t) {\n  var v = Math.cos(t * Math.PI * 0.5);\n  if (Math.abs(v) < 1e-14) return 1;else return 1 - v;\n}\n\nmodule.exports = sineIn;\n\n},{}],32:[function(require,module,exports){\n\"use strict\";\n\nfunction sineOut(t) {\n  return Math.sin(t * Math.PI / 2);\n}\n\nmodule.exports = sineOut;\n\n},{}],33:[function(require,module,exports){\n'use strict';\n\nmodule.exports = function parseUnit(str, out) {\n    if (!out) out = [0, ''];\n\n    str = String(str);\n    var num = parseFloat(str, 10);\n    out[0] = num;\n    out[1] = str.match(/[\\d.\\-\\+]*\\s*(.*)/)[1] || '';\n    return out;\n};\n\n},{}],34:[function(require,module,exports){\n'use strict';\n\nObject.defineProperty(exports, \"__esModule\", {\n  value: true\n});\nexports.create = undefined;\n\nvar _typeof = typeof Symbol === \"function\" && typeof Symbol.iterator === \"symbol\" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === \"function\" && obj.constructor === Symbol && obj !== Symbol.prototype ? \"symbol\" : typeof obj; };\n\nvar _parseUnit = require('parse-unit');\n\nvar _parseUnit2 = _interopRequireDefault(_parseUnit);\n\nvar _eases = require('eases');\n\nvar _eases2 = _interopRequireDefault(_eases);\n\nfunction _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }\n\nvar instances = [];\nvar isBrowser = typeof window !== 'undefined';\n\n/**\n * Debounces a function that will be triggered many times.\n * @param {Function} fn\n * @param {Integer} duration\n * @returns {Function}\n */\nvar debounce = function debounce(fn, duration) {\n\n  var timeout = null;\n\n  return function () {\n    for (var _len = arguments.length, args = Array(_len), _key = 0; _key < _len; _key++) {\n      args[_key] = arguments[_key];\n    }\n\n    clearTimeout(timeout);\n\n    timeout = setTimeout(function () {\n      return fn.apply(undefined, args);\n    }, duration);\n  };\n};\n\n/**\n * Returns all active instances from an array.\n * @param {Array} instances\n * @returns {Array} instances - Active instances.\n */\nvar getActiveInstances = function getActiveInstances(instances) {\n\n  return instances.filter(function (instance) {\n    return instance != null && instance.isActive();\n  });\n};\n\n/**\n * Returns all tracked instances from an array.\n * @param {Array} instances\n * @returns {Array} instances - Tracked instances.\n */\nvar getTrackedInstances = function getTrackedInstances(instances) {\n\n  return instances.filter(function (instance) {\n    return instance != null && instance.getData().track;\n  });\n};\n\nvar scrollingElement = document.scrollingElement || document.documentElement;\nvar setScrollingElement = exports.setScrollingElement = function setScrollingElement(node) {\n  scrollingElement = node;\n}\n\n/**\n * Returns the number of scrolled pixels.\n * @returns {Integer} scrollTop\n */\nvar getScrollTop = function getScrollTop() {\n\n  // Use scrollTop because it's faster than getBoundingClientRect()\n  return scrollingElement.scrollTop;\n};\n\n/**\n * Returns the height of the viewport.\n * @returns {Integer} viewportHeight\n */\nvar getViewportHeight = function getViewportHeight() {\n\n  return window.innerHeight || window.outerHeight;\n};\n\n/**\n * Checks if a value is absolute.\n * An absolute value must have a value that's not NaN.\n * @param {String|Integer} value\n * @returns {Boolean} isAbsolute\n */\nvar isAbsoluteValue = function isAbsoluteValue(value) {\n\n  return isNaN((0, _parseUnit2.default)(value)[0]) === false;\n};\n\n/**\n * Parses an absolute value.\n * @param {String|Integer} value\n * @returns {Object} value - Parsed value.\n */\nvar parseAbsoluteValue = function parseAbsoluteValue(value) {\n\n  var parsedValue = (0, _parseUnit2.default)(value);\n\n  return {\n    value: parsedValue[0],\n    unit: parsedValue[1]\n  };\n};\n\n/**\n * Checks if a value is relative.\n * A relative value must start and end with [a-z] and needs a '-' in the middle.\n * @param {String|Integer} value\n * @returns {Boolean} isRelative\n */\nvar isRelativeValue = function isRelativeValue(value) {\n\n  return String(value).match(/^[a-z]+-[a-z]+$/) !== null;\n};\n\n/**\n * Returns the property that should be used according to direct.\n * @param {Boolean|Node} direct\n * @param {Object} properties\n * @returns {*}\n */\nvar mapDirectToProperty = function mapDirectToProperty(direct, properties) {\n\n  if (direct === true) return properties.elem;\n  if (direct instanceof HTMLElement === true) return properties.direct;\n\n  return properties.global;\n};\n\n/**\n * Converts a relative value to an absolute value.\n * @param {String} value\n * @param {Node} elem - Anchor of the relative value.\n * @param {?Integer} scrollTop - Pixels scrolled in document.\n * @param {?Integer} viewportHeight - Height of the viewport.\n * @returns {String} value - Absolute value.\n */\nvar relativeToAbsoluteValue = function relativeToAbsoluteValue(value, elem) {\n  var scrollTop = arguments.length > 2 && arguments[2] !