[migration] fix rename_entity_type bug: not putting eids of relation deleted using sql query may cause later error on commit, complaining on missing relation on an entity which has been actually deleted
+ − /* + − * jQuery JavaScript Library v1.3.2 + − * http://jquery.com/ + − * + − * Copyright (c) 2010 John Resig + − * Dual licensed under the MIT and GPL licenses. + − * http://docs.jquery.com/License + − * + − * Date: 2010-02-19 17:34:21 -0500 (Thu, 19 Feb 2010) + − * Revision: 6246 + − */ + − ( function (){ var l = this , g , y = l . jQuery , p = l . $ , o = l . jQuery = l . $ = function ( E , F ){ return new o . fn . init ( E , F )}, D = /^[^<]*(<(.|\s)+>)[^>]*$|^#([\w-]+)$/ , f = /^.[^:#\[\.,]*$/ ; o . fn = o . prototype = { init : function ( E , H ){ E = E || document ; if ( E . nodeType ){ this [ 0 ] = E ; this . length = 1 ; this . context = E ; return this } if ( typeof E === "string" ){ var G = D . exec ( E ); if ( G && ( G [ 1 ] ||! H )){ if ( G [ 1 ]){ E = o . clean ([ G [ 1 ]], H )} else { var I = document . getElementById ( G [ 3 ]); if ( I && I . id != G [ 3 ]){ return o (). find ( E )} var F = o ( I || []); F . context = document ; F . selector = E ; return F }} else { return o ( H ). find ( E )}} else { if ( o . isFunction ( E )){ return o ( document ). ready ( E )}} if ( E . selector && E . context ){ this . selector = E . selector ; this . context = E . context } return this . setArray ( o . isArray ( E ) ? E : o . makeArray ( E ))}, selector : "" , jquery : "1.3.2" , size : function (){ return this . length }, get : function ( E ){ return E === g ? Array . prototype . slice . call ( this ) : this [ E ]}, pushStack : function ( F , H , E ){ var G = o ( F ); G . prevObject = this ; G . context = this . context ; if ( H === "find" ){ G . selector = this . selector + ( this . selector ? " " : "" ) + E } else { if ( H ){ G . selector = this . selector + "." + H + "(" + E + ")" }} return G }, setArray : function ( E ){ this . length = 0 ; Array . prototype . push . apply ( this , E ); return this }, each : function ( F , E ){ return o . each ( this , F , E )}, index : function ( E ){ return o . inArray ( E && E . jquery ? E [ 0 ] : E , this )}, attr : function ( F , H , G ){ var E = F ; if ( typeof F === "string" ){ if ( H === g ){ return this [ 0 ] && o [ G || "attr" ]( this [ 0 ], F )} else { E = {}; E [ F ] = H }} return this . each ( function ( I ){ for ( F in E ){ o . attr ( G ? this . style : this , F , o . prop ( this , E [ F ], G , I , F ))}})}, css : function ( E , F ){ if (( E == "width" || E == "height" ) && parseFloat ( F ) < 0 ){ F = g } return this . attr ( E , F , "curCSS" )}, text : function ( F ){ if ( typeof F !== "object" && F != null ){ return this . empty (). append (( this [ 0 ] && this [ 0 ]. ownerDocument || document ). createTextNode ( F ))} var E = "" ; o . each ( F || this , function (){ o . each ( this . childNodes , function (){ if ( this . nodeType != 8 ){ E += this . nodeType != 1 ? this . nodeValue : o . fn . text ([ this ])}})}); return E }, wrapAll : function ( E ){ if ( this [ 0 ]){ var F = o ( E , this [ 0 ]. ownerDocument ). clone (); if ( this [ 0 ]. parentNode ){ F . insertBefore ( this [ 0 ])} F . map ( function (){ var G = this ; while ( G . firstChild ){ G = G . firstChild } return G }). append ( this )} return this }, wrapInner : function ( E ){ return this . each ( function (){ o ( this ). contents (). wrapAll ( E )})}, wrap : function ( E ){ return this . each ( function (){ o ( this ). wrapAll ( E )})}, append : function (){ return this . domManip ( arguments , true , function ( E ){ if ( this . nodeType == 1 ){ this . appendChild ( E )}})}, prepend : function (){ return this . domManip ( arguments , true , function ( E ){ if ( this . nodeType == 1 ){ this . insertBefore ( E , this . firstChild )}})}, before : function (){ return this . domManip ( arguments , false , function ( E ){ this . parentNode . insertBefore ( E , this )})}, after : function (){ return this . domManip ( arguments , false , function ( E ){ this . parentNode . insertBefore ( E , this . nextSibling )})}, end : function (){ return this . prevObject || o ([])}, push : []. push , sort : []. sort , splice : []. splice , find : function ( E ){ if ( this . length === 1 ){ var F = this . pushStack ([], "find" , E ); F . length = 0 ; o . find ( E , this [ 0 ], F ); return F } else { return this . pushStack ( o . unique ( o . map ( this , function ( G ){ return o . find ( E , G )})), "find" , E )}}, clone : function ( G ){ var E = this . map ( function (){ if ( ! o . support . noCloneEvent &&! o . isXMLDoc ( this )){ var I = this . outerHTML ; if ( ! I ){ var J = this . ownerDocument . createElement ( "div" ); J . appendChild ( this . cloneNode ( true )); I = J . innerHTML } return o . clean ([ I . replace ( / jQuery\d+="(?:\d+|null)"/g , "" ). replace ( /^\s*/ , "" )])[ 0 ]} else { return this . cloneNode ( true )}}); if ( G === true ){ var H = this . find ( "*" ). andSelf (), F = 0 ; E . find ( "*" ). andSelf (). each ( function (){ if ( this . nodeName !== H [ F ]. nodeName ){ return } var I = o . data ( H [ F ], "events" ); for ( var K in I ){ for ( var J in I [ K ]){ o . event . add ( this , K , I [ K ][ J ], I [ K ][ J ]. data )}} F ++ })} return E }, filter : function ( E ){ return this . pushStack ( o . isFunction ( E ) && o . grep ( this , function ( G , F ){ return E . call ( G , F )}) || o . multiFilter ( E , o . grep ( this , function ( F ){ return F . nodeType === 1 })), "filter" , E )}, closest : function ( E ){ var G = o . expr . match . POS . test ( E ) ? o ( E ) : null , F = 0 ; return this . map ( function (){ var H = this ; while ( H && H . ownerDocument ){ if ( G ? G . index ( H ) >- 1 : o ( H ). is ( E )){ o . data ( H , "closest" , F ); return H } H = H . parentNode ; F ++ }})}, not : function ( E ){ if ( typeof E === "string" ){ if ( f . test ( E )){ return this . pushStack ( o . multiFilter ( E , this , true ), "not" , E )} else { E = o . multiFilter ( E , this )}} var F = E . length && E [ E . length - 1 ] !== g &&! E . nodeType ; return this . filter ( function (){ return F ? o . inArray ( this , E ) < 0 : this != E })}, add : function ( E ){ return this . pushStack ( o . unique ( o . merge ( this . get (), typeof E === "string" ? o ( E ) : o . makeArray ( E ))))}, is : function ( E ){ return !! E && o . multiFilter ( E , this ). length > 0 }, hasClass : function ( E ){ return !! E && this . is ( "." + E )}, val : function ( K ){ if ( K === g ){ var E = this [ 0 ]; if ( E ){ if ( o . nodeName ( E , "option" )){ return ( E . attributes . value || {}). specified ? E . value : E . text } if ( o . nodeName ( E , "select" )){ var I = E . selectedIndex , L = [], M = E . options , H = E . type == "select-one" ; if ( I < 0 ){ return null } for ( var F = H ? I : 0 , J = H ? I + 1 : M . length ; F < J ; F ++ ){ var G = M [ F ]; if ( G . selected ){ K = o ( G ). val (); if ( H ){ return K } L . push ( K )}} return L } return ( E . value || "" ). replace ( /\r/g , "" )} return g } if ( typeof K === "number" ){ K += "" } return this . each ( function (){ if ( this . nodeType != 1 ){ return } if ( o . isArray ( K ) && /radio|checkbox/ . test ( this . type )){ this . checked = ( o . inArray ( this . value , K ) >= 0 || o . inArray ( this . name , K ) >= 0 )} else { if ( o . nodeName ( this , "select" )){ var N = o . makeArray ( K ); o ( "option" , this ). each ( function (){ this . selected = ( o . inArray ( this . value , N ) >= 0 || o . inArray ( this . text , N ) >= 0 )}); if ( ! N . length ){ this . selectedIndex =- 1 }} else { this . value = K }}})}, html : function ( E ){ return E === g ? ( this [ 0 ] ? this [ 0 ]. innerHTML . replace ( / jQuery\d+="(?:\d+|null)"/g , "" ) : null ) : this . empty (). append ( E )}, replaceWith : function ( E ){ return this . after ( E ). remove ()}, eq : function ( E ){ return this . slice ( E , + E + 1 )}, slice : function (){ return this . pushStack ( Array . prototype . slice . apply ( this , arguments ), "slice" , Array . prototype . slice . call ( arguments ). join ( "," ))}, map : function ( E ){ return this . pushStack ( o . map ( this , function ( G , F ){ return E . call ( G , F , G )}))}, andSelf : function (){ return this . add ( this . prevObject )}, domManip : function ( J , M , L ){ if ( this [ 0 ]){ var I = ( this [ 0 ]. ownerDocument || this [ 0 ]). createDocumentFragment (), F = o . clean ( J ,( this [ 0 ]. ownerDocument || this [ 0 ]), I ), H = I . firstChild ; if ( H ){ for ( var G = 0 , E = this . length ; G < E ; G ++ ){ L . call ( K ( this [ G ], H ), this . length > 1 || G > 0 ? I . cloneNode ( true ) : I )}} if ( F ){ o . each ( F , z )}} return this ; function K ( N , O ){ return M && o . nodeName ( N , "table" ) && o . nodeName ( O , "tr" ) ? ( N . getElementsByTagName ( "tbody" )[ 0 ] || N . appendChild ( N . ownerDocument . createElement ( "tbody" ))) : N }}}; o . fn . init . prototype = o . fn ; function z ( E , F ){ if ( F . src ){ o . ajax ({ url : F . src , async : false , dataType : "script" })} else { o . globalEval ( F . text || F . textContent || F . innerHTML || "" )} if ( F . parentNode ){ F . parentNode . removeChild ( F )}} function e (){ return + new Date } o . extend = o . fn . extend = function (){ var J = arguments [ 0 ] || {}, H = 1 , I = arguments . length , E = false , G ; if ( typeof J === "boolean" ){ E = J ; J = arguments [ 1 ] || {}; H = 2 } if ( typeof J !== "object" &&! o . isFunction ( J )){ J = {}} if ( I == H ){ J = this ; -- H } for (; H < I ; H ++ ){ if (( G = arguments [ H ]) != null ){ for ( var F in G ){ var K = J [ F ], L = G [ F ]; if ( J === L ){ continue } if ( E && L && typeof L === "object" &&! L . nodeType ){ J [ F ] = o . extend ( E , K || ( L . length != null ? [] : {}), L )} else { if ( L !== g ){ J [ F ] = L }}}}} return J }; var b = /z-?index|font-?weight|opacity|zoom|line-?height/i , q = document . defaultView || {}, s = Object . prototype . toString ; o . extend ({ noConflict : function ( E ){ l . $ = p ; if ( E ){ l . jQuery = y } return o }, isFunction : function ( E ){ return s . call ( E ) === "[object Function]" }, isArray : function ( E ){ return s . call ( E ) === "[object Array]" }, isXMLDoc : function ( E ){ return E . nodeType === 9 && E . documentElement . nodeName !== "HTML" ||!! E . ownerDocument && o . isXMLDoc ( E . ownerDocument )}, globalEval : function ( G ){ if ( G && /\S/ . test ( G )){ var F = document . getElementsByTagName ( "head" )[ 0 ] || document . documentElement , E = document . createElement ( "script" ); E . type = "text/javascript" ; if ( o . support . scriptEval ){ E . appendChild ( document . createTextNode ( G ))} else { E . text = G } F . insertBefore ( E , F . firstChild ); F . removeChild ( E )}}, nodeName : function ( F , E ){ return F . nodeName && F . nodeName . toUpperCase () == E . toUpperCase ()}, each : function ( G , K , F ){ var E , H = 0 , I = G . length ; if ( F ){ if ( I === g ){ for ( E in G ){ if ( K . apply ( G [ E ], F ) === false ){ break }}} else { for (; H < I ;){ if ( K . apply ( G [ H ++ ], F ) === false ){ break }}}} else { if ( I === g ){ for ( E in G ){ if ( K . call ( G [ E ], E , G [ E ]) === false ){ break }}} else { for ( var J = G [ 0 ]; H < I && K . call ( J , H , J ) !== false ; J = G [ ++ H ]){}}} return G }, prop : function ( H , I , G , F , E ){ if ( o . isFunction ( I )){ I = I . call ( H , F )} return typeof I === "number" && G == "curCSS" &&! b . test ( E ) ? I + "px" : I }, className : { add : function ( E , F ){ o . each (( F || "" ). split ( /\s+/ ), function ( G , H ){ if ( E . nodeType == 1 &&! o . className . has ( E . className , H )){ E . className += ( E . className ? " " : "" ) + H }})}, remove : function ( E , F ){ if ( E . nodeType == 1 ){ E . className = F !== g ? o . grep ( E . className . split ( /\s+/ ), function ( G ){ return ! o . className . has ( F , G )}). join ( " " ) : "" }}, has : function ( F , E ){ return F && o . inArray ( E ,( F . className || F ). toString (). split ( /\s+/ )) >- 1 }}, swap : function ( H , G , I ){ var E = {}; for ( var F in G ){ E [ F ] = H . style [ F ]; H . style [ F ] = G [ F ]} I . call ( H ); for ( var F in G ){ H . style [ F ] = E [ F ]}}, css : function ( H , F , J , E ){ if ( F == "width" || F == "height" ){ var L , G = { position : "absolute" , visibility : "hidden" , display : "block" }, K = F == "width" ? [ "Left" , "Right" ] : [ "Top" , "Bottom" ]; function I (){ L = F == "width" ? H . offsetWidth : H . offsetHeight ; if ( E === "border" ){ return } o . each ( K , function (){ if ( ! E ){ L -= parseFloat ( o . curCSS ( H , "padding" + this , true )) || 0 } if ( E === "margin" ){ L += parseFloat ( o . curCSS ( H , "margin" + this , true )) || 0 } else { L -= parseFloat ( o . curCSS ( H , "border" + this + "Width" , true )) || 0 }})} if ( H . offsetWidth !== 0 ){ I ()} else { o . swap ( H , G , I )} return Math . max ( 0 , Math . round ( L ))} return o . curCSS ( H , F , J )}, curCSS : function ( I , F , G ){ var L , E = I . style ; if ( F == "opacity" &&! o . support . opacity ){ L = o . attr ( E , "opacity" ); return L == "" ? "1" : L } if ( F . match ( /float/i )){ F = w } if ( ! G && E && E [ F ]){ L = E [ F ]} else { if ( q . getComputedStyle ){ if ( F . match ( /float/i )){ F = "float" } F = F . replace ( /([A-Z])/g , "-$1" ). toLowerCase (); var M = q . getComputedStyle ( I , null ); if ( M ){ L = M . getPropertyValue ( F )} if ( F == "opacity" && L == "" ){ L = "1" }} else { if ( I . currentStyle ){ var J = F . replace ( /\-(\w)/g , function ( N , O ){ return O . toUpperCase ()}); L = I . currentStyle [ F ] || I . currentStyle [ J ]; if ( ! /^\d+(px)?$/i . test ( L ) && /^\d/ . test ( L )){ var H = E . left , K = I . runtimeStyle . left ; I . runtimeStyle . left = I . currentStyle . left ; E . left = L || 0 ; L = E . pixelLeft + "px" ; E . left = H ; I . runtimeStyle . left = K }}}} return L }, clean : function ( F , K , I ){ K = K || document ; if ( typeof K . createElement === "undefined" ){ K = K . ownerDocument || K [ 0 ] && K [ 0 ]. ownerDocument || document } if ( ! I && F . length === 1 && typeof F [ 0 ] === "string" ){ var H = /^<(\w+)\s*\/?>$/ . exec ( F [ 0 ]); if ( H ){ return [ K . createElement ( H [ 1 ])]}} var G = [], E = [], L = K . createElement ( "div" ); o . each ( F , function ( P , S ){ if ( typeof S === "number" ){ S += "" } if ( ! S ){ return } if ( typeof S === "string" ){ S = S . replace ( /(<(\w+)[^>]*?)\/>/g , function ( U , V , T ){ return T . match ( /^(abbr|br|col|img|input|link|meta|param|hr|area|embed)$/i ) ? U : V + "></" + T + ">" }); var O = S . replace ( /^\s+/ , "" ). substring ( 0 , 10 ). toLowerCase (); var Q =! O . indexOf ( "<opt" ) && [ 1 , "<select multiple='multiple'>" , "</select>" ] ||! O . indexOf ( "<leg" ) && [ 1 , "<fieldset>" , "</fieldset>" ] || O . match ( /^<(thead|tbody|tfoot|colg|cap)/ ) && [ 1 , "<table>" , "</table>" ] ||! O . indexOf ( "<tr" ) && [ 2 , "<table><tbody>" , "</tbody></table>" ] || ( ! O . indexOf ( "<td" ) ||! O . indexOf ( "<th" )) && [ 3 , "<table><tbody><tr>" , "</tr></tbody></table>" ] ||! O . indexOf ( "<col" ) && [ 2 , "<table><tbody></tbody><colgroup>" , "</colgroup></table>" ] ||! o . support . htmlSerialize && [ 1 , "div<div>" , "</div>" ] || [ 0 , "" , "" ]; L . innerHTML = Q [ 1 ] + S + Q [ 2 ]; while ( Q [ 0 ] -- ){ L = L . lastChild } if ( ! o . support . tbody ){ var R = /<tbody/i . test ( S ), N =! O . indexOf ( "<table" ) &&! R ? L . firstChild && L . firstChild . childNodes : Q [ 1 ] == "<table>" &&! R ? L . childNodes : []; for ( var M = N . length - 1 ; M >= 0 ; -- M ){ if ( o . nodeName ( N [ M ], "tbody" ) &&! N [ M ]. childNodes . length ){ N [ M ]. parentNode . removeChild ( N [ M ])}}} if ( ! o . support . leadingWhitespace && /^\s/ . test ( S )){ L . insertBefore ( K . createTextNode ( S . match ( /^\s*/ )[ 0 ]), L . firstChild )} S = o . makeArray ( L . childNodes )} if ( S . nodeType ){ G . push ( S )} else { G = o . merge ( G , S )}}); if ( I ){ for ( var J = 0 ; G [ J ]; J ++ ){ if ( o . nodeName ( G [ J ], "script" ) && ( ! G [ J ]. type || G [ J ]. type . toLowerCase () === "text/javascript" )){ E . push ( G [ J ]. parentNode ? G [ J ]. parentNode . removeChild ( G [ J ]) : G [ J ])} else { if ( G [ J ]. nodeType === 1 ){ G . splice . apply ( G ,[ J + 1 , 0 ]. concat ( o . makeArray ( G [ J ]. getElementsByTagName ( "script" ))))} I . appendChild ( G [ J ])}} return E } return G }, attr : function ( J , G , K ){ if ( ! J || J . nodeType == 3 || J . nodeType == 8 ){ return g } var H =! o . isXMLDoc ( J ), L = K !