var isMobile = { Android: function() { return navigator.userAgent.match(/Android/i); }, BlackBerry: function() { return navigator.userAgent.match(/BlackBerry/i); }, iOS: function() { return navigator.userAgent.match(/iPhone|iPad|iPod/i); }, Opera: function() { return navigator.userAgent.match(/Opera Mini/i); }, Windows: function() { return navigator.userAgent.match(/IEMobile/i) || navigator.userAgent.match(/WPDesktop/i); }, any: function() { return (isMobile.Android() || isMobile.BlackBerry() || isMobile.iOS() || isMobile.Opera() || isMobile.Windows()); } }; var imgOn = "data:image/jpeg;base64,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" var imgOff = "data:image/jpeg;base64,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" var statusOn = "true" == 'true' var msgSaudacaoJs = ''; if ('' != "" && 'true' == 'true' ) { msgSaudacaoJs = 'data-balloon="" data-balloon-pos="left" data-balloon-break data-balloon-pos="up" '; } function removeBallon(){ document.getElementById("idButtonBallon").removeAttribute("data-balloon"); document.getElementById("idButtonBallon").removeAttribute("data-balloon-pos"); document.getElementById("idButtonBallon").removeAttribute("data-balloon-break"); document.getElementById("idButtonBallon").removeAttribute("data-balloon-pos"); } var headID = document.getElementsByTagName("head")[0]; var estilo = `button[data-balloon] { overflow: visible; } [data-balloon] { position: relative; cursor: pointer; } [data-balloon]:after { filter: alpha(opacity=0); -ms-filter: "progid:DXImageTransform.Microsoft.Alpha(Opacity=0)"; -moz-opacity: 0; -khtml-opacity: 0; opacity: 0; pointer-events: none; -webkit-transition: all 0.18s ease-out 0.18s; -moz-transition: all 0.18s ease-out 0.18s; -ms-transition: all 0.18s ease-out 0.18s; -o-transition: all 0.18s ease-out 0.18s; transition: all 0.18s ease-out 0.18s; font-family: sans-serif !important; font-weight: normal !important; font-style: normal !important; text-shadow: none !important; font-size: 12px !important; background: rgba(255, 255, 255, 0.9); border-radius: 4px; border: 1px solid #bfb7b7; color: #4e4949; padding: 1rem !important; content: attr(data-balloon); padding: .5em 1em; position: absolute; white-space: nowrap; z-index: 10; } [data-balloon]:before { background-size: 100% auto; width: 18px; height: 6px; filter: alpha(opacity=0); -ms-filter: "progid:DXImageTransform.Microsoft.Alpha(Opacity=0)"; -moz-opacity: 0; -khtml-opacity: 0; opacity: 0; pointer-events: none; -webkit-transition: all 0.18s ease-out 0.18s; -moz-transition: all 0.18s ease-out 0.18s; -ms-transition: all 0.18s ease-out 0.18s; -o-transition: all 0.18s ease-out 0.18s; transition: all 0.18s ease-out 0.18s; position: absolute; z-index: 10; } [data-balloon]:hover:before, [data-balloon]:hover:after, [data-balloon][data-balloon-visible]:before, [data-balloon][data-balloon-visible]:after { filter: alpha(opacity=100); -ms-filter: "progid:DXImageTransform.Microsoft.Alpha(Opacity=100)"; -moz-opacity: 1; -khtml-opacity: 1; opacity: 1; pointer-events: auto; } [data-balloon].font-awesome:after { font-family: FontAwesome; } [data-balloon][data-balloon-break]:after { white-space: pre; } [data-balloon][data-balloon-blunt]:before, [data-balloon][data-balloon-blunt]:after { -webkit-transition: none; -moz-transition: none; -ms-transition: none; -o-transition: none; transition: none; } [data-balloon][data-balloon-pos="up"]:after { bottom: 100%; left: 50%; margin-bottom: 11px; -webkit-transform: translate(-50%, 10px); -moz-transform: translate(-50%, 10px); -ms-transform: translate(-50%, 10px); transform: translate(-50%, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up"]:before { bottom: 100%; left: 50%; margin-bottom: 5px; -webkit-transform: translate(-50%, 10px); -moz-transform: translate(-50%, 10px); -ms-transform: translate(-50%, 10px); transform: translate(-50%, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up"]:hover:after, [data-balloon][data-balloon-pos="up"][data-balloon-visible]:after { -webkit-transform: translate(-50%, 0); -moz-transform: translate(-50%, 0); -ms-transform: translate(-50%, 0); transform: translate(-50%, 0); } [data-balloon][data-balloon-pos="up"]:hover:before, [data-balloon][data-balloon-pos="up"][data-balloon-visible]:before { -webkit-transform: translate(-50%, 0); -moz-transform: translate(-50%, 0); -ms-transform: translate(-50%, 0); transform: translate(-50%, 0); } [data-balloon][data-balloon-pos="up-left"]:after { bottom: 100%; left: 0; margin-bottom: 11px; -webkit-transform: translate(0, 10px); -moz-transform: translate(0, 10px); -ms-transform: translate(0, 10px); transform: translate(0, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up-left"]:before { bottom: 100%; left: 5px; margin-bottom: 5px; -webkit-transform: translate(0, 10px); -moz-transform: translate(0, 10px); -ms-transform: translate(0, 10px); transform: translate(0, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up-left"]:hover:after, [data-balloon][data-balloon-pos="up-left"][data-balloon-visible]:after { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos="up-left"]:hover:before, [data-balloon][data-balloon-pos="up-left"][data-balloon-visible]:before { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos="up-right"]:after { bottom: 100%; right: 0; margin-bottom: 11px; -webkit-transform: translate(0, 10px); -moz-transform: translate(0, 10px); -ms-transform: translate(0, 10px); transform: translate(0, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up-right"]:before { bottom: 100%; right: 5px; margin-bottom: 5px; -webkit-transform: translate(0, 10px); -moz-transform: translate(0, 10px); -ms-transform: translate(0, 10px); transform: translate(0, 10px); -webkit-transform-origin: top; -moz-transform-origin: top; -ms-transform-origin: top; transform-origin: top; } [data-balloon][data-balloon-pos="up-right"]:hover:after, [data-balloon][data-balloon-pos="up-right"][data-balloon-visible]:after { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos="up-right"]:hover:before, [data-balloon][data-balloon-pos="up-right"][data-balloon-visible]:before { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos='down']:after { left: 50%; margin-top: 11px; top: 100%; -webkit-transform: translate(-50%, -10px); -moz-transform: translate(-50%, -10px); -ms-transform: translate(-50%, -10px); transform: translate(-50%, -10px); } [data-balloon][data-balloon-pos='down']:before { background: no-repeat url("data:image/svg+xml;charset=utf-8,%3Csvg%20xmlns%3D%22http://www.w3.org/2000/svg%22%20width%3D%2236px%22%20height%3D%2212px%22%3E%3Cpath%20fill%3D%22rgba(191, 183, 183, 1.0)%22%20transform%3D%22rotate(180 18 6)%22%20d%3D%22M2.658,0.000%20C-13.615,0.000%2050.938,0.000%2034.662,0.000%20C28.662,0.000%2023.035,12.002%2018.660,12.002%20C14.285,12.002%208.594,0.000%202.658,0.000%20Z%22/%3E%3C/svg%3E"); background-size: 100% auto; width: 18px; height: 6px; left: 50%; margin-top: 5px; top: 100%; -webkit-transform: translate(-50%, -10px); -moz-transform: translate(-50%, -10px); -ms-transform: translate(-50%, -10px); transform: translate(-50%, -10px); } [data-balloon][data-balloon-pos='down']:hover:after, [data-balloon][data-balloon-pos='down'][data-balloon-visible]:after { -webkit-transform: translate(-50%, 0); -moz-transform: translate(-50%, 0); -ms-transform: translate(-50%, 0); transform: translate(-50%, 0); } [data-balloon][data-balloon-pos='down']:hover:before, [data-balloon][data-balloon-pos='down'][data-balloon-visible]:before { -webkit-transform: translate(-50%, 0); -moz-transform: translate(-50%, 0); -ms-transform: translate(-50%, 0); transform: translate(-50%, 0); } [data-balloon][data-balloon-pos='down-left']:after { left: 0; margin-top: 11px; top: 100%; -webkit-transform: translate(0, -10px); -moz-transform: translate(0, -10px); -ms-transform: translate(0, -10px); transform: translate(0, -10px); } [data-balloon][data-balloon-pos='down-left']:before { background: no-repeat url("data:image/svg+xml;charset=utf-8,%3Csvg%20xmlns%3D%22http://www.w3.org/2000/svg%22%20width%3D%2236px%22%20height%3D%2212px%22%3E%3Cpath%20fill%3D%22rgba(191, 183, 183, 1.0)%22%20transform%3D%22rotate(180 18 6)%22%20d%3D%22M2.658,0.000%20C-13.615,0.000%2050.938,0.000%2034.662,0.000%20C28.662,0.000%2023.035,12.002%2018.660,12.002%20C14.285,12.002%208.594,0.000%202.658,0.000%20Z%22/%3E%3C/svg%3E"); background-size: 100% auto; width: 18px; height: 6px; left: 5px; margin-top: 5px; top: 100%; -webkit-transform: translate(0, -10px); -moz-transform: translate(0, -10px); -ms-transform: translate(0, -10px); transform: translate(0, -10px); } [data-balloon][data-balloon-pos='down-left']:hover:after, [data-balloon][data-balloon-pos='down-left'][data-balloon-visible]:after { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos='down-left']:hover:before, [data-balloon][data-balloon-pos='down-left'][data-balloon-visible]:before { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos='down-right']:after { right: 0; margin-top: 11px; top: 100%; -webkit-transform: translate(0, -10px); -moz-transform: translate(0, -10px); -ms-transform: translate(0, -10px); transform: translate(0, -10px); } [data-balloon][data-balloon-pos='down-right']:before { background: no-repeat url("data:image/svg+xml;charset=utf-8,%3Csvg%20xmlns%3D%22http://www.w3.org/2000/svg%22%20width%3D%2236px%22%20height%3D%2212px%22%3E%3Cpath%20fill%3D%22rgba(191, 183, 183, 1.0)%22%20transform%3D%22rotate(180 18 6)%22%20d%3D%22M2.658,0.000%20C-13.615,0.000%2050.938,0.000%2034.662,0.000%20C28.662,0.000%2023.035,12.002%2018.660,12.002%20C14.285,12.002%208.594,0.000%202.658,0.000%20Z%22/%3E%3C/svg%3E"); background-size: 100% auto; width: 18px; height: 6px; right: 5px; margin-top: 5px; top: 100%; -webkit-transform: translate(0, -10px); -moz-transform: translate(0, -10px); -ms-transform: translate(0, -10px); transform: translate(0, -10px); } [data-balloon][data-balloon-pos='down-right']:hover:after, [data-balloon][data-balloon-pos='down-right'][data-balloon-visible]:after { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos='down-right']:hover:before, [data-balloon][data-balloon-pos='down-right'][data-balloon-visible]:before { -webkit-transform: translate(0, 0); -moz-transform: translate(0, 0); -ms-transform: translate(0, 0); transform: translate(0, 0); } [data-balloon][data-balloon-pos='left']:after { margin-right: 11px; right: -10px; white-space: normal; top: -140%; border: none; width: 205px; box-shadow: 0px 0px 4px #dcdcdc; background-color: #fff; font-family: 'Avenir'!important; -webkit-transform: translate(10px, -50%); -moz-transform: translate(10px, -50%); -ms-transform: translate(10px, -50%); transform: translate(10px, -50%); } [data-balloon][data-balloon-pos='left']:before { background: no-repeat url("data:image/svg+xml;charset=utf-8,%3Csvg%20xmlns%3D%22http://www.w3.org/2000/svg%22%20width%3D%2212px%22%20height%3D%2236px%22%3E%3Cpath%20fill%3D%22rgba(191, 183, 183, 1.0)%22%20transform%3D%22rotate(-90 18 18)%22%20d%3D%22M2.658,0.000%20C-13.615,0.000%2050.938,0.000%2034.662,0.000%20C28.662,0.000%2023.035,12.002%2018.660,12.002%20C14.285,12.002%208.594,0.000%202.658,0.000%20Z%22/%3E%3C/svg%3E"); background-size: 100% auto; width: 6px; height: 18px; margin-right: 5px; right: 100%; top: 0%; -webkit-transform: translate(10px, -50%); -moz-transform: translate(10px, -50%); -ms-transform: translate(10px, -50%); transform: translate(10px, -50%); } [data-balloon][data-balloon-pos='left']:hover:after, [data-balloon][data-balloon-pos='left'][data-balloon-visible]:after { -webkit-transform: translate(0, -50%); -moz-transform: translate(0, -50%); -ms-transform: translate(0, -50%); transform: translate(0, -50%); } [data-balloon][data-balloon-pos='left']:hover:before, [data-balloon][data-balloon-pos='left'][data-balloon-visible]:before { -webkit-transform: translate(0, -50%); -moz-transform: translate(0, -50%); -ms-transform: translate(0, -50%); transform: translate(0, -50%); } [data-balloon][data-balloon-pos='right']:after { left: 100%; margin-left: 11px; top: 50%; -webkit-transform: translate(-10px, -50%); -moz-transform: translate(-10px, -50%); -ms-transform: translate(-10px, -50%); transform: translate(-10px, -50%); } [data-balloon][data-balloon-pos='right']:before { background: no-repeat url("data:image/svg+xml;charset=utf-8,%3Csvg%20xmlns%3D%22http://www.w3.org/2000/svg%22%20width%3D%2212px%22%20height%3D%2236px%22%3E%3Cpath%20fill%3D%22rgba(191, 183, 183, 1.0)%22%20transform%3D%22rotate(90 6 6)%22%20d%3D%22M2.658,0.000%20C-13.615,0.000%2050.938,0.000%2034.662,0.000%20C28.662,0.000%2023.035,12.002%2018.660,12.002%20C14.285,12.002%208.594,0.000%202.658,0.000%20Z%22/%3E%3C/svg%3E"); background-size: 100% auto; width: 6px; height: 18px; left: 100%; margin-left: 5px; top: 50%; -webkit-transform: translate(-10px, -50%); -moz-transform: translate(-10px, -50%); -ms-transform: translate(-10px, -50%); transform: translate(-10px, -50%); } [data-balloon][data-balloon-pos='right']:hover:after, [data-balloon][data-balloon-pos='right'][data-balloon-visible]:after { -webkit-transform: translate(0, -50%); -moz-transform: translate(0, -50%); -ms-transform: translate(0, -50%); transform: translate(0, -50%); } [data-balloon][data-balloon-pos='right']:hover:before, [data-balloon][data-balloon-pos='right'][data-balloon-visible]:before { -webkit-transform: translate(0, -50%); -moz-transform: translate(0, -50%); -ms-transform: translate(0, -50%); transform: translate(0, -50%); } [data-balloon][data-balloon-length='small']:after { white-space: normal; width: 80px; } [data-balloon][data-balloon-length='medium']:after { white-space: normal; width: 150px; } [data-balloon][data-balloon-length='large']:after { white-space: normal; width: 260px; } [data-balloon][data-balloon-length='xlarge']:after { white-space: normal; width: 380px; } @media screen and (max-width: 768px) { [data-balloon][data-balloon-length='xlarge']:after { white-space: normal; width: 90vw; } } [data-balloon][data-balloon-length='fit']:after { white-space: normal; width: 100%; }[data-balloon][data-balloon-break]::before { white-space: pre-wrap; }.app_chat_button,.app_chat_button:hover{background:#1c52b2;}.app_chat_button{z-index:9999;position:fixed;bottom:2vh;right:2vw;border-radius:75px;color:#fff;display:-webkit-box;display:-ms-flexbox;display:flex;-webkit-box-align:center;-ms-flex-align:center;align-items:center;vertical-align:middle;font-size:14px;cursor:pointer;-webkit-transition:all .2s ease;transition:all .2s ease} .app_chat_button i, .app_chat_button span { vertical-align: middle; display: inline-block } .botAvatar{ border-radius: 100px; width: 35px; top: 9px; position: absolute; left: 10px; border: solid 1px #fdd02a; } .app_chat_button.chat_left { left: 35px; right: unset } .app_chat_button i { font-size: 15px } .app_chat_button span { font-weight: 600 } .app_chat_button i+span { margin-left: 15px } .app_chat_button:hover { -webkit-transform: scale(1.05); transform: scale(1.05) } .app_chat_w { z-index: 9999; position: fixed; bottom: 90px; right: 1.3vw; visibility: hidden; opacity: 0; -webkit-transform: translateY(-20px); transform: translateY(-20px); -webkit-transition: all .3s ease; transition: all .3s ease } .app_chat_w.chat_left { left: 35px } .app_chat_w.active { visibility: visible; opacity: 1; -webkit-transform: translateY(0); transform: translateY(0) } .app_chat_w .app_chat_i { background-color: #fff; box-shadow:0 0px 6px 0px rgba(144, 144, 144, 0.55); border-radius: 6px; max-width: 380px; width: 97vw; position: relative; border-bottom: 1px solid rgba(0, 0, 0, .05) } .app_chat_w .app_chat_i .chat-close { position: absolute; top: 10px; right: 10px; color: rgba(0, 0, 0, .8); font-size: 10px; cursor: pointer content: "X"; } .botHeader{ padding: 16px 30px; background: #fdd02a; color: #565555; font-family: "Avenir"; border-radius: 6px 6px 0 0; position: relative; padding-left: 54px; font-size: 15px; height: 54px; line-height: 160%; } .closed{ position: absolute; right: 3px; padding: 16px 18px; cursor: pointer; top: 5px; width: 25px; display:none; } .app_chat_w .app _chat_i .pvr-user-w { display: -webkit-box; display: -ms-flexbox; display: flex; -webkit-box-align: center; -ms-flex-align: center; align-items: center; -webkit-box-pack: justify; -ms-flex-pack: justify; justify-content: space-between } .app_chat_w .app_chat_i .pvr-user-w .pvr-user-avatar-w { width: 50px } .app_chat_w .app_chat_i .pvr-user-w .pvr-user-avatar-w .user-avatar { border-radius: 40px; overflow: hidden } .app_chat_w .app_chat_i .pvr-user-w .pvr-user-avatar-w .user-avatar img { max-width: 100%; height: auto } .app_chat_w .app_chat_i .pvr-user-w.with-status .pvr-user-avatar-w { position: relative } .app_chat_w .app_chat_i .pvr-user-w.with-status .pvr-user-avatar-w:before { content: ""; width: 10px; height: 10px; position: absolute; top: 2px; right: 2px; border-radius: 10px; box-shadow: 0 0 0 3px #fff } .app_chat_w .app_chat_i .pvr-user-w.with-status.status-green .pvr-user-avatar-w:before { background-color: #90be2e } .app_chat_w .app_chat_i .pvr-user-w.with-status.status-red .pvr-user-avatar-w:before { background-color: #e65252 } .app_chat_w .app_chat_i .pvr-user-w .user-name { padding-left: 20px; -webkit-box-flex: 1; -ms-flex: 1; flex: 1 } .app_chat_w .app_chat_i .pvr-user-w .user-title { margin-bottom: 2px; color: #0da9ef } .app_chat_w .app_chat_i .pvr-user-w .user-role { font-weight: 600; font-size: .81rem } .app_chat_w .app_chat_i .pvr-user-w .user-action { width: 50px; color: #0da9ef; font-size: 18px } .app_chat_w .chat-messages { padding: 20px; height: calc(100vh - 200px); position: relative; overflow: hidden } .app_chat_w .chat-messages.theme_1 .message .message-content, .app_chat_w .chat-messages.theme_2 .message .message-content, .app_chat_w .chat-messages.theme_3 .message .message-content, .app_chat_w .chat-messages.theme_4 .message .message-content { padding: 10px 20px; max-width: 80%; display: inline-block; text-align: left; font-size: 13px } .app_chat_w .chat-messages .message { margin-bottom: 12px } .app_chat_w .chat-messages.theme_1 .message .message-content { color: #594939; background-color: #fcf6ee; border-radius: 20px 20px 20px 0 } .app_chat_w .chat-messages.theme_1 .message.self .message-content { border-radius: 20px 20px 0; background-color: #e2efff; color: #2a4e7f } .app_chat_w .chat-messages.theme_2 .message .message-content { color: #fff; background-color: #da8d67; border-radius: 20px 20px 20px 0 } .app_chat_w .chat-messages.theme_2 .message.self .message-content { border-radius: 20px 20px 0; background-color: #9281cf; color: #fff } .app_chat_w .chat-messages.theme_3 .message .message-content { color: #fff; background-color: #616161; border-radius: 20px 20px 20px 0 } .app_chat_w .chat-messages.theme_3 .message.self .message-content { border-radius: 20px 20px 0; background-color: #689f38; color: #fff } .app_chat_w .chat-messages.theme_4 .message .message-content { color: #fff; background-color: #929090; border-radius: 20px 20px 20px 0 } .app_chat_w .chat-messages.theme_4 .message.self .message-content { border-radius: 20px 20px 0; background-color: #4527a0; color: #fff } .app_chat_w .chat-messages .message.self { text-align: right } .app_chat_w .chat-messages .date-break { text-align: center; margin-bottom: 10px; color: rgba(0, 0, 0, .4); font-size: 13px } .app_chat_w .chat-controls { padding: 0 10px 10px; border-top: 1px solid rgba(0, 0, 0, .1) } .app_chat_w .chat-controls .message-input { border: 1px solid transparent; background-color: #fff; padding: 10px; width: 100%; display: block; font-size: 13px; border-radius: 0 } .app_chat_w .chat-controls .message-input:focus { outline: 0; border-bottom: 1px solid #0da9ef } .app_chat_w .chat-controls .chat-extra { text-align: left; padding-left: 0; padding-top: 10px } .app_chat_w .chat-controls .chat-extra a { display: inline-block; margin-left: 10px; font-size: 16px; position: relative; color: #9368b4 } .app_chat_w .chat-controls .chat-extra a .extra-tooltip { background-color: rgba(0, 0, 0, .9); color: #fff; font-weight: 600; font-size: .63rem; text-transform: uppercase; padding: 2px 7px; border-radius: 4px; position: absolute; top: -20px; left: 50%; -webkit-transform: translateX(-50%); transform: translateX(-50%); white-space: nowrap; display: none; } .containeriframe{ height: 100%; } @media(max-width: 580px) { .app_chat_w{ bottom: 0!important; top:0!important; left:0;right:0; } .app_chat_i{ width: 100vw!important; max-width: none!important; height: 100%; } .app_chat_i iframe{ height: 100%!important; max-height: 100%!important; width: 100%!important; display: flex; } .closed{ display: block; z-index: 9999; } } .closebotbutton{ filter: grayscale(1); } .app_chat_w .chat-controls .chat-extra a:hover { text-decoration: none } .app_chat_w .chat-controls .chat-extra a:hover .extra-tooltip { display: block } .change_chat_theme { float: right } .online { background: transparent!important; } .online:hover { background: transparent!important; } .offline { background: transparent!important; } .offline:hover { background: transparent!important; } .`; var style = document.createElement("style"); if (style.type = "text/css", window.attachEvent && !window.opera) style.styleSheet.cssText = estilo; else { var styleText = document.createTextNode(estilo); style.appendChild(styleText) } headID.appendChild(style), function(e, t) { "use strict"; "object" == typeof module && "object" == typeof module.exports ? module.exports = e.document ? t(e, !0) : function(e) { if (!e.document) throw new Error("jQuery requires a window with a document"); return t(e) } : t(e) }("undefined" != typeof window ? window : this, function(e, t) { "use strict"; function n(e, t) { var n = (t = t || V).createElement("script"); n.text = e, t.head.appendChild(n).parentNode.removeChild(n) } function r(e) { var t = !!e && "length" in e && e.length, n = oe.type(e); return "function" !== n && !oe.isWindow(e) && ("array" === n || 0 === t || "number" == typeof t && t > 0 && t - 1 in e) } function i(e, t) { return e.nodeName && e.nodeName.toLowerCase() === t.toLowerCase() } function o(e, t, n) { return oe.isFunction(t) ? oe.grep(e, function(e, r) { return !!t.call(e, r, e) !== n }) : t.nodeType ? oe.grep(e, function(e) { return e === t !== n }) : "string" != typeof t ? oe.grep(e, function(e) { return K.call(t, e) > -1 !== n }) : ge.test(t) ? oe.filter(t, e, n) : (t = oe.filter(t, e), oe.grep(e, function(e) { return K.call(t, e) > -1 !== n && 1 === e.nodeType })) } function s(e, t) { for (; (e = e[t]) && 1 !== e.nodeType;); return e } function a(e) { return e } function u(e) { throw e } function c(e, t, n, r) { var i; try { e && oe.isFunction(i = e.promise) ? i.call(e).done(t).fail(n) : e && oe.isFunction(i = e.then) ? i.call(e, t, n) : t.apply(void 0, [e].slice(r)) } catch (e) { n.apply(void 0, [e]) } } function l() { V.removeEventListener("DOMContentLoaded", l), e.removeEventListener("load", l), oe.ready() } function f() { this.expando = oe.expando + f.uid++ } function p(e, t, n) { var r, i; if (void 0 === n && 1 === e.nodeType) if (r = "data-" + t.replace(Ae, "-$&").toLowerCase(), "string" == typeof(n = e.getAttribute(r))) { try { n = "true" === (i = n) || "false" !== i && ("null" === i ? null : i === +i + "" ? +i : Ne.test(i) ? JSON.parse(i) : i) } catch (e) {} Se.set(e, t, n) } else n = void 0; return n } function d(e, t, n, r) { var i, o = 1, s = 20, a = r ? function() { return r.cur() } : function() { return oe.css(e, t, "") }, u = a(), c = n && n[3] || (oe.cssNumber[t] ? "" : "px"), l = (oe.cssNumber[t] || "px" !== c && +u) && je.exec(oe.css(e, t)); if (l && l[3] !== c) { c = c || l[3], n = n || [], l = +u || 1; do { l /= o = o || ".5", oe.style(e, t, l + c) } while (o !== (o = a() / u) && 1 !== o && --s) } return n && (l = +l || +u || 0, i = n[1] ? l + (n[1] + 1) * n[2] : +n[2], r && (r.unit = c, r.start = l, r.end = i)), i } function h(e, t) { for (var n, r, i = [], o = 0, s = e.length; o < s; o++)(r = e[o]).style && (n = r.style.display, t ? ("none" === n && (i[o] = Ee.get(r, "display") || null, i[o] || (r.style.display = "")), "" === r.style.display && Le(r) && (i[o] = (a = r, u = void 0, c = void 0, void 0, f = void 0, c = a.ownerDocument, l = a.nodeName, f = Oe[l], f || (u = c.body.appendChild(c.createElement(l)), f = oe.css(u, "display"), u.parentNode.removeChild(u), "none" === f && (f = "block"), Oe[l] = f, f)))) : "none" !== n && (i[o] = "none", Ee.set(r, "display", n))); var a, u, c, l, f; for (o = 0; o < s; o++) null != i[o] && (e[o].style.display = i[o]); return e } function g(e, t) { var n; return n = void 0 !== e.getElementsByTagName ? e.getElementsByTagName(t || "*") : void 0 !== e.querySelectorAll ? e.querySelectorAll(t || "*") : [], void 0 === t || t && i(e, t) ? oe.merge([e], n) : n } function v(e, t) { for (var n = 0, r = e.length; n < r; n++) Ee.set(e[n], "globalEval", !t || Ee.get(t[n], "globalEval")) } function m(e, t, n, r, i) { for (var o, s, a, u, c, l, f = t.createDocumentFragment(), p = [], d = 0, h = e.length; d < h; d++) if ((o = e[d]) || 0 === o) if ("object" === oe.type(o)) oe.merge(p, o.nodeType ? [o] : o); else if (We.test(o)) { for (s = s || f.appendChild(t.createElement("div")), a = (Fe.exec(o) || ["", ""])[1].toLowerCase(), u = Ie[a] || Ie._default, s.innerHTML = u[1] + oe.htmlPrefilter(o) + u[2], l = u[0]; l--;) s = s.lastChild; oe.merge(p, s.childNodes), (s = f.firstChild).textContent = "" } else p.push(t.createTextNode(o)); for (f.textContent = "", d = 0; o = p[d++];) if (r && oe.inArray(o, r) > -1) i && i.push(o); else if (c = oe.contains(o.ownerDocument, o), s = g(f.appendChild(o), "script"), c && v(s), n) for (l = 0; o = s[l++];) Pe.test(o.type || "") && n.push(o); return f } function y() { return !0 } function x() { return !1 } function b() { try { return V.activeElement } catch (e) {} } function w(e, t, n, r, i, o) { var s, a; if ("object" == typeof t) { "string" != typeof n && (r = r || n, n = void 0); for (a in t) w(e, a, n, r, t[a], o); return e } if (null == r && null == i ? (i = n, r = n = void 0) : null == i && ("string" == typeof n ? (i = r, r = void 0) : (i = r, r = n, n = void 0)), !1 === i) i = x; else if (!i) return e; return 1 === o && (s = i, (i = function(e) { return oe().off(e), s.apply(this, arguments) }).guid = s.guid || (s.guid = oe.guid++)), e.each(function() { oe.event.add(this, t, i, r, n) }) } function T(e, t) { return i(e, "table") && i(11 !== t.nodeType ? t : t.firstChild, "tr") && oe(">tbody", e)[0] || e } function C(e) { return e.type = (null !== e.getAttribute("type")) + "/" + e.type, e } function k(e) { var t = Ge.exec(e.type); return t ? e.type = t[1] : e.removeAttribute("type"), e } function E(e, t) { var n, r, i, o, s, a, u, c; if (1 === t.nodeType) { if (Ee.hasData(e) && (o = Ee.access(e), s = Ee.set(t, o), c = o.events)) { delete s.handle, s.events = {}; for (i in c) for (n = 0, r = c[i].length; n < r; n++) oe.event.add(t, i, c[i][n]) } Se.hasData(e) && (a = Se.access(e), u = oe.extend({}, a), Se.set(t, u)) } } function S(e, t, r, i) { t = Q.apply([], t); var o, s, a, u, c, l, f = 0, p = e.length, d = p - 1, h = t[0], v = oe.isFunction(h); if (v || p > 1 && "string" == typeof h && !ie.checkClone && Ye.test(h)) return e.each(function(n) { var o = e.eq(n); v && (t[0] = h.call(this, n, o.html())), S(o, t, r, i) }); if (p && (s = (o = m(t, e[0].ownerDocument, !1, e, i)).firstChild, 1 === o.childNodes.length && (o = s), s || i)) { for (u = (a = oe.map(g(o, "script"), C)).length; f < p; f++) c = o, f !== d && (c = oe.clone(c, !0, !0), u && oe.merge(a, g(c, "script"))), r.call(e[f], c, f); if (u) for (l = a[a.length - 1].ownerDocument, oe.map(a, k), f = 0; f < u; f++) c = a[f], Pe.test(c.type || "") && !Ee.access(c, "globalEval") && oe.contains(l, c) && (c.src ? oe._evalUrl && oe._evalUrl(c.src) : n(c.textContent.replace(Qe, ""), l)) } return e } function N(e, t, n) { for (var r, i = t ? oe.filter(t, e) : e, o = 0; null != (r = i[o]); o++) n || 1 !== r.nodeType || oe.cleanData(g(r)), r.parentNode && (n && oe.contains(r.ownerDocument, r) && v(g(r, "script")), r.parentNode.removeChild(r)); return e } function A(e, t, n) { var r, i, o, s, a = e.style; return (n = n || Ze(e)) && ("" !== (s = n.getPropertyValue(t) || n[t]) || oe.contains(e.ownerDocument, e) || (s = oe.style(e, t)), !ie.pixelMarginRight() && Ke.test(s) && Je.test(t) && (r = a.width, i = a.minWidth, o = a.maxWidth, a.minWidth = a.maxWidth = a.width = s, s = n.width, a.width = r, a.minWidth = i, a.maxWidth = o)), void 0 !== s ? s + "" : s } function D(e, t) { return { get: function() { return e() ? void delete this.get : (this.get = t).apply(this, arguments) } } } function j(e) { var t = oe.cssProps[e]; return t || (t = oe.cssProps[e] = function(e) { if (e in ot) return e; for (var t = e[0].toUpperCase() + e.slice(1), n = it.length; n--;) if ((e = it[n] + t) in ot) return e }(e) || e), t } function q(e, t, n) { var r = je.exec(t); return r ? Math.max(0, r[2] - (n || 0)) + (r[3] || "px") : t } function L(e, t, n, r, i) { var o, s = 0; for (o = n === (r ? "border" : "content") ? 4 : "width" === t ? 1 : 0; o < 4; o += 2) "margin" === n && (s += oe.css(e, n + qe[o], !0, i)), r ? ("content" === n && (s -= oe.css(e, "padding" + qe[o], !0, i)), "margin" !== n && (s -= oe.css(e, "border" + qe[o] + "Width", !0, i))) : (s += oe.css(e, "padding" + qe[o], !0, i), "padding" !