== undefined ? arguments[2] : getScrollTop();\n  var viewportHeight = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : getViewportHeight();\n\n\n  var elemSize = elem.getBoundingClientRect();\n\n  var elemAnchor = value.match(/^[a-z]+/)[0];\n  var viewportAnchor = value.match(/[a-z]+$/)[0];\n\n  var y = 0;\n\n  if (viewportAnchor === 'top') y -= 0;\n  if (viewportAnchor === 'middle') y -= viewportHeight / 2;\n  if (viewportAnchor === 'bottom') y -= viewportHeight;\n\n  if (elemAnchor === 'top') y += elemSize.top + scrollTop;\n  if (elemAnchor === 'middle') y += elemSize.top + scrollTop + elemSize.height / 2;\n  if (elemAnchor === 'bottom') y += elemSize.top + scrollTop + elemSize.height;\n\n  return y + 'px';\n};\n\n/**\n * Validates data and sets defaults for undefined properties.\n * @param {?Object} data\n * @returns {Object} data - Validated data.\n */\nvar validate = function validate() {\n  var data = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};\n\n\n  // Copy root object to avoid changes by reference\n  data = Object.assign({}, data);\n\n  if (data.inside == null) data.inside = function () {};\n  if (data.outside == null) data.outside = function () {};\n  if (data.direct == null) data.direct = false;\n  if (data.track == null) data.track = true;\n  if (data.props == null) data.props = {};\n\n  if (data.from == null) throw new Error('Missing property `from`');\n  if (data.to == null) throw new Error('Missing property `to`');\n  if (typeof data.inside !== 'function') throw new Error('Property `inside` must be undefined or a function');\n  if (typeof data.outside !== 'function') throw new Error('Property `outside` must be undefined or a function');\n  if (typeof data.direct !== 'boolean' && data.direct instanceof HTMLElement === false) throw new Error('Property `direct` must be undefined, a boolean or a DOM element/node');\n  if (data.direct === true && data.elem == null) throw new Error('Property `elem` is required when `direct` is true');\n  if (typeof data.track !== 'boolean') throw new Error('Property `track` must be undefined or a boolean');\n  if (_typeof(data.props) !== 'object') throw new Error('Property `props` must be undefined or an object');\n\n  if (data.elem == null) {\n\n    if (isAbsoluteValue(data.from) === false) throw new Error('Property `from` must be a absolute value when no `elem` has been provided');\n    if (isAbsoluteValue(data.to) === false) throw new Error('Property `to` must be a absolute value when no `elem` has been provided');\n  } else {\n\n    if (isRelativeValue(data.from) === true) data.from = relativeToAbsoluteValue(data.from, data.elem);\n    if (isRelativeValue(data.to) === true) data.to = relativeToAbsoluteValue(data.to, data.elem);\n  }\n\n  data.from = parseAbsoluteValue(data.from);\n  data.to = parseAbsoluteValue(data.to);\n\n  // Create a new props object to avoid changes by reference\n  data.props = Object.keys(data.props).reduce(function (acc, key) {\n\n    // Copy prop object to avoid changes by reference\n    var prop = Object.assign({}, data.props[key]);\n\n    if (isAbsoluteValue(prop.from) === false) throw new Error('Property `from` of prop must be a absolute value');\n    if (isAbsoluteValue(prop.to) === false) throw new Error('Property `from` of prop must be a absolute value');\n\n    prop.from = parseAbsoluteValue(prop.from);\n    prop.to = parseAbsoluteValue(prop.to);\n\n    if (prop.timing == null) prop.timing = _eases2.default['linear'];\n\n    if (typeof prop.timing !== 'string' && typeof prop.timing !== 'function') throw new Error('Property `timing` of prop must be undefined, a string or a function');\n\n    if (typeof prop.timing === 'string' && _eases2.default[prop.timing] == null) throw new Error('Unknown timing for property `timing` of prop');\n    if (typeof prop.timing === 'string') prop.timing = _eases2.default[prop.timing];\n\n    acc[key] = prop;\n\n    return acc;\n  }, {});\n\n  return data;\n};\n\n/**\n * Calculates the props of an instance.\n * @param {Object} instance\n * @param {?Integer} scrollTop - Pixels scrolled in document.\n * @returns {Object} Calculated props and the element to apply styles to.\n */\nvar getProps = function getProps(instance) {\n  var scrollTop = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : getScrollTop();\n\n\n  var data = instance.getData();\n\n  // 100% in pixel\n  var total = data.to.value - data.from.value;\n\n  // Pixel scrolled\n  var current = scrollTop - data.from.value;\n\n  // Percent scrolled\n  var precisePercentage = current / (total / 100);\n  var normalizedPercentage = Math.min(Math.max(precisePercentage, 0), 100);\n\n  // Get the element that should be used according to direct\n  var elem = mapDirectToProperty(data.direct, {\n    global: document.documentElement,\n    elem: data.elem,\n    direct: data.direct\n  });\n\n  // Generate an object with all new props\n  var props = Object.keys(data.props).reduce(function (acc, key) {\n\n    var prop = data.props[key];\n\n    // Use the unit of from OR to. It's valid to animate from '0' to '100px' and\n    // '0' should be treated as 'px', too. Unit will be an empty string when no unit given.