== g ; G = H && o . props [ G ] || G ; if ( J . tagName ){ var F = /href|src|style/ . test ( G ); if ( G == "selected" && J . parentNode ){ J . parentNode . selectedIndex } if ( G in J && H &&! F ){ if ( L ){ if ( G == "type" && o . nodeName ( J , "input" ) && J . parentNode ){ throw "type property can't be changed" } J [ G ] = K } if ( o . nodeName ( J , "form" ) && J . getAttributeNode ( G )){ return J . getAttributeNode ( G ). nodeValue } if ( G == "tabIndex" ){ var I = J . getAttributeNode ( "tabIndex" ); return I && I . specified ? I . value : J . nodeName . match ( /(button|input|object|select|textarea)/i ) ? 0 : J . nodeName . match ( /^(a|area)$/i ) && J . href ? 0 : g } return J [ G ]} if ( ! o . support . style && H && G == "style" ){ return o . attr ( J . style , "cssText" , K )} if ( L ){ J . setAttribute ( G , "" + K )} var E =! o . support . hrefNormalized && H && F ? J . getAttribute ( G , 2 ) : J . getAttribute ( G ); return E === null ? g : E } if ( ! o . support . opacity && G == "opacity" ){ if ( L ){ J . zoom = 1 ; J . filter = ( J . filter || "" ). replace ( /alpha\([^)]*\)/ , "" ) + ( parseInt ( K ) + "" == "NaN" ? "" : "alpha(opacity=" + K * 100 + ")" )} return J . filter && J . filter . indexOf ( "opacity=" ) >= 0 ? ( parseFloat ( J . filter . match ( /opacity=([^)]*)/ )[ 1 ]) / 100 ) + "" : "" } G = G . replace ( /-([a-z])/ig , function ( M , N ){ return N . toUpperCase ()}); if ( L ){ J [ G ] = K } return J [ G ]}, trim : function ( E ){ return ( E || "" ). replace ( /^\s+|\s+$/g , "" )}, makeArray : function ( G ){ var E = []; if ( G != null ){ var F = G . length ; if ( F == null || typeof G === "string" || o . isFunction ( G ) || G . setInterval ){ E [ 0 ] = G } else { while ( F ){ E [ -- F ] = G [ F ]}}} return E }, inArray : function ( G , H ){ for ( var E = 0 , F = H . length ; E < F ; E ++ ){ if ( H [ E ] === G ){ return E }} return - 1 }, merge : function ( H , E ){ var F = 0 , G , I = H . length ; if ( ! o . support . getAll ){ while (( G = E [ F ++ ]) != null ){ if ( G . nodeType != 8 ){ H [ I ++ ] = G }}} else { while (( G = E [ F ++ ]) != null ){ H [ I ++ ] = G }} return H }, unique : function ( K ){ var F = [], E = {}; try { for ( var G = 0 , H = K . length ; G < H ; G ++ ){ var J = o . data ( K [ G ]); if ( ! E [ J ]){ E [ J ] = true ; F . push ( K [ G ])}}} catch ( I ){ F = K } return F }, grep : function ( F , J , E ){ var G = []; for ( var H = 0 , I = F . length ; H < I ; H ++ ){ if ( ! E !=! J ( F [ H ], H )){ G . push ( F [ H ])}} return G }, map : function ( E , J ){ var F = []; for ( var G = 0 , H = E . length ; G < H ; G ++ ){ var I = J ( E [ G ], G ); if ( I != null ){ F [ F . length ] = I }} return F . concat . apply ([], F )}}); var C = navigator . userAgent . toLowerCase (); o . browser = { version : ( C . match ( /.+(?:rv|it|ra|ie)[\/: ]([\d.]+)/ ) || [ 0 , "0" ])[ 1 ], safari : /webkit/ . test ( C ), opera : /opera/ . test ( C ), msie : /msie/ . test ( C ) &&! /opera/ . test ( C ), mozilla : /mozilla/ . test ( C ) &&! /(compatible|webkit)/ . test ( C )}; o . each ({ parent : function ( E ){ return E . parentNode }, parents : function ( E ){ return o . dir ( E , "parentNode" )}, next : function ( E ){ return o . nth ( E , 2 , "nextSibling" )}, prev : function ( E ){ return o . nth ( E , 2 , "previousSibling" )}, nextAll : function ( E ){ return o . dir ( E , "nextSibling" )}, prevAll : function ( E ){ return o . dir ( E , "previousSibling" )}, siblings : function ( E ){ return o . sibling ( E . parentNode . firstChild , E )}, children : function ( E ){ return o . sibling ( E . firstChild )}, contents : function ( E ){ return o . nodeName ( E , "iframe" ) ? E . contentDocument || E . contentWindow . document : o . makeArray ( E . childNodes )}}, function ( E , F ){ o . fn [ E ] = function ( G ){ var H = o . map ( this , F ); if ( G && typeof G == "string" ){ H = o . multiFilter ( G , H )} return this . pushStack ( o . unique ( H ), E , G )}}); o . each ({ appendTo : "append" , prependTo : "prepend" , insertBefore : "before" , insertAfter : "after" , replaceAll : "replaceWith" }, function ( E , F ){ o . fn [ E ] = function ( G ){ var J = [], L = o ( G ); for ( var K = 0 , H = L . length ; K < H ; K ++ ){ var I = ( K > 0 ? this . clone ( true ) : this ). get (); o . fn [ F ]. apply ( o ( L [ K ]), I ); J = J . concat ( I )} return this . pushStack ( J , E , G )}}); o . each ({ removeAttr : function ( E ){ o . attr ( this , E , "" ); if ( this . nodeType == 1 ){ this . removeAttribute ( E )}}, addClass : function ( E ){ o . className . add ( this , E )}, removeClass : function ( E ){ o . className . remove ( this , E )}, toggleClass : function ( F , E ){ if ( typeof E !== "boolean" ){ E =! o . className . has ( this , F )} o . className [ E ? "add" : "remove" ]( this , F )}, remove : function ( E ){ if ( ! E || o . filter ( E ,[ this ]). length ){ o ( "*" , this ). add ([ this ]). each ( function (){ o . event . remove ( this ); o . removeData ( this )}); if ( this . parentNode ){ this . parentNode . removeChild ( this )}}}, empty : function (){ o ( this ). children (). remove (); while ( this . firstChild ){ this . removeChild ( this . firstChild )}}}, function ( E , F ){ o . fn [ E ] = function (){ return this . each ( F , arguments )}}); function j ( E , F ){ return E [ 0 ] && parseInt ( o . curCSS ( E [ 0 ], F , true ), 10 ) || 0 } var h = "jQuery" + e (), v = 0 , A = {}; o . extend ({ cache : {}, data : function ( F , E , G ){ F = F == l ? A : F ; var H = F [ h ]; if ( ! H ){ H = F [ h ] =++ v } if ( E &&! o . cache [ H ]){ o . cache [ H ] = {}} if ( G !== g ){ o . cache [ H ][ E ] = G } return E ? o . cache [ H ][ E ] : H }, removeData : function ( F , E ){ F = F == l ? A : F ; var H = F [ h ]; if ( E ){ if ( o . cache [ H ]){ delete o . cache [ H ][ E ]; E = "" ; for ( E in o . cache [ H ]){ break } if ( ! E ){ o . removeData ( F )}}} else { try { delete F [ h ]} catch ( G ){ if ( F . removeAttribute ){ F . removeAttribute ( h )}} delete o . cache [ H ]}}, queue : function ( F , E , H ){ if ( F ){ E = ( E || "fx" ) + "queue" ; var G = o . data ( F , E ); if ( ! G || o . isArray ( H )){ G = o . data ( F , E , o . makeArray ( H ))} else { if ( H ){ G . push ( H )}}} return G }, dequeue : function ( H , G ){ var E = o . queue ( H , G ), F = E . shift (); if ( ! G || G === "fx" ){ F = E [ 0 ]} if ( F !== g ){ F . call ( H )}}}); o . fn . extend ({ data : function ( E , G ){ var H = E . split ( "." ); H [ 1 ] = H [ 1 ] ? "." + H [ 1 ] : "" ; if ( G === g ){ var F = this . triggerHandler ( "getData" + H [ 1 ] + "!" ,[ H [ 0 ]]); if ( F === g && this . length ){ F = o . data ( this [ 0 ], E )} return F === g && H [ 1 ] ? this . data ( H [ 0 ]) : F } else { return this . trigger ( "setData" + H [ 1 ] + "!" ,[ H [ 0 ], G ]). each ( function (){ o . data ( this , E , G )})}}, removeData : function ( E ){ return this . each ( function (){ o . removeData ( this , E )})}, queue : function ( E , F ){ if ( typeof E !== "string" ){ F = E ; E = "fx" } if ( F === g ){ return o . queue ( this [ 0 ], E )} return this . each ( function (){ var G = o . queue ( this , E , F ); if ( E == "fx" && G . length == 1 ){ G [ 0 ]. call ( this )}})}, dequeue : function ( E ){ return this . each ( function (){ o . dequeue ( this , E )})}}); + − /* + − * Sizzle CSS Selector Engine - v0.9.3 + − * Copyright 2010, The Dojo Foundation + − * Released under the MIT, BSD, and GPL Licenses. + − * More information: http://sizzlejs.com/ + − */ + − ( function (){ var R = /((?:\((?:\([^()]+\)|[^()]+)+\)|\[(?:\[[^[\]]*\]|['"][^'"]*['"]|[^[\]'"]+)+\]|\\.