Domain > alonsoiborra.com

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More information on this domain is in AlienVault OTX

Whois

Property	Value
Email	webmaster@ontematica.es
NameServer	: ns1.evalice.net
Created	: 2001-03-08T00:39:0
Changed	2016-02-27 00:00:00
Expires	2018-03-08 00:00:00
Registrar	ACENS TECHNOLOGIES,

DNS Resolutions

Date	IP Address
2014-03-08	78.47.212.129 (ClassC)
2025-02-19	154.86.218.157 (ClassC)

Port 80

HTTP/1.1 200 OKServer: nginxDate: Wed, 19 Feb 2025 03:20:11 GMTContent-Type: text/html; charsetUTF-8Transfer-Encoding: chunkedConnection: keep-aliveVary: Accept-Encoding

!DOCTYPE html>!-- saved from url(0029)chrome-error://chromewebdata/ -->html dirltr langzh>head>meta http-equivContent-Type contenttext/html; charsetUTF-8>    meta namecolor-scheme contentlight dark>  meta nametheme-color content#fff>  meta nameviewport contentwidthdevice-width, initial-scale1.0,                                 maximum-scale1.0, user-scalableno>  title>无法访问此网站/title>  style>/* Copyright 2017 The Chromium Authors * Use of this source code is governed by a BSD-style license that can be * found in the LICENSE file. */a {  color: var(--link-color);}body {  --background-color: #fff;  --error-code-color: var(--google-gray-700);  --google-blue-100: rgb(210, 227, 252);  --google-blue-300: rgb(138, 180, 248);  --google-blue-600: rgb(26, 115, 232);  --google-blue-700: rgb(25, 103, 210);  --google-gray-100: rgb(241, 243, 244);  --google-gray-300: rgb(218, 220, 224);  --google-gray-500: rgb(154, 160, 166);  --google-gray-50: rgb(248, 249, 250);  --google-gray-600: rgb(128, 134, 139); 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 color: var(--secondary-button-text-color);  float: none;  margin: 0;  padding: 8px 16px;}.hidden {  display: none;}html {  -webkit-text-size-adjust: 100%;  font-size: 125%;}.icon {  background-repeat: no-repeat;  background-size: 100%;}@media (prefers-color-scheme: dark) {  body {    --background-color: var(--google-gray-900);    --error-code-color: var(--google-gray-500);    --heading-color: var(--google-gray-500);    --link-color: var(--google-blue-300);    --primary-button-fill-color-active: rgb(129, 162, 208);    --primary-button-fill-color: var(--google-blue-300);    --primary-button-text-color: var(--google-gray-900);    --quiet-background-color: var(--background-color);    --secondary-button-border-color: var(--google-gray-700);    --secondary-button-fill-color: var(--google-gray-900);    --secondary-button-hover-fill-color: rgb(48, 51, 57);    --secondary-button-text-color: var(--google-blue-300);    --small-link-color: var(--google-blue-300);    --text-color: var(--google-gray-500);  }}/style>  style>/* Copyright 2014 The Chromium Authors   Use of this source code is governed by a BSD-style license that can be   found in the LICENSE file. */button {  border: 0;  border-radius: 4px;  box-sizing: border-box;  color: var(--primary-button-text-color);  cursor: pointer;  float: right;  font-size: .875em;  margin: 0;  padding: 8px 16px;  transition: box-shadow 150ms cubic-bezier(0.4, 0, 0.2, 1);  user-select: none;}dirrtl button {  float: left;}.bad-clock button,.captive-portal button,.https-only button,.insecure-form button,.lookalike-url button,.main-frame-blocked button,.neterror button,.pdf button,.ssl button,.enterprise-block button,.enterprise-warn button,.safe-browsing-billing button {  background: var(--primary-button-fill-color);}button:active {  background: var(--primary-button-fill-color-active);  outline: 0;}#debugging {  display: inline;  overflow: auto;}.debugging-content {  line-height: 1em;  margin-bottom: 0;  margin-top: 1em;}.debugging-content-fixed-width {  display: block; 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   bottom: 0;    box-shadow: 0 -12px 24px var(--background-color);    left: 0;    margin: 0 auto;    max-width: 736px;    padding-inline-end: 24px;    padding-inline-start: 24px;    position: fixed;    right: 0;    width: 100%;    z-index: 2;  }  .interstitial-wrapper {    max-width: 736px;  }  #details,  #main-content {    padding-bottom: 40px;  }  #details {    padding-top: 5.5vh;  }  button.small-link {    color: var(--google-blue-600);  }}@media (max-width: 420px) and (orientation: portrait),       (max-height: 560px) {  body {    margin: 0 auto;  }  button,  dirrtl button,  button.small-link,  .nav-wrapper .secondary-button {    font-family: Roboto-Regular,Helvetica;    font-size: .933em;    margin: 6px 0;    transform: translatez(0);  }  .nav-wrapper {    box-sizing: border-box;    padding-bottom: 8px;    width: 100%;  }  #details {    box-sizing: border-box;    height: auto;    margin: 0;    opacity: 1;    transition: opacity 250ms cubic-bezier(0.4, 0, 0.2, 1);  }  #details.hidden,  #main-content.hidden {    height: 0;    opacity: 0;    overflow: hidden;    padding-bottom: 0;    transition: none;  }  h1 {    font-size: 1.5em;    margin-bottom: 8px;  }  .icon {    margin-bottom: 5.69vh;  }  .interstitial-wrapper {    box-sizing: border-box;    margin: 7vh auto 12px;    padding: 0 24px;    position: relative;  }  .interstitial-wrapper p {    font-size: .95em;    line-height: 1.61em;    margin-top: 8px;  }  #main-content {    margin: 0;    transition: opacity 100ms cubic-bezier(0.4, 0, 0.2, 1);  }  .small-link {    border: 0;  }  .suggested-left > #control-buttons,  .suggested-right > #control-buttons {    float: none;    margin: 0;  }}@media (min-width: 421px) and (min-height: 500px) and (max-height: 560px) {  .interstitial-wrapper {    margin-top: 10vh;  }}@media (min-height: 400px) and (orientation:portrait) {  .interstitial-wrapper {    margin-bottom: 145px;  }}@media (min-height: 299px) {  .nav-wrapper {    padding-bottom: 16px;  }}@media (max-height: 560px) and (min-height: 240px) and (orientation:landscape) {  .extended-reporting-has-checkbox #details {    padding-bottom: 80px; 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No fixed nav. */@media (max-height: 400px) and (orientation: portrait),       (max-height: 239px) and (orientation: landscape),       (max-width: 419px) and (max-height: 399px) {  .interstitial-wrapper {    display: flex;    flex-direction: column;    margin-bottom: 0;  }  #details {    flex: 1 1 auto;    order: 0;  }  #main-content {    flex: 1 1 auto;    order: 0;  }  .nav-wrapper {    flex: 0 1 auto;    margin-top: 8px;    order: 1;    padding-inline-end: 0;    padding-inline-start: 0;    position: relative;    width: 100%;  }  button,  .nav-wrapper .secondary-button {    padding: 16px 24px;  }  button.small-link {    color: var(--google-blue-600);  }}@media (max-width: 239px) and (orientation: portrait) {  .nav-wrapper {    padding-inline-end: 0;    padding-inline-start: 0;  }}/style>  style>/* Copyright 2013 The Chromium Authors * Use of this source code is governed by a BSD-style license that can be * found in the LICENSE file. *//* Dont use the main frame div when the error is in a subframe. */htmlsubframe #main-frame-error {  display: none;}/* Dont use the subframe error div when the error is in a main frame. */html:not(subframe) #sub-frame-error {  display: none;}h1 {  margin-top: 0; 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 display: flex;  height: 100%;  left: 0;  position: fixed;  top: 0;  width: 100%;  z-index: 100;}.use-popup-container#error-information-popup-container  #error-information-popup-content > p {  margin-bottom: 11px;  margin-inline-start: 20px;}.use-popup-container#error-information-popup-container #suggestions-list ul {  margin-inline-start: 15px;}.use-popup-container#error-information-popup-container  #error-information-popup-box {  background-color: var(--background-color);  left: 5%;  padding-bottom: 15px;  padding-top: 15px;  position: fixed;  width: 90%;  z-index: 101;}.use-popup-container#error-information-popup-container div.error-code {  margin-inline-start: 20px;}.use-popup-container#error-information-popup-container #suggestions-list p {  margin-inline-start: 20px;}:not(.use-popup-container)#error-information-popup-container  #error-information-popup-close {  display: none;}#error-information-popup-close {  margin-bottom: 0;  margin-inline-end: 35px;  margin-top: 15px;  text-align: end;}.link-button {  color: rgb(66, 133, 244);  display: inline-block;  font-weight: bold;  text-transform: uppercase;}#sub-frame-error-details {  color: #8F8F8F;  /* Not done on mobile for performance reasons. */  text-shadow: 0 1px 0 rgba(255,255,255,0.3);}jscontenthostName,jscontentfailedUrl {  overflow-wrap: break-word;}.secondary-button {  background: #d9d9d9;  color: #696969;  margin-inline-end: 16px;}.snackbar {  background: #323232;  border-radius: 2px;  bottom: 24px;  box-sizing: border-box;  color: #fff;  font-size: .87em;  left: 24px;  max-width: 568px;  min-width: 288px;  opacity: 0;  padding: 16px 24px 12px;  position: fixed;  transform: translateY(90px);  will-change: opacity, transform;  z-index: 999;}.snackbar-show {  -webkit-animation:    show-snackbar 250ms cubic-bezier(0, 0, 0.2, 1) forwards,    hide-snackbar 250ms cubic-bezier(0.4, 0, 1, 1) forwards 5s;}@-webkit-keyframes show-snackbar {  100% {    opacity: 1;    transform: translateY(0);  }}@-webkit-keyframes hide-snackbar {  0% {    opacity: 1;    transform: translateY(0);  }  100% {    opacity: 0;    transform: translateY(90px);  }}.suggestions {  margin-top: 18px;}.suggestion-header {  font-weight: bold;  margin-bottom: 4px;}.suggestion-body {  color: #777;}/* Decrease padding at low sizes. */@media (max-width: 640px), (max-height: 640px) {  h1 {    margin: 0 0 15px;  }  .suggestions {    margin-top: 10px;  }  .suggestion-header {    margin-bottom: 0;  }}#download-link,#download-link-clicked {  margin-bottom: 30px;  margin-top: 30px;}#download-link-clicked {  color: #BBB;}#download-link::before,#download-link-clicked::before {  content: url(data:image/svg+xml;base64,PHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciIHdpZHRoPSIxLjJlbSIgaGVpZ2h0PSIxLjJlbSIgdmlld0JveD0iMCAwIDI0IDI0Ij48cGF0aCBkPSJNNSAyMGgxNHYtMkg1bTE0LTloLTRWM0g5djZINWw3IDcgNy03eiIgZmlsbD0iIzQyODVGNCIvPjwvc3ZnPg);  display: inline-block;  margin-inline-end: 4px;  vertical-align: -webkit-baseline-middle;}#download-link-clicked::before {  opacity: 0;  width: 0;}#offline-content-list-visibility-card {  border: 1px solid white;  border-radius: 8px;  display: flex;  font-size: .8em;  justify-content: space-between;  line-height: 1;}#offline-content-list.list-hidden #offline-content-list-visibility-card {  border-color: rgb(218, 220, 224);}#offline-content-list-visibility-card > div {  padding: 1em;}#offline-content-list-title {  color: var(--google-gray-700);}#offline-content-list-show-text,#offline-content-list-hide-text {  color: rgb(66, 133, 244);}/* Hides the hide text div when the offline content list is collapsed/hidden * and, alternatively, hides the show text div when the offline content list * is expanded/shown. */#offline-content-list.list-hidden #offline-content-list-hide-text,#offline-content-list:not(.list-hidden) #offline-content-list-show-text {  display: none;}/* Controls the animation of the offline content list when it is expanded/shown. */#offline-content-suggestions {  /* Max-height has to be set for the height animation to work. The chosen value   * is a little greater than the maximum height the list will have, when all   * suggestions have images, so that it is never clamped. This makes so that   * when the actual height is smaller then the animation is not as smooth.   */  max-height: 27em;  transition: max-height 200ms ease-in, visibility 0s 200ms,              opacity 200ms 200ms linear;}/* Controls the animation of the offline content list when it is * collapsed/hidden. */#offline-content-list.list-hidden #offline-content-suggestions {  max-height: 0;  opacity: 0;  transition: opacity 200ms linear, visibility 0s 200ms,              max-height 200ms 200ms ease-out;  visibility: hidden;}#offline-content-list {  margin-inline-start: -5%;  width: 110%;}/* The selectors below adjust the overflow of the suggestion cards contents * based on the same screen size based strategy used for the main frame, which * is applied by the `interstitial-wrapper` class. */@media (max-width: 420px)  {  #offline-content-list {    margin-inline-start: -2.5%;    width: 105%;  }}@media (max-width: 420px) and (orientation: portrait),       (max-height: 560px) {  #offline-content-list {    margin-inline-start: -12px;    width: calc(100% + 24px);  }}.suggestion-with-image .offline-content-suggestion-thumbnail {  flex-basis: 8.2em;  flex-shrink: 0;}.suggestion-with-image .offline-content-suggestion-thumbnail > img {  height: 100%;  width: 100%;}.suggestion-with-image #offline-content-list:not(.is-rtl).offline-content-suggestion-thumbnail > img {  border-bottom-right-radius: 7px;  border-top-right-radius: 7px;}.suggestion-with-image #offline-content-list.is-rtl.offline-content-suggestion-thumbnail > img {  border-bottom-left-radius: 7px;  border-top-left-radius: 7px;}.suggestion-with-icon .offline-content-suggestion-thumbnail {  align-items: center;  display: flex;  justify-content: center;  min-height: 4.2em;  min-width: 4.2em;}.suggestion-with-icon .offline-content-suggestion-thumbnail > div {  align-items: center;  background-color: rgb(241, 243, 244);  border-radius: 50%;  display: flex;  height: 2.3em;  justify-content: center;  width: 2.3em;}.suggestion-with-icon .offline-content-suggestion-thumbnail > div > img {  height: 1.45em;  width: 1.45em;}.offline-content-suggestion-favicon {  height: 1em;  margin-inline-end: 0.4em;  width: 1.4em;}.offline-content-suggestion-favicon > img {  height: 1.4em;  width: 1.4em;}.no-favicon .offline-content-suggestion-favicon {  display: none;}.image-video {  content: url(data:image/svg+xml;base64,PHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciIHdpZHRoPSIyNCIgaGVpZ2h0PSIyNCIgdmlld0JveD0iMCAwIDI0IDI0Ij48cGF0aCBkPSJNMTcgMTAuNVY3YTEgMSAwIDAgMC0xLTFINGExIDEgMCAwIDAtMSAxdjEwYTEgMSAwIDAgMCAxIDFoMTJhMSAxIDAgMCAwIDEtMXYtMy41bDQgNHYtMTFsLTQgNHoiIGZpbGw9IiMzQzQwNDMiLz48L3N2Zz4);}.image-music-note {  content: url(data:image/svg+xml;base64,PHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciIHdpZHRoPSIyNCIgaGVpZ2h0PSIyNCIgdmlld0JveD0iMCAwIDI0IDI0Ij48cGF0aCBkPSJNMTIgM3Y5LjI2Yy0uNS0uMTctMS0uMjYtMS41LS4yNkM4IDEyIDYgMTQgNiAxNi41UzggMjEgMTAuNSAyMXM0LjUtMiA0LjUtNC41VjZoNFYzaC03eiIgZmlsbD0iIzNDNDA0MyIvPjwvc3ZnPg);}.image-earth {  content: url(data:image/svg+xml;base64,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);}.image-file {  content: url(data:image/svg+xml;base64,PHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciIHdpZHRoPSIyNCIgaGVpZ2h0PSIyNCIgdmlld0JveD0iMCAwIDI0IDI0Ij48cGF0aCBkPSJNMTMgOVYzLjVMMTguNSA5TTYgMmMtMS4xMSAwLTIgLjg5LTIgMnYxNmEyIDIgMCAwIDAgMiAyaDEyYTIgMiAwIDAgMCAyLTJWOGwtNi02SDZ6IiBmaWxsPSIjM0M0MDQzIi8+PC9zdmc+);}.offline-content-suggestion-texts {  display: flex;  flex-direction: column;  justify-content: space-between;  line-height: 1.3;  padding: .9em;  width: 100%;}.offline-content-suggestion-title {  -webkit-box-orient: vertical;  -webkit-line-clamp: 3;  color: rgb(32, 33, 36);  display: -webkit-box;  font-size: 1.1em;  overflow: hidden;  text-overflow: ellipsis;}div.offline-content-suggestion {  align-items: stretch;  border: 1px solid rgb(218, 220, 224);  border-radius: 8px;  display: flex;  justify-content: space-between;  margin-bottom: .8em;}.suggestion-with-image {  flex-direction: row;  height: 8.2em;  max-height: 8.2em;}.suggestion-with-icon {  flex-direction: row-reverse;  height: 4.2em;  max-height: 4.2em;}.suggestion-with-icon .offline-content-suggestion-title {  -webkit-line-clamp: 1;  word-break: break-all;}.suggestion-with-icon .offline-content-suggestion-texts {  padding-inline-start: 0;}.offline-content-suggestion-attribution-freshness {  color: rgb(95, 99, 104);  display: flex;  font-size: .8em;  line-height: 1.7em;}.offline-content-suggestion-attribution {  -webkit-box-orient: vertical;  -webkit-line-clamp: 1;  display: -webkit-box;  flex-shrink: 1;  margin-inline-end: 0.3em;  overflow: hidden;  overflow-wrap: break-word;  text-overflow: ellipsis;  word-break: break-all;}.no-attribution .offline-content-suggestion-attribution {  display: none;}.offline-content-suggestion-freshness::before {  content: -;  display: inline-block;  flex-shrink: 0;  margin-inline-end: .1em;  margin-inline-start: .1em;}.no-attribution .offline-content-suggestion-freshness::before {  display: none;}.offline-content-suggestion-freshness {  flex-shrink: 0;}.suggestion-with-image .offline-content-suggestion-pin-spacer {  flex-grow: 100;  flex-shrink: 1;}.suggestion-with-image .offline-content-suggestion-pin {  content: url(data:image/svg+xml;base64,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);  flex-shrink: 0;  height: 1.4em;  margin-inline-start: .4em;  width: 1.4em;}/* Controls the animation (and a bit more) of the launch-downloads-home action * button when the offline content list is expanded/shown. */#offline-content-list-action {  text-align: center;  transition: visibility 0s 200ms, opacity 200ms 200ms linear;}/* Controls the animation of the launch-downloads-home action button when the * offline content list is collapsed/hidden. */#offline-content-list.list-hidden #offline-content-list-action {  opacity: 0;  transition: opacity 200ms linear, visibility 0s 200ms;  visibility: hidden;}#cancel-save-page-button {  background-image: url(data:image/svg+xml;base64,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);  background-position: right 27px center;  background-repeat: no-repeat;  border: 1px solid var(--google-gray-300);  border-radius: 5px;  color: var(--google-gray-700);  margin-bottom: 26px;  padding-bottom: 16px;  padding-inline-end: 88px;  padding-inline-start: 16px;  padding-top: 16px;  text-align: start;}htmldirrtl #cancel-save-page-button {  background-position: left 27px center;}#save-page-for-later-button {  display: flex;  justify-content: start;}#save-page-for-later-button a::before {  content: url(data:image/svg+xml;base64,PHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciIHdpZHRoPSIxLjJlbSIgaGVpZ2h0PSIxLjJlbSIgdmlld0JveD0iMCAwIDI0IDI0Ij48cGF0aCBkPSJNNSAyMGgxNHYtMkg1bTE0LTloLTRWM0g5djZINWw3IDcgNy03eiIgZmlsbD0iIzQyODVGNCIvPjwvc3ZnPg);  display: inline-block;  margin-inline-end: 4px;  vertical-align: -webkit-baseline-middle;}.hidden#save-page-for-later-button {  display: none;}/* Dont allow overflow when in a subframe. */htmlsubframe body {  overflow: hidden;}#sub-frame-error {  -webkit-align-items: center;  -webkit-flex-flow: column;  -webkit-justify-content: center;  background-color: #DDD;  display: -webkit-flex;  height: 100%;  left: 0;  position: absolute;  text-align: center;  top: 0;  transition: background-color 200ms ease-in-out;  width: 100%;}#sub-frame-error:hover {  background-color: #EEE;}#sub-frame-error .icon-generic {  margin: 0 0 16px;}#sub-frame-error-details {  margin: 0 10px;  text-align: center;  visibility: hidden;}/* Show details only when hovering. */#sub-frame-error:hover #sub-frame-error-details {  visibility: visible;}/* If the iframe is too small, always hide the error code. *//* TODO(mmenke): See if overflow: no-display works better, once supported. */@media (max-width: 200px), (max-height: 95px) {  #sub-frame-error-details {    display: none;  }}/* Adjust icon for small embedded frames in apps. */@media (max-height: 100px) {  #sub-frame-error .icon-generic {    height: auto;    margin: 0;    padding-top: 0;    width: 25px;  }}/* details-button is special; its a button> element that looks like a link. */#details-button {  box-shadow: none;  min-width: 0;}/* Styles for platform dependent separation of controls and details button. */.suggested-left > #control-buttons,.suggested-right > #details-button {  float: left;}.suggested-right > #control-buttons,.suggested-left > #details-button {  float: right;}.suggested-left .secondary-button {  margin-inline-end: 0;  margin-inline-start: 16px;}#details-button.singular {  float: none;}/* download-button shows both icon and text. */#download-button {  padding-bottom: 4px;  padding-top: 4px;  position: relative;}#download-button::before {  background: -webkit-image-set(      