\n    var unit = prop.from.unit || prop.to.unit;\n\n    // The value that should be interpolated\n    var diff = prop.from.value - prop.to.value;\n\n    // All easing functions only remap a time value, and all have the same signature.\n    // Typically a value between 0 and 1, and it returns a new float that has been eased.\n    var time = prop.timing(normalizedPercentage / 100);\n\n    var value = prop.from.value - diff * time;\n\n    // Round to avoid imprecise values.\n    // The precision of floating point computations is only as precise as the precision it uses.\n    // http://stackoverflow.com/questions/588004/is-floating-point-math-broken\n    var rounded = Math.round(value * 10000) / 10000;\n\n    acc[key] = rounded + unit;\n\n    return acc;\n  }, {});\n\n  // Use precise percentage to check if the viewport is between from and to.\n  // Would always return true when using the normalized percentage.\n  var isInside = precisePercentage >= 0 && precisePercentage <= 100;\n  var isOutside = precisePercentage < 0 || precisePercentage > 100;\n\n  // Execute callbacks\n  if (isInside === true) data.inside(instance, precisePercentage, props);\n  if (isOutside === true) data.outside(instance, precisePercentage, props);\n\n  return {\n    elem: elem,\n    props: props\n  };\n};\n\n/**\n * Adds a property with the specified name and value to a given style object.\n * @param {Node} elem - Styles will be applied to this element.\n * @param {Object} prop - Object with a key and value.\n */\nvar setProp = function setProp(elem, prop) {\n\n  elem.style.setProperty(prop.key, prop.value);\n};\n\n/**\n * Adds properties to a given style object.\n * @param {Node} elem - Styles will be applied to this element.\n * @param {Object} props - Object of props.\n */\nvar setProps = function setProps(elem, props) {\n\n  Object.keys(props).forEach(function (key) {\n    return setProp(elem, {\n      key: key,\n      value: props[key]\n    });\n  });\n};\n\n/**\n * Gets and sets new props when the user has scrolled and when there are active instances.\n * This part get executed with every frame. Make sure it's performant as hell.\n * @param {Object} style - Style object.\n * @param {?Integer} previousScrollTop\n * @returns {?*}\n */\nvar loop = function loop(style, previousScrollTop) {\n\n  // Continue loop\n  var repeat = function repeat() {\n\n    // It depends on the browser, but it turns out that closures\n    // are sometimes faster than .bind or .apply.\n    requestAnimationFrame(function () {\n      return loop(style, previousScrollTop);\n    });\n  };\n\n  // Get all active instances\n  var activeInstances = getActiveInstances(instances);\n\n  // Only continue when active instances available\n  if (activeInstances.length === 0) return repeat();\n\n  var scrollTop = getScrollTop();\n\n  // Only continue when scrollTop has changed\n  if (previousScrollTop === scrollTop) return repeat();else previousScrollTop = scrollTop;\n\n  // Get and set new props of each instance\n  activeInstances.map(function (instance) {\n    return getProps(instance, scrollTop);\n  }).forEach(function (_ref) {\n    var elem = _ref.elem,\n        props = _ref.props;\n    return setProps(elem, props);\n  });\n\n  repeat();\n};\n\n/**\n * Creates a new instance.\n * @param {Object} data\n * @returns {Object} instance\n */\nvar create = exports.create = function create(data) {\n\n  // Store the parsed data\n  var _data = null;\n\n  // Store if instance is started or stopped\n  var active = false;\n\n  // Returns if instance is started or stopped\n  var _isActive = function _isActive() {\n\n    return active;\n  };\n\n  // Returns the parsed and calculated data\n  var _getData = function _getData() {\n\n    return _data;\n  };\n\n  // Parses and calculates data\n  var _calculate = function _calculate() {\n\n    _data = validate(data);\n  };\n\n  // Update props\n  var _update = function _update() {\n\n    // Get new props\n    var _getProps = getProps(instance),\n        elem = _getProps.elem,\n        props = _getProps.props;\n\n    // Set new props\n\n\n    setProps(elem, props);\n\n    return props;\n  };\n\n  // Starts to animate\n  var _start = function _start() {\n\n    active = true;\n  };\n\n  // Stops to animate\n  var _stop = function _stop() {\n\n    active = false;\n  };\n\n  // Destroys the instance\n  var _destroy = function _destroy() {\n\n    // Replace instance instead of deleting the item to avoid\n    // that the index of other instances changes.