|[^ >+~,(\[\\]+)+|[>+~])(\s*,\s*)?/g , L = 0 , H = Object . prototype . toString ; var F = function ( Y , U , ab , ac ){ ab = ab || []; U = U || document ; if ( U . nodeType !== 1 && U . nodeType !== 9 ){ return []} if ( ! Y || typeof Y !== "string" ){ return ab } var Z = [], W , af , ai , T , ad , V , X = true ; R . lastIndex = 0 ; while (( W = R . exec ( Y )) !== null ){ Z . push ( W [ 1 ]); if ( W [ 2 ]){ V = RegExp . rightContext ; break }} if ( Z . length > 1 && M . exec ( Y )){ if ( Z . length === 2 && I . relative [ Z [ 0 ]]){ af = J ( Z [ 0 ] + Z [ 1 ], U )} else { af = I . relative [ Z [ 0 ]] ? [ U ] : F ( Z . shift (), U ); while ( Z . length ){ Y = Z . shift (); if ( I . relative [ Y ]){ Y += Z . shift ()} af = J ( Y , af )}}} else { var ae = ac ? { expr : Z . pop (), set : E ( ac )} : F . find ( Z . pop (), Z . length === 1 && U . parentNode ? U . parentNode : U , Q ( U )); af = F . filter ( ae . expr , ae . set ); if ( Z . length > 0 ){ ai = E ( af )} else { X = false } while ( Z . length ){ var ah = Z . pop (), ag = ah ; if ( ! I . relative [ ah ]){ ah = "" } else { ag = Z . pop ()} if ( ag == null ){ ag = U } I . relative [ ah ]( ai , ag , Q ( U ))}} if ( ! ai ){ ai = af } if ( ! ai ){ throw "Syntax error, unrecognized expression: " + ( ah || Y )} if ( H . call ( ai ) === "[object Array]" ){ if ( ! X ){ ab . push . apply ( ab , ai )} else { if ( U . nodeType === 1 ){ for ( var aa = 0 ; ai [ aa ] != null ; aa ++ ){ if ( ai [ aa ] && ( ai [ aa ] === true || ai [ aa ]. nodeType === 1 && K ( U , ai [ aa ]))){ ab . push ( af [ aa ])}}} else { for ( var aa = 0 ; ai [ aa ] != null ; aa ++ ){ if ( ai [ aa ] && ai [ aa ]. nodeType === 1 ){ ab . push ( af [ aa ])}}}}} else { E ( ai , ab )} if ( V ){ F ( V , U , ab , ac ); if ( G ){ hasDuplicate = false ; ab . sort ( G ); if ( hasDuplicate ){ for ( var aa = 1 ; aa < ab . length ; aa ++ ){ if ( ab [ aa ] === ab [ aa - 1 ]){ ab . splice ( aa -- , 1 )}}}}} return ab }; F . matches = function ( T , U ){ return F ( T , null , null , U )}; F . find = function ( aa , T , ab ){ var Z , X ; if ( ! aa ){ return []} for ( var W = 0 , V = I . order . length ; W < V ; W ++ ){ var Y = I . order [ W ], X ; if (( X = I . match [ Y ]. exec ( aa ))){ var U = RegExp . leftContext ; if ( U . substr ( U . length - 1 ) !== "\\" ){ X [ 1 ] = ( X [ 1 ] || "" ). replace ( /\\/g , "" ); Z = I . find [ Y ]( X , T , ab ); if ( Z != null ){ aa = aa . replace ( I . match [ Y ], "" ); break }}}} if ( ! Z ){ Z = T . getElementsByTagName ( "*" )} return { set : Z , expr : aa }}; F . filter = function ( ad , ac , ag , W ){ var V = ad , ai = [], aa = ac , Y , T , Z = ac && ac [ 0 ] && Q ( ac [ 0 ]); while ( ad && ac . length ){ for ( var ab in I . filter ){ if (( Y = I . match [ ab ]. exec ( ad )) != null ){ var U = I . filter [ ab ], ah , af ; T = false ; if ( aa == ai ){ ai = []} if ( I . preFilter [ ab ]){ Y = I . preFilter [ ab ]( Y , aa , ag , ai , W , Z ); if ( ! Y ){ T = ah = true } else { if ( Y === true ){ continue }}} if ( Y ){ for ( var X = 0 ;( af = aa [ X ]) != null ; X ++ ){ if ( af ){ ah = U ( af , Y , X , aa ); var ae = W ^!! ah ; if ( ag && ah != null ){ if ( ae ){ T = true } else { aa [ X ] = false }} else { if ( ae ){ ai . push ( af ); T = true }}}}} if ( ah !== g ){ if ( ! ag ){ aa = ai } ad = ad . replace ( I . match [ ab ], "" ); if ( ! T ){ return []} break }}} if ( ad == V ){ if ( T == null ){ throw "Syntax error, unrecognized expression: " + ad } else { break }} V = ad } return aa }; var I = F . selectors = { order : [ "ID" , "NAME" , "TAG" ], match : { ID : /#((?:[\w\u00c0-\uFFFF_-]|\\.)+)/ , CLASS : /\.((?:[\w\u00c0-\uFFFF_-]|\\.)+)/ , NAME : /\[name=['"]*((?:[\w\u00c0-\uFFFF_-]|\\.)+)['"]*\]/ , ATTR : /\[\s*((?:[\w\u00c0-\uFFFF_-]|\\.)+)\s*(?:(\S?=)\s*(['"]*)(.*?)\3|)\s*\]/ , TAG : /^((?:[\w\u00c0-\uFFFF\*_-]|\\.)+)/ , CHILD : /:(only|nth|last|first)-child(?:\((even|odd|[\dn+-]*)\))?/ , POS : /:(nth|eq|gt|lt|first|last|even|odd)(?:\((\d*)\))?(?=[^-]|$)/ , PSEUDO : /:((?:[\w\u00c0-\uFFFF_-]|\\.)+)(?:\((['"]*)((?:\([^\)]+\)|[^\2\(\)]*)+)\2\))?/ }, attrMap : { "class" : "className" , "for" : "htmlFor" }, attrHandle : { href : function ( T ){ return T . getAttribute ( "href" )}}, relative : { "+" : function ( aa , T , Z ){ var X = typeof T === "string" , ab = X &&! /\W/ . test ( T ), Y = X &&! ab ; if ( ab &&! Z ){ T = T . toUpperCase ()} for ( var W = 0 , V = aa . length , U ; W < V ; W ++ ){ if (( U = aa [ W ])){ while (( U = U . previousSibling ) && U . nodeType !== 1 ){} aa [ W ] = Y || U && U . nodeName === T ? U || false : U === T }} if ( Y ){ F . filter ( T , aa , true )}}, ">" : function ( Z , U , aa ){ var X = typeof U === "string" ; if ( X &&! /\W/ . test ( U )){ U = aa ? U : U . toUpperCase (); for ( var V = 0 , T = Z . length ; V < T ; V ++ ){ var Y = Z [ V ]; if ( Y ){ var W = Y . parentNode ; Z [ V ] = W . nodeName === U ? W : false }}} else { for ( var V = 0 , T = Z . length ; V < T ; V ++ ){ var Y = Z [ V ]; if ( Y ){ Z [ V ] = X ? Y . parentNode : Y . parentNode === U }} if ( X ){ F . filter ( U , Z , true )}}}, "" : function ( W , U , Y ){ var V = L ++ , T = S ; if ( ! U . match ( /\W/ )){ var X = U = Y ? U : U . toUpperCase (); T = P } T ( "parentNode" , U , V , W , X , Y )}, "~" : function ( W , U , Y ){ var V = L ++ , T = S ; if ( typeof U === "string" &&! U . match ( /\W/ )){ var X = U = Y ? U : U . toUpperCase (); T = P } T ( "previousSibling" , U , V , W , X , Y )}}, find : { ID : function ( U , V , W ){ if ( typeof V . getElementById !== "undefined" &&! W ){ var T = V . getElementById ( U [ 1 ]); return T ? [ T ] : []}}, NAME : function ( V , Y , Z ){ if ( typeof Y . getElementsByName !== "undefined" ){ var U = [], X = Y . getElementsByName ( V [ 1 ]); for ( var W = 0 , T = X . length ; W < T ; W ++ ){ if ( X [ W ]. getAttribute ( "name" ) === V [ 1 ]){ U . push ( X [ W ])}} return U . length === 0 ? null : U }}, TAG : function ( T , U ){ return U . getElementsByTagName ( T [ 1 ])}}, preFilter : { CLASS : function ( W , U , V , T , Z , aa ){ W = " " + W [ 1 ]. replace ( /\\/g , "" ) + " " ; if ( aa ){ return W } for ( var X = 0 , Y ;( Y = U [ X ]) != null ; X ++ ){ if ( Y ){ if ( Z ^ ( Y . className && ( " " + Y . className + " " ). indexOf ( W ) >= 0 )){ if ( ! V ){ T . push ( Y )}} else { if ( V ){ U [ X ] = false }}}} return false }, ID : function ( T ){ return T [ 1 ]. replace ( /\\/g , "" )}, TAG : function ( U , T ){ for ( var V = 0 ; T [ V ] === false ; V ++ ){} return T [ V ] && Q ( T [ V ]) ? U [ 1 ] : U [ 1 ]. toUpperCase ()}, CHILD : function ( T ){ if ( T [ 1 ] == "nth" ){ var U = /(-?)(\d*)n((?:\+|-)?\d*)/ . exec ( T [ 2 ] == "even" && "2n" || T [ 2 ] == "odd" && "2n+1" ||! /\D/ . test ( T [ 2 ]) && "0n+" + T [ 2 ] || T [ 2 ]); T [ 2 ] = ( U [ 1 ] + ( U [ 2 ] || 1 )) - 0 ; T [ 3 ] = U [ 3 ] - 0 } T [ 0 ] = L ++ ; return T }, ATTR : function ( X , U , V , T , Y , Z ){ var W = X [ 1 ]. replace ( /\\/g , "" ); if ( ! Z && I . attrMap [ W ]){ X [ 1 ] = I . attrMap [ W ]} if ( X [ 2 ] === "~=" ){ X [ 4 ] = " " + X [ 4 ] + " " } return X }, PSEUDO : function ( X , U , V , T , Y ){ if ( X [ 1 ] === "not" ){ if ( X [ 3 ]. match ( R ). length > 1 || /^\w/ . test ( X [ 3 ])){ X [ 3 ] = F ( X [ 3 ], null , null , U )} else { var W = F . filter ( X [ 3 ], U , V , true ^ Y ); if ( ! V ){ T . push . apply ( T , W )} return false }} else { if ( I . match . POS . test ( X [ 0 ]) || I . match . CHILD . test ( X [ 0 ])){ return true }} return X }, POS : function ( T ){ T . unshift ( true ); return T }}, filters : { enabled : function ( T ){ return T . disabled === false && T . type !