url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABgAAAAYCAQAAABKfvVzAAAAO0lEQVQ4y2NgGArgPxIY1YChsOE/LtBAmpYG0mxpIOSDBpKUo2lpIDZxNJCkHKqlYZAla3RAHQ1DFgAARRroHyLNTwwAAAAASUVORK5CYII) 1x,      url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADAAAAAwCAQAAAD9CzEMAAAAZElEQVRYw+3Ruw3AMAwDUY3OzZUmRRD4E9iim9wNwAdbEURHyk4AAAAATiCVK8lLyPsKeT9K3lsownnunfkPxO78hKiYHxBV8x2icr5BVM+/CMf8g3DN34Rzns6ViwHUAUQ/6wIAd5Km7l6c8AAAAABJRU5ErkJggg) 2x)    no-repeat;  content: ;  display: inline-block;  height: 24px;  margin-inline-end: 4px;  margin-inline-start: -4px;  vertical-align: middle;  width: 24px;}#download-button:disabled {  background: rgb(180, 206, 249);  color: rgb(255, 255, 255);}#buttons::after {  clear: both;  content: ;  display: block;  width: 100%;}/* Offline page */htmldirrtl .runner-container,htmldirrtl.offline .icon-offline {  transform: scaleX(-1);}.offline {  transition: filter 1.5s cubic-bezier(0.65, 0.05, 0.36, 1),              background-color 1.5s cubic-bezier(0.65, 0.05, 0.36, 1);  will-change: filter, background-color;}.offline body {  transition: background-color 1.5s cubic-bezier(0.65, 0.05, 0.36, 1);}.offline #main-message > p {  display: none;}.offline.inverted {  background-color: #fff;  filter: invert(1);}.offline.inverted body {  background-color: #fff;}.offline .interstitial-wrapper {  color: var(--text-color);  font-size: 1em;  line-height: 1.55;  margin: 0 auto;  max-width: 600px;  padding-top: 100px;  position: relative;  width: 100%;}.offline .runner-container {  direction: ltr;  height: 150px;  max-width: 600px;  overflow: hidden;  position: absolute;  top: 35px;  width: 44px;}.offline .runner-container:focus {  outline: none;}.offline .runner-container:focus-visible {  outline: 3px solid var(--google-blue-300);}.offline .runner-canvas {  height: 150px;  max-width: 600px;  opacity: 1;  overflow: hidden;  position: absolute;  top: 0;  z-index: 10;}.offline .controller {  height: 100vh;  left: 0;  position: absolute;  top: 0;  width: 100vw;  z-index: 9;}#offline-resources {  display: none;}#offline-instruction {  image-rendering: pixelated;  left: 0;  margin: auto;  position: absolute;  right: 0;  top: 60px;  width: fit-content;}.offline-runner-live-region {  bottom: 0;  clip-path: polygon(0 0, 0 0, 0 0);  color: var(--background-color);  display: block;  font-size: xx-small;  overflow: hidden;  position: absolute;  text-align: center;  transition: color 1.5s cubic-bezier(0.65, 0.05, 0.36, 1);  user-select: none;}/* Custom toggle */.slow-speed-option {  align-items: center;  background: var(--google-gray-50);  border-radius: 24px/50%;  bottom: 0;  color: var(--error-code-color);  display: inline-flex;  font-size: 1em;  left: 0;  line-height: 1.1em;  margin: 5px auto;  padding: 2px 12px 3px 20px;  position: absolute;  right: 0;  width: max-content;  z-index: 999;}.slow-speed-option.hidden {  display: none;}.slow-speed-option typecheckbox {  opacity: 0;  pointer-events: none;  position: absolute;}.slow-speed-option .slow-speed-toggle {  cursor: pointer;  margin-inline-start: 8px;  padding: 8px 4px;  position: relative;}.slow-speed-option typecheckbox:disabled ~ .slow-speed-toggle {  cursor: default;}.slow-speed-option-label typecheckbox {  opacity: 0;  pointer-events: none;  position: absolute;}.slow-speed-option .slow-speed-toggle::before,.slow-speed-option .slow-speed-toggle::after {  content: ;  display: block;  margin: 0 3px;  transition: all 100ms cubic-bezier(0.4, 0, 1, 1);}.slow-speed-option .slow-speed-toggle::before {  background: rgb(189,193,198);  border-radius: 0.65em;  height: 0.9em;  width: 2em;}.slow-speed-option .slow-speed-toggle::after {  background: #fff;  border-radius: 50%;  box-shadow: 0 1px 3px 0 rgb(0 0 0 / 40%);  height: 1.2em;  position: absolute;  top: 51%;  transform: translate(-20%, -50%);  width: 1.1em;}.slow-speed-option typecheckbox:focus + .slow-speed-toggle {  box-shadow: 0 0 8px rgb(94, 158, 214);  outline: 1px solid rgb(93, 157, 213);}.slow-speed-option typecheckbox:checked + .slow-speed-toggle::before {  background: var(--google-blue-600);  opacity: 0.5;}.slow-speed-option typecheckbox:checked + .slow-speed-toggle::after {  background: var(--google-blue-600);  transform: translate(calc(2em - 90%), -50%);}.slow-speed-option typecheckbox:checked:disabled +  .slow-speed-toggle::before {  background: rgb(189,193,198);}.slow-speed-option typecheckbox:checked:disabled +  .slow-speed-toggle::after {  background: var(--google-gray-50);}@media (max-width: 420px) {  #download-button {    padding-bottom: 12px;    padding-top: 12px;  }  .suggested-left > #control-buttons,  .suggested-right > #control-buttons {    float: none;  }  .snackbar {    border-radius: 0;    bottom: 0;    left: 0;    width: 100%;  }}@media (max-height: 350px) {  h1 {    margin: 0 0 15px;  }  .icon-offline {    margin: 0 0 10px;  }  .interstitial-wrapper {    margin-top: 5%;  }  .nav-wrapper {    margin-top: 30px;  }}@media (min-width: 420px) and (max-width: 736px) and       (min-height: 240px) and (max-height: 420px) and       (orientation:landscape) {  .interstitial-wrapper {    margin-bottom: 100px;  }}@media (max-width: 360px) and (max-height: 480px) {  .offline .interstitial-wrapper {    padding-top: 60px;  }  .offline .runner-container {    top: 8px;  }}@media (min-height: 240px) and (orientation: landscape) {  .offline .interstitial-wrapper {    margin-bottom: 90px;  }  .icon-offline {    margin-bottom: 20px;  }}@media (max-height: 320px) and (orientation: landscape) {  .icon-offline {    margin-bottom: 0;  }  .offline .runner-container {    top: 10px;  }}@media (max-width: 240px) {  button {    padding-inline-end: 12px;    padding-inline-start: 12px;  }  .interstitial-wrapper {    overflow: inherit;    padding: 0 8px;  }}@media (max-width: 120px) {  button {    width: auto;  }}.arcade-mode,.arcade-mode .runner-container,.arcade-mode .runner-canvas {  image-rendering: pixelated;  max-width: 100%;  overflow: hidden;}.arcade-mode #buttons,.arcade-mode #main-content {  opacity: 0;  overflow: hidden;}.arcade-mode .interstitial-wrapper {  height: 100vh;  max-width: 100%;  overflow: hidden;}.arcade-mode .runner-container {  left: 0;  margin: auto;  right: 0;  transform-origin: top center;  transition: transform 250ms cubic-bezier(0.4, 0, 1, 1) 400ms;  z-index: 2;}@media (prefers-color-scheme: dark) {  .icon {    filter: invert(1);  }  .offline .runner-canvas {    filter: invert(1);  }  .offline.inverted {    background-color: var(--background-color);    filter: invert(0);  }  .offline.inverted body {    background-color: #fff;  }  .offline.inverted .offline-runner-live-region {    color: #fff;  }  #suggestions-list a {    color: var(--link-color);  }  #error-information-button {    filter: invert(0.6);  }  .slow-speed-option {    background: var(--google-gray-800);    color: var(--google-gray-100);  }  .slow-speed-option .slow-speed-toggle::before,  .slow-speed-option typecheckbox:checked:disabled +    .slow-speed-toggle::before {     background: rgb(189,193,198);  }  .slow-speed-option typecheckbox:checked + .slow-speed-toggle::after,  .slow-speed-option typecheckbox:checked + .slow-speed-toggle::before {    background: var(--google-blue-300);  }}/style>  script>// Copyright 2013 The Chromium Authors// Use of this source code is governed by a BSD-style license that can be// found in the LICENSE file./** * @typedef {{ *   downloadButtonClick: function(), *   reloadButtonClick: function(string), *   detailsButtonClick: function(), *   diagnoseErrorsButtonClick: function(), *   portalSigninsButtonClick: function(), *   trackEasterEgg: function(), *   updateEasterEggHighScore: function(number), *   resetEasterEggHighScore: function(), *   launchOfflineItem: function(string, string), *   savePageForLater: function(), *   cancelSavePage: function(), *   listVisibilityChange: function(boolean), * }} */// eslint-disable-next-line no-varvar errorPageController;const HIDDEN_CLASS  hidden;// Decodes a UTF16 string that is encoded as base64.function decodeUTF16Base64ToString(encoded_text) {  const data  atob(encoded_text);  let result  ;  for (let i  0; i  data.length; i + 2) {    result +        String.fromCharCode(data.charCodeAt(i) * 256 + data.charCodeAt(i + 1));  }  return result;}function toggleHelpBox() {  const helpBoxOuter  document.getElementById(details);  helpBoxOuter.classList.toggle(HIDDEN_CLASS);  const detailsButton  document.getElementById(details-button);  if (helpBoxOuter.classList.contains(HIDDEN_CLASS)) {    /** @suppress {missingProperties} */    detailsButton.innerText  detailsButton.detailsText;  } else {    /** @suppress {missingProperties} */    detailsButton.innerText  detailsButton.hideDetailsText;  }  // Details appears over the main content on small screens.  if (mobileNav) {    document.getElementById(main-content).classList.toggle(HIDDEN_CLASS);    const runnerContainer  document.querySelector(.runner-container);    if (runnerContainer) {      runnerContainer.classList.toggle(HIDDEN_CLASS);    }  }}function diagnoseErrors() {  if (window.errorPageController) {    errorPageController.diagnoseErrorsButtonClick();  }}function portalSignin() {  if (window.errorPageController) {    errorPageController.portalSigninButtonClick();  }}// Subframes use a different layout but the same html file.  This is to make it// easier to support platforms that load the error page via different// mechanisms (Currently just iOS). We also use the subframe style for portals// as they are embedded like subframes and cant be interacted with by the user.let isSubFrame  false;if (window.top.location ! window.location || window.portalHost) {  document.documentElement.setAttribute(subframe, );  isSubFrame  true;}// Re-renders the error page using |strings| as the dictionary of values.// Used by NetErrorTabHelper to update DNS error pages with probe results.function updateForDnsProbe(strings) {  const context  new JsEvalContext(strings);  jstProcess(context, document.getElementById(t));  onDocumentLoadOrUpdate();}// Adds an icon class to the list and removes classes previously set.function updateIconClass(newClass) {  const frameSelector  isSubFrame ? #sub-frame-error : #main-frame-error;  const iconEl  document.querySelector(frameSelector +  .icon);  if (iconEl.classList.contains(newClass)) {    return;  }  iconEl.className  icon  + newClass;}// Implements button clicks.  This function is needed during the transition// between implementing these in trunk chromium and implementing them in iOS.function reloadButtonClick(url) {  if (window.errorPageController) {    //     //     errorPageController.reloadButtonClick();    //   } else {    window.location  url;  }}function downloadButtonClick() {  if (window.errorPageController) {    errorPageController.downloadButtonClick();    const downloadButton  document.getElementById(download-button);    downloadButton.disabled  true;    /** @suppress {missingProperties} */    downloadButton.textContent  downloadButton.disabledText;    document.getElementById(download-link-wrapper)        .classList.add(HIDDEN_CLASS);    document.getElementById(download-link-clicked-wrapper)        .classList.remove(HIDDEN_CLASS);  }}function detailsButtonClick() {  if (window.errorPageController) {    errorPageController.detailsButtonClick();  }}let primaryControlOnLeft  true;// clang-format off// function setAutoFetchState(scheduled, can_schedule) {  document.getElementById(cancel-save-page-button)      .classList.toggle(HIDDEN_CLASS, !scheduled);  document.getElementById(save-page-for-later-button)      .classList.toggle(HIDDEN_CLASS, scheduled || !can_schedule);}function savePageLaterClick() {  errorPageController.savePageForLater();  // savePageForLater will eventually trigger a call to setAutoFetchState() when  // it completes.}function cancelSavePageClick() {  errorPageController.cancelSavePage();  // setAutoFetchState is not called in response to cancelSavePage(), so do it  // now.  setAutoFetchState(false, true);}function toggleErrorInformationPopup() {  document.getElementById(error-information-popup-container)      .classList.toggle(HIDDEN_CLASS);}function launchOfflineItem(itemID, name_space) {  errorPageController.launchOfflineItem(itemID, name_space);}function launchDownloadsPage() {  errorPageController.launchDownloadsPage();}function getIconForSuggestedItem(item) {  // Note: |item.content_type| contains the enum values from  // chrome::mojom::AvailableContentType.  switch (item.content_type) {    case 1:  // kVideo      return image-video;    case 2:  // kAudio      return image-music-note;    case 0:  // kPrefetchedPage    case 3:  // kOtherPage      return image-earth;  }  return image-file;}function getSuggestedContentDiv(item, index) {  // Note: See AvailableContentToValue in available_offline_content_helper.cc  // for the data contained in an |item|.  // TODO(carlosk): Present |snippet_base64| when that content becomes  // available.  let thumbnail  ;  const extraContainerClasses  ;  // html_inline.py will try to replace src attributes with data URIs using a  // simple regex. The following is obfuscated slightly to avoid that.  const source  src;  if (item.thumbnail_data_uri) {    extraContainerClasses.push(suggestion-with-image);    thumbnail  `img ${source}${item.thumbnail_data_uri}>`;  } else {    extraContainerClasses.push(suggestion-with-icon);    const iconClass  getIconForSuggestedItem(item);    thumbnail  `div>img class${iconClass}>/div>`;  }  let favicon  ;  if (item.favicon_data_uri) {    favicon  `img ${source}${item.favicon_data_uri}>`;  } else {    extraContainerClasses.push(no-favicon);  }  if (!item.attribution_base64) {    extraContainerClasses.push(no-attribution);  }  return `  div classoffline-content-suggestion ${extraContainerClasses.join( )}    onclicklaunchOfflineItem(${item.ID}, ${item.name_space})>      div classoffline-content-suggestion-texts>        div idoffline-content-suggestion-title-${index}             classoffline-content-suggestion-title>        /div>        div classoffline-content-suggestion-attribution-freshness>          div idoffline-content-suggestion-favicon-${index}               classoffline-content-suggestion-favicon>            ${favicon}          /div>          div idoffline-content-suggestion-attribution-${index}               classoffline-content-suggestion-attribution>          /div>          div classoffline-content-suggestion-freshness>            ${item.date_modified}          /div>          div classoffline-content-suggestion-pin-spacer>/div>          div classoffline-content-suggestion-pin>/div>        /div>      /div>      div classoffline-content-suggestion-thumbnail>        ${thumbnail}      /div>  /div>`;}/** * @typedef {{ *   ID: string, *   name_space: string, *   title_base64: string, *   snippet_base64: string, *   date_modified: string, *   attribution_base64: string, *   thumbnail_data_uri: string, *   favicon_data_uri: string, *   content_type: number, * }} */let AvailableOfflineContent;// Populates a list of suggested offline content.// Note: For security reasons all content downloaded from the web is considered// unsafe and must be securely handled to be presented on the dino page. Images// have already been safely re-encoded but textual content -- like title and// attribution -- must be properly handled here.// @param {boolean} isShown// @param {ArrayAvailableOfflineContent>} suggestionsfunction offlineContentAvailable(isShown, suggestions) {  if (!suggestions || !loadTimeData.valueExists(offlineContentList)) {    return;  }  const suggestionsHTML  ;  for (let index  0; index  suggestions.length; index++) {    suggestionsHTML.push(getSuggestedContentDiv(suggestionsindex, index));  }  document.getElementById(offline-content-suggestions).innerHTML       suggestionsHTML.join(\n);  // Sets textual web content using |textContent| to make sure its handled as  // plain text.  for (let index  0; index  suggestions.length; index++) {    document.getElementById(`offline-content-suggestion-title-${index}`)        .textContent         decodeUTF16Base64ToString(suggestionsindex.title_base64);    document.getElementById(`offline-content-suggestion-attribution-${index}`)        .textContent         decodeUTF16Base64ToString(suggestionsindex.attribution_base64);  }  const contentListElement  document.getElementById(offline-content-list);  if (document.dir  rtl) {    contentListElement.classList.add(is-rtl);  }  contentListElement.hidden  false;  // The list is configured as hidden by default. Show it if needed.  if (isShown) {    toggleOfflineContentListVisibility(false);  }}function toggleOfflineContentListVisibility(updatePref) {  if (!loadTimeData.valueExists(offlineContentList)) {    return;  }  const contentListElement  document.getElementById(offline-content-list);  const isVisible  !contentListElement.classList.toggle(list-hidden);  if (updatePref && window.errorPageController) {    errorPageController.listVisibilityChanged(isVisible);  }}// Called on document load, and from updateForDnsProbe().function onDocumentLoadOrUpdate() {  const downloadButtonVisible  loadTimeData.valueExists(downloadButton) &&      loadTimeData.getValue(downloadButton).msg;  const detailsButton  document.getElementById(details-button);  // If offline content suggestions will be visible, the usual buttons will not  // be presented.  const offlineContentVisible       loadTimeData.valueExists(suggestedOfflineContentPresentation);  if (offlineContentVisible) {    document.querySelector(.nav-wrapper).classList.add(HIDDEN_CLASS);    detailsButton.classList.add(HIDDEN_CLASS);    document.getElementById(download-link).hidden  !downloadButtonVisible;    document.getElementById(download-links-wrapper)        .classList.remove(HIDDEN_CLASS);    document.getElementById(error-information-popup-container)        .classList.add(use-popup-container, HIDDEN_CLASS);    document.getElementById(error-information-button)        .classList.remove(HIDDEN_CLASS);  }  const attemptAutoFetch  loadTimeData.valueExists(attemptAutoFetch) &&      loadTimeData.getValue(attemptAutoFetch);  const reloadButtonVisible  loadTimeData.valueExists(reloadButton) &&      loadTimeData.getValue(reloadButton).msg;  const reloadButton  document.getElementById(reload-button);  const downloadButton  document.getElementById(download-button);  if (reloadButton.style.display  none &&      downloadButton.style.display  none) {    detailsButton.classList.add(singular);  }  // Show or hide control buttons.  const controlButtonDiv  document.getElementById(control-buttons);  controlButtonDiv.hidden       offlineContentVisible || !(reloadButtonVisible || downloadButtonVisible);  const iconClass  loadTimeData.valueExists(iconClass) &&      loadTimeData.getValue(iconClass);  updateIconClass(iconClass);  if (!isSubFrame && iconClass  icon-offline) {    document.documentElement.classList.add(offline);    new Runner(.interstitial-wrapper);  }}function onDocumentLoad() {  // Sets up the proper button layout for the current platform.  const buttonsDiv  document.getElementById(buttons);  if (primaryControlOnLeft) {    buttonsDiv.classList.add(suggested-left);  } else {    buttonsDiv.classList.add(suggested-right);  }  onDocumentLoadOrUpdate();}document.addEventListener(DOMContentLoaded, onDocumentLoad);/script>  script>// Copyright 2015 The Chromium Authors// Use of this source code is governed by a BSD-style license that can be// found in the LICENSE file.let mobileNav  false;/** * For small screen mobile the navigation buttons are moved * below the advanced text. */function onResize() {  const helpOuterBox  document.querySelector(#details);  const mainContent  document.querySelector(#main-content);  const mediaQuery  (min-width: 240px) and (max-width: 420px) and  +      (min-height: 401px),  +      (max-height: 560px) and (min-height: 240px) and  +      (min-width: 421px);  const detailsHidden  helpOuterBox.classList.contains(HIDDEN_CLASS);  const runnerContainer  document.querySelector(.runner-container);  // Check for change in nav status.  if (mobileNav ! window.matchMedia(mediaQuery).matches) {    mobileNav  !mobileNav;    // Handle showing the top content / details sections according to state.    