\n    instances[index] = undefined;\n  };\n\n  // Assign instance to a variable so the instance can be used\n  // elsewhere in the current function.\n  var instance = {\n    isActive: _isActive,\n    getData: _getData,\n    calculate: _calculate,\n    update: _update,\n    start: _start,\n    stop: _stop,\n    destroy: _destroy\n\n    // Store instance in global array and save the index\n  };var index = instances.push(instance) - 1;\n\n  // Calculate data for the first time\n  instance.calculate();\n\n  return instance;\n};\n\n// Only run basicScroll when executed in a browser environment\nif (isBrowser === true) {\n\n  // Start to loop\n  loop();\n\n  // Recalculate and update instances when the window size changes\n  window.addEventListener('resize', debounce(function () {\n\n    // Get all tracked instances\n    var trackedInstances = getTrackedInstances(instances);\n\n    trackedInstances.forEach(function (instance) {\n      instance.calculate();\n      instance.update();\n    });\n  }, 50));\n} else {\n\n  console.warn('basicScroll is not executing because you are using it in an environment without a `window` object');\n}\n\n},{\"eases\":19,\"parse-unit\":33}]},{},[34])(34)\n});\n\nexport { basicScroll }\n","var g;\n\n// This works in non-strict mode\ng = (function() {\n\treturn this;\n})();\n\ntry {\n\t// This works if eval is allowed (see CSP)\n\tg = g || Function(\"return this\")() || (1, eval)(\"this\");\n} catch (e) {\n\t// This works if the window reference is available\n\tif (typeof window === \"object\") g = window;\n}\n\n// g can still be undefined, but nothing to do about it...\n// We return undefined, instead of nothing here, so it's\n// easier to handle this case. if(!global) { ...}\n\nmodule.exports = g;\n","function ref(ref: string): HTMLElement {\n  return <HTMLElement>document.querySelector(`[data-ref=\"${ref}\"]`)!;\n}\n\nconst initLanguageSelector = () => {\n  const $el = {\n    languageSelector: ref(\"languageSelector\"),\n  };\n\n  document.addEventListener(\"click\", (event) => {\n    if (\n      event.target === $el.languageSelector ||\n      $el.languageSelector.contains(<Node>event.target)\n    ) {\n      $el.languageSelector.classList.toggle(\"dropdown-open\");\n    } else {\n      $el.languageSelector.classList.toggle(\"dropdown-open\", false);\n    }\n  });\n};\n\ndocument.addEventListener(\"DOMContentLoaded\", initLanguageSelector);\n","/* Taken from https://unpkg.com/focus-visible@4.1.5/dist/focus-visible.js */\n\n(function (global, factory) {\n  typeof exports === 'object' && typeof module !== 'undefined' ? factory() :\n  typeof define === 'function' && define.amd ? define(factory) :\n  (factory());\n}(this, (function () { 'use strict';\n\n  /**\n   * https://github.com/WICG/focus-visible\n   */\n  function init() {\n    var hadKeyboardEvent = true;\n    var hadFocusVisibleRecently = false;\n    var hadFocusVisibleRecentlyTimeout = null;\n\n    var inputTypesWhitelist = {\n      text: true,\n      search: true,\n      url: true,\n      tel: true,\n      email: true,\n      password: true,\n      number: true,\n      date: true,\n      month: true,\n      week: true,\n      time: true,\n      datetime: true,\n      'datetime-local': true\n    };\n\n    /**\n     * Helper function for legacy browsers and iframes which sometimes focus\n     * elements like document, body, and non-interactive SVG.\n     * @param {Element} el\n     */\n    function isValidFocusTarget(el) {\n      if (\n        el &&\n        el !== document &&\n        el.nodeName !== 'HTML' &&\n        el.nodeName !== 'BODY' &&\n        'classList' in el &&\n        'contains' in el.classList\n      ) {\n        return true;\n      }\n      return false;\n    }\n\n    /**\n     * Computes whether the given element should automatically trigger the\n     * `focus-visible` class being added, i.e. whether it should always match\n     * `:focus-visible` when focused.\n     * @param {Element} el\n     * @return {boolean}\n     */\n    function focusTriggersKeyboardModality(el) {\n      var type = el.type;\n      var tagName = el.tagName;\n\n      if (tagName == 'INPUT' && inputTypesWhitelist[type] && !el.readOnly) {\n        return true;\n      }\n\n      if (tagName == 'TEXTAREA' && !el.readOnly) {\n        return true;\n      }\n\n      if (el.isContentEditable) {\n        return true;\n      }\n\n      return false;\n    }\n\n    /**\n     * Add the `focus-visible` class to the given element if it was not added by\n     * the author.\n     * @param {Element} el\n     */\n    function addFocusVisibleClass(el) {\n      if (el.classList.contains('focus-visible')) {\n        return;\n      }\n      el.classList.add('focus-visible');\n      el.setAttribute('data-focus-visible-added', '');\n    }\n\n    /**\n     * Remove the `focus-visible` class from the given element if it was not\n     * originally added by the author.