== n && (s += oe.css(e, "border" + qe[o] + "Width", !0, i))); return s } function H(e, t, n) { var r, i = Ze(e), o = A(e, t, i), s = "border-box" === oe.css(e, "boxSizing", !1, i); return Ke.test(o) ? o : (r = s && (ie.boxSizingReliable() || o === e.style[t]), "auto" === o && (o = e["offset" + t[0].toUpperCase() + t.slice(1)]), (o = parseFloat(o) || 0) + L(e, t, n || (s ? "border" : "content"), r, i) + "px") } function O(e, t, n, r, i) { return new O.prototype.init(e, t, n, r, i) } function $() { at && (!1 === V.hidden && e.requestAnimationFrame ? e.requestAnimationFrame($) : e.setTimeout($, oe.fx.interval), oe.fx.tick()) } function F() { return e.setTimeout(function() { st = void 0 }), st = oe.now() } function P(e, t) { var n, r = 0, i = { height: e }; for (t = t ? 1 : 0; r < 4; r += 2 - t) n = qe[r], i["margin" + n] = i["padding" + n] = e; return t && (i.opacity = i.width = e), i } function I(e, t, n) { for (var r, i = (R.tweeners[t] || []).concat(R.tweeners["*"]), o = 0, s = i.length; o < s; o++) if (r = i[o].call(n, t, e)) return r } function R(e, t, n) { var r, i, o = 0, s = R.prefilters.length, a = oe.Deferred().always(function() { delete u.elem }), u = function() { if (i) return !1; for (var t = st || F(), n = Math.max(0, c.startTime + c.duration - t), r = 1 - (n / c.duration || 0), o = 0, s = c.tweens.length; o < s; o++) c.tweens[o].run(r); return a.notifyWith(e, [c, r, n]), r < 1 && s ? n : (s || a.notifyWith(e, [c, 1, 0]), a.resolveWith(e, [c]), !1) }, c = a.promise({ elem: e, props: oe.extend({}, t), opts: oe.extend(!0, { specialEasing: {}, easing: oe.easing._default }, n), originalProperties: t, originalOptions: n, startTime: st || F(), duration: n.duration, tweens: [], createTween: function(t, n) { var r = oe.Tween(e, c.opts, t, n, c.opts.specialEasing[t] || c.opts.easing); return c.tweens.push(r), r }, stop: function(t) { var n = 0, r = t ? c.tweens.length : 0; if (i) return this; for (i = !0; n < r; n++) c.tweens[n].run(1); return t ? (a.notifyWith(e, [c, 1, 0]), a.resolveWith(e, [c, t])) : a.rejectWith(e, [c, t]), this } }), l = c.props; for (function(e, t) { var n, r, i, o, s; for (n in e) if (r = oe.camelCase(n), i = t[r], o = e[n], Array.isArray(o) && (i = o[1], o = e[n] = o[0]), n !== r && (e[r] = o, delete e[n]), (s = oe.cssHooks[r]) && "expand" in s) { o = s.expand(o), delete e[r]; for (n in o) n in e || (e[n] = o[n], t[n] = i) } else t[r] = i }(l, c.opts.specialEasing); o < s; o++) if (r = R.prefilters[o].call(c, e, l, c.opts)) return oe.isFunction(r.stop) && (oe._queueHooks(c.elem, c.opts.queue).stop = oe.proxy(r.stop, r)), r; return oe.map(l, I, c), oe.isFunction(c.opts.start) && c.opts.start.call(e, c), c.progress(c.opts.progress).done(c.opts.done, c.opts.complete).fail(c.opts.fail).always(c.opts.always), oe.fx.timer(oe.extend(u, { elem: e, anim: c, queue: c.opts.queue })), c } function M(e) { return (e.match(be) || []).join(" ") } function W(e) { return e.getAttribute && e.getAttribute("class") || "" } function _(e, t, n, r) { var i; if (Array.isArray(t)) oe.each(t, function(t, i) { n || wt.test(e) ? r(e, i) : _(e + "[" + ("object" == typeof i && null != i ? t : "") + "]", i, n, r) }); else if (n || "object" !== oe.type(t)) r(e, t); else for (i in t) _(e + "[" + i + "]", t[i], n, r) } function B(e) { return function(t, n) { "string" != typeof t && (n = t, t = "*"); var r, i = 0, o = t.toLowerCase().match(be) || []; if (oe.isFunction(n)) for (; r = o[i++];) "+" === r[0] ? (r = r.slice(1) || "*", (e[r] = e[r] || []).unshift(n)) : (e[r] = e[r] || []).push(n) } } function z(e, t, n, r) { function i(a) { var u; return o[a] = !0, oe.each(e[a] || [], function(e, a) { var c = a(t, n, r); return "string" != typeof c || s || o[c] ? s ? !(u = c) : void 0 : (t.dataTypes.unshift(c), i(c), !1) }), u } var o = {}, s = e === Lt; return i(t.dataTypes[0]) || !o["*"] && i("*") } function X(e, t) { var n, r, i = oe.ajaxSettings.flatOptions || {}; for (n in t) void 0 !== t[n] && ((i[n] ? e : r || (r = {}))[n] = t[n]); return r && oe.extend(!0, e, r), e } var U = [], V = e.document, Y = Object.getPrototypeOf, G = U.slice, Q = U.concat, J = U.push, K = U.indexOf, Z = {}, ee = Z.toString, te = Z.hasOwnProperty, ne = te.toString, re = ne.call(Object), ie = {}, oe = function(e, t) { return new oe.fn.init(e, t) }, se = /^[\s\uFEFF\xA0]+|[\s\uFEFF\xA0]+$/g, ae = /^-ms-/, ue = /-([a-z])/g, ce = function(e, t) { return t.toUpperCase() }; oe.fn = oe.prototype = { jquery: "3.2.1", constructor: oe, length: 0, toArray: function() { return G.call(this) }, get: function(e) { return null == e ? G.call(this) : e < 0 ? this[e + this.length] : this[e] }, pushStack: function(e) { var t = oe.merge(this.constructor(), e); return t.prevObject = this, t }, each: function(e) { return oe.each(this, e) }, map: function(e) { return this.pushStack(oe.map(this, function(t, n) { return e.call(t, n, t) })) }, slice: function() { return this.pushStack(G.apply(this, arguments)) }, first: function() { return this.eq(0) }, last: function() { return this.eq(-1) }, eq: function(e) { var t = this.length, n = +e + (e < 0 ? t : 0); return this.pushStack(n >= 0 && n < t ? [this[n]] : []) }, end: function() { return this.prevObject || this.constructor() }, push: J, sort: U.sort, splice: U.splice }, oe.extend = oe.fn.extend = function() { var e, t, n, r, i, o, s = arguments[0] || {}, a = 1, u = arguments.length, c = !1; for ("boolean" == typeof s && (c = s, s = arguments[a] || {}, a++), "object" == typeof s || oe.isFunction(s) || (s = {}), a === u && (s = this, a--); a < u; a++) if (null != (e = arguments[a])) for (t in e) n = s[t], r = e[t], s !== r && (c && r && (oe.isPlainObject(r) || (i = Array.isArray(r))) ? (i ? (i = !1, o = n && Array.isArray(n) ? n : []) : o = n && oe.isPlainObject(n) ? n : {}, s[t] = oe.extend(c, o, r)) : void 0 !== r && (s[t] = r)); return s }, oe.extend({ expando: "jQuery" + ("3.2.1" + Math.random()).replace(/\D/g, ""), isReady: !0, error: function(e) { throw new Error(e) }, noop: function() {}, isFunction: function(e) { return "function" === oe.type(e) }, isWindow: function(e) { return null != e && e === e.window }, isNumeric: function(e) { var t = oe.type(e); return ("number" === t || "string" === t) && !isNaN(e - parseFloat(e)) }, isPlainObject: function(e) { var t, n; return !(!e || "[object Object]" !== ee.call(e) || (t = Y(e)) && ("function" != typeof(n = te.call(t, "constructor") && t.constructor) || ne.call(n) !== re)) }, isEmptyObject: function(e) { var t; for (t in e) return !1; return !0 }, type: function(e) { return null == e ? e + "" : "object" == typeof e || "function" == typeof e ? Z[ee.call(e)] || "object" : typeof e }, globalEval: function(e) { n(e) }, camelCase: function(e) { return e.replace(ae, "ms-").replace(ue, ce) }, each: function(e, t) { var n, i = 0; if (r(e)) for (n = e.length; i < n && !1 !== t.call(e[i], i, e[i]); i++); else for (i in e) if (!1 === t.call(e[i], i, e[i])) break; return e }, trim: function(e) { return null == e ? "" : (e + "").replace(se, "") }, makeArray: function(e, t) { var n = t || []; return null != e && (r(Object(e)) ? oe.merge(n, "string" == typeof e ? [e] : e) : J.call(n, e)), n }, inArray: function(e, t, n) { return null == t ? -1 : K.call(t, e, n) }, merge: function(e, t) { for (var n = +t.length, r = 0, i = e.length; r < n; r++) e[i++] = t[r]; return e.length = i, e }, grep: function(e, t, n) { for (var r = [], i = 0, o = e.length, s = !n; i < o; i++) !t(e[i], i) !== s && r.push(e[i]); return r }, map: function(e, t, n) { var i, o, s = 0, a = []; if (r(e)) for (i = e.length; s < i; s++) null != (o = t(e[s], s, n)) && a.push(o); else for (s in e) null != (o = t(e[s], s, n)) && a.push(o); return Q.apply([], a) }, guid: 1, proxy: function(e, t) { var n, r, i; if ("string" == typeof t && (n = e[t], t = e, e = n), oe.isFunction(e)) return r = G.call(arguments, 2), i = function() { return e.apply(t || this, r.concat(G.call(arguments))) }, i.guid = e.guid = e.guid || oe.guid++, i }, now: Date.now, support: ie }), "function" == typeof Symbol && (oe.fn[Symbol.iterator] = U[Symbol.iterator]), oe.each("Boolean Number String Function Array Date RegExp Object Error Symbol".split(" "), function(e, t) { Z["[object " + t + "]"] = t.toLowerCase() }); var le = function(e) { function t(e, t, n, r) { var i, o, s, a, u, c, l, p = t && t.ownerDocument, h = t ? t.nodeType : 9; if (n = n || [], "string" != typeof e || !e || 1 !== h && 9 !== h && 11 !== h) return n; if (!r && ((t ? t.ownerDocument || t : R) !== q && j(t), t = t || q, H)) { if (11 !== h && (u = ge.exec(e))) if (i = u[1]) { if (9 === h) { if (!(s = t.getElementById(i))) return n; if (s.id === i) return n.push(s), n } else if (p && (s = p.getElementById(i)) && P(t, s) && s.id === i) return n.push(s), n } else { if (u[2]) return Q.apply(n, t.getElementsByTagName(e)), n; if ((i = u[3]) && b.getElementsByClassName && t.getElementsByClassName) return Q.apply(n, t.getElementsByClassName(i)), n } if (b.qsa && !z[e + " "] && (!O || !O.test(e))) { if (1 !== h) p = t, l = e; else if ("object" !== t.nodeName.toLowerCase()) { for ((a = t.getAttribute("id")) ? a = a.replace(xe, be) : t.setAttribute("id", a = I), o = (c = k(e)).length; o--;) c[o] = "#" + a + " " + d(c[o]); l = c.join(","), p = ve.test(e) && f(t.parentNode) || t } if (l) try { return Q.apply(n, p.querySelectorAll(l)), n } catch (e) {} finally { a === I && t.removeAttribute("id") } } } return S(e.replace(oe, "$1"), t, n, r) } function n() { var e = []; return function t(n, r) { return e.push(n + " ") > w.cacheLength && delete t[e.shift()], t[n + " "] = r } } function r(e) { return e[I] = !0, e } function i(e) { var t = q.createElement("fieldset"); try { return !!e(t) } catch (e) { return !1 } finally { t.parentNode && t.parentNode.removeChild(t), t = null } } function o(e, t) { for (var n = e.split("|"), r = n.length; r--;) w.attrHandle[n[r]] = t } function s(e, t) { var n = t && e, r = n && 1 === e.nodeType && 1 === t.nodeType && e.sourceIndex - t.sourceIndex; if (r) return r; if (n) for (; n = n.nextSibling;) if (n === t) return -1; return e ? 1 : -1 } function a(e) { return function(t) { return "input" === t.nodeName.toLowerCase() && t.type === e } } function u(e) { return function(t) { var n = t.nodeName.toLowerCase(); return ("input" === n || "button" === n) && t.type === e } } function c(e) { return function(t) { return "form" in t ? t.parentNode && !1 === t.disabled ? "label" in t ? "label" in t.parentNode ? t.parentNode.disabled === e : t.disabled === e : t.isDisabled === e || t.isDisabled !== !e && Te(t) === e : t.disabled === e : "label" in t && t.disabled === e } } function l(e) { return r(function(t) { return t = +t, r(function(n, r) { for (var i, o = e([], n.length, t), s = o.length; s--;) n[i = o[s]] && (n[i] = !(r[i] = n[i])) }) }) } function f(e) { return e && void 0 !== e.getElementsByTagName && e } function p() {} function d(e) { for (var t = 0, n = e.length, r = ""; t < n; t++) r += e[t].value; return r } function h(e, t, n) { var r = t.dir, i = t.next, o = i || r, s = n && "parentNode" === o, a = W++; return t.first ? function(t, n, i) { for (; t = t[r];) if (1 === t.nodeType || s) return e(t, n, i); return !1 } : function(t, n, u) { var c, l, f, p = [M, a]; if (u) { for (; t = t[r];) if ((1 === t.nodeType || s) && e(t, n, u)) return !0 } else for (; t = t[r];) if (1 === t.nodeType || s) if (f = t[I] || (t[I] = {}), l = f[t.uniqueID] || (f[t.uniqueID] = {}), i && i === t.nodeName.toLowerCase()) t = t[r] || t; else { if ((c = l[o]) && c[0] === M && c[1] === a) return p[2] = c[2]; if (l[o] = p, p[2] = e(t, n, u)) return !0 } return !1 } } function g(e) { return e.length > 1 ? function(t, n, r) { for (var i = e.length; i--;) if (!e[i](t, n, r)) return !1; return !0 } : e[0] } function v(e, t, n, r, i) { for (var o, s = [], a = 0, u = e.length, c = null != t; a < u; a++)(o = e[a]) && (n && !n(o, r, i) || (s.push(o), c && t.push(a))); return s } function m(e, n, i, o, s, a) { return o && !o[I] && (o = m(o)), s && !s[I] && (s = m(s, a)), r(function(r, a, u, c) { var l, f, p, d = [], h = [], g = a.length, m = r || function(e, n, r) { for (var i = 0, o = n.length; i < o; i++) t(e, n[i], r); return r }(n || "*", u.nodeType ? [u] : u, []), y = !e || !r && n ? m : v(m, d, e, u, c), x = i ? s || (r ? e : g || o) ? [] : a : y; if (i && i(y, x, u, c), o) for (l = v(x, h), o(l, [], u, c), f = l.length; f--;)(p = l[f]) && (x[h[f]] = !(y[h[f]] = p)); if (r) { if (s || e) { if (s) { for (l = [], f = x.length; f--;)(p = x[f]) && l.push(y[f] = p); s(null, x = [], l, c) } for (f = x.length; f--;)(p = x[f]) && (l = s ? K(r, p) : d[f]) > -1 && (r[l] = !(a[l] = p)) } } else x = v(x === a ? x.splice(g, x.length) : x), s ? s(null, a, x, c) : Q.apply(a, x) }) } function y(e) { for (var t, n, r, i = e.length, o = w.relative[e[0].type], s = o || w.relative[" "], a = o ? 1 : 0, u = h(function(e) { return e === t }, s, !0), c = h(function(e) { return K(t, e) > -1 }, s, !0), l = [function(e, n, r) { var i = !o && (r || n !== N) || ((t = n).nodeType ? u(e, n, r) : c(e, n, r)); return t = null, i }]; a < i; a++) if (n = w.relative[e[a].type]) l = [h(g(l), n)]; else { if ((n = w.filter[e[a].type].apply(null, e[a].matches))[I]) { for (r = ++a; r < i && !w.relative[e[r].type]; r++); return m(a > 1 && g(l), a > 1 && d(e.slice(0, a - 1).concat({ value: " " === e[a - 2].type ? "*" : "" })).replace(oe, "$1"), n, a < r && y(e.slice(a, r)), r < i && y(e = e.slice(r)), r < i && d(e)) } l.push(n) } return g(l) } var x, b, w, T, C, k, E, S, N, A, D, j, q, L, H, O, $, F, P, I = "sizzle" + 1 * new Date, R = e.document, M = 0, W = 0, _ = n(), B = n(), z = n(), X = function(e, t) { return e === t && (D = !0), 0 }, U = {}.hasOwnProperty, V = [], Y = V.pop, G = V.push, Q = V.push, J = V.slice, K = function(e, t) { for (var n = 0, r = e.length; n < r; n++) if (e[n] === t) return n; return -1 }, Z = "checked|selected|async|autofocus|autoplay|controls|defer|disabled|hidden|ismap|loop|multiple|open|readonly|required|scoped", ee = "[\\x20\\t\\r\\n\\f]", te = "(?:\\\\.|[\\w-]|[^\0-\\xa0])+", ne = "\\[" + ee + "*(" + te + ")(?:" + ee + "*([*^$|!~]?=)" + ee + "*(?:'((?:\\\\.|[^\\\\'])*)'|\"((?:\\\\.|[^\\\\\"])*)\"|(" + te + "))|)" + ee + "*\\]", re = ":(" + te + ")(?:\\((('((?:\\\\.|[^\\\\'])*)'|\"((?:\\\\.|[^\\\\\"])*)\")|((?:\\\\.|[^\\\\()[\\]]|" + ne + ")*)|.*)\\)|)", ie = new RegExp(ee + "+", "g"), oe = new RegExp("^" + ee + "+|((?:^|[^\\\\])(?:\\\\.)*)" + ee + "+$", "g"), se = new RegExp("^" + ee + "*," + ee + "*"), ae = new RegExp("^" + ee + "*([>+~]|" + ee + ")" + ee + "*"), ue = new RegExp("=" + ee + "*([^\\]'\"]*?)" + ee + "*\\]", "g"), ce = new RegExp(re), le = new RegExp("^" + te + "$"), fe = { ID: new RegExp("^#(" + te + ")"), CLASS: new RegExp("^\\.(" + te + ")"), TAG: new RegExp("^(" + te + "|[*])"), ATTR: new RegExp("^" + ne), PSEUDO: new RegExp("^" + re), CHILD: new RegExp("^:(only|first|last|nth|nth-last)-(child|of-type)(?:\\(" + ee + "*(even|odd|(([+-]|)(\\d*)n|)" + ee + "*(?:([+-]|)" + ee + "*(\\d+)|))" + ee + "*\\)|)", "i"), bool: new RegExp("^(?:" + Z + ")$", "i"), needsContext: new RegExp("^" + ee + "*[>+~]|:(even|odd|eq|gt|lt|nth|first|last)(?:\\(" + ee + "*((?:-\\d)?