if (mobileNav) {      mainContent.classList.toggle(HIDDEN_CLASS, !detailsHidden);      helpOuterBox.classList.toggle(HIDDEN_CLASS, detailsHidden);      if (runnerContainer) {        runnerContainer.classList.toggle(HIDDEN_CLASS, !detailsHidden);      }    } else if (!detailsHidden) {      // Non mobile nav with visible details.      mainContent.classList.remove(HIDDEN_CLASS);      helpOuterBox.classList.remove(HIDDEN_CLASS);      if (runnerContainer) {        runnerContainer.classList.remove(HIDDEN_CLASS);      }    }  }}function setupMobileNav() {  window.addEventListener(resize, onResize);  onResize();}document.addEventListener(DOMContentLoaded, setupMobileNav);/script>  script>// Copyright 2014 The Chromium Authors// Use of this source code is governed by a BSD-style license that can be// found in the LICENSE file./** * T-Rex runner. * @param {string} outerContainerId Outer containing element id. * @param {!Object} opt_config * @constructor * @implements {EventListener} * @export */function Runner(outerContainerId, opt_config) {  // Singleton  if (Runner.instance_) {    return Runner.instance_;  }  Runner.instance_  this;  this.outerContainerEl  document.querySelector(outerContainerId);  this.containerEl  null;  this.snackbarEl  null;  // A div to intercept touch events. Only set while (playing && useTouch).  this.touchController  null;  this.config  opt_config || Object.assign(Runner.config, Runner.normalConfig);  // Logical dimensions of the container.  this.dimensions  Runner.defaultDimensions;  this.gameType  null;  Runner.spriteDefinition  Runner.spriteDefinitionByTypeoriginal;  this.altGameImageSprite  null;  this.altGameModeActive  false;  this.altGameModeFlashTimer  null;  this.fadeInTimer  0;  this.canvas  null;  this.canvasCtx  null;  this.tRex  null;  this.distanceMeter  null;  this.distanceRan  0;  this.highestScore  0;  this.syncHighestScore  false;  this.time  0;  this.runningTime  0;  this.msPerFrame  1000 / FPS;  this.currentSpeed  this.config.SPEED;  Runner.slowDown  false;  this.obstacles  ;  this.activated  false; // Whether the easter egg has been activated.  this.playing  false; // Whether the game is currently in play state.  this.crashed  false;  this.paused  false;  this.inverted  false;  this.invertTimer  0;  this.resizeTimerId_  null;  this.playCount  0;  // Sound FX.  this.audioBuffer  null;  /** @type {Object} */  this.soundFx  {};  this.generatedSoundFx  null;  // Global web audio context for playing sounds.  this.audioContext  null;  // Images.  this.images  {};  this.imagesLoaded  0;  // Gamepad state.  this.pollingGamepads  false;  this.gamepadIndex  undefined;  this.previousGamepad  null;  if (this.isDisabled()) {    this.setupDisabledRunner();  } else {    if (Runner.isAltGameModeEnabled()) {      this.initAltGameType();      Runner.gameType  this.gameType;    }    this.loadImages();    windowinitializeEasterEggHighScore         this.initializeHighScore.bind(this);  }}/** * Default game width. * @const */const DEFAULT_WIDTH  600;/** * Frames per second. * @const */const FPS  60;/** @const */const IS_HIDPI  window.devicePixelRatio > 1;/** @const */const IS_IOS  /CriOS/.test(window.navigator.userAgent);/** @const */const IS_MOBILE  /Android/.test(window.navigator.userAgent) || IS_IOS;/** @const */const IS_RTL  document.querySelector(html).dir  rtl;/** @const */const ARCADE_MODE_URL  chrome://dino/;/** @const */const RESOURCE_POSTFIX  offline-resources-;/** @const */const A11Y_STRINGS  {  ariaLabel: dinoGameA11yAriaLabel,  description: dinoGameA11yDescription,  gameOver: dinoGameA11yGameOver,  highScore: dinoGameA11yHighScore,  jump: dinoGameA11yJump,  started: dinoGameA11yStartGame,  speedLabel: dinoGameA11ySpeedToggle,};/** * Default game configuration. * Shared config for all  versions of the game. Additional parameters are * defined in Runner.normalConfig and Runner.slowConfig. */Runner.config  {  AUDIOCUE_PROXIMITY_THRESHOLD: 190,  AUDIOCUE_PROXIMITY_THRESHOLD_MOBILE_A11Y: 250,  BG_CLOUD_SPEED: 0.2,  BOTTOM_PAD: 10,  // Scroll Y threshold at which the game can be activated.  CANVAS_IN_VIEW_OFFSET: -10,  CLEAR_TIME: 3000,  CLOUD_FREQUENCY: 0.5,  FADE_DURATION: 1,  FLASH_DURATION: 1000,  GAMEOVER_CLEAR_TIME: 1200,  INITIAL_JUMP_VELOCITY: 12,  INVERT_FADE_DURATION: 12000,  MAX_BLINK_COUNT: 3,  MAX_CLOUDS: 6,  MAX_OBSTACLE_LENGTH: 3,  MAX_OBSTACLE_DUPLICATION: 2,  RESOURCE_TEMPLATE_ID: audio-resources,  SPEED: 6,  SPEED_DROP_COEFFICIENT: 3,  ARCADE_MODE_INITIAL_TOP_POSITION: 35,  ARCADE_MODE_TOP_POSITION_PERCENT: 0.1,};Runner.normalConfig  {  ACCELERATION: 0.001,  AUDIOCUE_PROXIMITY_THRESHOLD: 190,  AUDIOCUE_PROXIMITY_THRESHOLD_MOBILE_A11Y: 250,  GAP_COEFFICIENT: 0.6,  INVERT_DISTANCE: 700,  MAX_SPEED: 13,  MOBILE_SPEED_COEFFICIENT: 1.2,  SPEED: 6,};Runner.slowConfig  {  ACCELERATION: 0.0005,  AUDIOCUE_PROXIMITY_THRESHOLD: 170,  AUDIOCUE_PROXIMITY_THRESHOLD_MOBILE_A11Y: 220,  GAP_COEFFICIENT: 0.3,  INVERT_DISTANCE: 350,  MAX_SPEED: 9,  MOBILE_SPEED_COEFFICIENT: 1.5,  SPEED: 4.2,};/** * Default dimensions. */Runner.defaultDimensions  {  WIDTH: DEFAULT_WIDTH,  HEIGHT: 150,};/** * CSS class names. * @enum {string} */Runner.classes  {  ARCADE_MODE: arcade-mode,  CANVAS: runner-canvas,  CONTAINER: runner-container,  CRASHED: crashed,  ICON: icon-offline,  INVERTED: inverted,  SNACKBAR: snackbar,  SNACKBAR_SHOW: snackbar-show,  TOUCH_CONTROLLER: controller,};/** * Sound FX. Reference to the ID of the audio tag on interstitial page. * @enum {string} */Runner.sounds  {  BUTTON_PRESS: offline-sound-press,  HIT: offline-sound-hit,  SCORE: offline-sound-reached,};/** * Key code mapping. * @enum {Object} */Runner.keycodes  {  JUMP: {38: 1, 32: 1},  // Up, spacebar  DUCK: {40: 1},           // Down  RESTART: {13: 1},        // Enter};/** * Runner event names. * @enum {string} */Runner.events  {  ANIM_END: webkitAnimationEnd,  CLICK: click,  KEYDOWN: keydown,  KEYUP: keyup,  POINTERDOWN: pointerdown,  POINTERUP: pointerup,  RESIZE: resize,  TOUCHEND: touchend,  TOUCHSTART: touchstart,  VISIBILITY: visibilitychange,  BLUR: blur,  FOCUS: focus,  LOAD: load,  GAMEPADCONNECTED: gamepadconnected,};Runner.prototype  {  /**   * Initialize alternative game type.   */  initAltGameType() {    if (GAME_TYPE.length > 0) {      this.gameType  loadTimeData && loadTimeData.valueExists(altGameType) ?          GAME_TYPEparseInt(loadTimeData.getValue(altGameType), 10) - 1 :          ;    }  },  /**   * Whether the easter egg has been disabled. CrOS enterprise enrolled devices.   * @return {boolean}   */  isDisabled() {    return loadTimeData && loadTimeData.valueExists(disabledEasterEgg);  },  /**   * For disabled instances, set up a snackbar with the disabled message.   */  setupDisabledRunner() {    this.containerEl  document.createElement(div);    this.containerEl.className  Runner.classes.SNACKBAR;    this.containerEl.textContent  loadTimeData.getValue(disabledEasterEgg);    this.outerContainerEl.appendChild(this.containerEl);    // Show notification when the activation key is pressed.    document.addEventListener(Runner.events.KEYDOWN, function(e) {      if (Runner.keycodes.JUMPe.keyCode) {        this.containerEl.classList.add(Runner.classes.SNACKBAR_SHOW);        document.querySelector(.icon).classList.add(icon-disabled);      }    }.bind(this));  },  /**   * Setting individual settings for debugging.   * @param {string} setting   * @param {number|string} value   */  updateConfigSetting(setting, value) {    if (setting in this.config && value ! undefined) {      this.configsetting  value;      switch (setting) {        case GRAVITY:        case MIN_JUMP_HEIGHT:        case SPEED_DROP_COEFFICIENT:          this.tRex.configsetting  value;          break;        case INITIAL_JUMP_VELOCITY:          this.tRex.setJumpVelocity(value);          break;        case SPEED:          this.setSpeed(/** @type {number} */ (value));          break;      }    }  },  /**   * Creates an on page image element from the base 64 encoded string source.   * @param {string} resourceName Name in data object,   * @return {HTMLImageElement} The created element.   */  createImageElement(resourceName) {    const imgSrc  loadTimeData && loadTimeData.valueExists(resourceName) ?        loadTimeData.getString(resourceName) :        null;    if (imgSrc) {      const el           /** @type {HTMLImageElement} */ (document.createElement(img));      el.id  resourceName;      el.src  imgSrc;      document.getElementById(offline-resources).appendChild(el);      return el;    }    return null;  },  /**   * Cache the appropriate image sprite from the page and get the sprite sheet   * definition.   */  loadImages() {    let scale  1x;    this.spriteDef  Runner.spriteDefinition.LDPI;    if (IS_HIDPI) {      scale  2x;      this.spriteDef  Runner.spriteDefinition.HDPI;    }    Runner.imageSprite  /** @type {HTMLImageElement} */        (document.getElementById(RESOURCE_POSTFIX + scale));    if (this.gameType) {      Runner.altGameImageSprite  /** @type {HTMLImageElement} */          (this.createImageElement(altGameSpecificImage + scale));      Runner.altCommonImageSprite  /** @type {HTMLImageElement} */          (this.createImageElement(altGameCommonImage + scale));    }    Runner.origImageSprite  Runner.imageSprite;    // Disable the alt game mode if the sprites cant be loaded.    if (!Runner.altGameImageSprite || !Runner.altCommonImageSprite) {      Runner.isAltGameModeEnabled  () > false;      this.altGameModeActive  false;    }    if (Runner.imageSprite.complete) {      this.init();    } else {      // If the images are not yet loaded, add a listener.      Runner.imageSprite.addEventListener(Runner.events.LOAD,          this.init.bind(this));    }  },  /**   * Load and decode base 64 encoded sounds.   */  loadSounds() {    if (!IS_IOS) {      this.audioContext  new AudioContext();      const resourceTemplate           document.getElementById(this.config.RESOURCE_TEMPLATE_ID).content;      for (const sound in Runner.sounds) {        let soundSrc             resourceTemplate.getElementById(Runner.soundssound).src;        soundSrc  soundSrc.substr(soundSrc.indexOf(,) + 1);        const buffer  decodeBase64ToArrayBuffer(soundSrc);        // Async, so no guarantee of order in array.        this.audioContext.decodeAudioData(buffer, function(index, audioData) {            this.soundFxindex  audioData;          }.bind(this, sound));      }    }  },  /**   * Sets the game speed. Adjust the speed accordingly if on a smaller screen.   * @param {number} opt_speed   */  setSpeed(opt_speed) {    const speed  opt_speed || this.currentSpeed;    // Reduce the speed on smaller mobile screens.    if (this.dimensions.WIDTH  DEFAULT_WIDTH) {      const mobileSpeed  Runner.slowDown ? speed :                                            speed * this.dimensions.WIDTH /              DEFAULT_WIDTH * this.config.MOBILE_SPEED_COEFFICIENT;      this.currentSpeed  mobileSpeed > speed ? speed : mobileSpeed;    } else if (opt_speed) {      this.currentSpeed  opt_speed;    }  },  /**   * Game initialiser.   */  init() {    // Hide the static icon.    document.querySelector(. + Runner.classes.ICON).style.visibility         hidden;    this.adjustDimensions();    this.setSpeed();    const ariaLabel  getA11yString(A11Y_STRINGS.ariaLabel);    this.containerEl  document.createElement(div);    this.containerEl.setAttribute(role, IS_MOBILE ? button : application);    this.containerEl.setAttribute(tabindex, 0);    this.containerEl.setAttribute(title, ariaLabel);    this.containerEl.className  Runner.classes.CONTAINER;    // Player canvas container.    this.canvas  createCanvas(this.containerEl, this.dimensions.WIDTH,        this.dimensions.HEIGHT);    // Live region for game status updates.    this.a11yStatusEl  document.createElement(span);    this.a11yStatusEl.className  offline-runner-live-region;    this.a11yStatusEl.setAttribute(aria-live, assertive);    this.a11yStatusEl.textContent  ;    Runner.a11yStatusEl  this.a11yStatusEl;    // Add checkbox to slow down the game.    this.slowSpeedCheckboxLabel  document.createElement(label);    this.slowSpeedCheckboxLabel.className  slow-speed-option hidden;    this.slowSpeedCheckboxLabel.textContent         getA11yString(A11Y_STRINGS.speedLabel);    this.slowSpeedCheckbox  document.createElement(input);    this.slowSpeedCheckbox.setAttribute(type, checkbox);    this.slowSpeedCheckbox.setAttribute(        title, getA11yString(A11Y_STRINGS.speedLabel));    this.slowSpeedCheckbox.setAttribute(tabindex, 0);    this.slowSpeedCheckbox.setAttribute(checked, checked);    this.slowSpeedToggleEl  document.createElement(span);    this.slowSpeedToggleEl.className  slow-speed-toggle;    this.slowSpeedCheckboxLabel.appendChild(this.slowSpeedCheckbox);    this.slowSpeedCheckboxLabel.appendChild(this.slowSpeedToggleEl);    if (IS_IOS) {      this.outerContainerEl.appendChild(this.a11yStatusEl);    } else {      this.containerEl.appendChild(this.a11yStatusEl);    }    announcePhrase(getA11yString(A11Y_STRINGS.description));    this.generatedSoundFx  new GeneratedSoundFx();    this.canvasCtx         /** @type {CanvasRenderingContext2D} */ (this.canvas.getContext(2d));    this.canvasCtx.fillStyle  #f7f7f7;    this.canvasCtx.fill();    Runner.updateCanvasScaling(this.canvas);    // Horizon contains clouds, obstacles and the ground.    this.horizon  new Horizon(this.canvas, this.spriteDef, this.dimensions,        this.config.GAP_COEFFICIENT);    // Distance meter    this.distanceMeter  new DistanceMeter(this.canvas,          this.spriteDef.TEXT_SPRITE, this.dimensions.WIDTH);    // Draw t-rex    this.tRex  new Trex(this.canvas, this.spriteDef.TREX);    this.outerContainerEl.appendChild(this.containerEl);    this.outerContainerEl.appendChild(this.slowSpeedCheckboxLabel);    this.startListening();    this.update();    window.addEventListener(Runner.events.RESIZE,        this.debounceResize.bind(this));    // Handle dark mode    const darkModeMediaQuery         window.matchMedia((prefers-color-scheme: dark));    this.isDarkMode  darkModeMediaQuery && darkModeMediaQuery.matches;    darkModeMediaQuery.addListener((e) > {      this.isDarkMode  e.matches;    });  },  /**   * Create the touch controller. A div that covers whole screen.   */  createTouchController() {    this.touchController  document.createElement(div);    this.touchController.className  Runner.classes.TOUCH_CONTROLLER;    this.touchController.addEventListener(Runner.events.TOUCHSTART, this);    this.touchController.addEventListener(Runner.events.TOUCHEND, this);    this.outerContainerEl.appendChild(this.touchController);  },  /**   * Debounce the resize event.   */  debounceResize() {    if (!this.resizeTimerId_) {      this.resizeTimerId_           setInterval(this.adjustDimensions.bind(this), 250);    }  },  /**   * Adjust game space dimensions on resize.   */  adjustDimensions() {    clearInterval(this.resizeTimerId_);    this.resizeTimerId_  null;    const boxStyles  window.getComputedStyle(this.outerContainerEl);    const padding  Number(boxStyles.paddingLeft.substr(0,        boxStyles.paddingLeft.length - 2));    this.dimensions.WIDTH  this.outerContainerEl.offsetWidth - padding * 2;    if (this.isArcadeMode()) {      this.dimensions.WIDTH  Math.min(DEFAULT_WIDTH, this.dimensions.WIDTH);      if (this.activated) {        this.setArcadeModeContainerScale();      }    }    // Redraw the elements back onto the canvas.    if (this.canvas) {      this.canvas.width  this.dimensions.WIDTH;      this.canvas.height  this.dimensions.HEIGHT;      Runner.updateCanvasScaling(this.canvas);      this.distanceMeter.calcXPos(this.dimensions.WIDTH);      this.clearCanvas();      this.horizon.update(0, 0, true);      this.tRex.update(0);      // Outer container and distance meter.      if (this.playing || this.crashed || this.paused) {        this.containerEl.style.width  this.dimensions.WIDTH + px;        this.containerEl.style.height  this.dimensions.HEIGHT + px;        this.distanceMeter.update(0, Math.ceil(this.distanceRan));        this.stop();      } else {        this.tRex.draw(0, 0);      }      // Game over panel.      if (this.crashed && this.gameOverPanel) {        this.gameOverPanel.updateDimensions(this.dimensions.WIDTH);        this.gameOverPanel.draw(this.altGameModeActive, this.tRex);      }    }  },  /**   * Play the game intro.   * Canvas container width expands out to the full width.   */  playIntro() {    if (!this.activated && !this.crashed) {      this.playingIntro  true;      this.tRex.playingIntro  true;      // CSS animation definition.      const keyframes  @-webkit-keyframes intro {  +            from { width: + Trex.config.WIDTH + px } +            to { width:  + this.dimensions.WIDTH + px } +          };      document.styleSheets0.insertRule(keyframes, 0);      this.containerEl.addEventListener(Runner.events.ANIM_END,          this.startGame.bind(this));      this.containerEl.style.webkitAnimation  intro .4s ease-out 1 both;      this.containerEl.style.width  this.dimensions.WIDTH + px;      this.setPlayStatus(true);      this.activated  true;    } else if (this.crashed) {      this.restart();    }  },  /**   * Update the game status to started.   */  startGame() {    if (this.isArcadeMode()) {      this.setArcadeMode();    }    this.toggleSpeed();    this.runningTime  0;    this.playingIntro  false;    this.tRex.playingIntro  false;    this.containerEl.style.webkitAnimation  ;    this.playCount++;    this.generatedSoundFx.background();    announcePhrase(getA11yString(A11Y_STRINGS.started));    if (Runner.audioCues) {      this.containerEl.setAttribute(title, getA11yString(A11Y_STRINGS.jump));    }    // Handle tabbing off the page. Pause the current game.    document.addEventListener(Runner.events.VISIBILITY,          this.onVisibilityChange.bind(this));    window.addEventListener(Runner.events.BLUR,          this.onVisibilityChange.bind(this));    window.addEventListener(Runner.events.FOCUS,          this.onVisibilityChange.bind(this));  },  clearCanvas() {    this.canvasCtx.clearRect(0, 0, this.dimensions.WIDTH,        this.dimensions.HEIGHT);  },  /**   * Checks whether the canvas area is in the viewport of the browser   * through the current scroll position.   * @return boolean.   */  isCanvasInView() {    return this.containerEl.getBoundingClientRect().top >        Runner.config.CANVAS_IN_VIEW_OFFSET;  },  /**   * Enable the alt game mode. Switching out the sprites.   */  enableAltGameMode() {    Runner.imageSprite  Runner.altGameImageSprite;    Runner.spriteDefinition  Runner.spriteDefinitionByTypeRunner.gameType;    if (IS_HIDPI) {      this.spriteDef  Runner.spriteDefinition.HDPI;    } else {      this.spriteDef  Runner.spriteDefinition.LDPI;    }    this.altGameModeActive  true;    this.tRex.enableAltGameMode(this.spriteDef.TREX);    this.horizon.enableAltGameMode(this.spriteDef);    this.generatedSoundFx.background();  },  /**   * Update the game frame and schedules the next one.   */  update() {    this.updatePending  false;    const now  getTimeStamp();    let deltaTime  now - (this.time || now);    // Flashing when switching game modes.    if (this.altGameModeFlashTimer  0 || this.altGameModeFlashTimer  0) {      this.altGameModeFlashTimer  null;      this.tRex.setFlashing(false);      this.enableAltGameMode();    } else if (this.altGameModeFlashTimer > 0) {      this.altGameModeFlashTimer - deltaTime;      this.tRex.update(deltaTime);      deltaTime  0;    }    this.time  now;    if (this.playing) {      this.clearCanvas();      // Additional fade in - Prevents jump when switching sprites      if (this.altGameModeActive &&          this.fadeInTimer  this.config.FADE_DURATION) {        this.fadeInTimer + deltaTime / 1000;        this.canvasCtx.globalAlpha  this.fadeInTimer;      } else {        this.canvasCtx.globalAlpha  1;      }      if (this.tRex.jumping) {        this.tRex.updateJump(deltaTime);      }      this.runningTime + deltaTime;      const hasObstacles  this.runningTime > this.config.CLEAR_TIME;      // First jump triggers the intro.      