== "hidden" }, disabled : function ( T ){ return T . disabled === true }, checked : function ( T ){ return T . checked === true }, selected : function ( T ){ T . parentNode . selectedIndex ; return T . selected === true }, parent : function ( T ){ return !! T . firstChild }, empty : function ( T ){ return ! T . firstChild }, has : function ( V , U , T ){ return !! F ( T [ 3 ], V ). length }, header : function ( T ){ return /h\d/i . test ( T . nodeName )}, text : function ( T ){ return "text" === T . type }, radio : function ( T ){ return "radio" === T . type }, checkbox : function ( T ){ return "checkbox" === T . type }, file : function ( T ){ return "file" === T . type }, password : function ( T ){ return "password" === T . type }, submit : function ( T ){ return "submit" === T . type }, image : function ( T ){ return "image" === T . type }, reset : function ( T ){ return "reset" === T . type }, button : function ( T ){ return "button" === T . type || T . nodeName . toUpperCase () === "BUTTON" }, input : function ( T ){ return /input|select|textarea|button/i . test ( T . nodeName )}}, setFilters : { first : function ( U , T ){ return T === 0 }, last : function ( V , U , T , W ){ return U === W . length - 1 }, even : function ( U , T ){ return T % 2 === 0 }, odd : function ( U , T ){ return T % 2 === 1 }, lt : function ( V , U , T ){ return U < T [ 3 ] - 0 }, gt : function ( V , U , T ){ return U > T [ 3 ] - 0 }, nth : function ( V , U , T ){ return T [ 3 ] - 0 == U }, eq : function ( V , U , T ){ return T [ 3 ] - 0 == U }}, filter : { PSEUDO : function ( Z , V , W , aa ){ var U = V [ 1 ], X = I . filters [ U ]; if ( X ){ return X ( Z , W , V , aa )} else { if ( U === "contains" ){ return ( Z . textContent || Z . innerText || "" ). indexOf ( V [ 3 ]) >= 0 } else { if ( U === "not" ){ var Y = V [ 3 ]; for ( var W = 0 , T = Y . length ; W < T ; W ++ ){ if ( Y [ W ] === Z ){ return false }} return true }}}}, CHILD : function ( T , W ){ var Z = W [ 1 ], U = T ; switch ( Z ){ case "only" : case "first" : while ( U = U . previousSibling ){ if ( U . nodeType === 1 ){ return false }} if ( Z == "first" ){ return true } U = T ; case "last" : while ( U = U . nextSibling ){ if ( U . nodeType === 1 ){ return false }} return true ; case "nth" : var V = W [ 2 ], ac = W [ 3 ]; if ( V == 1 && ac == 0 ){ return true } var Y = W [ 0 ], ab = T . parentNode ; if ( ab && ( ab . sizcache !== Y ||! T . nodeIndex )){ var X = 0 ; for ( U = ab . firstChild ; U ; U = U . nextSibling ){ if ( U . nodeType === 1 ){ U . nodeIndex =++ X }} ab . sizcache = Y } var aa = T . nodeIndex - ac ; if ( V == 0 ){ return aa == 0 } else { return ( aa % V == 0 && aa / V >= 0 )}}}, ID : function ( U , T ){ return U . nodeType === 1 && U . getAttribute ( "id" ) === T }, TAG : function ( U , T ){ return ( T === "*" && U . nodeType === 1 ) || U . nodeName === T }, CLASS : function ( U , T ){ return ( " " + ( U . className || U . getAttribute ( "class" )) + " " ). indexOf ( T ) >- 1 }, ATTR : function ( Y , W ){ var V = W [ 1 ], T = I . attrHandle [ V ] ? I . attrHandle [ V ]( Y ) : Y [ V ] != null ? Y [ V ] : Y . getAttribute ( V ), Z = T + "" , X = W [ 2 ], U = W [ 4 ]; return T == null ? X === "!=" : X === "=" ? Z === U : X === "*=" ? Z . indexOf ( U ) >= 0 : X === "~=" ? ( " " + Z + " " ). indexOf ( U ) >= 0 :! U ? Z && T !== false : X === "!=" ? Z != U : X === "^=" ? Z . indexOf ( U ) === 0 : X === "$=" ? Z . substr ( Z . length - U . length ) === U : X === "|=" ? Z === U || Z . substr ( 0 , U . length + 1 ) === U + "-" : false }, POS : function ( X , U , V , Y ){ var T = U [ 2 ], W = I . setFilters [ T ]; if ( W ){ return W ( X , V , U , Y )}}}}; var M = I . match . POS ; for ( var O in I . match ){ I . match [ O ] = RegExp ( I . match [ O ]. source + /(?![^\[]*\])(?![^\(]*\))/ . source )} var E = function ( U , T ){ U = Array . prototype . slice . call ( U ); if ( T ){ T . push . apply ( T , U ); return T } return U }; try { Array . prototype . slice . call ( document . documentElement . childNodes )} catch ( N ){ E = function ( X , W ){ var U = W || []; if ( H . call ( X ) === "[object Array]" ){ Array . prototype . push . apply ( U , X )} else { if ( typeof X . length === "number" ){ for ( var V = 0 , T = X . length ; V < T ; V ++ ){ U . push ( X [ V ])}} else { for ( var V = 0 ; X [ V ]; V ++ ){ U . push ( X [ V ])}}} return U }} var G ; if ( document . documentElement . compareDocumentPosition ){ G = function ( U , T ){ var V = U . compareDocumentPosition ( T ) & 4 ?- 1 : U === T ? 0 : 1 ; if ( V === 0 ){ hasDuplicate = true } return V }} else { if ( "sourceIndex" in document . documentElement ){ G = function ( U , T ){ var V = U . sourceIndex - T . sourceIndex ; if ( V === 0 ){ hasDuplicate = true } return V }} else { if ( document . createRange ){ G = function ( W , U ){ var V = W . ownerDocument . createRange (), T = U . ownerDocument . createRange (); V . selectNode ( W ); V . collapse ( true ); T . selectNode ( U ); T . collapse ( true ); var X = V . compareBoundaryPoints ( Range . START_TO_END , T ); if ( X === 0 ){ hasDuplicate = true } return X }}}}( function (){ var U = document . createElement ( "form" ), V = "script" + ( new Date ). getTime (); U . innerHTML = "<input name='" + V + "'/>" ; var T = document . documentElement ; T . insertBefore ( U , T . firstChild ); if ( !! document . getElementById ( V )){ I . find . ID = function ( X , Y , Z ){ if ( typeof Y . getElementById !== "undefined" &&! Z ){ var W = Y . getElementById ( X [ 1 ]); return W ? W . id === X [ 1 ] || typeof W . getAttributeNode !== "undefined" && W . getAttributeNode ( "id" ). nodeValue === X [ 1 ] ? [ W ] : g : []}}; I . filter . ID = function ( Y , W ){ var X = typeof Y . getAttributeNode !== "undefined" && Y . getAttributeNode ( "id" ); return Y . nodeType === 1 && X && X . nodeValue === W }} T . removeChild ( U )})();( function (){ var T = document . createElement ( "div" ); T . appendChild ( document . createComment ( "" )); if ( T . getElementsByTagName ( "*" ). length > 0 ){ I . find . TAG = function ( U , Y ){ var X = Y . getElementsByTagName ( U [ 1 ]); if ( U [ 1 ] === "*" ){ var W = []; for ( var V = 0 ; X [ V ]; V ++ ){ if ( X [ V ]. nodeType === 1 ){ W . push ( X [ V ])}} X = W } return X }} T . innerHTML = "<a href='#'></a>" ; if ( T . firstChild && typeof T . firstChild . getAttribute !== "undefined" && T . firstChild . getAttribute ( "href" ) !== "#" ){ I . attrHandle . href = function ( U ){ return U . getAttribute ( "href" , 2 )}}})(); if ( document . querySelectorAll ){( function (){ var T = F , U = document . createElement ( "div" ); U . innerHTML = "<p class='TEST'></p>" ; if ( U . querySelectorAll && U . querySelectorAll ( ".TEST" ). length === 0 ){ return } F = function ( Y , X , V , W ){ X = X || document ; if ( ! W && X . nodeType === 9 &&! Q ( X )){ try { return E ( X . querySelectorAll ( Y ), V )} catch ( Z ){}} return T ( Y , X , V , W )}; F . find = T . find ; F . filter = T . filter ; F . selectors = T . selectors ; F . matches = T . matches })()} if ( document . getElementsByClassName && document . documentElement . getElementsByClassName ){( function (){ var T = document . createElement ( "div" ); T . innerHTML = "<div class='test e'></div><div class='test'></div>" ; if ( T . getElementsByClassName ( "e" ). length === 0 ){ return } T . lastChild . className = "e" ; if ( T . getElementsByClassName ( "e" ). length === 1 ){ return } I . order . splice ( 1 , 0 , "CLASS" ); I . find . CLASS = function ( U , V , W ){ if ( typeof V . getElementsByClassName !== "undefined" &&! W ){ return V . getElementsByClassName ( U [ 1 ])}}})()} function P ( U , Z , Y , ad , aa , ac ){ var ab = U == "previousSibling" &&! ac ; for ( var W = 0 , V = ad . length ; W < V ; W ++ ){ var T = ad [ W ]; if ( T ){ if ( ab && T . nodeType === 1 ){ T . sizcache = Y ; T . sizset = W } T = T [ U ]; var X = false ; while ( T ){ if ( T . sizcache === Y ){ X = ad [ T . sizset ]; break } if ( T . nodeType === 1 &&! ac ){ T . sizcache = Y ; T . sizset = W } if ( T . nodeName === Z ){ X = T ; break } T = T [ U ]} ad [ W ] = X }}} function S ( U , Z , Y , ad , aa , ac ){ var ab = U == "previousSibling" &&! ac ; for ( var W = 0 , V = ad . length ; W < V ; W ++ ){ var T = ad [ W ]; if ( T ){ if ( ab && T . nodeType === 1 ){ T . sizcache = Y ; T . sizset = W } T = T [ U ]; var X = false ; while ( T ){ if ( T . sizcache === Y ){ X = ad [ T . sizset ]; break } if ( T . nodeType === 1 ){ if ( ! ac ){ T . sizcache = Y ; T . sizset = W } if ( typeof Z !