\\d*)" + ee + "*\\)|)(?=[^-]|$)", "i") }, pe = /^(?:input|select|textarea|button)$/i, de = /^h\d$/i, he = /^[^{]+\{\s*\[native \w/, ge = /^(?:#([\w-]+)|(\w+)|\.([\w-]+))$/, ve = /[+~]/, me = new RegExp("\\\\([\\da-f]{1,6}" + ee + "?|(" + ee + ")|.)", "ig"), ye = function(e, t, n) { var r = "0x" + t - 65536; return r != r || n ? t : r < 0 ? String.fromCharCode(r + 65536) : String.fromCharCode(r >> 10 | 55296, 1023 & r | 56320) }, xe = /([\0-\x1f\x7f]|^-?\d)|^-$|[^\0-\x1f\x7f-\uFFFF\w-]/g, be = function(e, t) { return t ? "\0" === e ? "�" : e.slice(0, -1) + "\\" + e.charCodeAt(e.length - 1).toString(16) + " " : "\\" + e }, we = function() { j() }, Te = h(function(e) { return !0 === e.disabled && ("form" in e || "label" in e) }, { dir: "parentNode", next: "legend" }); try { Q.apply(V = J.call(R.childNodes), R.childNodes), V[R.childNodes.length].nodeType } catch (e) { Q = { apply: V.length ? function(e, t) { G.apply(e, J.call(t)) } : function(e, t) { for (var n = e.length, r = 0; e[n++] = t[r++];); e.length = n - 1 } } } b = t.support = {}, C = t.isXML = function(e) { var t = e && (e.ownerDocument || e).documentElement; return !!t && "HTML" !== t.nodeName }, j = t.setDocument = function(e) { var t, n, r = e ? e.ownerDocument || e : R; return r !== q && 9 === r.nodeType && r.documentElement ? (L = (q = r).documentElement, H = !C(q), R !== q && (n = q.defaultView) && n.top !== n && (n.addEventListener ? n.addEventListener("unload", we, !1) : n.attachEvent && n.attachEvent("onunload", we)), b.attributes = i(function(e) { return e.className = "i", !e.getAttribute("className") }), b.getElementsByTagName = i(function(e) { return e.appendChild(q.createComment("")), !e.getElementsByTagName("*").length }), b.getElementsByClassName = he.test(q.getElementsByClassName), b.getById = i(function(e) { return L.appendChild(e).id = I, !q.getElementsByName || !q.getElementsByName(I).length }), b.getById ? (w.filter.ID = function(e) { var t = e.replace(me, ye); return function(e) { return e.getAttribute("id") === t } }, w.find.ID = function(e, t) { if (void 0 !== t.getElementById && H) { var n = t.getElementById(e); return n ? [n] : [] } }) : (w.filter.ID = function(e) { var t = e.replace(me, ye); return function(e) { var n = void 0 !== e.getAttributeNode && e.getAttributeNode("id"); return n && n.value === t } }, w.find.ID = function(e, t) { if (void 0 !== t.getElementById && H) { var n, r, i, o = t.getElementById(e); if (o) { if ((n = o.getAttributeNode("id")) && n.value === e) return [o]; for (i = t.getElementsByName(e), r = 0; o = i[r++];) if ((n = o.getAttributeNode("id")) && n.value === e) return [o] } return [] } }), w.find.TAG = b.getElementsByTagName ? function(e, t) { return void 0 !== t.getElementsByTagName ? t.getElementsByTagName(e) : b.qsa ? t.querySelectorAll(e) : void 0 } : function(e, t) { var n, r = [], i = 0, o = t.getElementsByTagName(e); if ("*" === e) { for (; n = o[i++];) 1 === n.nodeType && r.push(n); return r } return o }, w.find.CLASS = b.getElementsByClassName && function(e, t) { if (void 0 !== t.getElementsByClassName && H) return t.getElementsByClassName(e) }, $ = [], O = [], (b.qsa = he.test(q.querySelectorAll)) && (i(function(e) { L.appendChild(e).innerHTML = "", e.querySelectorAll("[msallowcapture^='']").length && O.push("[*^$]=" + ee + "*(?:''|\"\")"), e.querySelectorAll("[selected]").length || O.push("\\[" + ee + "*(?:value|" + Z + ")"), e.querySelectorAll("[id~=" + I + "-]").length || O.push("~="), e.querySelectorAll(":checked").length || O.push(":checked"), e.querySelectorAll("a#" + I + "+*").length || O.push(".#.+[+~]") }), i(function(e) { e.innerHTML = ""; var t = q.createElement("input"); t.setAttribute("type", "hidden"), e.appendChild(t).setAttribute("name", "D"), e.querySelectorAll("[name=d]").length && O.push("name" + ee + "*[*^$|!~]?="), 2 !== e.querySelectorAll(":enabled").length && O.push(":enabled", ":disabled"), L.appendChild(e).disabled = !0, 2 !== e.querySelectorAll(":disabled").length && O.push(":enabled", ":disabled"), e.querySelectorAll("*,:x"), O.push(",.*:") })), (b.matchesSelector = he.test(F = L.matches || L.webkitMatchesSelector || L.mozMatchesSelector || L.oMatchesSelector || L.msMatchesSelector)) && i(function(e) { b.disconnectedMatch = F.call(e, "*"), F.call(e, "[s!='']:x"), $.push("!=", re) }), O = O.length && new RegExp(O.join("|")), $ = $.length && new RegExp($.join("|")), t = he.test(L.compareDocumentPosition), P = t || he.test(L.contains) ? function(e, t) { var n = 9 === e.nodeType ? e.documentElement : e, r = t && t.parentNode; return e === r || !(!r || 1 !== r.nodeType || !(n.contains ? n.contains(r) : e.compareDocumentPosition && 16 & e.compareDocumentPosition(r))) } : function(e, t) { if (t) for (; t = t.parentNode;) if (t === e) return !0; return !1 }, X = t ? function(e, t) { if (e === t) return D = !0, 0; var n = !e.compareDocumentPosition - !t.compareDocumentPosition; return n || (1 & (n = (e.ownerDocument || e) === (t.ownerDocument || t) ? e.compareDocumentPosition(t) : 1) || !b.sortDetached && t.compareDocumentPosition(e) === n ? e === q || e.ownerDocument === R && P(R, e) ? -1 : t === q || t.ownerDocument === R && P(R, t) ? 1 : A ? K(A, e) - K(A, t) : 0 : 4 & n ? -1 : 1) } : function(e, t) { if (e === t) return D = !0, 0; var n, r = 0, i = e.parentNode, o = t.parentNode, a = [e], u = [t]; if (!i || !o) return e === q ? -1 : t === q ? 1 : i ? -1 : o ? 1 : A ? K(A, e) - K(A, t) : 0; if (i === o) return s(e, t); for (n = e; n = n.parentNode;) a.unshift(n); for (n = t; n = n.parentNode;) u.unshift(n); for (; a[r] === u[r];) r++; return r ? s(a[r], u[r]) : a[r] === R ? -1 : u[r] === R ? 1 : 0 }, q) : q }, t.matches = function(e, n) { return t(e, null, null, n) }, t.matchesSelector = function(e, n) { if ((e.ownerDocument || e) !== q && j(e), n = n.replace(ue, "='$1']"), b.matchesSelector && H && !z[n + " "] && (!$ || !$.test(n)) && (!O || !O.test(n))) try { var r = F.call(e, n); if (r || b.disconnectedMatch || e.document && 11 !== e.document.nodeType) return r } catch (e) {} return t(n, q, null, [e]).length > 0 }, t.contains = function(e, t) { return (e.ownerDocument || e) !== q && j(e), P(e, t) }, t.attr = function(e, t) { (e.ownerDocument || e) !== q && j(e); var n = w.attrHandle[t.toLowerCase()], r = n && U.call(w.attrHandle, t.toLowerCase()) ? n(e, t, !H) : void 0; return void 0 !== r ? r : b.attributes || !H ? e.getAttribute(t) : (r = e.getAttributeNode(t)) && r.specified ? r.value : null }, t.escape = function(e) { return (e + "").replace(xe, be) }, t.error = function(e) { throw new Error("Syntax error, unrecognized expression: " + e) }, t.uniqueSort = function(e) { var t, n = [], r = 0, i = 0; if (D = !b.detectDuplicates, A = !b.sortStable && e.slice(0), e.sort(X), D) { for (; t = e[i++];) t === e[i] && (r = n.push(i)); for (; r--;) e.splice(n[r], 1) } return A = null, e }, T = t.getText = function(e) { var t, n = "", r = 0, i = e.nodeType; if (i) { if (1 === i || 9 === i || 11 === i) { if ("string" == typeof e.textContent) return e.textContent; for (e = e.firstChild; e; e = e.nextSibling) n += T(e) } else if (3 === i || 4 === i) return e.nodeValue } else for (; t = e[r++];) n += T(t); return n }, (w = t.selectors = { cacheLength: 50, createPseudo: r, match: fe, attrHandle: {}, find: {}, relative: { ">": { dir: "parentNode", first: !0 }, " ": { dir: "parentNode" }, "+": { dir: "previousSibling", first: !0 }, "~": { dir: "previousSibling" } }, preFilter: { ATTR: function(e) { return e[1] = e[1].replace(me, ye), e[3] = (e[3] || e[4] || e[5] || "").replace(me, ye), "~=" === e[2] && (e[3] = " " + e[3] + " "), e.slice(0, 4) }, CHILD: function(e) { return e[1] = e[1].toLowerCase(), "nth" === e[1].slice(0, 3) ? (e[3] || t.error(e[0]), e[4] = +(e[4] ? e[5] + (e[6] || 1) : 2 * ("even" === e[3] || "odd" === e[3])), e[5] = +(e[7] + e[8] || "odd" === e[3])) : e[3] && t.error(e[0]), e }, PSEUDO: function(e) { var t, n = !e[6] && e[2]; return fe.CHILD.test(e[0]) ? null : (e[3] ? e[2] = e[4] || e[5] || "" : n && ce.test(n) && (t = k(n, !0)) && (t = n.indexOf(")", n.length - t) - n.length) && (e[0] = e[0].slice(0, t), e[2] = n.slice(0, t)), e.slice(0, 3)) } }, filter: { TAG: function(e) { var t = e.replace(me, ye).toLowerCase(); return "*" === e ? function() { return !0 } : function(e) { return e.nodeName && e.nodeName.toLowerCase() === t } }, CLASS: function(e) { var t = _[e + " "]; return t || (t = new RegExp("(^|" + ee + ")" + e + "(" + ee + "|$)")) && _(e, function(e) { return t.test("string" == typeof e.className && e.className || void 0 !== e.getAttribute && e.getAttribute("class") || "") }) }, ATTR: function(e, n, r) { return function(i) { var o = t.attr(i, e); return null == o ? "!=" === n : !n || (o += "", "=" === n ? o === r : "!=" === n ? o !== r : "^=" === n ? r && 0 === o.indexOf(r) : "*=" === n ? r && o.indexOf(r) > -1 : "$=" === n ? r && o.slice(-r.length) === r : "~=" === n ? (" " + o.replace(ie, " ") + " ").indexOf(r) > -1 : "|=" === n && (o === r || o.slice(0, r.length + 1) === r + "-")) } }, CHILD: function(e, t, n, r, i) { var o = "nth" !== e.slice(0, 3), s = "last" !== e.slice(-4), a = "of-type" === t; return 1 === r && 0 === i ? function(e) { return !!e.parentNode } : function(t, n, u) { var c, l, f, p, d, h, g = o !== s ? "nextSibling" : "previousSibling", v = t.parentNode, m = a && t.nodeName.toLowerCase(), y = !u && !a, x = !1; if (v) { if (o) { for (; g;) { for (p = t; p = p[g];) if (a ? p.nodeName.toLowerCase() === m : 1 === p.nodeType) return !1; h = g = "only" === e && !h && "nextSibling" } return !0 } if (h = [s ? v.firstChild : v.lastChild], s && y) { for (x = (d = (c = (l = (f = (p = v)[I] || (p[I] = {}))[p.uniqueID] || (f[p.uniqueID] = {}))[e] || [])[0] === M && c[1]) && c[2], p = d && v.childNodes[d]; p = ++d && p && p[g] || (x = d = 0) || h.pop();) if (1 === p.nodeType && ++x && p === t) { l[e] = [M, d, x]; break } } else if (y && (p = t, f = p[I] || (p[I] = {}), l = f[p.uniqueID] || (f[p.uniqueID] = {}), c = l[e] || [], d = c[0] === M && c[1], x = d), !1 === x) for (; (p = ++d && p && p[g] || (x = d = 0) || h.pop()) && ((a ? p.nodeName.toLowerCase() !== m : 1 !== p.nodeType) || !++x || (y && (f = p[I] || (p[I] = {}), l = f[p.uniqueID] || (f[p.uniqueID] = {}), l[e] = [M, x]), p !== t));); return (x -= i) === r || x % r == 0 && x / r >= 0 } } }, PSEUDO: function(e, n) { var i, o = w.pseudos[e] || w.setFilters[e.toLowerCase()] || t.error("unsupported pseudo: " + e); return o[I] ? o(n) : o.length > 1 ? (i = [e, e, "", n], w.setFilters.hasOwnProperty(e.toLowerCase()) ? r(function(e, t) { for (var r, i = o(e, n), s = i.length; s--;) r = K(e, i[s]), e[r] = !(t[r] = i[s]) }) : function(e) { return o(e, 0, i) }) : o } }, pseudos: { not: r(function(e) { var t = [], n = [], i = E(e.replace(oe, "$1")); return i[I] ? r(function(e, t, n, r) { for (var o, s = i(e, null, r, []), a = e.length; a--;)(o = s[a]) && (e[a] = !(t[a] = o)) }) : function(e, r, o) { return t[0] = e, i(t, null, o, n), t[0] = null, !n.pop() } }), has: r(function(e) { return function(n) { return t(e, n).length > 0 } }), contains: r(function(e) { return e = e.replace(me, ye), function(t) { return (t.textContent || t.innerText || T(t)).indexOf(e) > -1 } }), lang: r(function(e) { return le.test(e || "") || t.error("unsupported lang: " + e), e = e.replace(me, ye).toLowerCase(), function(t) { var n; do { if (n = H ? t.lang : t.getAttribute("xml:lang") || t.getAttribute("lang")) return (n = n.toLowerCase()) === e || 0 === n.indexOf(e + "-") } while ((t = t.parentNode) && 1 === t.nodeType); return !1 } }), target: function(t) { var n = e.location && e.location.hash; return n && n.slice(1) === t.id }, root: function(e) { return e === L }, focus: function(e) { return e === q.activeElement && (!q.hasFocus || q.hasFocus()) && !!(e.type || e.href || ~e.tabIndex) }, enabled: c(!1), disabled: c(!0), checked: function(e) { var t = e.nodeName.toLowerCase(); return "input" === t && !!e.checked || "option" === t && !!e.selected }, selected: function(e) { return e.parentNode && e.parentNode.selectedIndex, !0 === e.selected }, empty: function(e) { for (e = e.firstChild; e; e = e.nextSibling) if (e.nodeType < 6) return !1; return !0 }, parent: function(e) { return !w.pseudos.empty(e) }, header: function(e) { return de.test(e.nodeName) }, input: function(e) { return pe.test(e.nodeName) }, button: function(e) { var t = e.nodeName.toLowerCase(); return "input" === t && "button" === e.type || "button" === t }, text: function(e) { var t; return "input" === e.nodeName.toLowerCase() && "text" === e.type && (null == (t = e.getAttribute("type")) || "text" === t.toLowerCase()) }, first: l(function() { return [0] }), last: l(function(e, t) { return [t - 1] }), eq: l(function(e, t, n) { return [n < 0 ? n + t : n] }), even: l(function(e, t) { for (var n = 0; n < t; n += 2) e.push(n); return e }), odd: l(function(e, t) { for (var n = 1; n < t; n += 2) e.push(n); return e }), lt: l(function(e, t, n) { for (var r = n < 0 ? n + t : n; --r >= 0;) e.push(r); return e }), gt: l(function(e, t, n) { for (var r = n < 0 ? n + t : n; ++r < t;) e.push(r); return e }) } }).pseudos.nth = w.pseudos.eq; for (x in { radio: !0, checkbox: !0, file: !0, password: !0, image: !0 }) w.pseudos[x] = a(x); for (x in { submit: !0, reset: !0 }) w.pseudos[x] = u(x); return p.prototype = w.filters = w.pseudos, w.setFilters = new p, k = t.tokenize = function(e, n) { var r, i, o, s, a, u, c, l = B[e + " "]; if (l) return n ? 0 : l.slice(0); for (a = e, u = [], c = w.preFilter; a;) { r && !(i = se.exec(a)) || (i && (a = a.slice(i[0].length) || a), u.push(o = [])), r = !1, (i = ae.exec(a)) && (r = i.shift(), o.push({ value: r, type: i[0].replace(oe, " ") }), a = a.slice(r.length)); for (s in w.filter) !(i = fe[s].exec(a)) || c[s] && !(i = c[s](i)) || (r = i.shift(), o.push({ value: r, type: s, matches: i }), a = a.slice(r.length)); if (!r) break } return n ? a.length : a ? t.error(e) : B(e, u).slice(0) }, E = t.compile = function(e, n) { var i, o, s, a, u, c, l = [], f = [], p = z[e + " "]; if (!p) { for (n || (n = k(e)), i = n.length; i--;)(p = y(n[i]))[I] ? l.push(p) : f.push(p); (p = z(e, (o = f, s = l, a = s.length > 0, u = o.length > 0, c = function(e, n, r, i, c) { var l, f, p, d = 0, h = "0", g = e && [], m = [], y = N, x = e || u && w.find.TAG("*", c), b = M += null == y ? 1 : Math.random() || .1, T = x.length; for (c && (N = n === q || n || c); h !== T && null != (l = x[h]); h++) { if (u && l) { for (f = 0, n || l.ownerDocument === q || (j(l), r = !H); p = o[f++];) if (p(l, n || q, r)) { i.push(l); break } c && (M = b) } a && ((l = !p && l) && d--, e && g.push(l)) } if (d += h, a && h !