if (this.tRex.jumpCount  1 && !this.playingIntro) {        this.playIntro();      }      // The horizon doesnt move until the intro is over.      if (this.playingIntro) {        this.horizon.update(0, this.currentSpeed, hasObstacles);      } else if (!this.crashed) {        const showNightMode  this.isDarkMode ^ this.inverted;        deltaTime  !this.activated ? 0 : deltaTime;        this.horizon.update(            deltaTime, this.currentSpeed, hasObstacles, showNightMode);      }      // Check for collisions.      let collision  hasObstacles &&          checkForCollision(this.horizon.obstacles0, this.tRex);      // For a11y, audio cues.      if (Runner.audioCues && hasObstacles) {        const jumpObstacle             this.horizon.obstacles0.typeConfig.type ! COLLECTABLE;        if (!this.horizon.obstacles0.jumpAlerted) {          const threshold  Runner.isMobileMouseInput ?              Runner.config.AUDIOCUE_PROXIMITY_THRESHOLD_MOBILE_A11Y :              Runner.config.AUDIOCUE_PROXIMITY_THRESHOLD;          const adjProximityThreshold  threshold +              (threshold * Math.log10(this.currentSpeed / Runner.config.SPEED));          if (this.horizon.obstacles0.xPos  adjProximityThreshold) {            if (jumpObstacle) {              this.generatedSoundFx.jump();            }            this.horizon.obstacles0.jumpAlerted  true;          }        }      }      // Activated alt game mode.      if (Runner.isAltGameModeEnabled() && collision &&          this.horizon.obstacles0.typeConfig.type  COLLECTABLE) {        this.horizon.removeFirstObstacle();        this.tRex.setFlashing(true);        collision  false;        this.altGameModeFlashTimer  this.config.FLASH_DURATION;        this.runningTime  0;        this.generatedSoundFx.collect();      }      if (!collision) {        this.distanceRan + this.currentSpeed * deltaTime / this.msPerFrame;        if (this.currentSpeed  this.config.MAX_SPEED) {          this.currentSpeed + this.config.ACCELERATION;        }      } else {        this.gameOver();      }      const playAchievementSound  this.distanceMeter.update(deltaTime,          Math.ceil(this.distanceRan));      if (!Runner.audioCues && playAchievementSound) {        this.playSound(this.soundFx.SCORE);      }      // Night mode.      if (!Runner.isAltGameModeEnabled()) {        if (this.invertTimer > this.config.INVERT_FADE_DURATION) {          this.invertTimer  0;          this.invertTrigger  false;          this.invert(false);        } else if (this.invertTimer) {          this.invertTimer + deltaTime;        } else {          const actualDistance               this.distanceMeter.getActualDistance(Math.ceil(this.distanceRan));          if (actualDistance > 0) {            this.invertTrigger                 !(actualDistance % this.config.INVERT_DISTANCE);            if (this.invertTrigger && this.invertTimer  0) {              this.invertTimer + deltaTime;              this.invert(false);            }          }        }      }    }    if (this.playing || (!this.activated &&        this.tRex.blinkCount  Runner.config.MAX_BLINK_COUNT)) {      this.tRex.update(deltaTime);      this.scheduleNextUpdate();    }  },  /**   * Event handler.   * @param {Event} e   */  handleEvent(e) {    return (function(evtType, events) {      switch (evtType) {        case events.KEYDOWN:        case events.TOUCHSTART:        case events.POINTERDOWN:          this.onKeyDown(e);          break;        case events.KEYUP:        case events.TOUCHEND:        case events.POINTERUP:          this.onKeyUp(e);          break;        case events.GAMEPADCONNECTED:          this.onGamepadConnected(e);          break;      }    }.bind(this))(e.type, Runner.events);  },  /**   * Initialize audio cues if activated by focus on the canvas element.   * @param {Event} e   */  handleCanvasKeyPress(e) {    if (!this.activated && !Runner.audioCues) {      this.toggleSpeed();      Runner.audioCues  true;      this.generatedSoundFx.init();      Runner.generatedSoundFx  this.generatedSoundFx;      Runner.config.CLEAR_TIME * 1.2;    } else if (e.keyCode && Runner.keycodes.JUMPe.keyCode) {      this.onKeyDown(e);    }  },  /**   * Prevent space key press from scrolling.   * @param {Event} e   */  preventScrolling(e) {    if (e.keyCode  32) {      e.preventDefault();    }  },  /**   * Toggle speed setting if toggle is shown.   */  toggleSpeed() {    if (Runner.audioCues) {      const speedChange  Runner.slowDown ! this.slowSpeedCheckbox.checked;      if (speedChange) {        Runner.slowDown  this.slowSpeedCheckbox.checked;        const updatedConfig             Runner.slowDown ? Runner.slowConfig : Runner.normalConfig;        Runner.config  Object.assign(Runner.config, updatedConfig);        this.currentSpeed  updatedConfig.SPEED;        this.tRex.enableSlowConfig();        this.horizon.adjustObstacleSpeed();      }      if (this.playing) {        this.disableSpeedToggle(true);      }    }  },  /**   * Show the speed toggle.   * From focus event or when audio cues are activated.   * @param {Event} e   */  showSpeedToggle(e) {    const isFocusEvent  e && e.type  focus;    if (Runner.audioCues || isFocusEvent) {      this.slowSpeedCheckboxLabel.classList.toggle(          HIDDEN_CLASS, isFocusEvent ? false : !this.crashed);    }  },  /**   * Disable the speed toggle.   * @param {boolean} disable   */  disableSpeedToggle(disable) {    if (disable) {      this.slowSpeedCheckbox.setAttribute(disabled, disabled);    } else {      this.slowSpeedCheckbox.removeAttribute(disabled);    }  },  /**   * Bind relevant key / mouse / touch listeners.   */  startListening() {    // A11y keyboard / screen reader activation.    this.containerEl.addEventListener(        Runner.events.KEYDOWN, this.handleCanvasKeyPress.bind(this));    if (!IS_MOBILE) {      this.containerEl.addEventListener(          Runner.events.FOCUS, this.showSpeedToggle.bind(this));    }    this.canvas.addEventListener(        Runner.events.KEYDOWN, this.preventScrolling.bind(this));    this.canvas.addEventListener(        Runner.events.KEYUP, this.preventScrolling.bind(this));    // Keys.    document.addEventListener(Runner.events.KEYDOWN, this);    document.addEventListener(Runner.events.KEYUP, this);    // Touch / pointer.    this.containerEl.addEventListener(Runner.events.TOUCHSTART, this);    document.addEventListener(Runner.events.POINTERDOWN, this);    document.addEventListener(Runner.events.POINTERUP, this);    if (this.isArcadeMode()) {      // Gamepad      window.addEventListener(Runner.events.GAMEPADCONNECTED, this);    }  },  /**   * Remove all listeners.   */  stopListening() {    document.removeEventListener(Runner.events.KEYDOWN, this);    document.removeEventListener(Runner.events.KEYUP, this);    if (this.touchController) {      this.touchController.removeEventListener(Runner.events.TOUCHSTART, this);      this.touchController.removeEventListener(Runner.events.TOUCHEND, this);    }    this.containerEl.removeEventListener(Runner.events.TOUCHSTART, this);    document.removeEventListener(Runner.events.POINTERDOWN, this);    document.removeEventListener(Runner.events.POINTERUP, this);    if (this.isArcadeMode()) {      window.removeEventListener(Runner.events.GAMEPADCONNECTED, this);    }  },  /**   * Process keydown.   * @param {Event} e   */  onKeyDown(e) {    // Prevent native page scrolling whilst tapping on mobile.    if (IS_MOBILE && this.playing) {      e.preventDefault();    }    if (this.isCanvasInView()) {      // Allow toggling of speed toggle.      if (Runner.keycodes.JUMPe.keyCode &&          e.target  this.slowSpeedCheckbox) {        return;      }      if (!this.crashed && !this.paused) {        // For a11y, screen reader activation.        const isMobileMouseInput  IS_MOBILE &&                e.type  Runner.events.POINTERDOWN &&                e.pointerType  mouse && e.target  this.containerEl ||            (IS_IOS && e.pointerType  touch &&             document.activeElement  this.containerEl);        if (Runner.keycodes.JUMPe.keyCode ||            e.type  Runner.events.TOUCHSTART || isMobileMouseInput ||            (Runner.keycodes.DUCKe.keyCode && this.altGameModeActive)) {          e.preventDefault();          // Starting the game for the first time.          if (!this.playing) {            // Started by touch so create a touch controller.            if (!this.touchController && e.type  Runner.events.TOUCHSTART) {              this.createTouchController();            }            if (isMobileMouseInput) {              this.handleCanvasKeyPress(e);            }            this.loadSounds();            this.setPlayStatus(true);            this.update();            if (window.errorPageController) {              errorPageController.trackEasterEgg();            }          }          // Start jump.          if (!this.tRex.jumping && !this.tRex.ducking) {            if (Runner.audioCues) {              this.generatedSoundFx.cancelFootSteps();            } else {              this.playSound(this.soundFx.BUTTON_PRESS);            }            this.tRex.startJump(this.currentSpeed);          }          // Ducking is disabled on alt game modes.        } else if (            !this.altGameModeActive && this.playing &&            Runner.keycodes.DUCKe.keyCode) {          e.preventDefault();          if (this.tRex.jumping) {            // Speed drop, activated only when jump key is not pressed.            this.tRex.setSpeedDrop();          } else if (!this.tRex.jumping && !this.tRex.ducking) {            // Duck.            this.tRex.setDuck(true);          }        }      }    }  },  /**   * Process key up.   * @param {Event} e   */  onKeyUp(e) {    const keyCode  String(e.keyCode);    const isjumpKey  Runner.keycodes.JUMPkeyCode ||        e.type  Runner.events.TOUCHEND || e.type  Runner.events.POINTERUP;    if (this.isRunning() && isjumpKey) {      this.tRex.endJump();    } else if (Runner.keycodes.DUCKkeyCode) {      this.tRex.speedDrop  false;      this.tRex.setDuck(false);    } else if (this.crashed) {      // Check that enough time has elapsed before allowing jump key to restart.      const deltaTime  getTimeStamp() - this.time;      if (this.isCanvasInView() &&          (Runner.keycodes.RESTARTkeyCode || this.isLeftClickOnCanvas(e) ||          (deltaTime > this.config.GAMEOVER_CLEAR_TIME &&          Runner.keycodes.JUMPkeyCode))) {        this.handleGameOverClicks(e);      }    } else if (this.paused && isjumpKey) {      // Reset the jump state      this.tRex.reset();      this.play();    }  },  /**   * Process gamepad connected event.   * @param {Event} e   */  onGamepadConnected(e) {    if (!this.pollingGamepads) {      this.pollGamepadState();    }  },  /**   * rAF loop for gamepad polling.   */  pollGamepadState() {    const gamepads  navigator.getGamepads();    this.pollActiveGamepad(gamepads);    this.pollingGamepads  true;    requestAnimationFrame(this.pollGamepadState.bind(this));  },  /**   * Polls for a gamepad with the jump button pressed. If one is found this   * becomes the active gamepad and all others are ignored.   * @param {!ArrayGamepad>} gamepads   */  pollForActiveGamepad(gamepads) {    for (let i  0; i  gamepads.length; ++i) {      if (gamepadsi && gamepadsi.buttons.length > 0 &&          gamepadsi.buttons0.pressed) {        this.gamepadIndex  i;        this.pollActiveGamepad(gamepads);        return;      }    }  },  /**   * Polls the chosen gamepad for button presses and generates KeyboardEvents   * to integrate with the rest of the game logic.   * @param {!ArrayGamepad>} gamepads   */  pollActiveGamepad(gamepads) {    if (this.gamepadIndex  undefined) {      this.pollForActiveGamepad(gamepads);      return;    }    const gamepad  gamepadsthis.gamepadIndex;    if (!gamepad) {      this.gamepadIndex  undefined;      this.pollForActiveGamepad(gamepads);      return;    }    // The gamepad specification defines the typical mapping of physical buttons    // to button indicies: https://w3c.github.io/gamepad/#remapping    this.pollGamepadButton(gamepad, 0, 38);  // Jump    if (gamepad.buttons.length > 2) {      this.pollGamepadButton(gamepad, 1, 40);  // Duck    }    if (gamepad.buttons.length > 10) {      this.pollGamepadButton(gamepad, 9, 13);  // Restart    }    this.previousGamepad  gamepad;  },  /**   * Generates a key event based on a gamepad button.   * @param {!Gamepad} gamepad   * @param {number} buttonIndex   * @param {number} keyCode   */  pollGamepadButton(gamepad, buttonIndex, keyCode) {    const state  gamepad.buttonsbuttonIndex.pressed;    let previousState  false;    if (this.previousGamepad) {      previousState  this.previousGamepad.buttonsbuttonIndex.pressed;    }    // Generate key events on the rising and falling edge of a button press.    if (state ! previousState) {      const e  new KeyboardEvent(state ? Runner.events.KEYDOWN                                      : Runner.events.KEYUP,                                { keyCode: keyCode });      document.dispatchEvent(e);    }  },  /**   * Handle interactions on the game over screen state.   * A user is able to tap the high score twice to reset it.   * @param {Event} e   */  handleGameOverClicks(e) {    if (e.target ! this.slowSpeedCheckbox) {      e.preventDefault();      if (this.distanceMeter.hasClickedOnHighScore(e) && this.highestScore) {        if (this.distanceMeter.isHighScoreFlashing()) {          // Subsequent click, reset the high score.          this.saveHighScore(0, true);          this.distanceMeter.resetHighScore();        } else {          // First click, flash the high score.          this.distanceMeter.startHighScoreFlashing();        }      } else {        this.distanceMeter.cancelHighScoreFlashing();        this.restart();      }    }  },  /**   * Returns whether the event was a left click on canvas.   * On Windows right click is registered as a click.   * @param {Event} e   * @return {boolean}   */  isLeftClickOnCanvas(e) {    return e.button ! null && e.button  2 &&        e.type  Runner.events.POINTERUP &&        (e.target  this.canvas ||         (IS_MOBILE && Runner.audioCues && e.target  this.containerEl));  },  /**   * RequestAnimationFrame wrapper.   */  scheduleNextUpdate() {    if (!this.updatePending) {      this.updatePending  true;      this.raqId  requestAnimationFrame(this.update.bind(this));    }  },  /**   * Whether the game is running.   * @return {boolean}   */  isRunning() {    return !!this.raqId;  },  /**   * Set the initial high score as stored in the users profile.   * @param {number} highScore   */  initializeHighScore(highScore) {    this.syncHighestScore  true;    highScore  Math.ceil(highScore);    if (highScore  this.highestScore) {      if (window.errorPageController) {        errorPageController.updateEasterEggHighScore(this.highestScore);      }      return;    }    this.highestScore  highScore;    this.distanceMeter.setHighScore(this.highestScore);  },  /**   * Sets the current high score and saves to the profile if available.   * @param {number} distanceRan Total distance ran.   * @param {boolean} opt_resetScore Whether to reset the score.   */  saveHighScore(distanceRan, opt_resetScore) {    this.highestScore  Math.ceil(distanceRan);    this.distanceMeter.setHighScore(this.highestScore);    // Store the new high score in the profile.    if (this.syncHighestScore && window.errorPageController) {      if (opt_resetScore) {        errorPageController.resetEasterEggHighScore();      } else {        errorPageController.updateEasterEggHighScore(this.highestScore);      }    }  },  /**   * Game over state.   */  gameOver() {    this.playSound(this.soundFx.HIT);    vibrate(200);    this.stop();    this.crashed  true;    this.distanceMeter.achievement  false;    this.tRex.update(100, Trex.status.CRASHED);    // Game over panel.    if (!this.gameOverPanel) {      const origSpriteDef  IS_HIDPI ?          Runner.spriteDefinitionByType.original.HDPI :          Runner.spriteDefinitionByType.original.LDPI;      if (this.canvas) {        if (Runner.isAltGameModeEnabled) {          this.gameOverPanel  new GameOverPanel(              this.canvas, origSpriteDef.TEXT_SPRITE, origSpriteDef.RESTART,              this.dimensions, origSpriteDef.ALT_GAME_END,              this.altGameModeActive);        } else {          this.gameOverPanel  new GameOverPanel(              this.canvas, origSpriteDef.TEXT_SPRITE, origSpriteDef.RESTART,              this.dimensions);        }      }    }    this.gameOverPanel.draw(this.altGameModeActive, this.tRex);    // Update the high score.    if (this.distanceRan > this.highestScore) {      this.saveHighScore(this.distanceRan);    }    // Reset the time clock.    this.time  getTimeStamp();    if (Runner.audioCues) {      this.generatedSoundFx.stopAll();      announcePhrase(          getA11yString(A11Y_STRINGS.gameOver)              .replace(                  $1,                  this.distanceMeter.getActualDistance(this.distanceRan)                      .toString()) +            +          getA11yString(A11Y_STRINGS.highScore)              .replace(                  $1,                  this.distanceMeter.getActualDistance(this.highestScore)                      .toString()));      this.containerEl.setAttribute(          title, getA11yString(A11Y_STRINGS.ariaLabel));    }    this.showSpeedToggle();    this.disableSpeedToggle(false);  },  stop() {    this.setPlayStatus(false);    this.paused  true;    cancelAnimationFrame(this.raqId);    this.raqId  0;    this.generatedSoundFx.stopAll();  },  play() {    if (!this.crashed) {      this.setPlayStatus(true);      this.paused  false;      this.tRex.update(0, Trex.status.RUNNING);      this.time  getTimeStamp();      this.update();      this.generatedSoundFx.background();    }  },  restart() {    if (!this.raqId) {      this.playCount++;      this.runningTime  0;      this.setPlayStatus(true);      this.toggleSpeed();      this.paused  false;      this.crashed  false;      this.distanceRan  0;      this.setSpeed(this.config.SPEED);      this.time  getTimeStamp();      this.containerEl.classList.remove(Runner.classes.CRASHED);      this.clearCanvas();      this.distanceMeter.reset();      this.horizon.reset();      this.tRex.reset();      this.playSound(this.soundFx.BUTTON_PRESS);      this.invert(true);      this.flashTimer  null;      this.update();      this.gameOverPanel.reset();      this.generatedSoundFx.background();      this.containerEl.setAttribute(title, getA11yString(A11Y_STRINGS.jump));      announcePhrase(getA11yString(A11Y_STRINGS.started));    }  },  setPlayStatus(isPlaying) {    if (this.touchController) {      this.touchController.classList.toggle(HIDDEN_CLASS, !isPlaying);    }    this.playing  isPlaying;  },  /**   * Whether the game should go into arcade mode.   * @return {boolean}   */  isArcadeMode() {    // In RTL languages the title is wrapped with the left to right mark    // control characters ‪ and ‬ but are invisible.    return IS_RTL ? document.title.indexOf(ARCADE_MODE_URL)  1 :                    document.title  ARCADE_MODE_URL;  },  /**   * Hides offline messaging for a fullscreen game only experience.   */  setArcadeMode() {    document.body.classList.add(Runner.classes.ARCADE_MODE);    this.setArcadeModeContainerScale();  },  /**   * Sets the scaling for arcade mode.   */  setArcadeModeContainerScale() {    const windowHeight  window.innerHeight;    const scaleHeight  windowHeight / this.dimensions.HEIGHT;    const scaleWidth  window.innerWidth / this.dimensions.WIDTH;    const scale  Math.max(1, Math.min(scaleHeight, scaleWidth));    const scaledCanvasHeight  this.dimensions.HEIGHT * scale;    // Positions the game container at 10% of the available vertical window    // height minus the game container height.    const translateY  Math.ceil(Math.max(0, (windowHeight - scaledCanvasHeight -        Runner.config.ARCADE_MODE_INITIAL_TOP_POSITION) *        Runner.config.ARCADE_MODE_TOP_POSITION_PERCENT)) *        window.devicePixelRatio;    const cssScale  IS_RTL ? -scale + , + scale : scale;    this.containerEl.style.transform         scale( + cssScale + ) translateY( + translateY + px);  },  /**   * Pause the game if the tab is not in focus.   */  onVisibilityChange(e) {    if (document.hidden || document.webkitHidden || e.type  blur ||        document.visibilityState ! visible) {      this.stop();    } else if (!this.crashed) {      this.tRex.reset();      this.play();    }  },  /**   * Play a sound.   * @param {AudioBuffer} soundBuffer   */  playSound(soundBuffer) {    if (soundBuffer) {      const sourceNode  this.audioContext.createBufferSource();      sourceNode.buffer  soundBuffer;      sourceNode.connect(this.audioContext.destination);      sourceNode.start(0);    }  },  /**   * Inverts the current page / canvas colors.   * @param {boolean} reset Whether to reset colors.   */  invert(reset) {    const htmlEl  document.firstElementChild;    if (reset) {      htmlEl.classList.toggle(Runner.classes.INVERTED,          false);      this.invertTimer  0;      this.inverted  false;    } else {      this.inverted  htmlEl.classList.toggle(          Runner.classes.INVERTED, this.invertTrigger);    }  },};/** * Updates the canvas size taking into * account the backing store pixel ratio and * the device pixel ratio. * * See article by Paul Lewis: * http://www.html5rocks.com/en/tutorials/canvas/hidpi/ * * @param {HTMLCanvasElement} canvas * @param {number} opt_width * @param {number} opt_height * @return {boolean} Whether the canvas was scaled. */Runner.updateCanvasScaling  function(canvas, opt_width, opt_height) {  const context       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  // Query the various pixel ratios  const devicePixelRatio  Math.floor(window.devicePixelRatio) || 1;  /** @suppress {missingProperties} */  const backingStoreRatio       Math.floor(context.webkitBackingStorePixelRatio) || 1;  const ratio  devicePixelRatio / backingStoreRatio;  // Upscale the canvas if the two ratios dont match  if (devicePixelRatio ! backingStoreRatio) {    const oldWidth  opt_width || canvas.width;    const oldHeight  opt_height || canvas.height;    canvas.width  oldWidth * ratio;    canvas.height  oldHeight * ratio;    canvas.style.width  oldWidth + px;    canvas.style.height  oldHeight + px;    // Scale the context to counter the fact that weve manually scaled    // our canvas element.    context.scale(ratio, ratio);    return true;  } else if (devicePixelRatio  1) {    // Reset the canvas width / height. Fixes scaling bug when the page is    // zoomed and the devicePixelRatio changes accordingly.    canvas.style.width  canvas.width + px;    canvas.style.height  canvas.height + px;  }  return false;};/** * Whether events are enabled. * @return {boolean} */Runner.isAltGameModeEnabled  function() {  return loadTimeData && loadTimeData.valueExists(enableAltGameMode);};/** * Generated sound FX class for audio cues. * @constructor */function GeneratedSoundFx() {  this.audioCues  false;  this.context  null;  this.panner  null;}GeneratedSoundFx.prototype  {  init() {    this.audioCues  true;    if (!this.context) {      // iOS only supports the webkit version.      this.context  window.webkitAudioContext ? new webkitAudioContext() :                                                 new AudioContext();      if (IS_IOS) {        this.context.onstatechange  (function() {                                       if (this.context.state ! running) {                                         this.context.resume();                                       }                                     }).bind(this);        this.context.resume();      }      this.panner  this.context.createStereoPanner ?          this.context.createStereoPanner() :          null;    }  },  stopAll() {    this.cancelFootSteps();  },  /**   * Play oscillators at certain frequency and for a certain time.   * @param {number} frequency   * @param {number} startTime   * @param {number} duration   * @param {?number} opt_vol   * @param {number} opt_pan   */  playNote(frequency, startTime, duration, opt_vol, opt_pan) {    const osc1  this.context.createOscillator();    const osc2  this.context.createOscillator();    const volume  this.context.createGain();    // Set oscillator wave type    osc1.type  triangle;    osc2.type  triangle;    volume.gain.value  0.1;    // Set up node routing    if (this.panner) {      this.panner.pan.value  opt_pan || 0;      osc1.connect(volume).connect(this.panner);      osc2.connect(volume).connect(this.panner);      this.panner.connect(this.context.destination);    } else {      osc1.connect(volume);      osc2.connect(volume);      volume.connect(this.context.destination);    }    // Detune oscillators for chorus effect    osc1.frequency.value  frequency + 1;    osc2.frequency.value  frequency - 2;    // Fade out    volume.gain.setValueAtTime(opt_vol || 0.01, startTime + duration - 0.05);    volume.gain.linearRampToValueAtTime(0.00001, startTime + duration);    // Start oscillators    osc1.start(startTime);    osc2.start(startTime);    // Stop oscillators    osc1.stop(startTime + duration);    osc2.stop(startTime + duration);  },  background() {    if (this.audioCues) {      const now  this.context.currentTime;      this.playNote(493.883, now, 0.116);      this.playNote(659.255, now + 0.116, 0.232);      this.loopFootSteps();    }  },  loopFootSteps() {    if (this.audioCues && !this.bgSoundIntervalId) {      this.bgSoundIntervalId  setInterval(function() {        this.playNote(73.42, this.context.currentTime, 0.05, 0.16);        this.playNote(69.30, this.context.currentTime + 0.116, 0.116, 0.16);      }.bind(this), 280);    }  },  cancelFootSteps() {    if (this.audioCues && this.bgSoundIntervalId) {      clearInterval(this.bgSoundIntervalId);      this.bgSoundIntervalId  null;      this.playNote(103.83, this.context.currentTime, 0.232, 0.02);      this.playNote(116.54, this.context.currentTime + 0.116, 0.232, 0.02);    }  },  collect() {    if (this.audioCues) {      this.cancelFootSteps();      const now  this.context.currentTime;      this.playNote(830.61, now, 0.116);      this.playNote(1318.51, now + 0.116, 0.232);    }  },  jump() {    if (this.audioCues) {      const now  this.context.currentTime;      this.playNote(659.25, now, 0.116, 0.3, -0.6);      this.playNote(880, now + 0.116, 0.232, 0.3, -0.6);    }  },};/** * Speak a phrase using Speech Synthesis API for a11y. * @param {string} phrase Sentence to speak. */function speakPhrase(phrase) {  if (speechSynthesis in window) {    const msg  new SpeechSynthesisUtterance(phrase);    const voices  window.speechSynthesis.getVoices();    msg.text  phrase;    speechSynthesis.speak(msg);  }}/** * For screen readers make an announcement to the live region. * @param {string} phrase Sentence to speak. */function announcePhrase(phrase) {  if (Runner.a11yStatusEl) {    Runner.a11yStatusEl.textContent  ;    Runner.a11yStatusEl.textContent  phrase;  }}/** * Returns a string from loadTimeData data object. * @param {string} stringName * @return {string} */function getA11yString(stringName) {  return loadTimeData && loadTimeData.valueExists(stringName) ?      loadTimeData.getString(stringName) :      ;}/** * Get random number. * @param {number} min * @param {number} max */function getRandomNum(min, max) {  return Math.floor(Math.random() * (max - min + 1)) + min;}/** * Vibrate on mobile devices. * @param {number} duration Duration of the vibration in milliseconds. */function vibrate(duration) {  if (IS_MOBILE && window.navigator.vibrate) {    window.navigator.vibrate(duration);  }}/** * Create canvas element. * @param {Element} container Element to append canvas to. * @param {number} width * @param {number} height * @param {string} opt_classname * @return {HTMLCanvasElement} */function createCanvas(container, width, height, opt_classname) {  const canvas       /** @type {!HTMLCanvasElement} */ (document.createElement(canvas));  canvas.className  opt_classname ? Runner.classes.CANVAS +   +      opt_classname : Runner.classes.CANVAS;  canvas.width  width;  canvas.height  height;  container.appendChild(canvas);  return canvas;}/** * Decodes the base 64 audio to ArrayBuffer used by Web Audio. * @param {string} base64String */function decodeBase64ToArrayBuffer(base64String) {  const len  (base64String.length / 4) * 3;  const str  atob(base64String);  const arrayBuffer  new ArrayBuffer(len);  const bytes  new Uint8Array(arrayBuffer);  for (let i  0; i  len; i++) {    bytesi  str.charCodeAt(i);  }  return bytes.buffer;}/** * Return the current timestamp. * @return {number} */function getTimeStamp() {  return IS_IOS ? new Date().getTime() : performance.now();}//******************************************************************************/** * Game over panel. * @param {!HTMLCanvasElement} canvas * @param {Object} textImgPos * @param {Object} restartImgPos * @param {!Object} dimensions Canvas dimensions. * @param {Object} opt_altGameEndImgPos * @param {boolean} opt_altGameActive * @constructor */function GameOverPanel(    canvas, textImgPos, restartImgPos, dimensions, opt_altGameEndImgPos,    opt_altGameActive) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  this.canvasDimensions  dimensions;  this.textImgPos  textImgPos;  this.restartImgPos  restartImgPos;  this.altGameEndImgPos  opt_altGameEndImgPos;  this.altGameModeActive  opt_altGameActive;  // Retry animation.  this.frameTimeStamp  0;  this.animTimer  0;  this.currentFrame  0;  this.gameOverRafId  null;  this.flashTimer  0;  this.flashCounter  0;  this.originalText  true;}GameOverPanel.RESTART_ANIM_DURATION  875;GameOverPanel.LOGO_PAUSE_DURATION  875;GameOverPanel.FLASH_ITERATIONS  5;/** * Animation frames spec. */GameOverPanel.animConfig  {  frames: 0, 36, 72, 108, 144, 180, 216, 252,  msPerFrame: GameOverPanel.RESTART_ANIM_DURATION / 8,};/** * Dimensions used in the panel. * @enum {number} */GameOverPanel.dimensions  {  TEXT_X: 0,  TEXT_Y: 13,  TEXT_WIDTH: 191,  TEXT_HEIGHT: 11,  RESTART_WIDTH: 36,  RESTART_HEIGHT: 32,};GameOverPanel.prototype  {  /**   * Update the panel dimensions.   * @param {number} width New canvas width.   * @param {number} opt_height Optional new canvas height.   */  updateDimensions(width, opt_height) {    this.canvasDimensions.WIDTH  width;    if (opt_height) {      this.canvasDimensions.HEIGHT  opt_height;    }    this.currentFrame  GameOverPanel.animConfig.frames.length - 1;  },  drawGameOverText(dimensions, opt_useAltText) {    const centerX  this.canvasDimensions.WIDTH / 2;    let textSourceX  dimensions.TEXT_X;    let textSourceY  dimensions.TEXT_Y;    let textSourceWidth  dimensions.TEXT_WIDTH;    let textSourceHeight  dimensions.TEXT_HEIGHT;    const textTargetX  Math.round(centerX - (dimensions.TEXT_WIDTH / 2));    const textTargetY  Math.round((this.canvasDimensions.HEIGHT - 25) / 3);    const textTargetWidth  dimensions.TEXT_WIDTH;    const textTargetHeight  dimensions.TEXT_HEIGHT;    if (IS_HIDPI) {      textSourceY * 2;      textSourceX * 2;      textSourceWidth * 2;      textSourceHeight * 2;    }    if (!opt_useAltText) {      textSourceX + this.textImgPos.x;      textSourceY + this.textImgPos.y;    }    const spriteSource         opt_useAltText ? Runner.altCommonImageSprite : Runner.origImageSprite;    this.canvasCtx.save();    if (IS_RTL) {      this.canvasCtx.translate(this.canvasDimensions.WIDTH, 0);      this.canvasCtx.scale(-1, 1);    }    // Game over text from sprite.    this.canvasCtx.drawImage(        spriteSource, textSourceX, textSourceY, textSourceWidth,        textSourceHeight, textTargetX, textTargetY, textTargetWidth,        textTargetHeight);    this.canvasCtx.restore();  },  /**   * Draw additional adornments for alternative game types.   */  drawAltGameElements(tRex) {    // Additional adornments.    if (this.altGameModeActive && Runner.spriteDefinition.ALT_GAME_END_CONFIG) {      const altGameEndConfig  Runner.spriteDefinition.ALT_GAME_END_CONFIG;      let altGameEndSourceWidth  altGameEndConfig.WIDTH;      let altGameEndSourceHeight  altGameEndConfig.HEIGHT;      const altGameEndTargetX  tRex.xPos + altGameEndConfig.X_OFFSET;      const altGameEndTargetY  tRex.yPos + altGameEndConfig.Y_OFFSET;      if (IS_HIDPI) {        altGameEndSourceWidth * 2;        altGameEndSourceHeight * 2;      }      this.canvasCtx.drawImage(          Runner.altCommonImageSprite, this.altGameEndImgPos.x,          this.altGameEndImgPos.y, altGameEndSourceWidth,          altGameEndSourceHeight, altGameEndTargetX, altGameEndTargetY,          altGameEndConfig.WIDTH, altGameEndConfig.HEIGHT);    }  },  /**   * Draw restart button.   */  drawRestartButton() {    const dimensions  GameOverPanel.dimensions;    let framePosX  GameOverPanel.animConfig.framesthis.currentFrame;    let restartSourceWidth  dimensions.RESTART_WIDTH;    let restartSourceHeight  dimensions.RESTART_HEIGHT;    const restartTargetX         (this.canvasDimensions.WIDTH / 2) - (dimensions.RESTART_WIDTH / 2);    const restartTargetY  this.canvasDimensions.HEIGHT / 2;    if (IS_HIDPI) {      restartSourceWidth * 2;      restartSourceHeight * 2;      framePosX * 2;    }    this.canvasCtx.save();    if (IS_RTL) {      this.canvasCtx.translate(this.canvasDimensions.WIDTH, 0);      this.canvasCtx.scale(-1, 1);    }    this.canvasCtx.drawImage(        Runner.origImageSprite, this.restartImgPos.x + framePosX,        this.restartImgPos.y, restartSourceWidth, restartSourceHeight,        restartTargetX, restartTargetY, dimensions.RESTART_WIDTH,        dimensions.RESTART_HEIGHT);    this.canvasCtx.restore();  },  /**   * Draw the panel.   * @param {boolean} opt_altGameModeActive   * @param {!Trex} opt_tRex   */  draw(opt_altGameModeActive, opt_tRex) {    if (opt_altGameModeActive) {      this.altGameModeActive  opt_altGameModeActive;    }    this.drawGameOverText(GameOverPanel.dimensions, false);    this.drawRestartButton();    this.drawAltGameElements(opt_tRex);    this.update();  },  /**   * Update animation frames.   */  update() {    const now  getTimeStamp();    const deltaTime  now - (this.frameTimeStamp || now);    this.frameTimeStamp  now;    this.animTimer + deltaTime;    this.flashTimer + deltaTime;    // Restart Button    if (this.currentFrame  0 &&        this.animTimer > GameOverPanel.LOGO_PAUSE_DURATION) {      this.animTimer  0;      this.currentFrame++;      this.drawRestartButton();    } else if (        this.currentFrame > 0 &&        this.currentFrame  GameOverPanel.animConfig.frames.length) {      if (this.animTimer > GameOverPanel.animConfig.msPerFrame) {        this.currentFrame++;        this.drawRestartButton();      }    } else if (        !this.altGameModeActive &&        this.currentFrame  GameOverPanel.animConfig.frames.length) {      this.reset();      return;    }    // Game over text    if (this.altGameModeActive &&        Runner.spriteDefinitionByType.original.ALT_GAME_OVER_TEXT_CONFIG) {      const altTextConfig           Runner.spriteDefinitionByType.original.ALT_GAME_OVER_TEXT_CONFIG;      if (this.flashCounter  GameOverPanel.FLASH_ITERATIONS &&          this.flashTimer > altTextConfig.FLASH_DURATION) {        this.flashTimer  0;        this.originalText  !this.originalText;        this.clearGameOverTextBounds();        if (this.originalText) {          this.drawGameOverText(GameOverPanel.dimensions, false);          this.flashCounter++;        } else {          this.drawGameOverText(altTextConfig, true);        }      } else if (this.flashCounter > GameOverPanel.FLASH_ITERATIONS) {        this.reset();        return;      }    }    this.gameOverRafId  requestAnimationFrame(this.update.bind(this));  },  /**   * Clear game over text.   */  clearGameOverTextBounds() {    this.canvasCtx.save();    this.canvasCtx.clearRect(        Math.round(            this.canvasDimensions.WIDTH / 2 -            (GameOverPanel.dimensions.TEXT_WIDTH / 2)),        Math.round((this.canvasDimensions.HEIGHT - 25) / 3),        GameOverPanel.dimensions.TEXT_WIDTH,        GameOverPanel.dimensions.TEXT_HEIGHT + 4);    this.canvasCtx.restore();  },  reset() {    if (this.gameOverRafId) {      cancelAnimationFrame(this.gameOverRafId);      this.gameOverRafId  null;    }    this.animTimer  0;    this.frameTimeStamp  0;    this.currentFrame  0;    this.flashTimer  0;    this.flashCounter  0;    this.originalText  true;  },};//******************************************************************************/** * Check for a collision. * @param {!Obstacle} obstacle * @param {!Trex} tRex T-rex object. * @param {CanvasRenderingContext2D} opt_canvasCtx Optional canvas context for *    drawing collision boxes. * @return {ArrayCollisionBox>|undefined} */function checkForCollision(obstacle, tRex, opt_canvasCtx) {  const obstacleBoxXPos  Runner.defaultDimensions.WIDTH + obstacle.xPos;  // Adjustments are made to the bounding box as there is a 1 pixel white  // border around the t-rex and obstacles.  const tRexBox  new CollisionBox(      tRex.xPos + 1,      tRex.yPos + 1,      tRex.config.WIDTH - 2,      tRex.config.HEIGHT - 2);  const obstacleBox  new CollisionBox(      obstacle.xPos + 1,      obstacle.yPos + 1,      obstacle.typeConfig.width * obstacle.size - 2,      obstacle.typeConfig.height - 2);  // Debug outer box  if (opt_canvasCtx) {    drawCollisionBoxes(opt_canvasCtx, tRexBox, obstacleBox);  }  // Simple outer bounds check.  if (boxCompare(tRexBox, obstacleBox)) {    const collisionBoxes  obstacle.collisionBoxes;    let tRexCollisionBoxes  ;    if (Runner.isAltGameModeEnabled()) {      tRexCollisionBoxes  Runner.spriteDefinition.TREX.COLLISION_BOXES;    } else {      tRexCollisionBoxes  tRex.ducking ? Trex.collisionBoxes.DUCKING :                                          Trex.collisionBoxes.RUNNING;    }    // Detailed axis aligned box check.    for (let t  0; t  tRexCollisionBoxes.length; t++) {      for (let i  0; i  collisionBoxes.length; i++) {        // Adjust the box to actual positions.        const adjTrexBox             createAdjustedCollisionBox(tRexCollisionBoxest, tRexBox);        const adjObstacleBox             createAdjustedCollisionBox(collisionBoxesi, obstacleBox);        const crashed  boxCompare(adjTrexBox, adjObstacleBox);        // Draw boxes for debug.        if (opt_canvasCtx) {          drawCollisionBoxes(opt_canvasCtx, adjTrexBox, adjObstacleBox);        }        if (crashed) {          return adjTrexBox, adjObstacleBox;        }      }    }  }}/** * Adjust the collision box. * @param {!CollisionBox} box The original box. * @param {!CollisionBox} adjustment Adjustment box. * @return {CollisionBox} The adjusted collision box object. */function createAdjustedCollisionBox(box, adjustment) {  return new CollisionBox(      box.x + adjustment.x,      box.y + adjustment.y,      box.width,      box.height);}/** * Draw the collision boxes for debug. */function drawCollisionBoxes(canvasCtx, tRexBox, obstacleBox) {  canvasCtx.save();  canvasCtx.strokeStyle  #f00;  canvasCtx.strokeRect(tRexBox.x, tRexBox.y, tRexBox.width, tRexBox.height);  canvasCtx.strokeStyle  #0f0;  canvasCtx.strokeRect(obstacleBox.x, obstacleBox.y,      obstacleBox.width, obstacleBox.height);  canvasCtx.restore();}/** * Compare two collision boxes for a collision. * @param {CollisionBox} tRexBox * @param {CollisionBox} obstacleBox * @return {boolean} Whether the boxes intersected. */function boxCompare(tRexBox, obstacleBox) {  let crashed  false;  const tRexBoxX  tRexBox.x;  const tRexBoxY  tRexBox.y;  const obstacleBoxX  obstacleBox.x;  const obstacleBoxY  obstacleBox.y;  // Axis-Aligned Bounding Box method.  if (tRexBox.x  obstacleBoxX + obstacleBox.width &&      tRexBox.x + tRexBox.width > obstacleBoxX &&      tRexBox.y  obstacleBox.y + obstacleBox.height &&      tRexBox.height + tRexBox.y > obstacleBox.y) {    crashed  true;  }  return crashed;}//******************************************************************************/** * Collision box object. * @param {number} x X position. * @param {number} y Y Position. * @param {number} w Width. * @param {number} h Height. * @constructor */function CollisionBox(x, y, w, h) {  this.x  x;  this.y  y;  this.width  w;  this.height  h;}//******************************************************************************/** * Obstacle. * @param {CanvasRenderingContext2D} canvasCtx * @param {ObstacleType} type * @param {Object} spriteImgPos Obstacle position in sprite. * @param {Object} dimensions * @param {number} gapCoefficient Mutipler in determining the gap. * @param {number} speed * @param {number} opt_xOffset * @param {boolean} opt_isAltGameMode * @constructor */function Obstacle(    canvasCtx, type, spriteImgPos, dimensions, gapCoefficient, speed,    opt_xOffset, opt_isAltGameMode) {  this.canvasCtx  canvasCtx;  this.spritePos  spriteImgPos;  this.typeConfig  type;  this.gapCoefficient  Runner.slowDown ? gapCoefficient * 2 : gapCoefficient;  this.size  getRandomNum(1, Obstacle.MAX_OBSTACLE_LENGTH);  this.dimensions  dimensions;  this.remove  false;  this.xPos  dimensions.WIDTH + (opt_xOffset || 0);  this.yPos  0;  this.width  0;  this.collisionBoxes  ;  this.gap  0;  this.speedOffset  0;  this.altGameModeActive  opt_isAltGameMode;  this.imageSprite  this.typeConfig.type  COLLECTABLE ?      