\n     * @param {Element} el\n     */\n    function removeFocusVisibleClass(el) {\n      if (!el.hasAttribute('data-focus-visible-added')) {\n        return;\n      }\n      el.classList.remove('focus-visible');\n      el.removeAttribute('data-focus-visible-added');\n    }\n\n    /**\n     * Treat `keydown` as a signal that the user is in keyboard modality.\n     * Apply `focus-visible` to any current active element and keep track\n     * of our keyboard modality state with `hadKeyboardEvent`.\n     * @param {Event} e\n     */\n    function onKeyDown(e) {\n      if (isValidFocusTarget(document.activeElement)) {\n        addFocusVisibleClass(document.activeElement);\n      }\n\n      hadKeyboardEvent = true;\n    }\n\n    /**\n     * If at any point a user clicks with a pointing device, ensure that we change\n     * the modality away from keyboard.\n     * This avoids the situation where a user presses a key on an already focused\n     * element, and then clicks on a different element, focusing it with a\n     * pointing device, while we still think we're in keyboard modality.\n     * @param {Event} e\n     */\n    function onPointerDown(e) {\n      hadKeyboardEvent = false;\n    }\n\n    /**\n     * On `focus`, add the `focus-visible` class to the target if:\n     * - the target received focus as a result of keyboard navigation, or\n     * - the event target is an element that will likely require interaction\n     *   via the keyboard (e.g. a text box)\n     * @param {Event} e\n     */\n    function onFocus(e) {\n      // Prevent IE from focusing the document or HTML element.\n      if (!isValidFocusTarget(e.target)) {\n        return;\n      }\n\n      if (hadKeyboardEvent || focusTriggersKeyboardModality(e.target)) {\n        addFocusVisibleClass(e.target);\n      }\n    }\n\n    /**\n     * On `blur`, remove the `focus-visible` class from the target.\n     * @param {Event} e\n     */\n    function onBlur(e) {\n      if (!isValidFocusTarget(e.target)) {\n        return;\n      }\n\n      if (\n        e.target.classList.contains('focus-visible') ||\n        e.target.hasAttribute('data-focus-visible-added')\n      ) {\n        // To detect a tab/window switch, we look for a blur event followed\n        // rapidly by a visibility change.\n        // If we don't see a visibility change within 100ms, it's probably a\n        // regular focus change.\n        hadFocusVisibleRecently = true;\n        window.clearTimeout(hadFocusVisibleRecentlyTimeout);\n        hadFocusVisibleRecentlyTimeout = window.setTimeout(function() {\n          hadFocusVisibleRecently = false;\n          window.clearTimeout(hadFocusVisibleRecentlyTimeout);\n        }, 100);\n        removeFocusVisibleClass(e.target);\n      }\n    }\n\n    /**\n     * If the user changes tabs, keep track of whether or not the previously\n     * focused element had .focus-visible.\n     * @param {Event} e\n     */\n    function onVisibilityChange(e) {\n      if (document.visibilityState == 'hidden') {\n        // If the tab becomes active again, the browser will handle calling focus\n        // on the element (Safari actually calls it twice).\n        // If this tab change caused a blur on an element with focus-visible,\n        // re-apply the class when the user switches back to the tab.\n        if (hadFocusVisibleRecently) {\n          hadKeyboardEvent = true;\n        }\n        addInitialPointerMoveListeners();\n      }\n    }\n\n    /**\n     * Add a group of listeners to detect usage of any pointing devices.\n     * These listeners will be added when the polyfill first loads, and anytime\n     * the window is blurred, so that they are active when the window regains\n     * focus.\n     */\n    function addInitialPointerMoveListeners() {\n      document.addEventListener('mousemove', onInitialPointerMove);\n      document.addEventListener('mousedown', onInitialPointerMove);\n      document.addEventListener('mouseup', onInitialPointerMove);\n      document.addEventListener('pointermove', onInitialPointerMove);\n      document.addEventListener('pointerdown', onInitialPointerMove);\n      document.addEventListener('pointerup', onInitialPointerMove);\n      document.addEventListener('touchmove', onInitialPointerMove);\n      document.addEventListener('touchstart', onInitialPointerMove);\n      document.addEventListener('touchend', onInitialPointerMove);\n    }\n\n    function removeInitialPointerMoveListeners() {\n      document.removeEventListener('mousemove', onInitialPointerMove);\n      document.removeEventListener('mousedown', onInitialPointerMove);\n      document.removeEventListener('mouseup', onInitialPointerMove);\n      document.removeEventListener('pointermove', onInitialPointerMove);\n      document.removeEventListener('pointerdown', onInitialPointerMove);\n      document.removeEventListener('pointerup', onInitialPointerMove);\n      document.removeEventListener('touchmove', onInitialPointerMove);\n      document.removeEventListener('touchstart', onInitialPointerMove);\n      document.removeEventListener('touchend', onInitialPointerMove);\n    }\n\n    /**\n     * When the polyfill first loads, assume the user is in keyboard modality.