== d) { for (f = 0; p = s[f++];) p(g, m, n, r); if (e) { if (d > 0) for (; h--;) g[h] || m[h] || (m[h] = Y.call(i)); m = v(m) } Q.apply(i, m), c && !e && m.length > 0 && d + s.length > 1 && t.uniqueSort(i) } return c && (M = b, N = y), g }, a ? r(c) : c))).selector = e } return p }, S = t.select = function(e, t, n, r) { var i, o, s, a, u, c = "function" == typeof e && e, l = !r && k(e = c.selector || e); if (n = n || [], 1 === l.length) { if ((o = l[0] = l[0].slice(0)).length > 2 && "ID" === (s = o[0]).type && 9 === t.nodeType && H && w.relative[o[1].type]) { if (!(t = (w.find.ID(s.matches[0].replace(me, ye), t) || [])[0])) return n; c && (t = t.parentNode), e = e.slice(o.shift().value.length) } for (i = fe.needsContext.test(e) ? 0 : o.length; i-- && (s = o[i], !w.relative[a = s.type]);) if ((u = w.find[a]) && (r = u(s.matches[0].replace(me, ye), ve.test(o[0].type) && f(t.parentNode) || t))) { if (o.splice(i, 1), !(e = r.length && d(o))) return Q.apply(n, r), n; break } } return (c || E(e, l))(r, t, !H, n, !t || ve.test(e) && f(t.parentNode) || t), n }, b.sortStable = I.split("").sort(X).join("") === I, b.detectDuplicates = !!D, j(), b.sortDetached = i(function(e) { return 1 & e.compareDocumentPosition(q.createElement("fieldset")) }), i(function(e) { return e.innerHTML = "", "#" === e.firstChild.getAttribute("href") }) || o("type|href|height|width", function(e, t, n) { if (!n) return e.getAttribute(t, "type" === t.toLowerCase() ? 1 : 2) }), b.attributes && i(function(e) { return e.innerHTML = "", e.firstChild.setAttribute("value", ""), "" === e.firstChild.getAttribute("value") }) || o("value", function(e, t, n) { if (!n && "input" === e.nodeName.toLowerCase()) return e.defaultValue }), i(function(e) { return null == e.getAttribute("disabled") }) || o(Z, function(e, t, n) { var r; if (!n) return !0 === e[t] ? t.toLowerCase() : (r = e.getAttributeNode(t)) && r.specified ? r.value : null }), t }(e); oe.find = le, oe.expr = le.selectors, oe.expr[":"] = oe.expr.pseudos, oe.uniqueSort = oe.unique = le.uniqueSort, oe.text = le.getText, oe.isXMLDoc = le.isXML, oe.contains = le.contains, oe.escapeSelector = le.escape; var fe = function(e, t, n) { for (var r = [], i = void 0 !== n; (e = e[t]) && 9 !== e.nodeType;) if (1 === e.nodeType) { if (i && oe(e).is(n)) break; r.push(e) } return r }, pe = function(e, t) { for (var n = []; e; e = e.nextSibling) 1 === e.nodeType && e !== t && n.push(e); return n }, de = oe.expr.match.needsContext, he = /^<([a-z][^\/\0>:\x20\t\r\n\f]*)[\x20\t\r\n\f]*\/?>(?:<\/\1>|)$/i, ge = /^.[^:#\[\.,]*$/; oe.filter = function(e, t, n) { var r = t[0]; return n && (e = ":not(" + e + ")"), 1 === t.length && 1 === r.nodeType ? oe.find.matchesSelector(r, e) ? [r] : [] : oe.find.matches(e, oe.grep(t, function(e) { return 1 === e.nodeType })) }, oe.fn.extend({ find: function(e) { var t, n, r = this.length, i = this; if ("string" != typeof e) return this.pushStack(oe(e).filter(function() { for (t = 0; t < r; t++) if (oe.contains(i[t], this)) return !0 })); for (n = this.pushStack([]), t = 0; t < r; t++) oe.find(e, i[t], n); return r > 1 ? oe.uniqueSort(n) : n }, filter: function(e) { return this.pushStack(o(this, e || [], !1)) }, not: function(e) { return this.pushStack(o(this, e || [], !0)) }, is: function(e) { return !!o(this, "string" == typeof e && de.test(e) ? oe(e) : e || [], !1).length } }); var ve, me = /^(?:\s*(<[\w\W]+>)[^>]*|#([\w-]+))$/; (oe.fn.init = function(e, t, n) { var r, i; if (!e) return this; if (n = n || ve, "string" == typeof e) { if (!(r = "<" === e[0] && ">" === e[e.length - 1] && e.length >= 3 ? [null, e, null] : me.exec(e)) || !r[1] && t) return !t || t.jquery ? (t || n).find(e) : this.constructor(t).find(e); if (r[1]) { if (t = t instanceof oe ? t[0] : t, oe.merge(this, oe.parseHTML(r[1], t && t.nodeType ? t.ownerDocument || t : V, !0)), he.test(r[1]) && oe.isPlainObject(t)) for (r in t) oe.isFunction(this[r]) ? this[r](t[r]) : this.attr(r, t[r]); return this } return (i = V.getElementById(r[2])) && (this[0] = i, this.length = 1), this } return e.nodeType ? (this[0] = e, this.length = 1, this) : oe.isFunction(e) ? void 0 !== n.ready ? n.ready(e) : e(oe) : oe.makeArray(e, this) }).prototype = oe.fn, ve = oe(V); var ye = /^(?:parents|prev(?:Until|All))/, xe = { children: !0, contents: !0, next: !0, prev: !0 }; oe.fn.extend({ has: function(e) { var t = oe(e, this), n = t.length; return this.filter(function() { for (var e = 0; e < n; e++) if (oe.contains(this, t[e])) return !0 }) }, closest: function(e, t) { var n, r = 0, i = this.length, o = [], s = "string" != typeof e && oe(e); if (!de.test(e)) for (; r < i; r++) for (n = this[r]; n && n !== t; n = n.parentNode) if (n.nodeType < 11 && (s ? s.index(n) > -1 : 1 === n.nodeType && oe.find.matchesSelector(n, e))) { o.push(n); break } return this.pushStack(o.length > 1 ? oe.uniqueSort(o) : o) }, index: function(e) { return e ? "string" == typeof e ? K.call(oe(e), this[0]) : K.call(this, e.jquery ? e[0] : e) : this[0] && this[0].parentNode ? this.first().prevAll().length : -1 }, add: function(e, t) { return this.pushStack(oe.uniqueSort(oe.merge(this.get(), oe(e, t)))) }, addBack: function(e) { return this.add(null == e ? this.prevObject : this.prevObject.filter(e)) } }), oe.each({ parent: function(e) { var t = e.parentNode; return t && 11 !== t.nodeType ? t : null }, parents: function(e) { return fe(e, "parentNode") }, parentsUntil: function(e, t, n) { return fe(e, "parentNode", n) }, next: function(e) { return s(e, "nextSibling") }, prev: function(e) { return s(e, "previousSibling") }, nextAll: function(e) { return fe(e, "nextSibling") }, prevAll: function(e) { return fe(e, "previousSibling") }, nextUntil: function(e, t, n) { return fe(e, "nextSibling", n) }, prevUntil: function(e, t, n) { return fe(e, "previousSibling", n) }, siblings: function(e) { return pe((e.parentNode || {}).firstChild, e) }, children: function(e) { return pe(e.firstChild) }, contents: function(e) { return i(e, "iframe") ? e.contentDocument : (i(e, "template") && (e = e.content || e), oe.merge([], e.childNodes)) } }, function(e, t) { oe.fn[e] = function(n, r) { var i = oe.map(this, t, n); return "Until" !== e.slice(-5) && (r = n), r && "string" == typeof r && (i = oe.filter(r, i)), this.length > 1 && (xe[e] || oe.uniqueSort(i), ye.test(e) && i.reverse()), this.pushStack(i) } }); var be = /[^\x20\t\r\n\f]+/g; oe.Callbacks = function(e) { var t, n; e = "string" == typeof e ? (t = e, n = {}, oe.each(t.match(be) || [], function(e, t) { n[t] = !0 }), n) : oe.extend({}, e); var r, i, o, s, a = [], u = [], c = -1, l = function() { for (s = s || e.once, o = r = !0; u.length; c = -1) for (i = u.shift(); ++c < a.length;) !1 === a[c].apply(i[0], i[1]) && e.stopOnFalse && (c = a.length, i = !1); e.memory || (i = !1), r = !1, s && (a = i ? [] : "") }, f = { add: function() { return a && (i && !r && (c = a.length - 1, u.push(i)), function t(n) { oe.each(n, function(n, r) { oe.isFunction(r) ? e.unique && f.has(r) || a.push(r) : r && r.length && "string" !== oe.type(r) && t(r) }) }(arguments), i && !r && l()), this }, remove: function() { return oe.each(arguments, function(e, t) { for (var n; (n = oe.inArray(t, a, n)) > -1;) a.splice(n, 1), n <= c && c-- }), this }, has: function(e) { return e ? oe.inArray(e, a) > -1 : a.length > 0 }, empty: function() { return a && (a = []), this }, disable: function() { return s = u = [], a = i = "", this }, disabled: function() { return !a }, lock: function() { return s = u = [], i || r || (a = i = ""), this }, locked: function() { return !!s }, fireWith: function(e, t) { return s || (t = [e, (t = t || []).slice ? t.slice() : t], u.push(t), r || l()), this }, fire: function() { return f.fireWith(this, arguments), this }, fired: function() { return !!o } }; return f }, oe.extend({ Deferred: function(t) { var n = [ ["notify", "progress", oe.Callbacks("memory"), oe.Callbacks("memory"), 2], ["resolve", "done", oe.Callbacks("once memory"), oe.Callbacks("once memory"), 0, "resolved"], ["reject", "fail", oe.Callbacks("once memory"), oe.Callbacks("once memory"), 1, "rejected"] ], r = "pending", i = { state: function() { return r }, always: function() { return o.done(arguments).fail(arguments), this }, catch: function(e) { return i.then(null, e) }, pipe: function() { var e = arguments; return oe.Deferred(function(t) { oe.each(n, function(n, r) { var i = oe.isFunction(e[r[4]]) && e[r[4]]; o[r[1]](function() { var e = i && i.apply(this, arguments); e && oe.isFunction(e.promise) ? e.promise().progress(t.notify).done(t.resolve).fail(t.reject) : t[r[0] + "With"](this, i ? [e] : arguments) }) }), e = null }).promise() }, then: function(t, r, i) { function o(t, n, r, i) { return function() { var c = this, l = arguments, f = function() { var e, f; if (!(t < s)) { if ((e = r.apply(c, l)) === n.promise()) throw new TypeError("Thenable self-resolution"); f = e && ("object" == typeof e || "function" == typeof e) && e.then, oe.isFunction(f) ? i ? f.call(e, o(s, n, a, i), o(s, n, u, i)) : (s++, f.call(e, o(s, n, a, i), o(s, n, u, i), o(s, n, a, n.notifyWith))) : (r !== a && (c = void 0, l = [e]), (i || n.resolveWith)(c, l)) } }, p = i ? f : function() { try { f() } catch (e) { oe.Deferred.exceptionHook && oe.Deferred.exceptionHook(e, p.stackTrace), t + 1 >= s && (r !== u && (c = void 0, l = [e]), n.rejectWith(c, l)) } }; t ? p() : (oe.Deferred.getStackHook && (p.stackTrace = oe.Deferred.getStackHook()), e.setTimeout(p)) } } var s = 0; return oe.Deferred(function(e) { n[0][3].add(o(0, e, oe.isFunction(i) ? i : a, e.notifyWith)), n[1][3].add(o(0, e, oe.isFunction(t) ? t : a)), n[2][3].add(o(0, e, oe.isFunction(r) ? r : u)) }).promise() }, promise: function(e) { return null != e ? oe.extend(e, i) : i } }, o = {}; return oe.each(n, function(e, t) { var s = t[2], a = t[5]; i[t[1]] = s.add, a && s.add(function() { r = a }, n[3 - e][2].disable, n[0][2].lock), s.add(t[3].fire), o[t[0]] = function() { return o[t[0] + "With"](this === o ? void 0 : this, arguments), this }, o[t[0] + "With"] = s.fireWith }), i.promise(o), t && t.call(o, o), o }, when: function(e) { var t = arguments.length, n = t, r = Array(n), i = G.call(arguments), o = oe.Deferred(), s = function(e) { return function(n) { r[e] = this, i[e] = arguments.length > 1 ? G.call(arguments) : n, --t || o.resolveWith(r, i) } }; if (t <= 1 && (c(e, o.done(s(n)).resolve, o.reject, !t), "pending" === o.state() || oe.isFunction(i[n] && i[n].then))) return o.then(); for (; n--;) c(i[n], s(n), o.reject); return o.promise() } }); var we = /^(Eval|Internal|Range|Reference|Syntax|Type|URI)Error$/; oe.Deferred.exceptionHook = function(t, n) { e.console && e.console.warn && t && we.test(t.name) && e.console.warn("jQuery.Deferred exception: " + t.message, t.stack, n) }, oe.readyException = function(t) { e.setTimeout(function() { throw t }) }; var Te = oe.Deferred(); oe.fn.ready = function(e) { return Te.then(e).catch(function(e) { oe.readyException(e) }), this }, oe.extend({ isReady: !1, readyWait: 1, ready: function(e) { (!0 === e ? --oe.readyWait : oe.isReady) || (oe.isReady = !0, !0 !== e && --oe.readyWait > 0 || Te.resolveWith(V, [oe])) } }), oe.ready.then = Te.then, "complete" === V.readyState || "loading" !== V.readyState && !V.documentElement.doScroll ? e.setTimeout(oe.ready) : (V.addEventListener("DOMContentLoaded", l), e.addEventListener("load", l)); var Ce = function(e, t, n, r, i, o, s) { var a = 0, u = e.length, c = null == n; if ("object" === oe.type(n)) { i = !0; for (a in n) Ce(e, t, a, n[a], !0, o, s) } else if (void 0 !== r && (i = !0, oe.isFunction(r) || (s = !0), c && (s ? (t.call(e, r), t = null) : (c = t, t = function(e, t, n) { return c.call(oe(e), n) })), t)) for (; a < u; a++) t(e[a], n, s ? r : r.call(e[a], a, t(e[a], n))); return i ? e : c ? t.call(e) : u ? t(e[0], n) : o }, ke = function(e) { return 1 === e.nodeType || 9 === e.nodeType || !+e.nodeType }; f.uid = 1, f.prototype = { cache: function(e) { var t = e[this.expando]; return t || (t = {}, ke(e) && (e.nodeType ? e[this.expando] = t : Object.defineProperty(e, this.expando, { value: t, configurable: !0 }))), t }, set: function(e, t, n) { var r, i = this.cache(e); if ("string" == typeof t) i[oe.camelCase(t)] = n; else for (r in t) i[oe.camelCase(r)] = t[r]; return i }, get: function(e, t) { return void 0 === t ? this.cache(e) : e[this.expando] && e[this.expando][oe.camelCase(t)] }, access: function(e, t, n) { return void 0 === t || t && "string" == typeof t && void 0 === n ? this.get(e, t) : (this.set(e, t, n), void 0 !== n ? n : t) }, remove: function(e, t) { var n, r = e[this.expando]; if (void 0 !== r) { if (void 0 !== t) { Array.isArray(t) ? t = t.map(oe.camelCase) : t = (t = oe.camelCase(t)) in r ? [t] : t.match(be) || [], n = t.length; for (; n--;) delete r[t[n]] }(void 0 === t || oe.isEmptyObject(r)) && (e.nodeType ? e[this.expando] = void 0 : delete e[this.expando]) } }, hasData: function(e) { var t = e[this.expando]; return void 0 !== t && !oe.isEmptyObject(t) } }; var Ee = new f, Se = new f, Ne = /^(?:\{[\w\W]*\}|\[[\w\W]*\])$/, Ae = /[A-Z]/g; oe.extend({ hasData: function(e) { return Se.hasData(e) || Ee.hasData(e) }, data: function(e, t, n) { return Se.access(e, t, n) }, removeData: function(e, t) { Se.remove(e, t) }, _data: function(e, t, n) { return Ee.access(e, t, n) }, _removeData: function(e, t) { Ee.remove(e, t) } }), oe.fn.extend({ data: function(e, t) { var n, r, i, o = this[0], s = o && o.attributes; if (void 0 === e) { if (this.length && (i = Se.get(o), 1 === o.nodeType && !Ee.get(o, "hasDataAttrs"))) { for (n = s.length; n--;) s[n] && 0 === (r = s[n].name).indexOf("data-") && (r = oe.camelCase(r.slice(5)), p(o, r, i[r])); Ee.set(o, "hasDataAttrs", !0) } return i } return "object" == typeof e ? this.each(function() { Se.set(this, e) }) : Ce(this, function(t) { var n; if (o && void 0 === t) { if (void 0 !== (n = Se.get(o, e))) return n; if (void 0 !== (n = p(o, e))) return n } else this.each(function() { Se.set(this, e, t) }) }, null, t, arguments.length > 1, null, !0) }, removeData: function(e) { return this.each(function() { Se.remove(this, e) }) } }), oe.extend({ queue: function(e, t, n) { var r; if (e) return t = (t || "fx") + "queue", r = Ee.get(e, t), n && (!r || Array.isArray(n) ? r = Ee.access(e, t, oe.makeArray(n)) : r.push(n)), r || [] }, dequeue: function(e, t) { t = t || "fx"; var n = oe.queue(e, t), r = n.length, i = n.shift(), o = oe._queueHooks(e, t); "inprogress" === i && (i = n.shift(), r--), i && ("fx" === t && n.unshift("inprogress"), delete o.stop, i.call(e, function() { oe.dequeue(e, t) }, o)), !r && o && o.empty.fire() }, _queueHooks: function(e, t) { var n = t + "queueHooks"; return Ee.get(e, n) || Ee.access(e, n, { empty: oe.Callbacks("once memory").add(function() { Ee.remove(e, [t + "queue", n]) }) }) } }), oe.fn.extend({ queue: function(e, t) { var n = 2; return "string" != typeof e && (t = e, e = "fx", n--), arguments.length < n ? oe.queue(this[0], e) : void 0 === t ? this : this.each(function() { var n = oe.queue(this, e, t); oe._queueHooks(this, e), "fx" === e && "inprogress" !