Runner.altCommonImageSprite :      this.altGameModeActive ? Runner.altGameImageSprite : Runner.imageSprite;  // For animated obstacles.  this.currentFrame  0;  this.timer  0;  this.init(speed);}/** * Coefficient for calculating the maximum gap. */Obstacle.MAX_GAP_COEFFICIENT  1.5;/** * Maximum obstacle grouping count. */Obstacle.MAX_OBSTACLE_LENGTH  3;Obstacle.prototype  {  /**   * Initialise the DOM for the obstacle.   * @param {number} speed   */  init(speed) {    this.cloneCollisionBoxes();    // Only allow sizing if were at the right speed.    if (this.size > 1 && this.typeConfig.multipleSpeed > speed) {      this.size  1;    }    this.width  this.typeConfig.width * this.size;    // Check if obstacle can be positioned at various heights.    if (Array.isArray(this.typeConfig.yPos)) {      const yPosConfig           IS_MOBILE ? this.typeConfig.yPosMobile : this.typeConfig.yPos;      this.yPos  yPosConfiggetRandomNum(0, yPosConfig.length - 1);    } else {      this.yPos  this.typeConfig.yPos;    }    this.draw();    // Make collision box adjustments,    // Central box is adjusted to the size as one box.    //      ____        ______        ________    //    _|   |-|    _|     |-|    _|       |-|    //   | |->| |   | |--->| |   | |----->| |    //   | | 1 | |   | |  2  | |   | |   3   | |    //   |_|___|_|   |_|_____|_|   |_|_______|_|    //    if (this.size > 1) {      this.collisionBoxes1.width  this.width - this.collisionBoxes0.width -          this.collisionBoxes2.width;      this.collisionBoxes2.x  this.width - this.collisionBoxes2.width;    }    // For obstacles that go at a different speed from the horizon.    if (this.typeConfig.speedOffset) {      this.speedOffset  Math.random() > 0.5 ? this.typeConfig.speedOffset :                                               -this.typeConfig.speedOffset;    }    this.gap  this.getGap(this.gapCoefficient, speed);    // Increase gap for audio cues enabled.    if (Runner.audioCues) {      this.gap * 2;    }  },  /**   * Draw and crop based on size.   */  draw() {    let sourceWidth  this.typeConfig.width;    let sourceHeight  this.typeConfig.height;    if (IS_HIDPI) {      sourceWidth  sourceWidth * 2;      sourceHeight  sourceHeight * 2;    }    // X position in sprite.    let sourceX         (sourceWidth * this.size) * (0.5 * (this.size - 1)) + this.spritePos.x;    // Animation frames.    if (this.currentFrame > 0) {      sourceX + sourceWidth * this.currentFrame;    }    this.canvasCtx.drawImage(        this.imageSprite, sourceX, this.spritePos.y, sourceWidth * this.size,        sourceHeight, this.xPos, this.yPos, this.typeConfig.width * this.size,        this.typeConfig.height);  },  /**   * Obstacle frame update.   * @param {number} deltaTime   * @param {number} speed   */  update(deltaTime, speed) {    if (!this.remove) {      if (this.typeConfig.speedOffset) {        speed + this.speedOffset;      }      this.xPos - Math.floor((speed * FPS / 1000) * deltaTime);      // Update frame      if (this.typeConfig.numFrames) {        this.timer + deltaTime;        if (this.timer > this.typeConfig.frameRate) {          this.currentFrame               this.currentFrame  this.typeConfig.numFrames - 1 ?              0 :              this.currentFrame + 1;          this.timer  0;        }      }      this.draw();      if (!this.isVisible()) {        this.remove  true;      }    }  },  /**   * Calculate a random gap size.   * - Minimum gap gets wider as speed increses   * @param {number} gapCoefficient   * @param {number} speed   * @return {number} The gap size.   */  getGap(gapCoefficient, speed) {    const minGap  Math.round(        this.width * speed + this.typeConfig.minGap * gapCoefficient);    const maxGap  Math.round(minGap * Obstacle.MAX_GAP_COEFFICIENT);    return getRandomNum(minGap, maxGap);  },  /**   * Check if obstacle is visible.   * @return {boolean} Whether the obstacle is in the game area.   */  isVisible() {    return this.xPos + this.width > 0;  },  /**   * Make a copy of the collision boxes, since these will change based on   * obstacle type and size.   */  cloneCollisionBoxes() {    const collisionBoxes  this.typeConfig.collisionBoxes;    for (let i  collisionBoxes.length - 1; i > 0; i--) {      this.collisionBoxesi  new CollisionBox(          collisionBoxesi.x, collisionBoxesi.y, collisionBoxesi.width,          collisionBoxesi.height);    }  },};//******************************************************************************/** * T-rex game character. * @param {HTMLCanvasElement} canvas * @param {Object} spritePos Positioning within image sprite. * @constructor */function Trex(canvas, spritePos) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  this.spritePos  spritePos;  this.xPos  0;  this.yPos  0;  this.xInitialPos  0;  // Position when on the ground.  this.groundYPos  0;  this.currentFrame  0;  this.currentAnimFrames  ;  this.blinkDelay  0;  this.blinkCount  0;  this.animStartTime  0;  this.timer  0;  this.msPerFrame  1000 / FPS;  this.config  Object.assign(Trex.config, Trex.normalJumpConfig);  // Current status.  this.status  Trex.status.WAITING;  this.jumping  false;  this.ducking  false;  this.jumpVelocity  0;  this.reachedMinHeight  false;  this.speedDrop  false;  this.jumpCount  0;  this.jumpspotX  0;  this.altGameModeEnabled  false;  this.flashing  false;  this.init();}/** * T-rex player config. */Trex.config  {  DROP_VELOCITY: -5,  FLASH_OFF: 175,  FLASH_ON: 100,  HEIGHT: 47,  HEIGHT_DUCK: 25,  INTRO_DURATION: 1500,  SPEED_DROP_COEFFICIENT: 3,  SPRITE_WIDTH: 262,  START_X_POS: 50,  WIDTH: 44,  WIDTH_DUCK: 59,};Trex.slowJumpConfig  {  GRAVITY: 0.25,  MAX_JUMP_HEIGHT: 50,  MIN_JUMP_HEIGHT: 45,  INITIAL_JUMP_VELOCITY: -20,};Trex.normalJumpConfig  {  GRAVITY: 0.6,  MAX_JUMP_HEIGHT: 30,  MIN_JUMP_HEIGHT: 30,  INITIAL_JUMP_VELOCITY: -10,};/** * Used in collision detection. * @enum {ArrayCollisionBox>} */Trex.collisionBoxes  {  DUCKING: new CollisionBox(1, 18, 55, 25),  RUNNING:     new CollisionBox(22, 0, 17, 16),    new CollisionBox(1, 18, 30, 9),    new CollisionBox(10, 35, 14, 8),    new CollisionBox(1, 24, 29, 5),    new CollisionBox(5, 30, 21, 4),    new CollisionBox(9, 34, 15, 4),  ,};/** * Animation states. * @enum {string} */Trex.status  {  CRASHED: CRASHED,  DUCKING: DUCKING,  JUMPING: JUMPING,  RUNNING: RUNNING,  WAITING: WAITING,};/** * Blinking coefficient. * @const */Trex.BLINK_TIMING  7000;/** * Animation config for different states. * @enum {Object} */Trex.animFrames  {  WAITING: {    frames: 44, 0,    msPerFrame: 1000 / 3,  },  RUNNING: {    frames: 88, 132,    msPerFrame: 1000 / 12,  },  CRASHED: {    frames: 220,    msPerFrame: 1000 / 60,  },  JUMPING: {    frames: 0,    msPerFrame: 1000 / 60,  },  DUCKING: {    frames: 264, 323,    msPerFrame: 1000 / 8,  },};Trex.prototype  {  /**   * T-rex player initaliser.   * Sets the t-rex to blink at random intervals.   */  init() {    this.groundYPos  Runner.defaultDimensions.HEIGHT - this.config.HEIGHT -        Runner.config.BOTTOM_PAD;    this.yPos  this.groundYPos;    this.minJumpHeight  this.groundYPos - this.config.MIN_JUMP_HEIGHT;    this.draw(0, 0);    this.update(0, Trex.status.WAITING);  },  /**   * Assign the appropriate jump parameters based on the game speed.   */  enableSlowConfig: function() {    const jumpConfig         Runner.slowDown ? Trex.slowJumpConfig : Trex.normalJumpConfig;    Trex.config  Object.assign(Trex.config, jumpConfig);    this.adjustAltGameConfigForSlowSpeed();  },  /**   * Enables the alternative game. Redefines the dino config.   * @param {Object} spritePos New positioning within image sprite.   */  enableAltGameMode: function(spritePos) {    this.altGameModeEnabled  true;    this.spritePos  spritePos;    const spriteDefinition  Runner.spriteDefinitionTREX;    // Update animation frames.    Trex.animFrames.RUNNING.frames         spriteDefinition.RUNNING_1.x, spriteDefinition.RUNNING_2.x;    Trex.animFrames.CRASHED.frames  spriteDefinition.CRASHED.x;    if (typeof spriteDefinition.JUMPING.x  object) {      Trex.animFrames.JUMPING.frames  spriteDefinition.JUMPING.x;    } else {      Trex.animFrames.JUMPING.frames  spriteDefinition.JUMPING.x;    }    Trex.animFrames.DUCKING.frames         spriteDefinition.RUNNING_1.x, spriteDefinition.RUNNING_2.x;    // Update Trex config    Trex.config.GRAVITY  spriteDefinition.GRAVITY || Trex.config.GRAVITY;    Trex.config.HEIGHT  spriteDefinition.RUNNING_1.h,    Trex.config.INITIAL_JUMP_VELOCITY  spriteDefinition.INITIAL_JUMP_VELOCITY;    Trex.config.MAX_JUMP_HEIGHT  spriteDefinition.MAX_JUMP_HEIGHT;    Trex.config.MIN_JUMP_HEIGHT  spriteDefinition.MIN_JUMP_HEIGHT;    Trex.config.WIDTH  spriteDefinition.RUNNING_1.w;    Trex.config.WIDTH_JUMP  spriteDefinition.JUMPING.w;    Trex.config.INVERT_JUMP  spriteDefinition.INVERT_JUMP;    this.adjustAltGameConfigForSlowSpeed(spriteDefinition.GRAVITY);    this.config  Trex.config;    // Adjust bottom horizon placement.    this.groundYPos  Runner.defaultDimensions.HEIGHT - this.config.HEIGHT -        Runner.spriteDefinitionBOTTOM_PAD;    this.yPos  this.groundYPos;    this.reset();  },  /**   * Slow speeds adjustments for the alt game modes.   * @param {number} opt_gravityValue   */  adjustAltGameConfigForSlowSpeed: function(opt_gravityValue) {    if (Runner.slowDown) {      if (opt_gravityValue) {        Trex.config.GRAVITY  opt_gravityValue / 1.5;      }      Trex.config.MIN_JUMP_HEIGHT * 1.5;      Trex.config.MAX_JUMP_HEIGHT * 1.5;      Trex.config.INITIAL_JUMP_VELOCITY           Trex.config.INITIAL_JUMP_VELOCITY * 1.5;    }  },  /**   * Setter whether dino is flashing.   * @param {boolean} status   */  setFlashing: function(status) {    this.flashing  status;  },  /**   * Setter for the jump velocity.   * The approriate drop velocity is also set.   * @param {number} setting   */  setJumpVelocity(setting) {    this.config.INITIAL_JUMP_VELOCITY  -setting;    this.config.DROP_VELOCITY  -setting / 2;  },  /**   * Set the animation status.   * @param {!number} deltaTime   * @param {Trex.status} opt_status Optional status to switch to.   */  update(deltaTime, opt_status) {    this.timer + deltaTime;    // Update the status.    if (opt_status) {      this.status  opt_status;      this.currentFrame  0;      this.msPerFrame  Trex.animFramesopt_status.msPerFrame;      this.currentAnimFrames  Trex.animFramesopt_status.frames;      if (opt_status  Trex.status.WAITING) {        this.animStartTime  getTimeStamp();        this.setBlinkDelay();      }    }    // Game intro animation, T-rex moves in from the left.    if (this.playingIntro && this.xPos  this.config.START_X_POS) {      this.xPos + Math.round((this.config.START_X_POS /          this.config.INTRO_DURATION) * deltaTime);      this.xInitialPos  this.xPos;    }    if (this.status  Trex.status.WAITING) {      this.blink(getTimeStamp());    } else {      this.draw(this.currentAnimFramesthis.currentFrame, 0);    }    // Update the frame position.    if (!this.flashing && this.timer > this.msPerFrame) {      this.currentFrame  this.currentFrame           this.currentAnimFrames.length - 1 ? 0 : this.currentFrame + 1;      this.timer  0;    }    if (!this.altGameModeEnabled) {      // Speed drop becomes duck if the down key is still being pressed.      if (this.speedDrop && this.yPos  this.groundYPos) {        this.speedDrop  false;        this.setDuck(true);      }    }  },  /**   * Draw the t-rex to a particular position.   * @param {number} x   * @param {number} y   */  draw(x, y) {    let sourceX  x;    let sourceY  y;    let sourceWidth  this.ducking && this.status ! Trex.status.CRASHED ?        this.config.WIDTH_DUCK :        this.config.WIDTH;    let sourceHeight  this.config.HEIGHT;    const outputHeight  sourceHeight;    let jumpOffset  Runner.spriteDefinition.TREX.JUMPING.xOffset;    // Width of sprite changes on jump.    if (this.altGameModeEnabled && this.jumping &&        this.status ! Trex.status.CRASHED) {      sourceWidth  this.config.WIDTH_JUMP;    }    if (IS_HIDPI) {      sourceX * 2;      sourceY * 2;      sourceWidth * 2;      sourceHeight * 2;      jumpOffset * 2;    }    // Adjustments for sprite sheet position.    sourceX + this.spritePos.x;    sourceY + this.spritePos.y;    // Flashing.    if (this.flashing) {      if (this.timer  this.config.FLASH_ON) {        this.canvasCtx.globalAlpha  0.5;      } else if (this.timer > this.config.FLASH_OFF) {        this.timer  0;      }    }    // Ducking.    if (!this.altGameModeEnabled && this.ducking &&        this.status ! Trex.status.CRASHED) {      this.canvasCtx.drawImage(Runner.imageSprite, sourceX, sourceY,          sourceWidth, sourceHeight,          this.xPos, this.yPos,          this.config.WIDTH_DUCK, outputHeight);    } else if (        this.altGameModeEnabled && this.jumping &&        this.status ! Trex.status.CRASHED) {      // Jumping with adjustments.      this.canvasCtx.drawImage(          Runner.imageSprite, sourceX, sourceY, sourceWidth, sourceHeight,          this.xPos - jumpOffset, this.yPos, this.config.WIDTH_JUMP,          outputHeight);    } else {      // Crashed whilst ducking. Trex is standing up so needs adjustment.      if (this.ducking && this.status  Trex.status.CRASHED) {        this.xPos++;      }      // Standing / running      this.canvasCtx.drawImage(Runner.imageSprite, sourceX, sourceY,          sourceWidth, sourceHeight,          this.xPos, this.yPos,          this.config.WIDTH, outputHeight);    }    this.canvasCtx.globalAlpha  1;  },  /**   * Sets a random time for the blink to happen.   */  setBlinkDelay() {    this.blinkDelay  Math.ceil(Math.random() * Trex.BLINK_TIMING);  },  /**   * Make t-rex blink at random intervals.   * @param {number} time Current time in milliseconds.   */  blink(time) {    const deltaTime  time - this.animStartTime;    if (deltaTime > this.blinkDelay) {      this.draw(this.currentAnimFramesthis.currentFrame, 0);      if (this.currentFrame  1) {        // Set new random delay to blink.        this.setBlinkDelay();        this.animStartTime  time;        this.blinkCount++;      }    }  },  /**   * Initialise a jump.   * @param {number} speed   */  startJump(speed) {    if (!this.jumping) {      this.update(0, Trex.status.JUMPING);      // Tweak the jump velocity based on the speed.      this.jumpVelocity  this.config.INITIAL_JUMP_VELOCITY - (speed / 10);      this.jumping  true;      this.reachedMinHeight  false;      this.speedDrop  false;      if (this.config.INVERT_JUMP) {        this.minJumpHeight  this.groundYPos + this.config.MIN_JUMP_HEIGHT;      }    }  },  /**   * Jump is complete, falling down.   */  endJump() {    if (this.reachedMinHeight &&        this.jumpVelocity  this.config.DROP_VELOCITY) {      this.jumpVelocity  this.config.DROP_VELOCITY;    }  },  /**   * Update frame for a jump.   * @param {number} deltaTime   */  updateJump(deltaTime) {    const msPerFrame  Trex.animFramesthis.status.msPerFrame;    const framesElapsed  deltaTime / msPerFrame;    // Speed drop makes Trex fall faster.    if (this.speedDrop) {      this.yPos + Math.round(this.jumpVelocity *          this.config.SPEED_DROP_COEFFICIENT * framesElapsed);    } else if (this.config.INVERT_JUMP) {      this.yPos - Math.round(this.jumpVelocity * framesElapsed);    } else {      this.yPos + Math.round(this.jumpVelocity * framesElapsed);    }    this.jumpVelocity + this.config.GRAVITY * framesElapsed;    // Minimum height has been reached.    if (this.config.INVERT_JUMP && (this.yPos > this.minJumpHeight) ||        !this.config.INVERT_JUMP && (this.yPos  this.minJumpHeight) ||        this.speedDrop) {      this.reachedMinHeight  true;    }    // Reached max height.    if (this.config.INVERT_JUMP && (this.yPos > -this.config.MAX_JUMP_HEIGHT) ||        !this.config.INVERT_JUMP && (this.yPos  this.config.MAX_JUMP_HEIGHT) ||        this.speedDrop) {      this.endJump();    }    // Back down at ground level. Jump completed.    if ((this.config.INVERT_JUMP && this.yPos)  this.groundYPos ||        (!this.config.INVERT_JUMP && this.yPos) > this.groundYPos) {      this.reset();      this.jumpCount++;      if (Runner.audioCues) {        Runner.generatedSoundFx.loopFootSteps();      }    }  },  /**   * Set the speed drop. Immediately cancels the current jump.   */  setSpeedDrop() {    this.speedDrop  true;    this.jumpVelocity  1;  },  /**   * @param {boolean} isDucking   */  setDuck(isDucking) {    if (isDucking && this.status ! Trex.status.DUCKING) {      this.update(0, Trex.status.DUCKING);      this.ducking  true;    } else if (this.status  Trex.status.DUCKING) {      this.update(0, Trex.status.RUNNING);      this.ducking  false;    }  },  /**   * Reset the t-rex to running at start of game.   */  reset() {    this.xPos  this.xInitialPos;    this.yPos  this.groundYPos;    this.jumpVelocity  0;    this.jumping  false;    this.ducking  false;    this.update(0, Trex.status.RUNNING);    this.midair  false;    this.speedDrop  false;    this.jumpCount  0;  },};//******************************************************************************/** * Handles displaying the distance meter. * @param {!HTMLCanvasElement} canvas * @param {Object} spritePos Image position in sprite. * @param {number} canvasWidth * @constructor */function DistanceMeter(canvas, spritePos, canvasWidth) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  this.image  Runner.imageSprite;  this.spritePos  spritePos;  this.x  0;  this.y  5;  this.currentDistance  0;  this.maxScore  0;  this.highScore  0;  this.container  null;  this.digits  ;  this.achievement  false;  this.defaultString  ;  this.flashTimer  0;  this.flashIterations  0;  this.invertTrigger  false;  this.flashingRafId  null;  this.highScoreBounds  {};  this.highScoreFlashing  false;  this.config  DistanceMeter.config;  this.maxScoreUnits  this.config.MAX_DISTANCE_UNITS;  this.canvasWidth  canvasWidth;  this.init(canvasWidth);}/** * @enum {number} */DistanceMeter.dimensions  {  WIDTH: 10,  HEIGHT: 13,  DEST_WIDTH: 11,};/** * Y positioning of the digits in the sprite sheet. * X position is always 0. * @type {Arraynumber>} */DistanceMeter.yPos  0, 13, 27, 40, 53, 67, 80, 93, 107, 120;/** * Distance meter config. * @enum {number} */DistanceMeter.config  {  // Number of digits.  MAX_DISTANCE_UNITS: 5,  // Distance that causes achievement animation.  ACHIEVEMENT_DISTANCE: 100,  // Used for conversion from pixel distance to a scaled unit.  COEFFICIENT: 0.025,  // Flash duration in milliseconds.  FLASH_DURATION: 1000 / 4,  // Flash iterations for achievement animation.  FLASH_ITERATIONS: 3,  // Padding around the high score hit area.  HIGH_SCORE_HIT_AREA_PADDING: 4,};DistanceMeter.prototype  {  /**   * Initialise the distance meter to 00000.   * @param {number} width Canvas width in px.   */  init(width) {    let maxDistanceStr  ;    this.calcXPos(width);    this.maxScore  this.maxScoreUnits;    for (let i  0; i  this.maxScoreUnits; i++) {      this.draw(i, 0);      this.defaultString + 0;      maxDistanceStr + 9;    }    this.maxScore  parseInt(maxDistanceStr, 10);  },  /**   * Calculate the xPos in the canvas.   * @param {number} canvasWidth   */  calcXPos(canvasWidth) {    this.x  canvasWidth - (DistanceMeter.dimensions.DEST_WIDTH *        (this.maxScoreUnits + 1));  },  /**   * Draw a digit to canvas.   * @param {number} digitPos Position of the digit.   * @param {number} value Digit value 0-9.   * @param {boolean} opt_highScore Whether drawing the high score.   */  draw(digitPos, value, opt_highScore) {    let sourceWidth  DistanceMeter.dimensions.WIDTH;    let sourceHeight  DistanceMeter.dimensions.HEIGHT;    let sourceX  DistanceMeter.dimensions.WIDTH * value;    let sourceY  0;    const targetX  digitPos * DistanceMeter.dimensions.DEST_WIDTH;    const targetY  this.y;    const targetWidth  DistanceMeter.dimensions.WIDTH;    const targetHeight  DistanceMeter.dimensions.HEIGHT;    // For high DPI we 2x source values.    if (IS_HIDPI) {      sourceWidth * 2;      sourceHeight * 2;      sourceX * 2;    }    sourceX + this.spritePos.x;    sourceY + this.spritePos.y;    this.canvasCtx.save();    if (IS_RTL) {      if (opt_highScore) {        this.canvasCtx.translate(            this.canvasWidth -                (DistanceMeter.dimensions.WIDTH * (this.maxScoreUnits + 3)),            this.y);      } else {        this.canvasCtx.translate(            this.canvasWidth - DistanceMeter.dimensions.WIDTH, this.y);      }      this.canvasCtx.scale(-1, 1);    } else {      const highScoreX           this.x - (this.maxScoreUnits * 2) * DistanceMeter.dimensions.WIDTH;      if (opt_highScore) {        this.canvasCtx.translate(highScoreX, this.y);      } else {        this.canvasCtx.translate(this.x, this.y);      }    }    this.canvasCtx.drawImage(        this.image,        sourceX,        sourceY,        sourceWidth,        sourceHeight,        targetX,        targetY,        targetWidth,        targetHeight,    );    this.canvasCtx.restore();  },  /**   * Covert pixel distance to a real distance.   * @param {number} distance Pixel distance ran.   * @return {number} The real distance ran.   */  getActualDistance(distance) {    return distance ? Math.round(distance * this.config.COEFFICIENT) : 0;  },  /**   * Update the distance meter.   * @param {number} distance   * @param {number} deltaTime   * @return {boolean} Whether the acheivement sound fx should be played.   */  update(deltaTime, distance) {    let paint  true;    let playSound  false;    if (!this.achievement) {      distance  this.getActualDistance(distance);      // Score has gone beyond the initial digit count.      if (distance > this.maxScore && this.maxScoreUnits         this.config.MAX_DISTANCE_UNITS) {        this.maxScoreUnits++;        this.maxScore  parseInt(this.maxScore + 9, 10);      } else {        this.distance  0;      }      if (distance > 0) {        // Achievement unlocked.        if (distance % this.config.ACHIEVEMENT_DISTANCE  0) {          // Flash score and play sound.          this.achievement  true;          this.flashTimer  0;          playSound  true;        }        // Create a string representation of the distance with leading 0.        const distanceStr  (this.defaultString +            distance).substr(-this.maxScoreUnits);        this.digits  distanceStr.split();      } else {        this.digits  this.defaultString.split();      }    } else {      // Control flashing of the score on reaching acheivement.      if (this.flashIterations  this.config.FLASH_ITERATIONS) {        this.flashTimer + deltaTime;        if (this.flashTimer  this.config.FLASH_DURATION) {          paint  false;        } else if (this.flashTimer > this.config.FLASH_DURATION * 2) {          this.flashTimer  0;          this.flashIterations++;        }      } else {        this.achievement  false;        this.flashIterations  0;        this.flashTimer  0;      }    }    // Draw the digits if not flashing.    if (paint) {      for (let i  this.digits.length - 1; i > 0; i--) {        this.draw(i, parseInt(this.digitsi, 10));      }    }    this.drawHighScore();    return playSound;  },  /**   * Draw the high score.   */  drawHighScore() {    if (parseInt(this.highScore, 10) > 0) {      this.canvasCtx.save();      this.canvasCtx.globalAlpha  .8;      for (let i  this.highScore.length - 1; i > 0; i--) {        this.draw(i, parseInt(this.highScorei, 10), true);      }      this.canvasCtx.restore();    }  },  /**   * Set the highscore as a array string.   * Position of char in the sprite: H - 10, I - 11.   * @param {number} distance Distance ran in pixels.   */  setHighScore(distance) {    distance  this.getActualDistance(distance);    const highScoreStr  (this.defaultString +        distance).substr(-this.maxScoreUnits);    this.highScore  10, 11, .concat(highScoreStr.split());  },  /**   * Whether a clicked is in the high score area.   * @param {Event} e Event object.   * @return {boolean} Whether the click was in the high score bounds.   */  hasClickedOnHighScore(e) {    let x  0;    let y  0;    if (e.touches) {      // Bounds for touch differ from pointer.      const canvasBounds  this.canvas.getBoundingClientRect();      x  e.touches0.clientX - canvasBounds.left;      y  e.touches0.clientY - canvasBounds.top;    } else {      x  e.offsetX;      y  e.offsetY;    }    this.highScoreBounds  this.getHighScoreBounds();    return x > this.highScoreBounds.x && x         this.highScoreBounds.x + this.highScoreBounds.width &&        y > this.highScoreBounds.y && y         this.highScoreBounds.y + this.highScoreBounds.height;  },  /**   * Get the bounding box for the high score.   * @return {Object} Object with x, y, width and height properties.   */  getHighScoreBounds() {    return {      x: (this.x - (this.maxScoreUnits * 2) * DistanceMeter.dimensions.WIDTH) -          DistanceMeter.config.HIGH_SCORE_HIT_AREA_PADDING,      y: this.y,      width: DistanceMeter.dimensions.WIDTH * (this.highScore.length + 1) +          DistanceMeter.config.HIGH_SCORE_HIT_AREA_PADDING,      height: DistanceMeter.dimensions.HEIGHT +          (DistanceMeter.config.HIGH_SCORE_HIT_AREA_PADDING * 2),    };  },  /**   * Animate flashing the high score to indicate ready for resetting.   * The flashing stops following this.config.FLASH_ITERATIONS x 2 flashes.   */  flashHighScore() {    const now  getTimeStamp();    const deltaTime  now - (this.frameTimeStamp || now);    let paint  true;    this.frameTimeStamp  now;    // Reached the max number of flashes.    if (this.flashIterations > this.config.FLASH_ITERATIONS * 2) {      this.cancelHighScoreFlashing();      return;    }    this.flashTimer + deltaTime;    if (this.flashTimer  this.config.FLASH_DURATION) {      paint  false;    } else if (this.flashTimer > this.config.FLASH_DURATION * 2) {      this.flashTimer  0;      this.flashIterations++;    }    if (paint) {      this.drawHighScore();    } else {      this.clearHighScoreBounds();    }    // Frame update.    this.flashingRafId         requestAnimationFrame(this.flashHighScore.bind(this));  },  /**   * Draw empty rectangle over high score.   */  clearHighScoreBounds() {    this.canvasCtx.save();    this.canvasCtx.fillStyle  #fff;    this.canvasCtx.rect(this.highScoreBounds.x, this.highScoreBounds.y,        this.highScoreBounds.width, this.highScoreBounds.height);    this.canvasCtx.fill();    this.canvasCtx.restore();  },  /**   * Starts the flashing of the high score.   */  startHighScoreFlashing() {    this.highScoreFlashing  true;    this.flashHighScore();  },  /**   * Whether high score is flashing.   * @return {boolean}   */  isHighScoreFlashing() {    return this.highScoreFlashing;  },  /**   * Stop flashing the high score.   */  cancelHighScoreFlashing() {    if (this.flashingRafId) {      cancelAnimationFrame(this.flashingRafId);    }    this.flashIterations  0;    this.flashTimer  0;    this.highScoreFlashing  false;    this.clearHighScoreBounds();    this.drawHighScore();  },  /**   * Clear the high score.   */  resetHighScore() {    this.setHighScore(0);    this.cancelHighScoreFlashing();  },  /**   * Reset the distance meter back to 00000.   */  reset() {    this.update(0, 0);    this.achievement  false;  },};//******************************************************************************/** * Cloud background item. * Similar to an obstacle object but without collision boxes. * @param {HTMLCanvasElement} canvas Canvas element. * @param {Object} spritePos Position of image in sprite. * @param {number} containerWidth * @constructor */function Cloud(canvas, spritePos, containerWidth) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (this.canvas.getContext(2d));  this.spritePos  spritePos;  this.containerWidth  containerWidth;  this.xPos  containerWidth;  this.yPos  0;  this.remove  false;  this.gap       getRandomNum(Cloud.config.MIN_CLOUD_GAP, Cloud.config.MAX_CLOUD_GAP);  this.init();}/** * Cloud object config. * @enum {number} */Cloud.config  {  HEIGHT: 14,  MAX_CLOUD_GAP: 400,  MAX_SKY_LEVEL: 30,  MIN_CLOUD_GAP: 100,  MIN_SKY_LEVEL: 71,  WIDTH: 46,};Cloud.prototype  {  /**   * Initialise the cloud. Sets the Cloud height.   */  init() {    this.yPos  getRandomNum(Cloud.config.MAX_SKY_LEVEL,        Cloud.config.MIN_SKY_LEVEL);    this.draw();  },  /**   * Draw the cloud.   */  draw() {    this.canvasCtx.save();    let sourceWidth  Cloud.config.WIDTH;    let sourceHeight  Cloud.config.HEIGHT;    const outputWidth  sourceWidth;    const outputHeight  sourceHeight;    if (IS_HIDPI) {      sourceWidth  sourceWidth * 2;      sourceHeight  sourceHeight * 2;    }    this.canvasCtx.drawImage(Runner.imageSprite, this.spritePos.x,        this.spritePos.y,        sourceWidth, sourceHeight,        this.xPos, this.yPos,        outputWidth, outputHeight);    this.canvasCtx.restore();  },  /**   * Update the cloud position.   * @param {number} speed   */  update(speed) {    if (!this.remove) {      this.xPos - Math.ceil(speed);      this.draw();      // Mark as removeable if no longer in the canvas.      if (!this.isVisible()) {        this.remove  true;      }    }  },  /**   * Check if the cloud is visible on the stage.   * @return {boolean}   */  isVisible() {    return this.xPos + Cloud.config.WIDTH > 0;  },};/** * Background item. * Similar to cloud, without random y position. * @param {HTMLCanvasElement} canvas Canvas element. * @param {Object} spritePos Position of image in sprite. * @param {number} containerWidth * @param {string} type Element type. * @constructor */function BackgroundEl(canvas, spritePos, containerWidth, type) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (this.canvas.getContext(2d));  this.spritePos  spritePos;  this.containerWidth  containerWidth;  this.xPos  containerWidth;  this.yPos  0;  this.remove  false;  this.type  type;  this.gap       getRandomNum(BackgroundEl.config.MIN_GAP, BackgroundEl.config.MAX_GAP);  this.animTimer  0;  this.switchFrames  false;  this.spriteConfig  {};  this.init();}/** * Background element object config. * Real values assigned when game type changes. * @enum {number} */BackgroundEl.config  {  MAX_BG_ELS: 0,  MAX_GAP: 0,  MIN_GAP: 0,  POS: 0,  SPEED: 0,  Y_POS: 0,  MS_PER_FRAME: 0,  // only needed when BACKGROUND_EL.FIXED is true};BackgroundEl.prototype  {  /**   * Initialise the element setting the y position.   */  init() {    this.spriteConfig  Runner.spriteDefinition.BACKGROUND_ELthis.type;    if (this.spriteConfig.FIXED) {      this.xPos  this.spriteConfig.FIXED_X_POS;    }    this.yPos  BackgroundEl.config.Y_POS - this.spriteConfig.HEIGHT +        this.spriteConfig.OFFSET;    this.draw();  },  /**   * Draw the element.   */  draw() {    this.canvasCtx.save();    let sourceWidth  this.spriteConfig.WIDTH;    let sourceHeight  this.spriteConfig.HEIGHT;    let sourceX  this.spriteConfig.X_POS;    const outputWidth  sourceWidth;    const outputHeight  sourceHeight;    if (IS_HIDPI) {      sourceWidth * 2;      sourceHeight * 2;      sourceX * 2;    }    this.canvasCtx.drawImage(        Runner.imageSprite, sourceX, this.spritePos.y, sourceWidth,        sourceHeight, this.xPos, this.yPos, outputWidth, outputHeight);    this.canvasCtx.restore();  },  /**   * Update the background element position.   * @param {number} speed   */  update(speed) {    if (!this.remove) {      if (this.spriteConfig.FIXED) {        this.animTimer + speed;        if (this.animTimer > BackgroundEl.config.MS_PER_FRAME) {          this.animTimer  0;          this.switchFrames  !this.switchFrames;        }        if (this.spriteConfig.FIXED_Y_POS_1 &&            this.spriteConfig.FIXED_Y_POS_2) {          this.yPos  this.switchFrames ? this.spriteConfig.FIXED_Y_POS_1 :                                          this.spriteConfig.FIXED_Y_POS_2;        }      } else {        // Fixed speed, regardless of actual game speed.        this.xPos - BackgroundEl.config.SPEED;      }      this.draw();      // Mark as removable if no longer in the canvas.      if (!this.isVisible()) {        this.remove  true;      }    }  },  /**   * Check if the element is visible on the stage.   * @return {boolean}   */  isVisible() {    return this.xPos + this.spriteConfig.WIDTH > 0;  },};//******************************************************************************/** * Nightmode shows a moon and stars on the horizon. * @param {HTMLCanvasElement} canvas * @param {number} spritePos * @param {number} containerWidth * @constructor */function NightMode(canvas, spritePos, containerWidth) {  this.spritePos  spritePos;  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  this.xPos  containerWidth - 50;  this.yPos  30;  this.currentPhase  0;  this.opacity  0;  this.containerWidth  containerWidth;  this.stars  ;  this.drawStars  false;  this.placeStars();}/** * @enum {number} */NightMode.config  {  FADE_SPEED: 0.035,  HEIGHT: 40,  MOON_SPEED: 0.25,  NUM_STARS: 2,  STAR_SIZE: 9,  STAR_SPEED: 0.3,  STAR_MAX_Y: 70,  WIDTH: 20,};NightMode.phases  140, 120, 100, 60, 40, 20, 0;NightMode.prototype  {  /**   * Update moving moon, changing phases.   * @param {boolean} activated Whether night mode is activated.   */  update(activated) {    // Moon phase.    if (activated && this.opacity  0) {      this.currentPhase++;      if (this.currentPhase > NightMode.phases.length) {        this.currentPhase  0;      }    }    // Fade in / out.    if (activated && (this.opacity  1 || this.opacity  0)) {      this.opacity + NightMode.config.FADE_SPEED;    } else if (this.opacity > 0) {      this.opacity - NightMode.config.FADE_SPEED;    }    // Set moon positioning.    if (this.opacity > 0) {      this.xPos  this.updateXPos(this.xPos, NightMode.config.MOON_SPEED);      // Update stars.      if (this.drawStars) {        for (let i  0; i  NightMode.config.NUM_STARS; i++) {          this.starsi.x               this.updateXPos(this.starsi.x, NightMode.config.STAR_SPEED);        }      }      this.draw();    } else {      this.opacity  0;      this.placeStars();    }    this.drawStars  true;  },  updateXPos(currentPos, speed) {    if (currentPos  -NightMode.config.WIDTH) {      currentPos  this.containerWidth;    } else {      currentPos - speed;    }    return currentPos;  },  draw() {    let moonSourceWidth  this.currentPhase  3 ? NightMode.config.WIDTH * 2 :                                                    NightMode.config.WIDTH;    let moonSourceHeight  NightMode.config.HEIGHT;    let moonSourceX  this.spritePos.x + NightMode.phasesthis.currentPhase;    const moonOutputWidth  moonSourceWidth;    let starSize  NightMode.config.STAR_SIZE;    let starSourceX  Runner.spriteDefinitionByType.original.LDPI.STAR.x;    if (IS_HIDPI) {      moonSourceWidth * 2;      moonSourceHeight * 2;      moonSourceX  this.spritePos.x +          (NightMode.phasesthis.currentPhase * 2);      starSize * 2;      starSourceX  Runner.spriteDefinitionByType.original.HDPI.STAR.x;    }    this.canvasCtx.save();    this.canvasCtx.globalAlpha  this.opacity;    // Stars.    if (this.drawStars) {      for (let i  0; i  NightMode.config.NUM_STARS; i++) {        this.canvasCtx.drawImage(            Runner.origImageSprite, starSourceX, this.starsi.sourceY,            starSize, starSize, Math.round(this.starsi.x), this.starsi.y,            NightMode.config.STAR_SIZE, NightMode.config.STAR_SIZE);      }    }    // Moon.    this.canvasCtx.drawImage(        Runner.origImageSprite, moonSourceX, this.spritePos.y, moonSourceWidth,        moonSourceHeight, Math.round(this.xPos), this.yPos, moonOutputWidth,        NightMode.config.HEIGHT);    this.canvasCtx.globalAlpha  1;    this.canvasCtx.restore();  },  // Do star placement.  placeStars() {    const segmentSize  Math.round(this.containerWidth /        NightMode.config.NUM_STARS);    for (let i  0; i  NightMode.config.NUM_STARS; i++) {      this.starsi  {};      this.starsi.x  getRandomNum(segmentSize * i, segmentSize * (i + 1));      this.starsi.y  getRandomNum(0, NightMode.config.STAR_MAX_Y);      if (IS_HIDPI) {        this.starsi.sourceY             Runner.spriteDefinitionByType.original.HDPI.STAR.y +            NightMode.config.STAR_SIZE * 2 * i;      } else {        this.starsi.sourceY             Runner.spriteDefinitionByType.original.LDPI.STAR.y +            NightMode.config.STAR_SIZE * i;      }    }  },  reset() {    this.currentPhase  0;    this.opacity  0;    this.update(false);  },};//******************************************************************************/** * Horizon Line. * Consists of two connecting lines. Randomly assigns a flat / bumpy horizon. * @param {HTMLCanvasElement} canvas * @param {Object} lineConfig Configuration object. * @constructor */function HorizonLine(canvas, lineConfig) {  let sourceX  lineConfig.SOURCE_X;  let sourceY  lineConfig.SOURCE_Y;  if (IS_HIDPI) {    sourceX * 2;    sourceY * 2;  }  this.spritePos  {x: sourceX, y: sourceY};  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (canvas.getContext(2d));  this.sourceDimensions  {};  this.dimensions  lineConfig;  this.sourceXPos  this.spritePos.x, this.spritePos.x +      this.dimensions.WIDTH;  this.xPos  ;  this.yPos  0;  this.bumpThreshold  0.5;  this.setSourceDimensions(lineConfig);  this.draw();}/** * Horizon line dimensions. * @enum {number} */HorizonLine.dimensions  {  WIDTH: 600,  HEIGHT: 12,  YPOS: 127,};HorizonLine.prototype  {  /**   * Set the source dimensions of the horizon line.   */  setSourceDimensions(newDimensions) {    for (const dimension in newDimensions) {      if (dimension ! SOURCE_X && dimension ! SOURCE_Y) {        if (IS_HIDPI) {          if (dimension ! YPOS) {            this.sourceDimensionsdimension  newDimensionsdimension * 2;          }        } else {          this.sourceDimensionsdimension  newDimensionsdimension;        }        this.dimensionsdimension  newDimensionsdimension;      }    }    this.xPos  0, newDimensions.WIDTH;    this.yPos  newDimensions.YPOS;  },  /**   * Return the crop x position of a type.   */  getRandomType() {    return Math.random() > this.bumpThreshold ? this.dimensions.WIDTH : 0;  },  /**   * Draw the horizon line.   */  draw() {    this.canvasCtx.drawImage(Runner.imageSprite, this.sourceXPos0,        this.spritePos.y,        this.sourceDimensions.WIDTH, this.sourceDimensions.HEIGHT,        this.xPos0, this.yPos,        this.dimensions.WIDTH, this.dimensions.HEIGHT);    this.canvasCtx.drawImage(Runner.imageSprite, this.sourceXPos1,        this.spritePos.y,        this.sourceDimensions.WIDTH, this.sourceDimensions.HEIGHT,        this.xPos1, this.yPos,        this.dimensions.WIDTH, this.dimensions.HEIGHT);  },  /**   * Update the x position of an indivdual piece of the line.   * @param {number} pos Line position.   * @param {number} increment   */  updateXPos(pos, increment) {    const line1  pos;    const line2  pos  0 ? 1 : 0;    this.xPosline1 - increment;    this.xPosline2  this.xPosline1 + this.dimensions.WIDTH;    if (this.xPosline1  -this.dimensions.WIDTH) {      this.xPosline1 + this.dimensions.WIDTH * 2;      this.xPosline2  this.xPosline1 - this.dimensions.WIDTH;      this.sourceXPosline1  this.getRandomType() + this.spritePos.x;    }  },  /**   * Update the horizon line.   * @param {number} deltaTime   * @param {number} speed   */  update(deltaTime, speed) {    const increment  Math.floor(speed * (FPS / 1000) * deltaTime);    if (this.xPos0  0) {      this.updateXPos(0, increment);    } else {      this.updateXPos(1, increment);    }    this.draw();  },  /**   * Reset horizon to the starting position.   */  reset() {    this.xPos0  0;    this.xPos1  this.dimensions.WIDTH;  },};//******************************************************************************/** * Horizon background class. * @param {HTMLCanvasElement} canvas * @param {Object} spritePos Sprite positioning. * @param {Object} dimensions Canvas dimensions. * @param {number} gapCoefficient * @constructor */function Horizon(canvas, spritePos, dimensions, gapCoefficient) {  this.canvas  canvas;  this.canvasCtx       /** @type {CanvasRenderingContext2D} */ (this.canvas.getContext(2d));  this.config  Horizon.config;  this.dimensions  dimensions;  this.gapCoefficient  gapCoefficient;  this.obstacles  ;  this.obstacleHistory  ;  this.horizonOffsets  0, 0;  this.cloudFrequency  this.config.CLOUD_FREQUENCY;  this.spritePos  spritePos;  this.nightMode  null;  this.altGameModeActive  false;  // Cloud  this.clouds  ;  this.cloudSpeed  this.config.BG_CLOUD_SPEED;  // Background elements  this.backgroundEls  ;  this.lastEl  null;  this.backgroundSpeed  this.config.BG_CLOUD_SPEED;  // Horizon  this.horizonLine  null;  this.horizonLines  ;  this.init();}/** * Horizon config. * @enum {number} */Horizon.config  {  BG_CLOUD_SPEED: 0.2,  BUMPY_THRESHOLD: .3,  CLOUD_FREQUENCY: .5,  HORIZON_HEIGHT: 16,  MAX_CLOUDS: 6,};Horizon.prototype  {  /**   * Initialise the horizon. Just add the line and a cloud. No obstacles.   */  init() {    Obstacle.types  Runner.spriteDefinitionByType.original.OBSTACLES;    this.addCloud();    // Multiple Horizon lines    for (let i  0; i  Runner.spriteDefinition.LINES.length; i++) {      this.horizonLines.push(          new HorizonLine(this.canvas, Runner.spriteDefinition.LINESi));    }    this.nightMode  new NightMode(this.canvas, this.spritePos.MOON,        this.dimensions.WIDTH);  },  /**   * Update obstacle definitions based on the speed of the game.   */  adjustObstacleSpeed: function() {    for (let i  0; i  Obstacle.types.length; i++) {      if (Runner.slowDown) {        Obstacle.typesi.multipleSpeed  Obstacle.typesi.multipleSpeed / 2;        Obstacle.typesi.minGap * 1.5;        Obstacle.typesi.minSpeed  Obstacle.typesi.minSpeed / 2;        // Convert variable y position obstacles to fixed.        if (typeof (Obstacle.typesi.yPos)  object) {          Obstacle.typesi.yPos  Obstacle.typesi.yPos0;          Obstacle.typesi.yPosMobile  Obstacle.typesi.yPos0;        }      }    }  },  /**   * Update sprites to correspond to change in sprite sheet.   * @param {number} spritePos   */  enableAltGameMode: function(spritePos) {    // Clear existing horizon objects.    this.clouds  ;    this.backgroundEls  ;    this.altGameModeActive  true;    this.spritePos  spritePos;    Obstacle.types  Runner.spriteDefinition.OBSTACLES;    this.adjustObstacleSpeed();    Obstacle.MAX_GAP_COEFFICIENT  Runner.spriteDefinition.MAX_GAP_COEFFICIENT;    Obstacle.MAX_OBSTACLE_LENGTH  Runner.spriteDefinition.MAX_OBSTACLE_LENGTH;    BackgroundEl.config  Runner.spriteDefinition.BACKGROUND_EL_CONFIG;    this.horizonLines  ;    for (let i  0; i  Runner.spriteDefinition.LINES.length; i++) {      this.horizonLines.push(          new HorizonLine(this.canvas, Runner.spriteDefinition.LINESi));    }    this.reset();  },  /**   * @param {number} deltaTime   * @param {number} currentSpeed   * @param {boolean} updateObstacles Used as an override to prevent   *     the obstacles from being updated / added. This happens in the   *     ease in section.   * @param {boolean} showNightMode Night mode activated.   */  update(deltaTime, currentSpeed, updateObstacles, showNightMode) {    this.runningTime + deltaTime;    if (this.altGameModeActive) {      this.updateBackgroundEls(deltaTime, currentSpeed);    }    for (let i  0; i  this.horizonLines.length; i++) {      this.horizonLinesi.update(deltaTime, currentSpeed);    }    if (!this.altGameModeActive || Runner.spriteDefinition.HAS_CLOUDS) {      this.nightMode.update(showNightMode);      this.updateClouds(deltaTime, currentSpeed);    }    if (updateObstacles) {      this.updateObstacles(deltaTime, currentSpeed);    }  },  /**   * Update background element positions. Also handles creating new elements.   * @param {number} elSpeed   * @param {ArrayObject>} bgElArray   * @param {number} maxBgEl   * @param {Function} bgElAddFunction   * @param {number} frequency   */  updateBackgroundEl(elSpeed, bgElArray, maxBgEl, bgElAddFunction, frequency) {    const numElements  bgElArray.length;    if (numElements) {      for (let i  numElements - 1; i > 0; i--) {        bgElArrayi.update(elSpeed);      }      const lastEl  bgElArraynumElements - 1;      // Check for adding a new element.      if (numElements  maxBgEl &&          (this.dimensions.WIDTH - lastEl.xPos) > lastEl.gap &&          frequency > Math.random()) {        bgElAddFunction();      }    } else {      bgElAddFunction();    }  },  /**   * Update the cloud positions.   * @param {number} deltaTime   * @param {number} speed   */  updateClouds(deltaTime, speed) {    const elSpeed  this.cloudSpeed / 1000 * deltaTime * speed;    this.updateBackgroundEl(        elSpeed, this.clouds, this.config.MAX_CLOUDS, this.addCloud.bind(this),        this.cloudFrequency);    // Remove expired elements.    this.clouds  this.clouds.filter((obj) > !obj.remove);  },  /**   * Update the background element positions.   * @param {number} deltaTime   * @param {number} speed   */  updateBackgroundEls(deltaTime, speed) {    this.updateBackgroundEl(        deltaTime, this.backgroundEls, BackgroundEl.config.MAX_BG_ELS,        this.addBackgroundEl.bind(this), this.cloudFrequency);    // Remove expired elements.    this.backgroundEls  this.backgroundEls.filter((obj) > !obj.remove);  },  /**   * Update the obstacle positions.   * @param {number} deltaTime   * @param {number} currentSpeed   */  updateObstacles(deltaTime, currentSpeed) {    const updatedObstacles  this.obstacles.slice(0);    for (let i  0; i  this.obstacles.length; i++) {      const obstacle  this.obstaclesi;      obstacle.update(deltaTime, currentSpeed);      // Clean up existing obstacles.      if (obstacle.remove) {        updatedObstacles.shift();      }    }    this.obstacles  updatedObstacles;    if (this.obstacles.length > 0) {      const lastObstacle  this.obstaclesthis.obstacles.length - 1;      if (lastObstacle && !lastObstacle.followingObstacleCreated &&          lastObstacle.isVisible() &&          (lastObstacle.xPos + lastObstacle.width + lastObstacle.gap)           this.dimensions.WIDTH) {        this.addNewObstacle(currentSpeed);        lastObstacle.followingObstacleCreated  true;      }    } else {      // Create new obstacles.      this.addNewObstacle(currentSpeed);    }  },  removeFirstObstacle() {    this.obstacles.shift();  },  /**   * Add a new obstacle.   * @param {number} currentSpeed   */  addNewObstacle(currentSpeed) {    const obstacleCount         Obstacle.typesObstacle.types.length - 1.type ! COLLECTABLE ||            (Runner.isAltGameModeEnabled() && !this.altGameModeActive ||             this.altGameModeActive) ?        Obstacle.types.length - 1 :        Obstacle.types.length - 2;    const obstacleTypeIndex         obstacleCount > 0 ? getRandomNum(0, obstacleCount) : 0;    const obstacleType  Obstacle.typesobstacleTypeIndex;    // Check for multiples of the same type of obstacle.    // Also check obstacle is available at current speed.    if ((obstacleCount > 0 && this.duplicateObstacleCheck(obstacleType.type)) ||        currentSpeed  obstacleType.minSpeed) {      this.addNewObstacle(currentSpeed);    } else {      const obstacleSpritePos  this.spritePosobstacleType.type;      this.obstacles.push(new Obstacle(          this.canvasCtx, obstacleType, obstacleSpritePos, this.dimensions,          this.gapCoefficient, currentSpeed, obstacleType.width,          this.altGameModeActive));      this.obstacleHistory.unshift(obstacleType.type);      if (this.obstacleHistory.length > 1) {        this.obstacleHistory.splice(Runner.config.MAX_OBSTACLE_DUPLICATION);      }    }  },  /**   * Returns whether the previous two obstacles are the same as the next one.   * Maximum duplication is set in config value MAX_OBSTACLE_DUPLICATION.   * @return {boolean}   */  duplicateObstacleCheck(nextObstacleType) {    let duplicateCount  0;    for (let i  0; i  this.obstacleHistory.length; i++) {      duplicateCount           this.obstacleHistoryi  nextObstacleType ? duplicateCount + 1 : 0;    }    return duplicateCount > Runner.config.MAX_OBSTACLE_DUPLICATION;  },  /**   * Reset the horizon layer.   * Remove existing obstacles and reposition the horizon line.   */  reset() {    this.obstacles  ;    for (let l  0; l  this.horizonLines.length; l++) {      this.horizonLinesl.reset();    }    this.nightMode.reset();  },  /**   * Update the canvas width and scaling.   * @param {number} width Canvas width.   * @param {number} height Canvas height.   */  resize(width, height) {    this.canvas.width  width;    this.canvas.height  height;  },  /**   * Add a new cloud to the horizon.   */  addCloud() {    this.clouds.push(new Cloud(this.canvas, this.spritePos.CLOUD,        this.dimensions.WIDTH));  },  /**   * Add a random background element to the horizon.   */  addBackgroundEl() {    const backgroundElTypes         Object.keys(Runner.spriteDefinition.BACKGROUND_EL);    if (backgroundElTypes.length > 0) {      let index  getRandomNum(0, backgroundElTypes.length - 1);      let type  backgroundElTypesindex;      // Add variation if available.      while (type  this.lastEl && backgroundElTypes.length > 1) {        index  getRandomNum(0, backgroundElTypes.length - 1);        type  backgroundElTypesindex;      }      this.lastEl  type;      this.backgroundEls.push(new BackgroundEl(          this.canvas, this.spritePos.BACKGROUND_EL, this.dimensions.WIDTH,          type));    }  },};/script>  script>// Copyright 2021 The Chromium Authors// Use of this source code is governed by a BSD-style license that can be// found in the LICENSE file./* @const * Add matching sprite definition and config to Runner.spriteDefinitionByType. */const GAME_TYPE  ;/** * Obstacle definitions. * minGap: minimum pixel space between obstacles. * multipleSpeed: Speed at which multiples are allowed. * speedOffset: speed faster / slower than the horizon. * minSpeed: Minimum speed which the obstacle can make an appearance. * * @typedef {{ *   type: string, *   width: number, *   height: number, *   yPos: number, *   multipleSpeed: number, *   minGap: number, *   minSpeed: number, *   collisionBoxes: ArrayCollisionBox>, * }} */let ObstacleType;/** * T-Rex runner sprite definitions. */Runner.spriteDefinitionByType  {  original: {    LDPI: {      BACKGROUND_EL: {x: 86, y: 2},      CACTUS_LARGE: {x: 332, y: 2},      CACTUS_SMALL: {x: 228, y: 2},      OBSTACLE_2: {x: 332, y: 2},      OBSTACLE: {x: 228, y: 2},      CLOUD: {x: 86, y: 2},      HORIZON: {x: 2, y: 54},      MOON: {x: 484, y: 2},      PTERODACTYL: {x: 134, y: 2},      RESTART: {x: 2, y: 68},      TEXT_SPRITE: {x: 655, y: 2},      TREX: {x: 848, y: 2},      STAR: {x: 645, y: 2},      COLLECTABLE: {x: 2, y: 2},      ALT_GAME_END: {x: 121, y: 2},    },    HDPI: {      BACKGROUND_EL: {x: 166, y: 2},      CACTUS_LARGE: {x: 652, y: 2},      CACTUS_SMALL: {x: 446, y: 2},      OBSTACLE_2: {x: 652, y: 2},      OBSTACLE: {x: 446, y: 2},      CLOUD: {x: 166, y: 2},      HORIZON: {x: 2, y: 104},      MOON: {x: 954, y: 2},      PTERODACTYL: {x: 260, y: 2},      RESTART: {x: 2, y: 130},      TEXT_SPRITE: {x: 1294, y: 2},      TREX: {x: 1678, y: 2},      STAR: {x: 1276, y: 2},      COLLECTABLE: {x: 4, y: 4},      ALT_GAME_END: {x: 242, y: 4},    },    MAX_GAP_COEFFICIENT: 1.5,    MAX_OBSTACLE_LENGTH: 3,    HAS_CLOUDS: 1,    BOTTOM_PAD: 10,    TREX: {      WAITING_1: {x: 44, w: 44, h: 47, xOffset: 0},      WAITING_2: {x: 0, w: 44, h: 47, xOffset: 0},      RUNNING_1: {x: 88, w: 44, h: 47, xOffset: 0},      RUNNING_2: {x: 132, w: 44, h: 47, xOffset: 0},      JUMPING: {x: 0, w: 44, h: 47, xOffset: 0},      CRASHED: {x: 220, w: 44, h: 47, xOffset: 0},      COLLISION_BOXES:         new CollisionBox(22, 0, 17, 16),        new CollisionBox(1, 18, 30, 9),        new CollisionBox(10, 35, 14, 8),        new CollisionBox(1, 24, 29, 5),        new CollisionBox(5, 30, 21, 4),        new CollisionBox(9, 34, 15, 4),      ,    },    /** @type {ArrayObstacleType>} */    OBSTACLES:       {        type: CACTUS_SMALL,        width: 17,        height: 35,        yPos: 105,        multipleSpeed: 4,        minGap: 120,        minSpeed: 0,        collisionBoxes:           new CollisionBox(0, 7, 5, 27),          new CollisionBox(4, 0, 6, 34),          new CollisionBox(10, 4, 7, 14),        ,      },      {        type: CACTUS_LARGE,        width: 25,        height: 50,        yPos: 90,        multipleSpeed: 7,        minGap: 120,        minSpeed: 0,        collisionBoxes:           new CollisionBox(0, 12, 7, 38),          new CollisionBox(8, 0, 7, 49),          new CollisionBox(13, 10, 10, 38),        ,      },      {        type: PTERODACTYL,        width: 46,        height: 40,        yPos: 100, 75, 50,    // Variable height.        yPosMobile: 100, 50,  // Variable height mobile.        multipleSpeed: 999,        minSpeed: 8.5,        minGap: 150,        collisionBoxes:           new CollisionBox(15, 15, 16, 5),          new CollisionBox(18, 21, 24, 6),          new CollisionBox(2, 14, 4, 3),          new CollisionBox(6, 10, 4, 7),          new CollisionBox(10, 8, 6, 9),        ,        numFrames: 2,        frameRate: 1000 / 6,        speedOffset: .8,      },    ,    BACKGROUND_EL: {      CLOUD: {        HEIGHT: 14,        MAX_CLOUD_GAP: 400,        MAX_SKY_LEVEL: 30,        MIN_CLOUD_GAP: 100,        MIN_SKY_LEVEL: 71,        OFFSET: 4,        WIDTH: 46,        X_POS: 1,        Y_POS: 120,      },    },    BACKGROUND_EL_CONFIG: {      MAX_BG_ELS: 1,      MAX_GAP: 400,      MIN_GAP: 100,      POS: 0,      SPEED: 0.5,      Y_POS: 125,    },    LINES:       {SOURCE_X: 2, SOURCE_Y: 52, WIDTH: 600, HEIGHT: 12, YPOS: 127},    ,  },};/script>  /head>body idt classneterror stylefont-family: 'Segoe UI',Arial,'Microsoft Yahei',sans-serif; 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This data includes both localized strings and * any data that is important to have ready from a very early stage (e.g. things * that must be displayed right away). * * Note that loadTimeData is not guaranteed to be consistent between page * refreshes (https://crbug.com/740629) and should not contain values that might * change if the page is re-opened later. *//** @type {!LoadTimeData} */// eslint-disable-next-line no-varvar loadTimeData;class LoadTimeData {    constructor() {        /** @type {?Object} */        this.data_  null;    }    /**     * Sets the backing object.     *     * Note that there is no getter for |data_| to discourage abuse of the form:     *     *     var value  loadTimeData.data()key;     *     * @param {Object} value The de-serialized page data.     */    set data(value) {        expect(!this.data_, Re-setting data.);        this.data_  value;    }    /**     * @param {string} id An ID of a value that might exist.     * @return {boolean} True if |id| is a key in the dictionary.     */    valueExists(id) {        return id in this.data_;    }    /**     * Fetches a value, expecting that it exists.     * @param {string} id The key that identifies the desired value.     * @return {*} The corresponding value.     */    getValue(id) {        expect(this.data_, No data. Did you remember to include strings.js?);        const value  this.data_id;        expect(typeof value ! undefined, Could not find value for  + id);        return value;    }    /**     * As above, but also makes sure that the value is a string.     * @param {string} id The key that identifies the desired string.     * @return {string} The corresponding string value.     */    getString(id) {        const value  this.getValue(id);        expectIsType(id, value, string);        return /** @type {string} */ (value);    }    /**     * Returns a formatted localized string where $1 to $9 are replaced by the     * second to the tenth argument.     * @param {string} id The ID of the string we want.     * @param {...(string|number)} var_args The extra values to include in the     *     formatted output.     * @return {string} The formatted string.     */    getStringF(id, var_args) {        const value  this.getString(id);        if (!value) {            return ;        }        const args  Array.prototype.slice.call(arguments);        args0  value;        return this.substituteString.apply(this, args);    }    /**     * Returns a formatted localized string where $1 to $9 are replaced by the     * second to the tenth argument. Any standalone $ signs must be escaped as     * $$.     * @param {string} label The label to substitute through.     *     This is not an resource ID.     * @param {...(string|number)} var_args The extra values to include in the     *     formatted output.     * @return {string} The formatted string.     */    substituteString(label, var_args) {        const varArgs  arguments;        return label.replace(/\$(.|$|\n)/g, function (m) {            expect(m.match(/\$$1-9/), Unescaped $ found in localized string.);            return m  $$ ? $ : varArgsm1;        });    }    /**     * As above, but also makes sure that the value is a boolean.     * @param {string} id The key that identifies the desired boolean.     * @return {boolean} The corresponding boolean value.     */    getBoolean(id) {        const value  this.getValue(id);        expectIsType(id, value, boolean);        return /** @type {boolean} */ (value);    }    /**     * As above, but also makes sure that the value is an integer.     * @param {string} id The key that identifies the desired number.     * @return {number} The corresponding number value.     */    getInteger(id) {        const value  this.getValue(id);        expectIsType(id, value, number);        expect(value  Math.floor(value), Number isn\t integer:  + value);        return /** @type {number} */ (value);    }    /**     * Override values in loadTimeData with the values found in |replacements|.     * @param {Object} replacements The dictionary object of keys to replace.     */    overrideValues(replacements) {        expect(typeof replacements  object, Replacements must be a dictionary object.);        for (const key in replacements) {            this.data_key  replacementskey;        }    }}/** * Checks condition, throws error message if expectation fails. * @param {*} condition The condition to check for truthiness. * @param {string} message The message to display if the check fails. */function expect(condition, message) {    if (!condition) {        throw new Error(Unexpected condition on  + document.location.href + :  + message);    }}/** * Checks that the given value has the given type. * @param {string} id The id of the value (only used for error message). * @param {*} value The value to check the type on. * @param {string} type The type we expect |value| to be. */function expectIsType(id, value, type) {    expect(typeof value  type,  + value +  ( + id + ) is not a  + type);}expect(!loadTimeData, should only include this file once);loadTimeData  new LoadTimeData();// Expose |loadTimeData| directly on |window|, since within a JS module the// scope is local and not all files have been updated to import the exported// |loadTimeData| explicitly.window.loadTimeData  loadTimeData;console.warn(crbug/1173575, non-JS module files deprecated.);/script>script jstcache0>const pageData  {details:详情,errorCode:DNS_PROBE_POSSIBLE,fontfamily:Segoe UI,Arial,Microsoft Yahei,sans-serif,fontsize:75%,heading:{hostName:网址,msg:无法访问此网站},hideDetails:隐藏详细信息,iconClass:icon-generic,language:zh,reloadButton:{msg:重新加载,reloadUrl:http://网址/},suggestionsDetails:,suggestionsSummaryList:{summary:\u003Ca href\javascript:diagnoseErrors()\ id\diagnose-link\>尝试运行 Windows 网络诊断\u003C/a>。},summary:{failedUrl:http://网址/,hostName:网址,msg:无法找到 \u003Cstrong jscontent\hostName\>\u003C/strong> 的 \u003Cabbr id\dnsDefinition\>DNS 地址\u003C/abbr>。正在诊断该问题。},textdirection:ltr,title:网址};loadTimeData.data  pageData;var tp  document.getElementById(t);jstProcess(new JsEvalContext(pageData), tp);/script>/body>/html>

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Domain > alonsoiborra.com

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