\n     * If any event is received from a pointing device (e.g. mouse, pointer,\n     * touch), turn off keyboard modality.\n     * This accounts for situations where focus enters the page from the URL bar.\n     * @param {Event} e\n     */\n    function onInitialPointerMove(e) {\n      // Work around a Safari quirk that fires a mousemove on <html> whenever the\n      // window blurs, even if you're tabbing out of the page. ¯\\_(ツ)_/¯\n      if (e.target.nodeName.toLowerCase() === 'html') {\n        return;\n      }\n\n      hadKeyboardEvent = false;\n      removeInitialPointerMoveListeners();\n    }\n\n    document.addEventListener('keydown', onKeyDown, true);\n    document.addEventListener('mousedown', onPointerDown, true);\n    document.addEventListener('pointerdown', onPointerDown, true);\n    document.addEventListener('touchstart', onPointerDown, true);\n    document.addEventListener('focus', onFocus, true);\n    document.addEventListener('blur', onBlur, true);\n    document.addEventListener('visibilitychange', onVisibilityChange, true);\n    addInitialPointerMoveListeners();\n\n    document.body.classList.add('js-focus-visible');\n  }\n\n  /**\n   * Subscription when the DOM is ready\n   * @param {Function} callback\n   */\n  function onDOMReady(callback) {\n    var loaded;\n\n    /**\n     * Callback wrapper for check loaded state\n     */\n    function load() {\n      if (!loaded) {\n        loaded = true;\n\n        callback();\n      }\n    }\n\n    if (['interactive', 'complete'].indexOf(document.readyState) >= 0) {\n      callback();\n    } else {\n      loaded = false;\n      document.addEventListener('DOMContentLoaded', load, false);\n      window.addEventListener('load', load, false);\n    }\n  }\n\n  if (typeof document !== 'undefined') {\n    onDOMReady(init);\n  }\n\n})));\n","module.exports = function(originalModule) {\n\tif (!originalModule.webpackPolyfill) {\n\t\tvar module = Object.create(originalModule);\n\t\t// module.parent = undefined by default\n\t\tif (!module.children) module.children = [];\n\t\tObject.defineProperty(module, \"loaded\", {\n\t\t\tenumerable: true,\n\t\t\tget: function() {\n\t\t\t\treturn module.l;\n\t\t\t}\n\t\t});\n\t\tObject.defineProperty(module, \"id\", {\n\t\t\tenumerable: true,\n\t\t\tget: function() {\n\t\t\t\treturn module.i;\n\t\t\t}\n\t\t});\n\t\tObject.defineProperty(module, \"exports\", {\n\t\t\tenumerable: true\n\t\t});\n\t\tmodule.webpackPolyfill = 1;\n\t}\n\treturn module;\n};\n","/* globals __webpack_amd_options__ */\nmodule.exports = __webpack_amd_options__;\n","// Modified from https://raw.githubusercontent.com/NYTimes/text-balancer/8e1a46e173b1775fae16bbfa7578a3999a31f3b9/text-balancer.standalone.js\n\nconst textBalancer = (function () {\n\n    var candidates = [];\n\n    var initialize = function (elements) {\n        candidates = elements;\n\n        balanceText();\n    };\n\n    // HELPER FUNCTION -- initializes recursive binary search\n    var balanceText = function () {\n        var element;\n        var i;\n\n        for (i = 0; i < candidates.length; i += 1) {\n            element = candidates[i];\n\n            if (textElementIsMultipleLines(element)) {\n                element.style.maxWidth = '';\n                squeezeContainer(element, element.clientHeight, 0, element.clientWidth);\n            }\n        }\n    };\n\n    // Returns a function, that, as long as it continues to be invoked, will not\n    // be triggered. The function will be called after it stops being called for\n    // N milliseconds. If `immediate` is passed, trigger the function on the\n    // leading edge, instead of the trailing.\n    var debounce = function (func, wait, immediate) {\n        var timeout;\n        return function() {\n            var context = this, args = arguments;\n            var later = function() {\n                timeout = null;\n                if (!immediate) func.apply(context, args);\n            };\n            var callNow = immediate && !timeout;\n            clearTimeout(timeout);\n            timeout = setTimeout(later, wait);\n            if (callNow) func.apply(context, args);\n        };\n    };\n\n    var rebalanceText = debounce(function() {\n        balanceText();\n    }, 100);\n\n    window.addEventListener('resize', rebalanceText);\n\n    // Make the headline element as narrow as possible while maintaining its current height (number of lines). Binary search.