== n[0] && oe.dequeue(this, e) }) }, dequeue: function(e) { return this.each(function() { oe.dequeue(this, e) }) }, clearQueue: function(e) { return this.queue(e || "fx", []) }, promise: function(e, t) { var n, r = 1, i = oe.Deferred(), o = this, s = this.length, a = function() { --r || i.resolveWith(o, [o]) }; for ("string" != typeof e && (t = e, e = void 0), e = e || "fx"; s--;)(n = Ee.get(o[s], e + "queueHooks")) && n.empty && (r++, n.empty.add(a)); return a(), i.promise(t) } }); var De = /[+-]?(?:\d*\.|)\d+(?:[eE][+-]?\d+|)/.source, je = new RegExp("^(?:([+-])=|)(" + De + ")([a-z%]*)$", "i"), qe = ["Top", "Right", "Bottom", "Left"], Le = function(e, t) { return "none" === (e = t || e).style.display || "" === e.style.display && oe.contains(e.ownerDocument, e) && "none" === oe.css(e, "display") }, He = function(e, t, n, r) { var i, o, s = {}; for (o in t) s[o] = e.style[o], e.style[o] = t[o]; i = n.apply(e, r || []); for (o in t) e.style[o] = s[o]; return i }, Oe = {}; oe.fn.extend({ show: function() { return h(this, !0) }, hide: function() { return h(this) }, toggle: function(e) { return "boolean" == typeof e ? e ? this.show() : this.hide() : this.each(function() { Le(this) ? oe(this).show() : oe(this).hide() }) } }); var $e = /^(?:checkbox|radio)$/i, Fe = /<([a-z][^\/\0>\x20\t\r\n\f]+)/i, Pe = /^$|\/(?:java|ecma)script/i, Ie = { option: [1, "", ""], thead: [1, "", ""], col: [2, "", ""], tr: [2, "", ""], td: [3, "", ""], _default: [0, "", ""] }; Ie.optgroup = Ie.option, Ie.tbody = Ie.tfoot = Ie.colgroup = Ie.caption = Ie.thead, Ie.th = Ie.td; var Re, Me, We = /<|&#?\w+;/; Re = V.createDocumentFragment().appendChild(V.createElement("div")), (Me = V.createElement("input")).setAttribute("type", "radio"), Me.setAttribute("checked", "checked"), Me.setAttribute("name", "t"), Re.appendChild(Me), ie.checkClone = Re.cloneNode(!0).cloneNode(!0).lastChild.checked, Re.innerHTML = "x", ie.noCloneChecked = !!Re.cloneNode(!0).lastChild.defaultValue; var _e = V.documentElement, Be = /^key/, ze = /^(?:mouse|pointer|contextmenu|drag|drop)|click/, Xe = /^([^.]*)(?:\.(.+)|)/; oe.event = { global: {}, add: function(e, t, n, r, i) { var o, s, a, u, c, l, f, p, d, h, g, v = Ee.get(e); if (v) for (n.handler && (o = n, n = o.handler, i = o.selector), i && oe.find.matchesSelector(_e, i), n.guid || (n.guid = oe.guid++), (u = v.events) || (u = v.events = {}), (s = v.handle) || (s = v.handle = function(t) { return void 0 !== oe && oe.event.triggered !== t.type ? oe.event.dispatch.apply(e, arguments) : void 0 }), c = (t = (t || "").match(be) || [""]).length; c--;) a = Xe.exec(t[c]) || [], d = g = a[1], h = (a[2] || "").split(".").sort(), d && (f = oe.event.special[d] || {}, d = (i ? f.delegateType : f.bindType) || d, f = oe.event.special[d] || {}, l = oe.extend({ type: d, origType: g, data: r, handler: n, guid: n.guid, selector: i, needsContext: i && oe.expr.match.needsContext.test(i), namespace: h.join(".") }, o), (p = u[d]) || (p = u[d] = [], p.delegateCount = 0, f.setup && !1 !== f.setup.call(e, r, h, s) || e.addEventListener && e.addEventListener(d, s)), f.add && (f.add.call(e, l), l.handler.guid || (l.handler.guid = n.guid)), i ? p.splice(p.delegateCount++, 0, l) : p.push(l), oe.event.global[d] = !0) }, remove: function(e, t, n, r, i) { var o, s, a, u, c, l, f, p, d, h, g, v = Ee.hasData(e) && Ee.get(e); if (v && (u = v.events)) { for (c = (t = (t || "").match(be) || [""]).length; c--;) if (a = Xe.exec(t[c]) || [], d = g = a[1], h = (a[2] || "").split(".").sort(), d) { for (f = oe.event.special[d] || {}, p = u[d = (r ? f.delegateType : f.bindType) || d] || [], a = a[2] && new RegExp("(^|\\.)" + h.join("\\.(?:.*\\.|)") + "(\\.|$)"), s = o = p.length; o--;) l = p[o], !i && g !== l.origType || n && n.guid !== l.guid || a && !a.test(l.namespace) || r && r !== l.selector && ("**" !== r || !l.selector) || (p.splice(o, 1), l.selector && p.delegateCount--, f.remove && f.remove.call(e, l)); s && !p.length && (f.teardown && !1 !== f.teardown.call(e, h, v.handle) || oe.removeEvent(e, d, v.handle), delete u[d]) } else for (d in u) oe.event.remove(e, d + t[c], n, r, !0); oe.isEmptyObject(u) && Ee.remove(e, "handle events") } }, dispatch: function(e) { var t, n, r, i, o, s, a = oe.event.fix(e), u = new Array(arguments.length), c = (Ee.get(this, "events") || {})[a.type] || [], l = oe.event.special[a.type] || {}; for (u[0] = a, t = 1; t < arguments.length; t++) u[t] = arguments[t]; if (a.delegateTarget = this, !l.preDispatch || !1 !== l.preDispatch.call(this, a)) { for (s = oe.event.handlers.call(this, a, c), t = 0; (i = s[t++]) && !a.isPropagationStopped();) for (a.currentTarget = i.elem, n = 0; (o = i.handlers[n++]) && !a.isImmediatePropagationStopped();) a.rnamespace && !a.rnamespace.test(o.namespace) || (a.handleObj = o, a.data = o.data, void 0 !== (r = ((oe.event.special[o.origType] || {}).handle || o.handler).apply(i.elem, u)) && !1 === (a.result = r) && (a.preventDefault(), a.stopPropagation())); return l.postDispatch && l.postDispatch.call(this, a), a.result } }, handlers: function(e, t) { var n, r, i, o, s, a = [], u = t.delegateCount, c = e.target; if (u && c.nodeType && !("click" === e.type && e.button >= 1)) for (; c !== this; c = c.parentNode || this) if (1 === c.nodeType && ("click" !== e.type || !0 !== c.disabled)) { for (o = [], s = {}, n = 0; n < u; n++) r = t[n], i = r.selector + " ", void 0 === s[i] && (s[i] = r.needsContext ? oe(i, this).index(c) > -1 : oe.find(i, this, null, [c]).length), s[i] && o.push(r); o.length && a.push({ elem: c, handlers: o }) } return c = this, u < t.length && a.push({ elem: c, handlers: t.slice(u) }), a }, addProp: function(e, t) { Object.defineProperty(oe.Event.prototype, e, { enumerable: !0, configurable: !0, get: oe.isFunction(t) ? function() { if (this.originalEvent) return t(this.originalEvent) } : function() { if (this.originalEvent) return this.originalEvent[e] }, set: function(t) { Object.defineProperty(this, e, { enumerable: !0, configurable: !0, writable: !0, value: t }) } }) }, fix: function(e) { return e[oe.expando] ? e : new oe.Event(e) }, special: { load: { noBubble: !0 }, focus: { trigger: function() { if (this !== b() && this.focus) return this.focus(), !1 }, delegateType: "focusin" }, blur: { trigger: function() { if (this === b() && this.blur) return this.blur(), !1 }, delegateType: "focusout" }, click: { trigger: function() { if ("checkbox" === this.type && this.click && i(this, "input")) return this.click(), !1 }, _default: function(e) { return i(e.target, "a") } }, beforeunload: { postDispatch: function(e) { void 0 !== e.result && e.originalEvent && (e.originalEvent.returnValue = e.result) } } } }, oe.removeEvent = function(e, t, n) { e.removeEventListener && e.removeEventListener(t, n) }, oe.Event = function(e, t) { return this instanceof oe.Event ? (e && e.type ? (this.originalEvent = e, this.type = e.type, this.isDefaultPrevented = e.defaultPrevented || void 0 === e.defaultPrevented && !1 === e.returnValue ? y : x, this.target = e.target && 3 === e.target.nodeType ? e.target.parentNode : e.target, this.currentTarget = e.currentTarget, this.relatedTarget = e.relatedTarget) : this.type = e, t && oe.extend(this, t), this.timeStamp = e && e.timeStamp || oe.now(), void(this[oe.expando] = !0)) : new oe.Event(e, t) }, oe.Event.prototype = { constructor: oe.Event, isDefaultPrevented: x, isPropagationStopped: x, isImmediatePropagationStopped: x, isSimulated: !1, preventDefault: function() { var e = this.originalEvent; this.isDefaultPrevented = y, e && !this.isSimulated && e.preventDefault() }, stopPropagation: function() { var e = this.originalEvent; this.isPropagationStopped = y, e && !this.isSimulated && e.stopPropagation() }, stopImmediatePropagation: function() { var e = this.originalEvent; this.isImmediatePropagationStopped = y, e && !this.isSimulated && e.stopImmediatePropagation(), this.stopPropagation() } }, oe.each({ altKey: !0, bubbles: !0, cancelable: !0, changedTouches: !0, ctrlKey: !0, detail: !0, eventPhase: !0, metaKey: !0, pageX: !0, pageY: !0, shiftKey: !0, view: !0, char: !0, charCode: !0, key: !0, keyCode: !0, button: !0, buttons: !0, clientX: !0, clientY: !0, offsetX: !0, offsetY: !0, pointerId: !0, pointerType: !0, screenX: !0, screenY: !0, targetTouches: !0, toElement: !0, touches: !0, which: function(e) { var t = e.button; return null == e.which && Be.test(e.type) ? null != e.charCode ? e.charCode : e.keyCode : !e.which && void 0 !== t && ze.test(e.type) ? 1 & t ? 1 : 2 & t ? 3 : 4 & t ? 2 : 0 : e.which } }, oe.event.addProp), oe.each({ mouseenter: "mouseover", mouseleave: "mouseout", pointerenter: "pointerover", pointerleave: "pointerout" }, function(e, t) { oe.event.special[e] = { delegateType: t, bindType: t, handle: function(e) { var n, r = e.relatedTarget, i = e.handleObj; return r && (r === this || oe.contains(this, r)) || (e.type = i.origType, n = i.handler.apply(this, arguments), e.type = t), n } } }), oe.fn.extend({ on: function(e, t, n, r) { return w(this, e, t, n, r) }, one: function(e, t, n, r) { return w(this, e, t, n, r, 1) }, off: function(e, t, n) { var r, i; if (e && e.preventDefault && e.handleObj) return r = e.handleObj, oe(e.delegateTarget).off(r.namespace ? r.origType + "." + r.namespace : r.origType, r.selector, r.handler), this; if ("object" == typeof e) { for (i in e) this.off(i, t, e[i]); return this } return !1 !== t && "function" != typeof t || (n = t, t = void 0), !1 === n && (n = x), this.each(function() { oe.event.remove(this, e, n, t) }) } }); var Ue = /<(?!area|br|col|embed|hr|img|input|link|meta|param)(([a-z][^\/\0>\x20\t\r\n\f]*)[^>]*)\/>/gi, Ve = /\s*$/g; oe.extend({ htmlPrefilter: function(e) { return e.replace(Ue, "<$1>") }, clone: function(e, t, n) { var r, i, o, s, a, u, c, l = e.cloneNode(!0), f = oe.contains(e.ownerDocument, e); if (!(ie.noCloneChecked || 1 !== e.nodeType && 11 !== e.nodeType || oe.isXMLDoc(e))) for (s = g(l), o = g(e), r = 0, i = o.length; r < i; r++) a = o[r], u = s[r], void 0, c = u.nodeName.toLowerCase(), "input" === c && $e.test(a.type) ? u.checked = a.checked : "input" !== c && "textarea" !== c || (u.defaultValue = a.defaultValue); if (t) if (n) for (o = o || g(e), s = s || g(l), r = 0, i = o.length; r < i; r++) E(o[r], s[r]); else E(e, l); return (s = g(l, "script")).length > 0 && v(s, !f && g(e, "script")), l }, cleanData: function(e) { for (var t, n, r, i = oe.event.special, o = 0; void 0 !== (n = e[o]); o++) if (ke(n)) { if (t = n[Ee.expando]) { if (t.events) for (r in t.events) i[r] ? oe.event.remove(n, r) : oe.removeEvent(n, r, t.handle); n[Ee.expando] = void 0 } n[Se.expando] && (n[Se.expando] = void 0) } } }), oe.fn.extend({ detach: function(e) { return N(this, e, !0) }, remove: function(e) { return N(this, e) }, text: function(e) { return Ce(this, function(e) { return void 0 === e ? oe.text(this) : this.empty().each(function() { 1 !== this.nodeType && 11 !== this.nodeType && 9 !== this.nodeType || (this.textContent = e) }) }, null, e, arguments.length) }, append: function() { return S(this, arguments, function(e) { 1 !== this.nodeType && 11 !== this.nodeType && 9 !== this.nodeType || T(this, e).appendChild(e) }) }, prepend: function() { return S(this, arguments, function(e) { if (1 === this.nodeType || 11 === this.nodeType || 9 === this.nodeType) { var t = T(this, e); t.insertBefore(e, t.firstChild) } }) }, before: function() { return S(this, arguments, function(e) { this.parentNode && this.parentNode.insertBefore(e, this) }) }, after: function() { return S(this, arguments, function(e) { this.parentNode && this.parentNode.insertBefore(e, this.nextSibling) }) }, empty: function() { for (var e, t = 0; null != (e = this[t]); t++) 1 === e.nodeType && (oe.cleanData(g(e, !1)), e.textContent = ""); return this }, clone: function(e, t) { return e = null != e && e, t = null == t ? e : t, this.map(function() { return oe.clone(this, e, t) }) }, html: function(e) { return Ce(this, function(e) { var t = this[0] || {}, n = 0, r = this.length; if (void 0 === e && 1 === t.nodeType) return t.innerHTML; if ("string" == typeof e && !Ve.test(e) && !Ie[(Fe.exec(e) || ["", ""])[1].toLowerCase()]) { e = oe.htmlPrefilter(e); try { for (; n < r; n++) 1 === (t = this[n] || {}).nodeType && (oe.cleanData(g(t, !1)), t.innerHTML = e); t = 0 } catch (e) {} } t && this.empty().append(e) }, null, e, arguments.length) }, replaceWith: function() { var e = []; return S(this, arguments, function(t) { var n = this.parentNode; oe.inArray(this, e) < 0 && (oe.cleanData(g(this)), n && n.replaceChild(t, this)) }, e) } }), oe.each({ appendTo: "append", prependTo: "prepend", insertBefore: "before", insertAfter: "after", replaceAll: "replaceWith" }, function(e, t) { oe.fn[e] = function(e) { for (var n, r = [], i = oe(e), o = i.length - 1, s = 0; s <= o; s++) n = s === o ? this : this.clone(!0), oe(i[s])[t](n), J.apply(r, n.get()); return this.pushStack(r) } }); var Je = /^margin/, Ke = new RegExp("^(" + De + ")(?!px)[a-z%]+$", "i"), Ze = function(t) { var n = t.ownerDocument.defaultView; return n && n.opener || (n = e), n.getComputedStyle(t) }; ! function() { function t() { if (a) { a.style.cssText = "box-sizing:border-box;position:relative;display:block;margin:auto;border:1px;padding:1px;top:1%;width:50%", a.innerHTML = "", _e.appendChild(s); var t = e.getComputedStyle(a); n = "1%" !== t.top, o = "2px" === t.marginLeft, r = "4px" === t.width, a.style.marginRight = "50%", i = "4px" === t.marginRight, _e.removeChild(s), a = null } } var n, r, i, o, s = V.createElement("div"), a = V.createElement("div"); a.style && (a.style.backgroundClip = "content-box", a.cloneNode(!0).style.backgroundClip = "", ie.clearCloneStyle = "content-box" === a.style.backgroundClip, s.style.cssText = "border:0;width:8px;height:0;top:0;left:-9999px;padding:0;margin-top:1px;position:absolute", s.appendChild(a), oe.extend(ie, { pixelPosition: function() { return t(), n }, boxSizingReliable: function() { return t(), r }, pixelMarginRight: function() { return t(), i }, reliableMarginLeft: function() { return t(), o } })) }(); var et = /^(none|table(?!-c[ea]).+)/, tt = /^--/, nt = { position: "absolute", visibility: "hidden", display: "block" }, rt = { letterSpacing: "0", fontWeight: "400" }, it = ["Webkit", "Moz", "ms"], ot = V.createElement("div").style; oe.extend({ cssHooks: { opacity: { get: function(e, t) { if (t) { var n = A(e, "opacity"); return "" === n ? "1" : n } } } }, cssNumber: { animationIterationCount: !0, columnCount: !0, fillOpacity: !0, flexGrow: !0, flexShrink: !0, fontWeight: !0, lineHeight: !0, opacity: !0, order: !0, orphans: !0, widows: !0, zIndex: !0, zoom: !0 }, cssProps: { float: "cssFloat" }, style: function(e, t, n, r) { if (e && 3 !