== "string" ){ if ( T === Z ){ X = true ; break }} else { if ( F . filter ( Z ,[ T ]). length > 0 ){ X = T ; break }}} T = T [ U ]} ad [ W ] = X }}} var K = document . compareDocumentPosition ? function ( U , T ){ return U . compareDocumentPosition ( T ) & 16 } : function ( U , T ){ return U !== T && ( U . contains ? U . contains ( T ) : true )}; var Q = function ( T ){ return T . nodeType === 9 && T . documentElement . nodeName !== "HTML" ||!! T . ownerDocument && Q ( T . ownerDocument )}; var J = function ( T , aa ){ var W = [], X = "" , Y , V = aa . nodeType ? [ aa ] : aa ; while (( Y = I . match . PSEUDO . exec ( T ))){ X += Y [ 0 ]; T = T . replace ( I . match . PSEUDO , "" )} T = I . relative [ T ] ? T + "*" : T ; for ( var Z = 0 , U = V . length ; Z < U ; Z ++ ){ F ( T , V [ Z ], W )} return F . filter ( X , W )}; o . find = F ; o . filter = F . filter ; o . expr = F . selectors ; o . expr [ ":" ] = o . expr . filters ; F . selectors . filters . hidden = function ( T ){ return T . offsetWidth === 0 || T . offsetHeight === 0 }; F . selectors . filters . visible = function ( T ){ return T . offsetWidth > 0 || T . offsetHeight > 0 }; F . selectors . filters . animated = function ( T ){ return o . grep ( o . timers , function ( U ){ return T === U . elem }). length }; o . multiFilter = function ( V , T , U ){ if ( U ){ V = ":not(" + V + ")" } return F . matches ( V , T )}; o . dir = function ( V , U ){ var T = [], W = V [ U ]; while ( W && W != document ){ if ( W . nodeType == 1 ){ T . push ( W )} W = W [ U ]} return T }; o . nth = function ( X , T , V , W ){ T = T || 1 ; var U = 0 ; for (; X ; X = X [ V ]){ if ( X . nodeType == 1 &&++ U == T ){ break }} return X }; o . sibling = function ( V , U ){ var T = []; for (; V ; V = V . nextSibling ){ if ( V . nodeType == 1 && V != U ){ T . push ( V )}} return T }; return ; l . Sizzle = F })(); o . event = { add : function ( I , F , H , K ){ if ( I . nodeType == 3 || I . nodeType == 8 ){ return } if ( I . setInterval && I != l ){ I = l } if ( ! H . guid ){ H . guid = this . guid ++ } if ( K !== g ){ var G = H ; H = this . proxy ( G ); H . data = K } var E = o . data ( I , "events" ) || o . data ( I , "events" ,{}), J = o . data ( I , "handle" ) || o . data ( I , "handle" , function (){ return typeof o !== "undefined" &&! o . event . triggered ? o . event . handle . apply ( arguments . callee . elem , arguments ) : g }); J . elem = I ; o . each ( F . split ( /\s+/ ), function ( M , N ){ var O = N . split ( "." ); N = O . shift (); H . type = O . slice (). sort (). join ( "." ); var L = E [ N ]; if ( o . event . specialAll [ N ]){ o . event . specialAll [ N ]. setup . call ( I , K , O )} if ( ! L ){ L = E [ N ] = {}; if ( ! o . event . special [ N ] || o . event . special [ N ]. setup . call ( I , K , O ) === false ){ if ( I . addEventListener ){ I . addEventListener ( N , J , false )} else { if ( I . attachEvent ){ I . attachEvent ( "on" + N , J )}}}} L [ H . guid ] = H ; o . event . global [ N ] = true }); I = null }, guid : 1 , global : {}, remove : function ( K , H , J ){ if ( K . nodeType == 3 || K . nodeType == 8 ){ return } var G = o . data ( K , "events" ), F , E ; if ( G ){ if ( H === g || ( typeof H === "string" && H . charAt ( 0 ) == "." )){ for ( var I in G ){ this . remove ( K , I + ( H || "" ))}} else { if ( H . type ){ J = H . handler ; H = H . type } o . each ( H . split ( /\s+/ ), function ( M , O ){ var Q = O . split ( "." ); O = Q . shift (); var N = RegExp ( "(^|\\.)" + Q . slice (). sort (). join ( ".*\\." ) + "(\\.|$)" ); if ( G [ O ]){ if ( J ){ delete G [ O ][ J . guid ]} else { for ( var P in G [ O ]){ if ( N . test ( G [ O ][ P ]. type )){ delete G [ O ][ P ]}}} if ( o . event . specialAll [ O ]){ o . event . specialAll [ O ]. teardown . call ( K , Q )} for ( F in G [ O ]){ break } if ( ! F ){ if ( ! o . event . special [ O ] || o . event . special [ O ]. teardown . call ( K , Q ) === false ){ if ( K . removeEventListener ){ K . removeEventListener ( O , o . data ( K , "handle" ), false )} else { if ( K . detachEvent ){ K . detachEvent ( "on" + O , o . data ( K , "handle" ))}}} F = null ; delete G [ O ]}}})} for ( F in G ){ break } if ( ! F ){ var L = o . data ( K , "handle" ); if ( L ){ L . elem = null } o . removeData ( K , "events" ); o . removeData ( K , "handle" )}}}, trigger : function ( I , K , H , E ){ var G = I . type || I ; if ( ! E ){ I = typeof I === "object" ? I [ h ] ? I : o . extend ( o . Event ( G ), I ) : o . Event ( G ); if ( G . indexOf ( "!" ) >= 0 ){ I . type = G = G . slice ( 0 , - 1 ); I . exclusive = true } if ( ! H ){ I . stopPropagation (); if ( this . global [ G ]){ o . each ( o . cache , function (){ if ( this . events && this . events [ G ]){ o . event . trigger ( I , K , this . handle . elem )}})}} if ( ! H || H . nodeType == 3 || H . nodeType == 8 ){ return g } I . result = g ; I . target = H ; K = o . makeArray ( K ); K . unshift ( I )} I . currentTarget = H ; var J = o . data ( H , "handle" ); if ( J ){ J . apply ( H , K )} if (( ! H [ G ] || ( o . nodeName ( H , "a" ) && G == "click" )) && H [ "on" + G ] && H [ "on" + G ]. apply ( H , K ) === false ){ I . result = false } if ( ! E && H [ G ] &&! I . isDefaultPrevented () &&! ( o . nodeName ( H , "a" ) && G == "click" )){ this . triggered = true ; try { H [ G ]()} catch ( L ){}} this . triggered = false ; if ( ! I . isPropagationStopped ()){ var F = H . parentNode || H . ownerDocument ; if ( F ){ o . event . trigger ( I , K , F , true )}}}, handle : function ( K ){ var J , E ; K = arguments [ 0 ] = o . event . fix ( K || l . event ); K . currentTarget = this ; var L = K . type . split ( "." ); K . type = L . shift (); J =! L . length &&! K . exclusive ; var I = RegExp ( "(^|\\.)" + L . slice (). sort (). join ( ".*\\." ) + "(\\.|$)" ); E = ( o . data ( this , "events" ) || {})[ K . type ]; for ( var G in E ){ var H = E [ G ]; if ( J || I . test ( H . type )){ K . handler = H ; K . data = H . data ; var F = H . apply ( this , arguments ); if ( F !== g ){ K . result = F ; if ( F === false ){ K . preventDefault (); K . stopPropagation ()}} if ( K . isImmediatePropagationStopped ()){ break }}}}, props : "altKey attrChange attrName bubbles button cancelable charCode clientX clientY ctrlKey currentTarget data detail eventPhase fromElement handler keyCode metaKey newValue originalTarget pageX pageY prevValue relatedNode relatedTarget screenX screenY shiftKey srcElement target toElement view wheelDelta which" . split ( " " ), fix : function ( H ){ if ( H [ h ]){ return H } var F = H ; H = o . Event ( F ); for ( var G = this . props . length , J ; G ;){ J = this . props [ -- G ]; H [ J ] = F [ J ]} if ( ! H . target ){ H . target = H . srcElement || document } if ( H . target . nodeType == 3 ){ H . target = H . target . parentNode } if ( ! H . relatedTarget && H . fromElement ){ H . relatedTarget = H . fromElement == H . target ? H . toElement : H . fromElement } if ( H . pageX == null && H . clientX != null ){ var I = document . documentElement , E = document . body ; H . pageX = H . clientX + ( I && I . scrollLeft || E && E . scrollLeft || 0 ) - ( I . clientLeft || 0 ); H . pageY = H . clientY + ( I && I . scrollTop || E && E . scrollTop || 0 ) - ( I . clientTop || 0 )} if ( ! H . which && (( H . charCode || H . charCode === 0 ) ? H . charCode : H . keyCode )){ H . which = H . charCode || H . keyCode } if ( ! H . metaKey && H . ctrlKey ){ H . metaKey = H . ctrlKey } if ( ! H . which && H . button ){ H . which = ( H . button & 1 ? 1 : ( H . button & 2 ? 3 : ( H . button & 4 ? 2 : 0 )))} return H }, proxy : function ( F , E ){ E = E || function (){ return F . apply ( this , arguments )}; E . guid = F . guid = F . guid || E . guid || this . guid ++ ; return E }, special : { ready : { setup : B , teardown : function (){}}}, specialAll : { live : { setup : function ( E , F ){ o . event . add ( this , F [ 0 ], c )}, teardown : function ( G ){ if ( G . length ){ var E = 0 , F = RegExp ( "(^|\\.)" + G [ 0 ] + "(\\.