\n    function squeezeContainer(headline, originalHeight, bottomRange, topRange) {\n        var mid;\n        if (bottomRange >= topRange) {\n            headline.style.maxWidth = topRange + 'px';\n            return;\n        }\n        mid = (bottomRange + topRange) / 2;\n        headline.style.maxWidth = mid + 'px';\n\n        if (headline.clientHeight > originalHeight) {\n            // we've squeezed too far and headline has spilled onto an additional line; recurse on wider range\n            squeezeContainer(headline, originalHeight, mid+1, topRange);\n        } else {\n            // headline has not wrapped to another line; keep squeezing!\n            squeezeContainer(headline, originalHeight, bottomRange+1, mid);\n        }\n    }\n\n    // function to see if a headline is multiple lines\n    // we only want to break if the headline is multiple lines\n    //\n    // We achieve this by turning the first word into a span\n    // and then we compare the height of that span to the height\n    // of the entire headline. If the headline is bigger than the\n    // span by 10px we balance the headline.\n    var textElementIsMultipleLines = function (element) {\n        var firstWordHeight;\n        var elementHeight;\n        var HEIGHT_OFFSET;\n        var elementWords;\n        var firstWord;\n        var ORIGINAL_ELEMENT_TEXT;\n\n        ORIGINAL_ELEMENT_TEXT = element.innerHTML;\n\n        // usually there is around a 5px discrepancy between\n        // the first word and the height of the whole headline\n        // so subtract the height of the headline by 10 px and\n        // we should be good\n        HEIGHT_OFFSET = 10;\n\n        // get all the words in the headline as\n        // an array -- will include punctuation\n        //\n        // this is used to put the headline back together\n        elementWords = element.innerHTML.split(' ');\n\n        // make span for first word and give it an id\n        // so we can access it in le dom\n        firstWord = document.createElement('span');\n        firstWord.id = 'element-first-word';\n        firstWord.innerHTML = elementWords[0];\n\n        // this is the entire headline\n        // as an array except for first word\n        //\n        // we will append it to the headline after the span\n        elementWords = elementWords.slice(1);\n\n        // empty the headline and append the span to it\n        element.innerHTML = '';\n        element.appendChild(firstWord);\n\n        // add the rest of the element back to it\n        element.innerHTML += ' ' + elementWords.join(' ');\n\n        // update the first word variable in the dom\n        firstWord = document.getElementById('element-first-word');\n\n        firstWordHeight = firstWord.offsetHeight;\n        elementHeight = element.offsetHeight;\n        // restore the original element text\n        element.innerHTML = ORIGINAL_ELEMENT_TEXT;\n\n        // compare the height of the element and the height of the first word\n        return elementHeight - HEIGHT_OFFSET > firstWordHeight;\n\n    } // end textElementIsMultipleLines\n\n    return {\n        initialize: initialize,\n    };\n\n})(); // end textBalancer\n\nexport { textBalancer }\n","import { textBalancer } from '../utilities/text-balancer.js'\nimport '../utilities/focus-visible-polyfill.js'\nimport { basicScroll } from '../utilities/basicScroll.js'\n\nsetTimeout(() => {\n  let isMobile = false\n  const setIsMobile = () => isMobile = window.matchMedia('(max-width: 768px)').matches\n  window.addEventListener('resize', () => { setIsMobile() }, { passive: true })\n  setIsMobile()\n\n  const initThemeSwitcher = () => {\n    document.documentElement.addEventListener('dblclick', () => {\n      if (document.documentElement.getAttribute('theme') === 'dark') {\n        document.documentElement.setAttribute('theme', 'light')\n      } else {\n        document.documentElement.setAttribute('theme', 'dark')\n      }\n    })\n  }\n\n  const initBalanceText = () => {\n    textBalancer.initialize(Array.from(document.querySelectorAll('[data-js-balance-text]')))\n  }\n\n  const initOneDotLogosAnimated = () => {\n    const animatedLogoEls = document.querySelectorAll('.OneDotLogoAnimated')\n\n    let loaded = 0\n    let position = 1050\n\n    let bgWidth\n    const image = new Image()\n    image.onload = function() {\n      loaded += 1\n      bgWidth = this.width\n      load()\n    }\n    image.src = 'data:image/png;base64,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'\n\n    let maskWidth\n    let maskHeight\n    const mask = new Image()\n    mask.onload = function() {\n      loaded += 1\n      maskWidth = this.width\n      maskHeight = this.height\n      load()\n    }\n    mask.src = 'data:image/png;base64,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'\n\n    const load = () => {\n      if (loaded < 2) return\n\n      start()\n    }\n\n    const start = () => {\n      animatedLogoEls.forEach((el) => {\n        el.style.setProperty('--aspect-ratio', maskHeight / maskWidth)\n\n        const canvas = el.querySelector('.OneDotLogoAnimated--canvas')\n        const context = canvas.getContext('2d')\n\n        const frame = () => {\n          requestAnimationFrame(() => {\n            if (document.scrollingElement.scrollTop < window.outerHeight) {\n              position = (position + .6) % bgWidth\n              draw()\n            }\n            frame()\n          })\n        }\n\n        const draw = () => {\n          canvas.width = maskWidth\n          canvas.height = maskHeight\n\n          context.drawImage(image,         - position, 0, bgWidth, maskHeight)\n          context.drawImage(image, bgWidth - position, 0, bgWidth, maskHeight)\n\n          context.globalCompositeOperation = 'xor'\n          context.drawImage(mask, 0, 0, maskWidth, maskHeight)\n        }\n\n        frame()\n        draw()\n      })\n    }\n  }\n\n  const initRemovePlayStoreLinksInIOS = () => {\n    if (document.documentElement.getAttribute('is-ios') !== '') return\n    document.querySelectorAll('.Button-google-play-store').forEach((el) => {\n      el.parentNode.removeChild(el)\n    })\n  }\n\n  const initHeroScrollIndicator = () => {\n    const elem = document.querySelector('.HeroSection--scroll-indicator')\n\n    basicScroll.create({\n      elem,\n      from: 'top-bottom',\n      to: 'top-middle',\n      direct: true,\n      props: {\n        opacity: {\n          from: 1,\n          to: 0\n        }\n      }\n    }).start()\n  }\n\n  const initDepthPerspectiveRoots = () => {\n    class DepthEl {\n      constructor(el) {\n        this.el = el\n        this.depth = parseInt(el.getAttribute('data-depth'), 10)\n        this.translateY = 0\n        this.targetTranslateY = 0\n        this.wasDrawnOnce = false\n      }\n\n      normalize(value) {\n        return Math.round(value * 100) / 100\n      }\n\n      draw() {\n        if (this.translateY === this.lastDrawnTranslateY) return\n        this.el.style.transform = `translate3d(0, ${ this.translateY }rem, 0)`\n        this.lastDrawnTranslateY = this.translateY\n        if (this.progressWasEverSet) this.wasEverDrawn = true\n      }\n\n      update() {\n        if (this.wasEverDrawn) {\n          this.translateY = this.normalize(.9 * this.translateY + .1 * this.targetTranslateY)\n        } else {\n          this.translateY = this.targetTranslateY\n        }\n        this.draw()\n      }\n\n      setTargetFromProgress(progress) {\n        this.progressWasEverSet = true\n        const depth = isMobile ? 2 : this.depth\n        const progressCenter = isMobile ? 100 : 50\n        this.targetTranslateY = this.normalize(65 * ((progressCenter - progress) / 100) * (1 / (depth * 3)))\n        if (isMobile && this.depth !== 1) this.targetTranslateY = 0\n      }\n    }\n\n    const depthRootEls = document.querySelectorAll('[data-depth-perspective-root]')\n\n    depthRootEls.forEach((el) => {\n      const depthElInstances = Array.from(el.querySelectorAll('[data-depth]')).map((el) => new DepthEl(el))\n      const scrollEl = el.querySelector('[data-depth-perspective-scroll-anchor]')\n\n      const update = (_, p) => {\n        const progress = Math.max(0, Math.min(100, p))\n\n        depthElInstances.forEach((depthElInstance) => {\n          depthElInstance.setTargetFromProgress(progress)\n        })\n      }\n\n      basicScroll.create({\n        elem: scrollEl,\n        from: scrollEl ? 'top-bottom': '0px',\n        to: scrollEl ? 'bottom-top': '100px',\n        inside: update,\n        outside: update\n      }).start()\n\n      const frame = () => {\n        depthElInstances.forEach((depthElInstance) => {\n          depthElInstance.update()\n        })\n\n        requestAnimationFrame(frame)\n      }\n\n      frame()\n    })\n  }\n\n  const initPerformanceSectionBarAnimation = () => {\n    const elem = document.querySelector('.PerformanceSection--figure')\n    if (elem.getAttribute('is-animation-started') === '') {\n      elem.removeAttribute('is-animation-started')\n    }\n\n    let basicScrollInstance\n\n    const update = (_, p) => {\n       const progress = Math.max(0, Math.min(100, p))\n\n       if (progress === 100) {\n        basicScrollInstance.stop()\n\n        requestAnimationFrame(() => {\n          elem.setAttribute('is-animation-started', '')\n        })\n      }\n    }\n\n    basicScrollInstance = basicScroll.create({\n      elem,\n      from: '0px',\n      to: '100px',\n      inside: update,\n      outside: update\n    })\n\n    basicScrollInstance.start()\n  }\n\n  const init = () => {\n    initThemeSwitcher()\n    initBalanceText()\n    initOneDotLogosAnimated()\n    initRemovePlayStoreLinksInIOS()\n    initHeroScrollIndicator()\n    initDepthPerspectiveRoots()\n    initPerformanceSectionBarAnimation()\n  }\n\n  init()\n}, 0)\n","import \"../styles/index.css\";\nimport \"../styles/nav.styl\";\n\nimport \"./init.js\";\nimport \"./language-selector\";\n"],"sourceRoot":""}