== e.nodeType && 8 !== e.nodeType && e.style) { var i, o, s, a = oe.camelCase(t), u = tt.test(t), c = e.style; return u || (t = j(a)), s = oe.cssHooks[t] || oe.cssHooks[a], void 0 === n ? s && "get" in s && void 0 !== (i = s.get(e, !1, r)) ? i : c[t] : ("string" == (o = typeof n) && (i = je.exec(n)) && i[1] && (n = d(e, t, i), o = "number"), void(null != n && n == n && ("number" === o && (n += i && i[3] || (oe.cssNumber[a] ? "" : "px")), ie.clearCloneStyle || "" !== n || 0 !== t.indexOf("background") || (c[t] = "inherit"), s && "set" in s && void 0 === (n = s.set(e, n, r)) || (u ? c.setProperty(t, n) : c[t] = n)))) } }, css: function(e, t, n, r) { var i, o, s, a = oe.camelCase(t); return tt.test(t) || (t = j(a)), (s = oe.cssHooks[t] || oe.cssHooks[a]) && "get" in s && (i = s.get(e, !0, n)), void 0 === i && (i = A(e, t, r)), "normal" === i && t in rt && (i = rt[t]), "" === n || n ? (o = parseFloat(i), !0 === n || isFinite(o) ? o || 0 : i) : i } }), oe.each(["height", "width"], function(e, t) { oe.cssHooks[t] = { get: function(e, n, r) { if (n) return !et.test(oe.css(e, "display")) || e.getClientRects().length && e.getBoundingClientRect().width ? H(e, t, r) : He(e, nt, function() { return H(e, t, r) }) }, set: function(e, n, r) { var i, o = r && Ze(e), s = r && L(e, t, r, "border-box" === oe.css(e, "boxSizing", !1, o), o); return s && (i = je.exec(n)) && "px" !== (i[3] || "px") && (e.style[t] = n, n = oe.css(e, t)), q(0, n, s) } } }), oe.cssHooks.marginLeft = D(ie.reliableMarginLeft, function(e, t) { if (t) return (parseFloat(A(e, "marginLeft")) || e.getBoundingClientRect().left - He(e, { marginLeft: 0 }, function() { return e.getBoundingClientRect().left })) + "px" }), oe.each({ margin: "", padding: "", border: "Width" }, function(e, t) { oe.cssHooks[e + t] = { expand: function(n) { for (var r = 0, i = {}, o = "string" == typeof n ? n.split(" ") : [n]; r < 4; r++) i[e + qe[r] + t] = o[r] || o[r - 2] || o[0]; return i } }, Je.test(e) || (oe.cssHooks[e + t].set = q) }), oe.fn.extend({ css: function(e, t) { return Ce(this, function(e, t, n) { var r, i, o = {}, s = 0; if (Array.isArray(t)) { for (r = Ze(e), i = t.length; s < i; s++) o[t[s]] = oe.css(e, t[s], !1, r); return o } return void 0 !== n ? oe.style(e, t, n) : oe.css(e, t) }, e, t, arguments.length > 1) } }), oe.Tween = O, (O.prototype = { constructor: O, init: function(e, t, n, r, i, o) { this.elem = e, this.prop = n, this.easing = i || oe.easing._default, this.options = t, this.start = this.now = this.cur(), this.end = r, this.unit = o || (oe.cssNumber[n] ? "" : "px") }, cur: function() { var e = O.propHooks[this.prop]; return e && e.get ? e.get(this) : O.propHooks._default.get(this) }, run: function(e) { var t, n = O.propHooks[this.prop]; return this.options.duration ? this.pos = t = oe.easing[this.easing](e, this.options.duration * e, 0, 1, this.options.duration) : this.pos = t = e, this.now = (this.end - this.start) * t + this.start, this.options.step && this.options.step.call(this.elem, this.now, this), n && n.set ? n.set(this) : O.propHooks._default.set(this), this } }).init.prototype = O.prototype, (O.propHooks = { _default: { get: function(e) { var t; return 1 !== e.elem.nodeType || null != e.elem[e.prop] && null == e.elem.style[e.prop] ? e.elem[e.prop] : (t = oe.css(e.elem, e.prop, "")) && "auto" !== t ? t : 0 }, set: function(e) { oe.fx.step[e.prop] ? oe.fx.step[e.prop](e) : 1 !== e.elem.nodeType || null == e.elem.style[oe.cssProps[e.prop]] && !oe.cssHooks[e.prop] ? e.elem[e.prop] = e.now : oe.style(e.elem, e.prop, e.now + e.unit) } } }).scrollTop = O.propHooks.scrollLeft = { set: function(e) { e.elem.nodeType && e.elem.parentNode && (e.elem[e.prop] = e.now) } }, oe.easing = { linear: function(e) { return e }, swing: function(e) { return .5 - Math.cos(e * Math.PI) / 2 }, _default: "swing" }, oe.fx = O.prototype.init, oe.fx.step = {}; var st, at, ut, ct, lt = /^(?:toggle|show|hide)$/, ft = /queueHooks$/; oe.Animation = oe.extend(R, { tweeners: { "*": [function(e, t) { var n = this.createTween(e, t); return d(n.elem, e, je.exec(t), n), n }] }, tweener: function(e, t) { oe.isFunction(e) ? (t = e, e = ["*"]) : e = e.match(be); for (var n, r = 0, i = e.length; r < i; r++) n = e[r], R.tweeners[n] = R.tweeners[n] || [], R.tweeners[n].unshift(t) }, prefilters: [function(e, t, n) { var r, i, o, s, a, u, c, l, f = "width" in t || "height" in t, p = this, d = {}, g = e.style, v = e.nodeType && Le(e), m = Ee.get(e, "fxshow"); n.queue || (null == (s = oe._queueHooks(e, "fx")).unqueued && (s.unqueued = 0, a = s.empty.fire, s.empty.fire = function() { s.unqueued || a() }), s.unqueued++, p.always(function() { p.always(function() { s.unqueued--, oe.queue(e, "fx").length || s.empty.fire() }) })); for (r in t) if (i = t[r], lt.test(i)) { if (delete t[r], o = o || "toggle" === i, i === (v ? "hide" : "show")) { if ("show" !== i || !m || void 0 === m[r]) continue; v = !0 } d[r] = m && m[r] || oe.style(e, r) } if ((u = !oe.isEmptyObject(t)) || !oe.isEmptyObject(d)) { f && 1 === e.nodeType && (n.overflow = [g.overflow, g.overflowX, g.overflowY], null == (c = m && m.display) && (c = Ee.get(e, "display")), "none" === (l = oe.css(e, "display")) && (c ? l = c : (h([e], !0), c = e.style.display || c, l = oe.css(e, "display"), h([e]))), ("inline" === l || "inline-block" === l && null != c) && "none" === oe.css(e, "float") && (u || (p.done(function() { g.display = c }), null == c && (l = g.display, c = "none" === l ? "" : l)), g.display = "inline-block")), n.overflow && (g.overflow = "hidden", p.always(function() { g.overflow = n.overflow[0], g.overflowX = n.overflow[1], g.overflowY = n.overflow[2] })), u = !1; for (r in d) u || (m ? "hidden" in m && (v = m.hidden) : m = Ee.access(e, "fxshow", { display: c }), o && (m.hidden = !v), v && h([e], !0), p.done(function() { v || h([e]), Ee.remove(e, "fxshow"); for (r in d) oe.style(e, r, d[r]) })), u = I(v ? m[r] : 0, r, p), r in m || (m[r] = u.start, v && (u.end = u.start, u.start = 0)) } }], prefilter: function(e, t) { t ? R.prefilters.unshift(e) : R.prefilters.push(e) } }), oe.speed = function(e, t, n) { var r = e && "object" == typeof e ? oe.extend({}, e) : { complete: n || !n && t || oe.isFunction(e) && e, duration: e, easing: n && t || t && !oe.isFunction(t) && t }; return oe.fx.off ? r.duration = 0 : "number" != typeof r.duration && (r.duration in oe.fx.speeds ? r.duration = oe.fx.speeds[r.duration] : r.duration = oe.fx.speeds._default), null != r.queue && !0 !== r.queue || (r.queue = "fx"), r.old = r.complete, r.complete = function() { oe.isFunction(r.old) && r.old.call(this), r.queue && oe.dequeue(this, r.queue) }, r }, oe.fn.extend({ fadeTo: function(e, t, n, r) { return this.filter(Le).css("opacity", 0).show().end().animate({ opacity: t }, e, n, r) }, animate: function(e, t, n, r) { var i = oe.isEmptyObject(e), o = oe.speed(t, n, r), s = function() { var t = R(this, oe.extend({}, e), o); (i || Ee.get(this, "finish")) && t.stop(!0) }; return s.finish = s, i || !1 === o.queue ? this.each(s) : this.queue(o.queue, s) }, stop: function(e, t, n) { var r = function(e) { var t = e.stop; delete e.stop, t(n) }; return "string" != typeof e && (n = t, t = e, e = void 0), t && !1 !== e && this.queue(e || "fx", []), this.each(function() { var t = !0, i = null != e && e + "queueHooks", o = oe.timers, s = Ee.get(this); if (i) s[i] && s[i].stop && r(s[i]); else for (i in s) s[i] && s[i].stop && ft.test(i) && r(s[i]); for (i = o.length; i--;) o[i].elem !== this || null != e && o[i].queue !== e || (o[i].anim.stop(n), t = !1, o.splice(i, 1)); !t && n || oe.dequeue(this, e) }) }, finish: function(e) { return !1 !== e && (e = e || "fx"), this.each(function() { var t, n = Ee.get(this), r = n[e + "queue"], i = n[e + "queueHooks"], o = oe.timers, s = r ? r.length : 0; for (n.finish = !0, oe.queue(this, e, []), i && i.stop && i.stop.call(this, !0), t = o.length; t--;) o[t].elem === this && o[t].queue === e && (o[t].anim.stop(!0), o.splice(t, 1)); for (t = 0; t < s; t++) r[t] && r[t].finish && r[t].finish.call(this); delete n.finish }) } }), oe.each(["toggle", "show", "hide"], function(e, t) { var n = oe.fn[t]; oe.fn[t] = function(e, r, i) { return null == e || "boolean" == typeof e ? n.apply(this, arguments) : this.animate(P(t, !0), e, r, i) } }), oe.each({ slideDown: P("show"), slideUp: P("hide"), slideToggle: P("toggle"), fadeIn: { opacity: "show" }, fadeOut: { opacity: "hide" }, fadeToggle: { opacity: "toggle" } }, function(e, t) { oe.fn[e] = function(e, n, r) { return this.animate(t, e, n, r) } }), oe.timers = [], oe.fx.tick = function() { var e, t = 0, n = oe.timers; for (st = oe.now(); t < n.length; t++)(e = n[t])() || n[t] !== e || n.splice(t--, 1); n.length || oe.fx.stop(), st = void 0 }, oe.fx.timer = function(e) { oe.timers.push(e), oe.fx.start() }, oe.fx.interval = 13, oe.fx.start = function() { at || (at = !0, $()) }, oe.fx.stop = function() { at = null }, oe.fx.speeds = { slow: 600, fast: 200, _default: 400 }, oe.fn.delay = function(t, n) { return t = oe.fx && oe.fx.speeds[t] || t, n = n || "fx", this.queue(n, function(n, r) { var i = e.setTimeout(n, t); r.stop = function() { e.clearTimeout(i) } }) }, ut = V.createElement("input"), ct = V.createElement("select").appendChild(V.createElement("option")), ut.type = "checkbox", ie.checkOn = "" !== ut.value, ie.optSelected = ct.selected, (ut = V.createElement("input")).value = "t", ut.type = "radio", ie.radioValue = "t" === ut.value; var pt, dt = oe.expr.attrHandle; oe.fn.extend({ attr: function(e, t) { return Ce(this, oe.attr, e, t, arguments.length > 1) }, removeAttr: function(e) { return this.each(function() { oe.removeAttr(this, e) }) } }), oe.extend({ attr: function(e, t, n) { var r, i, o = e.nodeType; if (3 !== o && 8 !== o && 2 !== o) return void 0 === e.getAttribute ? oe.prop(e, t, n) : (1 === o && oe.isXMLDoc(e) || (i = oe.attrHooks[t.toLowerCase()] || (oe.expr.match.bool.test(t) ? pt : void 0)), void 0 !== n ? null === n ? void oe.removeAttr(e, t) : i && "set" in i && void 0 !== (r = i.set(e, n, t)) ? r : (e.setAttribute(t, n + ""), n) : i && "get" in i && null !== (r = i.get(e, t)) ? r : null == (r = oe.find.attr(e, t)) ? void 0 : r) }, attrHooks: { type: { set: function(e, t) { if (!ie.radioValue && "radio" === t && i(e, "input")) { var n = e.value; return e.setAttribute("type", t), n && (e.value = n), t } } } }, removeAttr: function(e, t) { var n, r = 0, i = t && t.match(be); if (i && 1 === e.nodeType) for (; n = i[r++];) e.removeAttribute(n) } }), pt = { set: function(e, t, n) { return !1 === t ? oe.removeAttr(e, n) : e.setAttribute(n, n), n } }, oe.each(oe.expr.match.bool.source.match(/\w+/g), function(e, t) { var n = dt[t] || oe.find.attr; dt[t] = function(e, t, r) { var i, o, s = t.toLowerCase(); return r || (o = dt[s], dt[s] = i, i = null != n(e, t, r) ? s : null, dt[s] = o), i } }); var ht = /^(?:input|select|textarea|button)$/i, gt = /^(?:a|area)$/i; oe.fn.extend({ prop: function(e, t) { return Ce(this, oe.prop, e, t, arguments.length > 1) }, removeProp: function(e) { return this.each(function() { delete this[oe.propFix[e] || e] }) } }), oe.extend({ prop: function(e, t, n) { var r, i, o = e.nodeType; if (3 !== o && 8 !== o && 2 !== o) return 1 === o && oe.isXMLDoc(e) || (t = oe.propFix[t] || t, i = oe.propHooks[t]), void 0 !== n ? i && "set" in i && void 0 !== (r = i.set(e, n, t)) ? r : e[t] = n : i && "get" in i && null !== (r = i.get(e, t)) ? r : e[t] }, propHooks: { tabIndex: { get: function(e) { var t = oe.find.attr(e, "tabindex"); return t ? parseInt(t, 10) : ht.test(e.nodeName) || gt.test(e.nodeName) && e.href ? 0 : -1 } } }, propFix: { for: "htmlFor", class: "className" } }), ie.optSelected || (oe.propHooks.selected = { get: function(e) { var t = e.parentNode; return t && t.parentNode && t.parentNode.selectedIndex, null }, set: function(e) { var t = e.parentNode; t && (t.selectedIndex, t.parentNode && t.parentNode.selectedIndex) } }), oe.each(["tabIndex", "readOnly", "maxLength", "cellSpacing", "cellPadding", "rowSpan", "colSpan", "useMap", "frameBorder", "contentEditable"], function() { oe.propFix[this.toLowerCase()] = this }), oe.fn.extend({ addClass: function(e) { var t, n, r, i, o, s, a, u = 0; if (oe.isFunction(e)) return this.each(function(t) { oe(this).addClass(e.call(this, t, W(this))) }); if ("string" == typeof e && e) for (t = e.match(be) || []; n = this[u++];) if (i = W(n), r = 1 === n.nodeType && " " + M(i) + " ") { for (s = 0; o = t[s++];) r.indexOf(" " + o + " ") < 0 && (r += o + " "); i !== (a = M(r)) && n.setAttribute("class", a) } return this }, removeClass: function(e) { var t, n, r, i, o, s, a, u = 0; if (oe.isFunction(e)) return this.each(function(t) { oe(this).removeClass(e.call(this, t, W(this))) }); if (!arguments.length) return this.attr("class", ""); if ("string" == typeof e && e) for (t = e.match(be) || []; n = this[u++];) if (i = W(n), r = 1 === n.nodeType && " " + M(i) + " ") { for (s = 0; o = t[s++];) for (; r.indexOf(" " + o + " ") > -1;) r = r.replace(" " + o + " ", " "); i !== (a = M(r)) && n.setAttribute("class", a) } return this }, toggleClass: function(e, t) { var n = typeof e; return "boolean" == typeof t && "string" === n ? t ? this.addClass(e) : this.removeClass(e) : oe.isFunction(e) ? this.each(function(n) { oe(this).toggleClass(e.call(this, n, W(this), t), t) }) : this.each(function() { var t, r, i, o; if ("string" === n) for (r = 0, i = oe(this), o = e.match(be) || []; t = o[r++];) i.hasClass(t) ? i.removeClass(t) : i.addClass(t); else void 0 !== e && "boolean" !== n || ((t = W(this)) && Ee.set(this, "__className__", t), this.setAttribute && this.setAttribute("class", t || !1 === e ? "" : Ee.get(this, "__className__") || "")) }) }, hasClass: function(e) { var t, n, r = 0; for (t = " " + e + " "; n = this[r++];) if (1 === n.nodeType && (" " + M(W(n)) + " ").indexOf(t) > -1) return !0; return !1 } }); var vt = /\r/g; oe.fn.extend({ val: function(e) { var t, n, r, i = this[0]; return arguments.length ? (r = oe.isFunction(e), this.each(function(n) { var i; 1 === this.nodeType && (null == (i = r ? e.call(this, n, oe(this).val()) : e) ? i = "" : "number" == typeof i ? i += "" : Array.isArray(i) && (i = oe.map(i, function(e) { return null == e ? "" : e + "" })), (t = oe.valHooks[this.type] || oe.valHooks[this.nodeName.toLowerCase()]) && "set" in t && void 0 !== t.set(this, i, "value") || (this.value = i)) })) : i ? (t = oe.valHooks[i.type] || oe.valHooks[i.nodeName.toLowerCase()]) && "get" in t && void 0 !