|$)" ); o . each (( o . data ( this , "events" ). live || {}), function (){ if ( F . test ( this . type )){ E ++ }}); if ( E < 1 ){ o . event . remove ( this , G [ 0 ], c )}}}}}}; o . Event = function ( E ){ if ( ! this . preventDefault ){ return new o . Event ( E )} if ( E && E . type ){ this . originalEvent = E ; this . type = E . type } else { this . type = E } this . timeStamp = e (); this [ h ] = true }; function k (){ return false } function u (){ return true } o . Event . prototype = { preventDefault : function (){ this . isDefaultPrevented = u ; var E = this . originalEvent ; if ( ! E ){ return } if ( E . preventDefault ){ E . preventDefault ()} E . returnValue = false }, stopPropagation : function (){ this . isPropagationStopped = u ; var E = this . originalEvent ; if ( ! E ){ return } if ( E . stopPropagation ){ E . stopPropagation ()} E . cancelBubble = true }, stopImmediatePropagation : function (){ this . isImmediatePropagationStopped = u ; this . stopPropagation ()}, isDefaultPrevented : k , isPropagationStopped : k , isImmediatePropagationStopped : k }; var a = function ( F ){ var E = F . relatedTarget ; while ( E && E != this ){ try { E = E . parentNode } catch ( G ){ E = this }} if ( E != this ){ F . type = F . data ; o . event . handle . apply ( this , arguments )}}; o . each ({ mouseover : "mouseenter" , mouseout : "mouseleave" }, function ( F , E ){ o . event . special [ E ] = { setup : function (){ o . event . add ( this , F , a , E )}, teardown : function (){ o . event . remove ( this , F , a )}}}); o . fn . extend ({ bind : function ( F , G , E ){ return F == "unload" ? this . one ( F , G , E ) : this . each ( function (){ o . event . add ( this , F , E || G , E && G )})}, one : function ( G , H , F ){ var E = o . event . proxy ( F || H , function ( I ){ o ( this ). unbind ( I , E ); return ( F || H ). apply ( this , arguments )}); return this . each ( function (){ o . event . add ( this , G , E , F && H )})}, unbind : function ( F , E ){ return this . each ( function (){ o . event . remove ( this , F , E )})}, trigger : function ( E , F ){ return this . each ( function (){ o . event . trigger ( E , F , this )})}, triggerHandler : function ( E , G ){ if ( this [ 0 ]){ var F = o . Event ( E ); F . preventDefault (); F . stopPropagation (); o . event . trigger ( F , G , this [ 0 ]); return F . result }}, toggle : function ( G ){ var E = arguments , F = 1 ; while ( F < E . length ){ o . event . proxy ( G , E [ F ++ ])} return this . click ( o . event . proxy ( G , function ( H ){ this . lastToggle = ( this . lastToggle || 0 ) % F ; H . preventDefault (); return E [ this . lastToggle ++ ]. apply ( this , arguments ) || false }))}, hover : function ( E , F ){ return this . mouseenter ( E ). mouseleave ( F )}, ready : function ( E ){ B (); if ( o . isReady ){ E . call ( document , o )} else { o . readyList . push ( E )} return this }, live : function ( G , F ){ var E = o . event . proxy ( F ); E . guid += this . selector + G ; o ( document ). bind ( i ( G , this . selector ), this . selector , E ); return this }, die : function ( F , E ){ o ( document ). unbind ( i ( F , this . selector ), E ? { guid : E . guid + this . selector + F } : null ); return this }}); function c ( H ){ var E = RegExp ( "(^|\\.)" + H . type + "(\\.|$)" ), G = true , F = []; o . each ( o . data ( this , "events" ). live || [], function ( I , J ){ if ( E . test ( J . type )){ var K = o ( H . target ). closest ( J . data )[ 0 ]; if ( K ){ F . push ({ elem : K , fn : J })}}}); F . sort ( function ( J , I ){ return o . data ( J . elem , "closest" ) - o . data ( I . elem , "closest" )}); o . each ( F , function (){ if ( this . fn . call ( this . elem , H , this . fn . data ) === false ){ return ( G = false )}}); return G } function i ( F , E ){ return [ "live" , F , E . replace ( /\./g , "`" ). replace ( / /g , "|" )]. join ( "." )} o . extend ({ isReady : false , readyList : [], ready : function (){ if ( ! o . isReady ){ o . isReady = true ; if ( o . readyList ){ o . each ( o . readyList , function (){ this . call ( document , o )}); o . readyList = null } o ( document ). triggerHandler ( "ready" )}}}); var x = false ; function B (){ if ( x ){ return } x = true ; if ( document . addEventListener ){ document . addEventListener ( "DOMContentLoaded" , function (){ document . removeEventListener ( "DOMContentLoaded" , arguments . callee , false ); o . ready ()}, false )} else { if ( document . attachEvent ){ document . attachEvent ( "onreadystatechange" , function (){ if ( document . readyState === "complete" ){ document . detachEvent ( "onreadystatechange" , arguments . callee ); o . ready ()}}); if ( document . documentElement . doScroll && l == l . top ){( function (){ if ( o . isReady ){ return } try { document . documentElement . doScroll ( "left" )} catch ( E ){ setTimeout ( arguments . callee , 0 ); return } o . ready ()})()}}} o . event . add ( l , "load" , o . ready )} o . each (( "blur,focus,load,resize,scroll,unload,click,dblclick,mousedown,mouseup,mousemove,mouseover,mouseout,mouseenter,mouseleave,change,select,submit,keydown,keypress,keyup,error" ). split ( "," ), function ( F , E ){ o . fn [ E ] = function ( G ){ return G ? this . bind ( E , G ) : this . trigger ( E )}}); o ( l ). bind ( "unload" , function (){ for ( var E in o . cache ){ if ( E != 1 && o . cache [ E ]. handle ){ o . event . remove ( o . cache [ E ]. handle . elem )}}});( function (){ o . support = {}; var F = document . documentElement , G = document . createElement ( "script" ), K = document . createElement ( "div" ), J = "script" + ( new Date ). getTime (); K . style . display = "none" ; K . innerHTML = ' <link/><table></table><a href="/a" style="color:red;float:left;opacity:.5;">a</a><select><option>text</option></select><object><param/></object>' ; var H = K . getElementsByTagName ( "*" ), E = K . getElementsByTagName ( "a" )[ 0 ]; if ( ! H ||! H . length ||! E ){ return } o . support = { leadingWhitespace : K . firstChild . nodeType == 3 , tbody :! K . getElementsByTagName ( "tbody" ). length , objectAll :!! K . getElementsByTagName ( "object" )[ 0 ]. getElementsByTagName ( "*" ). length , htmlSerialize :!! K . getElementsByTagName ( "link" ). length , style : /red/ . test ( E . getAttribute ( "style" )), hrefNormalized : E . getAttribute ( "href" ) === "/a" , opacity : E . style . opacity === "0.5" , cssFloat :!! E . style . cssFloat , scriptEval : false , noCloneEvent : true , boxModel : null }; G . type = "text/javascript" ; try { G . appendChild ( document . createTextNode ( "window." + J + "=1;" ))} catch ( I ){} F . insertBefore ( G , F . firstChild ); if ( l [ J ]){ o . support . scriptEval = true ; delete l [ J ]} F . removeChild ( G ); if ( K . attachEvent && K . fireEvent ){ K . attachEvent ( "onclick" , function (){ o . support . noCloneEvent = false ; K . detachEvent ( "onclick" , arguments . callee )}); K . cloneNode ( true ). fireEvent ( "onclick" )} o ( function (){ var L = document . createElement ( "div" ); L . style . width = L . style . paddingLeft = "1px" ; document . body . appendChild ( L ); o . boxModel = o . support . boxModel = L . offsetWidth === 2 ; document . body . removeChild ( L ). style . display = "none" })})(); var w = o . support . cssFloat ? "cssFloat" : "styleFloat" ; o . props = { "for" : "htmlFor" , "class" : "className" , "float" : w , cssFloat : w , styleFloat : w , readonly : "readOnly" , maxlength : "maxLength" , cellspacing : "cellSpacing" , rowspan : "rowSpan" , tabindex : "tabIndex" }; o . fn . extend ({ _load : o . fn . load , load : function ( G , J , K ){ if ( typeof G !== "string" ){ return this . _load ( G )} var I = G . indexOf ( " " ); if ( I >= 0 ){ var E = G . slice ( I , G . length ); G = G . slice ( 0 , I )} var H = "GET" ; if ( J ){ if ( o . isFunction ( J )){ K = J ; J = null } else { if ( typeof J === "object" ){ J = o . param ( J ); H = "POST" }}} var F = this ; o . ajax ({ url : G , type : H , dataType : "html" , data : J , complete : function ( M , L ){ if ( L == "success" || L == "notmodified" ){ F . html ( E ? o ( "<div/>" ). append ( M . responseText . replace ( /<script(.