== (n = t.get(i, "value")) ? n : "string" == typeof(n = i.value) ? n.replace(vt, "") : null == n ? "" : n : void 0 } }), oe.extend({ valHooks: { option: { get: function(e) { var t = oe.find.attr(e, "value"); return null != t ? t : M(oe.text(e)) } }, select: { get: function(e) { var t, n, r, o = e.options, s = e.selectedIndex, a = "select-one" === e.type, u = a ? null : [], c = a ? s + 1 : o.length; for (r = s < 0 ? c : a ? s : 0; r < c; r++) if (((n = o[r]).selected || r === s) && !n.disabled && (!n.parentNode.disabled || !i(n.parentNode, "optgroup"))) { if (t = oe(n).val(), a) return t; u.push(t) } return u }, set: function(e, t) { for (var n, r, i = e.options, o = oe.makeArray(t), s = i.length; s--;) r = i[s], (r.selected = oe.inArray(oe.valHooks.option.get(r), o) > -1) && (n = !0); return n || (e.selectedIndex = -1), o } } } }), oe.each(["radio", "checkbox"], function() { oe.valHooks[this] = { set: function(e, t) { if (Array.isArray(t)) return e.checked = oe.inArray(oe(e).val(), t) > -1 } }, ie.checkOn || (oe.valHooks[this].get = function(e) { return null === e.getAttribute("value") ? "on" : e.value }) }); var mt = /^(?:focusinfocus|focusoutblur)$/; oe.extend(oe.event, { trigger: function(t, n, r, i) { var o, s, a, u, c, l, f, p = [r || V], d = te.call(t, "type") ? t.type : t, h = te.call(t, "namespace") ? t.namespace.split(".") : []; if (s = a = r = r || V, 3 !== r.nodeType && 8 !== r.nodeType && !mt.test(d + oe.event.triggered) && (d.indexOf(".") > -1 && (d = (h = d.split(".")).shift(), h.sort()), c = d.indexOf(":") < 0 && "on" + d, (t = t[oe.expando] ? t : new oe.Event(d, "object" == typeof t && t)).isTrigger = i ? 2 : 3, t.namespace = h.join("."), t.rnamespace = t.namespace ? new RegExp("(^|\\.)" + h.join("\\.(?:.*\\.|)") + "(\\.|$)") : null, t.result = void 0, t.target || (t.target = r), n = null == n ? [t] : oe.makeArray(n, [t]), f = oe.event.special[d] || {}, i || !f.trigger || !1 !== f.trigger.apply(r, n))) { if (!i && !f.noBubble && !oe.isWindow(r)) { for (u = f.delegateType || d, mt.test(u + d) || (s = s.parentNode); s; s = s.parentNode) p.push(s), a = s; a === (r.ownerDocument || V) && p.push(a.defaultView || a.parentWindow || e) } for (o = 0; (s = p[o++]) && !t.isPropagationStopped();) t.type = o > 1 ? u : f.bindType || d, (l = (Ee.get(s, "events") || {})[t.type] && Ee.get(s, "handle")) && l.apply(s, n), (l = c && s[c]) && l.apply && ke(s) && (t.result = l.apply(s, n), !1 === t.result && t.preventDefault()); return t.type = d, i || t.isDefaultPrevented() || f._default && !1 !== f._default.apply(p.pop(), n) || !ke(r) || c && oe.isFunction(r[d]) && !oe.isWindow(r) && ((a = r[c]) && (r[c] = null), oe.event.triggered = d, r[d](), oe.event.triggered = void 0, a && (r[c] = a)), t.result } }, simulate: function(e, t, n) { var r = oe.extend(new oe.Event, n, { type: e, isSimulated: !0 }); oe.event.trigger(r, null, t) } }), oe.fn.extend({ trigger: function(e, t) { return this.each(function() { oe.event.trigger(e, t, this) }) }, triggerHandler: function(e, t) { var n = this[0]; if (n) return oe.event.trigger(e, t, n, !0) } }), oe.each("blur focus focusin focusout resize scroll click dblclick mousedown mouseup mousemove mouseover mouseout mouseenter mouseleave change select submit keydown keypress keyup contextmenu".split(" "), function(e, t) { oe.fn[t] = function(e, n) { return arguments.length > 0 ? this.on(t, null, e, n) : this.trigger(t) } }), oe.fn.extend({ hover: function(e, t) { return this.mouseenter(e).mouseleave(t || e) } }), ie.focusin = "onfocusin" in e, ie.focusin || oe.each({ focus: "focusin", blur: "focusout" }, function(e, t) { var n = function(e) { oe.event.simulate(t, e.target, oe.event.fix(e)) }; oe.event.special[t] = { setup: function() { var r = this.ownerDocument || this, i = Ee.access(r, t); i || r.addEventListener(e, n, !0), Ee.access(r, t, (i || 0) + 1) }, teardown: function() { var r = this.ownerDocument || this, i = Ee.access(r, t) - 1; i ? Ee.access(r, t, i) : (r.removeEventListener(e, n, !0), Ee.remove(r, t)) } } }); var yt = e.location, xt = oe.now(), bt = /\?/; oe.parseXML = function(t) { var n; if (!t || "string" != typeof t) return null; try { n = (new e.DOMParser).parseFromString(t, "text/xml") } catch (e) { n = void 0 } return n && !n.getElementsByTagName("parsererror").length || oe.error("Invalid XML: " + t), n }; var wt = /\[\]$/, Tt = /\r?\n/g, Ct = /^(?:submit|button|image|reset|file)$/i, kt = /^(?:input|select|textarea|keygen)/i; oe.param = function(e, t) { var n, r = [], i = function(e, t) { var n = oe.isFunction(t) ? t() : t; r[r.length] = encodeURIComponent(e) + "=" + encodeURIComponent(null == n ? "" : n) }; if (Array.isArray(e) || e.jquery && !oe.isPlainObject(e)) oe.each(e, function() { i(this.name, this.value) }); else for (n in e) _(n, e[n], t, i); return r.join("&") }, oe.fn.extend({ serialize: function() { return oe.param(this.serializeArray()) }, serializeArray: function() { return this.map(function() { var e = oe.prop(this, "elements"); return e ? oe.makeArray(e) : this }).filter(function() { var e = this.type; return this.name && !oe(this).is(":disabled") && kt.test(this.nodeName) && !Ct.test(e) && (this.checked || !$e.test(e)) }).map(function(e, t) { var n = oe(this).val(); return null == n ? null : Array.isArray(n) ? oe.map(n, function(e) { return { name: t.name, value: e.replace(Tt, "\r\n") } }) : { name: t.name, value: n.replace(Tt, "\r\n") } }).get() } }); var Et = /%20/g, St = /#.*$/, Nt = /([?&])_=[^&]*/, At = /^(.*?):[ \t]*([^\r\n]*)$/gm, Dt = /^(?:GET|HEAD)$/, jt = /^\/\//, qt = {}, Lt = {}, Ht = "*/".concat("*"), Ot = V.createElement("a"); Ot.href = yt.href, oe.extend({ active: 0, lastModified: {}, etag: {}, ajaxSettings: { url: yt.href, type: "GET", isLocal: /^(?:about|app|app-storage|.+-extension|file|res|widget):$/.test(yt.protocol), global: !0, processData: !0, async: !0, contentType: "application/x-www-form-urlencoded; charset=UTF-8", accepts: { "*": Ht, text: "text/plain", html: "text/html", xml: "application/xml, text/xml", json: "application/json, text/javascript" }, contents: { xml: /\bxml\b/, html: /\bhtml/, json: /\bjson\b/ }, responseFields: { xml: "responseXML", text: "responseText", json: "responseJSON" }, converters: { "* text": String, "text html": !0, "text json": JSON.parse, "text xml": oe.parseXML }, flatOptions: { url: !0, context: !0 } }, ajaxSetup: function(e, t) { return t ? X(X(e, oe.ajaxSettings), t) : X(oe.ajaxSettings, e) }, ajaxPrefilter: B(qt), ajaxTransport: B(Lt), ajax: function(t, n) { function r(t, n, r, a) { var c, p, d, b, w, T = n; l || (l = !0, u && e.clearTimeout(u), i = void 0, s = a || "", C.readyState = t > 0 ? 4 : 0, c = t >= 200 && t < 300 || 304 === t, r && (b = function(e, t, n) { for (var r, i, o, s, a = e.contents, u = e.dataTypes; "*" === u[0];) u.shift(), void 0 === r && (r = e.mimeType || t.getResponseHeader("Content-Type")); if (r) for (i in a) if (a[i] && a[i].test(r)) { u.unshift(i); break } if (u[0] in n) o = u[0]; else { for (i in n) { if (!u[0] || e.converters[i + " " + u[0]]) { o = i; break } s || (s = i) } o = o || s } if (o) return o !== u[0] && u.unshift(o), n[o] }(h, C, r)), b = function(e, t, n, r) { var i, o, s, a, u, c = {}, l = e.dataTypes.slice(); if (l[1]) for (s in e.converters) c[s.toLowerCase()] = e.converters[s]; for (o = l.shift(); o;) if (e.responseFields[o] && (n[e.responseFields[o]] = t), !u && r && e.dataFilter && (t = e.dataFilter(t, e.dataType)), u = o, o = l.shift()) if ("*" === o) o = u; else if ("*" !== u && u !== o) { if (!(s = c[u + " " + o] || c["* " + o])) for (i in c) if ((a = i.split(" "))[1] === o && (s = c[u + " " + a[0]] || c["* " + a[0]])) { !0 === s ? s = c[i] : !0 !== c[i] && (o = a[0], l.unshift(a[1])); break } if (!0 !== s) if (s && e.throws) t = s(t); else try { t = s(t) } catch (e) { return { state: "parsererror", error: s ? e : "No conversion from " + u + " to " + o } } } return { state: "success", data: t } }(h, b, C, c), c ? (h.ifModified && ((w = C.getResponseHeader("Last-Modified")) && (oe.lastModified[o] = w), (w = C.getResponseHeader("etag")) && (oe.etag[o] = w)), 204 === t || "HEAD" === h.type ? T = "nocontent" : 304 === t ? T = "notmodified" : (T = b.state, p = b.data, c = !(d = b.error))) : (d = T, !t && T || (T = "error", t < 0 && (t = 0))), C.status = t, C.statusText = (n || T) + "", c ? m.resolveWith(g, [p, T, C]) : m.rejectWith(g, [C, T, d]), C.statusCode(x), x = void 0, f && v.trigger(c ? "ajaxSuccess" : "ajaxError", [C, h, c ? p : d]), y.fireWith(g, [C, T]), f && (v.trigger("ajaxComplete", [C, h]), --oe.active || oe.event.trigger("ajaxStop"))) } "object" == typeof t && (n = t, t = void 0), n = n || {}; var i, o, s, a, u, c, l, f, p, d, h = oe.ajaxSetup({}, n), g = h.context || h, v = h.context && (g.nodeType || g.jquery) ? oe(g) : oe.event, m = oe.Deferred(), y = oe.Callbacks("once memory"), x = h.statusCode || {}, b = {}, w = {}, T = "canceled", C = { readyState: 0, getResponseHeader: function(e) { var t; if (l) { if (!a) for (a = {}; t = At.exec(s);) a[t[1].toLowerCase()] = t[2]; t = a[e.toLowerCase()] } return null == t ? null : t }, getAllResponseHeaders: function() { return l ? s : null }, setRequestHeader: function(e, t) { return null == l && (e = w[e.toLowerCase()] = w[e.toLowerCase()] || e, b[e] = t), this }, overrideMimeType: function(e) { return null == l && (h.mimeType = e), this }, statusCode: function(e) { var t; if (e) if (l) C.always(e[C.status]); else for (t in e) x[t] = [x[t], e[t]]; return this }, abort: function(e) { var t = e || T; return i && i.abort(t), r(0, t), this } }; if (m.promise(C), h.url = ((t || h.url || yt.href) + "").replace(jt, yt.protocol + "//"), h.type = n.method || n.type || h.method || h.type, h.dataTypes = (h.dataType || "*").toLowerCase().match(be) || [""], null == h.crossDomain) { c = V.createElement("a"); try { c.href = h.url, c.href = c.href, h.crossDomain = Ot.protocol + "//" + Ot.host != c.protocol + "//" + c.host } catch (e) { h.crossDomain = !0 } } if (h.data && h.processData && "string" != typeof h.data && (h.data = oe.param(h.data, h.traditional)), z(qt, h, n, C), l) return C; (f = oe.event && h.global) && 0 == oe.active++ && oe.event.trigger("ajaxStart"), h.type = h.type.toUpperCase(), h.hasContent = !Dt.test(h.type), o = h.url.replace(St, ""), h.hasContent ? h.data && h.processData && 0 === (h.contentType || "").indexOf("application/x-www-form-urlencoded") && (h.data = h.data.replace(Et, "+")) : (d = h.url.slice(o.length), h.data && (o += (bt.test(o) ? "&" : "?") + h.data, delete h.data), !1 === h.cache && (o = o.replace(Nt, "$1"), d = (bt.test(o) ? "&" : "?") + "_=" + xt++ + d), h.url = o + d), h.ifModified && (oe.lastModified[o] && C.setRequestHeader("If-Modified-Since", oe.lastModified[o]), oe.etag[o] && C.setRequestHeader("If-None-Match", oe.etag[o])), (h.data && h.hasContent && !1 !== h.contentType || n.contentType) && C.setRequestHeader("Content-Type", h.contentType), C.setRequestHeader("Accept", h.dataTypes[0] && h.accepts[h.dataTypes[0]] ? h.accepts[h.dataTypes[0]] + ("*" !== h.dataTypes[0] ? ", " + Ht + "; q=0.01" : "") : h.accepts["*"]); for (p in h.headers) C.setRequestHeader(p, h.headers[p]); if (h.beforeSend && (!1 === h.beforeSend.call(g, C, h) || l)) return C.abort(); if (T = "abort", y.add(h.complete), C.done(h.success), C.fail(h.error), i = z(Lt, h, n, C)) { if (C.readyState = 1, f && v.trigger("ajaxSend", [C, h]), l) return C; h.async && h.timeout > 0 && (u = e.setTimeout(function() { C.abort("timeout") }, h.timeout)); try { l = !1, i.send(b, r) } catch (e) { if (l) throw e; r(-1, e) } } else r(-1, "No Transport"); return C }, getJSON: function(e, t, n) { return oe.get(e, t, n, "json") }, getScript: function(e, t) { return oe.get(e, void 0, t, "script") } }), oe.each(["get", "post"], function(e, t) { oe[t] = function(e, n, r, i) { return oe.isFunction(n) && (i = i || r, r = n, n = void 0), oe.ajax(oe.extend({ url: e, type: t, dataType: i, data: n, success: r }, oe.isPlainObject(e) && e)) } }), oe._evalUrl = function(e) { return oe.ajax({ url: e, type: "GET", dataType: "script", cache: !0, async: !1, global: !1, throws: !0 }) }, oe.fn.extend({ wrapAll: function(e) { var t; return this[0] && (oe.isFunction(e) && (e = e.call(this[0])), t = oe(e, this[0].ownerDocument).eq(0).clone(!0), this[0].parentNode && t.insertBefore(this[0]), t.map(function() { for (var e = this; e.firstElementChild;) e = e.firstElementChild; return e }).append(this)), this }, wrapInner: function(e) { return oe.isFunction(e) ? this.each(function(t) { oe(this).wrapInner(e.call(this, t)) }) : this.each(function() { var t = oe(this), n = t.contents(); n.length ? n.wrapAll(e) : t.append(e) }) }, wrap: function(e) { var t = oe.isFunction(e); return this.each(function(n) { oe(this).wrapAll(t ? e.call(this, n) : e) }) }, unwrap: function(e) { return this.parent(e).not("body").each(function() { oe(this).replaceWith(this.childNodes) }), this } }), oe.expr.pseudos.hidden = function(e) { return !oe.expr.pseudos.visible(e) }, oe.expr.pseudos.visible = function(e) { return !!(e.offsetWidth || e.offsetHeight || e.getClientRects().length) }, oe.ajaxSettings.xhr = function() { try { return new e.XMLHttpRequest } catch (e) {} }; var $t = { 0: 200, 1223: 204 }, Ft = oe.ajaxSettings.xhr(); ie.cors = !!Ft && "withCredentials" in Ft, ie.ajax = Ft = !!Ft, oe.ajaxTransport(function(t) { var n, r; if (ie.cors || Ft && !t.crossDomain) return { send: function(i, o) { var s, a = t.xhr(); if (a.open(t.type, t.url, t.async, t.username, t.password), t.xhrFields) for (s in t.xhrFields) a[s] = t.xhrFields[s]; t.mimeType && a.overrideMimeType && a.overrideMimeType(t.mimeType), t.crossDomain || i["X-Requested-With"] || (i["X-Requested-With"] = "XMLHttpRequest"); for (s in i) a.setRequestHeader(s, i[s]); n = function(e) { return function() { n && (n = r = a.onload = a.onerror = a.onabort = a.onreadystatechange = null, "abort" === e ? a.abort() : "error" === e ? "number" != typeof a.status ? o(0, "error") : o(a.status, a.statusText) : o($t[a.status] || a.status, a.statusText, "text" !== (a.responseType || "text") || "string" != typeof a.responseText ? { binary: a.response } : { text: a.responseText }, a.getAllResponseHeaders())) } }, a.onload = n(), r = a.onerror = n("error"), void 0 !== a.onabort ? a.onabort = r : a.onreadystatechange = function() { 4 === a.readyState && e.setTimeout(function() { n && r() }) }, n = n("abort"); try { a.send(t.hasContent && t.data || null) } catch (e) { if (n) throw e } }, abort: function() { n && n() } } }), oe.ajaxPrefilter(function(e) { e.crossDomain && (e.contents.script = !1) }), oe.ajaxSetup({ accepts: { script: "text/javascript, application/javascript, application/ecmascript, application/x-ecmascript" }, contents: { script: /\b(?:java|ecma)script\b/ }, converters: { "text script": function(e) { return oe.globalEval(e), e } } }), oe.ajaxPrefilter("script", function(e) { void 0 === e.cache && (e.cache = !1), e.crossDomain && (e.type = "GET") }), oe.ajaxTransport("script", function(e) { var t, n; if (e.crossDomain) return { send: function(r, i) { t = oe("