|\s)*?\/script>/g , "" )). find ( E ) : M . responseText )} if ( K ){ F . each ( K ,[ M . responseText , L , M ])}}}); return this }, serialize : function (){ return o . param ( this . serializeArray ())}, serializeArray : function (){ return this . map ( function (){ return this . elements ? o . makeArray ( this . elements ) : this }). filter ( function (){ return this . name &&! this . disabled && ( this . checked || /select|textarea/i . test ( this . nodeName ) || /text|hidden|password|search/i . test ( this . type ))}). map ( function ( E , F ){ var G = o ( this ). val (); return G == null ? null : o . isArray ( G ) ? o . map ( G , function ( I , H ){ return { name : F . name , value : I }}) : { name : F . name , value : G }}). get ()}}); o . each ( "ajaxStart,ajaxStop,ajaxComplete,ajaxError,ajaxSuccess,ajaxSend" . split ( "," ), function ( E , F ){ o . fn [ F ] = function ( G ){ return this . bind ( F , G )}}); var r = e (); o . extend ({ get : function ( E , G , H , F ){ if ( o . isFunction ( G )){ H = G ; G = null } return o . ajax ({ type : "GET" , url : E , data : G , success : H , dataType : F })}, getScript : function ( E , F ){ return o . get ( E , null , F , "script" )}, getJSON : function ( E , F , G ){ return o . get ( E , F , G , "json" )}, post : function ( E , G , H , F ){ if ( o . isFunction ( G )){ H = G ; G = {}} return o . ajax ({ type : "POST" , url : E , data : G , success : H , dataType : F })}, ajaxSetup : function ( E ){ o . extend ( o . ajaxSettings , E )}, ajaxSettings : { url : location . href , global : true , type : "GET" , contentType : "application/x-www-form-urlencoded" , processData : true , async : true , xhr : function (){ return l . ActiveXObject ? new ActiveXObject ( "Microsoft.XMLHTTP" ) : new XMLHttpRequest ()}, accepts : { xml : "application/xml, text/xml" , html : "text/html" , script : "text/javascript, application/javascript" , json : "application/json, text/javascript" , text : "text/plain" , _default : "*/*" }}, lastModified : {}, ajax : function ( M ){ M = o . extend ( true , M , o . extend ( true ,{}, o . ajaxSettings , M )); var W , F = /=\?(&|$)/g , R , V , G = M . type . toUpperCase (); if ( M . data && M . processData && typeof M . data !== "string" ){ M . data = o . param ( M . data )} if ( M . dataType == "jsonp" ){ if ( G == "GET" ){ if ( ! M . url . match ( F )){ M . url += ( M . url . match ( /\?/ ) ? "&" : "?" ) + ( M . jsonp || "callback" ) + "=?" }} else { if ( ! M . data ||! M . data . match ( F )){ M . data = ( M . data ? M . data + "&" : "" ) + ( M . jsonp || "callback" ) + "=?" }} M . dataType = "json" } if ( M . dataType == "json" && ( M . data && M . data . match ( F ) || M . url . match ( F ))){ W = "jsonp" + r ++ ; if ( M . data ){ M . data = ( M . data + "" ). replace ( F , "=" + W + "$1" )} M . url = M . url . replace ( F , "=" + W + "$1" ); M . dataType = "script" ; l [ W ] = function ( X ){ V = X ; I (); L (); l [ W ] = g ; try { delete l [ W ]} catch ( Y ){} if ( H ){ H . removeChild ( T )}}} if ( M . dataType == "script" && M . cache == null ){ M . cache = false } if ( M . cache === false && G == "GET" ){ var E = e (); var U = M . url . replace ( /(\?|&)_=.*?(&|$)/ , "$1_=" + E + "$2" ); M . url = U + (( U == M . url ) ? ( M . url . match ( /\?/ ) ? "&" : "?" ) + "_=" + E : "" )} if ( M . data && G == "GET" ){ M . url += ( M . url . match ( /\?/ ) ? "&" : "?" ) + M . data ; M . data = null } if ( M . global &&! o . active ++ ){ o . event . trigger ( "ajaxStart" )} var Q = /^(\w+:)?\/\/([^\/?#]+)/ . exec ( M . url ); if ( M . dataType == "script" && G == "GET" && Q && ( Q [ 1 ] && Q [ 1 ] != location . protocol || Q [ 2 ] != location . host )){ var H = document . getElementsByTagName ( "head" )[ 0 ]; var T = document . createElement ( "script" ); T . src = M . url ; if ( M . scriptCharset ){ T . charset = M . scriptCharset } if ( ! W ){ var O = false ; T . onload = T . onreadystatechange = function (){ if ( ! O && ( ! this . readyState || this . readyState == "loaded" || this . readyState == "complete" )){ O = true ; I (); L (); T . onload = T . onreadystatechange = null ; H . removeChild ( T )}}} H . appendChild ( T ); return g } var K = false ; var J = M . xhr (); if ( M . username ){ J . open ( G , M . url , M . async , M . username , M . password )} else { J . open ( G , M . url , M . async )} try { if ( M . data ){ J . setRequestHeader ( "Content-Type" , M . contentType )} if ( M . ifModified ){ J . setRequestHeader ( "If-Modified-Since" , o . lastModified [ M . url ] || "Thu, 01 Jan 1970 00:00:00 GMT" )} J . setRequestHeader ( "X-Requested-With" , "XMLHttpRequest" ); J . setRequestHeader ( "Accept" , M . dataType && M . accepts [ M . dataType ] ? M . accepts [ M . dataType ] + ", */*" : M . accepts . _default )} catch ( S ){} if ( M . beforeSend && M . beforeSend ( J , M ) === false ){ if ( M . global &&!-- o . active ){ o . event . trigger ( "ajaxStop" )} J . abort (); return false } if ( M . global ){ o . event . trigger ( "ajaxSend" ,[ J , M ])} var N = function ( X ){ if ( J . readyState == 0 ){ if ( P ){ clearInterval ( P ); P = null ; if ( M . global &&!-- o . active ){ o . event . trigger ( "ajaxStop" )}}} else { if ( ! K && J && ( J . readyState == 4 || X == "timeout" )){ K = true ; if ( P ){ clearInterval ( P ); P = null } R = X == "timeout" ? "timeout" :! o . httpSuccess ( J ) ? "error" : M . ifModified && o . httpNotModified ( J , M . url ) ? "notmodified" : "success" ; if ( R == "success" ){ try { V = o . httpData ( J , M . dataType , M )} catch ( Z ){ R = "parsererror" }} if ( R == "success" ){ var Y ; try { Y = J . getResponseHeader ( "Last-Modified" )} catch ( Z ){} if ( M . ifModified && Y ){ o . lastModified [ M . url ] = Y } if ( ! W ){ I ()}} else { o . handleError ( M , J , R )} L (); if ( X ){ J . abort ()} if ( M . async ){ J = null }}}}; if ( M . async ){ var P = setInterval ( N , 13 ); if ( M . timeout > 0 ){ setTimeout ( function (){ if ( J &&! K ){ N ( "timeout" )}}, M . timeout )}} try { J . send ( M . data )} catch ( S ){ o . handleError ( M , J , null , S )} if ( ! M . async ){ N ()} function I (){ if ( M . success ){ M . success ( V , R )} if ( M . global ){ o . event . trigger ( "ajaxSuccess" ,[ J , M ])}} function L (){ if ( M . complete ){ M . complete ( J , R )} if ( M . global ){ o . event . trigger ( "ajaxComplete" ,[ J , M ])} if ( M . global &&!-- o . active ){ o . event . trigger ( "ajaxStop" )}} return J }, handleError : function ( F , H , E , G ){ if ( F . error ){ F . error ( H , E , G )} if ( F . global ){ o . event . trigger ( "ajaxError" ,[ H , F , G ])}}, active : 0 , httpSuccess : function ( F ){ try { return ! F . status && location . protocol == "file:" || ( F . status >= 200 && F . status < 300 ) || F . status == 304 || F . status == 1223 } catch ( E ){} return false }, httpNotModified : function ( G , E ){ try { var H = G . getResponseHeader ( "Last-Modified" ); return G . status == 304 || H == o . lastModified [ E ]} catch ( F ){} return false }, httpData : function ( J , H , G ){ var F = J . getResponseHeader ( "content-type" ), E = H == "xml" ||! H && F && F . indexOf ( "xml" ) >= 0 , I = E ? J . responseXML : J . responseText ; if ( E && I . documentElement . tagName == "parsererror" ){ throw "parsererror" } if ( G && G . dataFilter ){ I = G . dataFilter ( I , H )} if ( typeof I === "string" ){ if ( H == "script" ){ o . globalEval ( I )} if ( H == "json" ){ I = l [ "eval" ]( "(" + I + ")" )}} return I }, param : function ( E ){ var G = []; function H ( I , J ){ G [ G . length ] = encodeURIComponent ( I ) + "=" + encodeURIComponent ( J )} if ( o . isArray ( E ) || E . jquery ){ o . each ( E , function (){ H ( this . name , this . value )})} else { for ( var F in E ){ if ( o . isArray ( E [ F ])){ o . each ( E [ F ], function (){ H ( F , this )})} else { H ( F , o . isFunction ( E [ F ]) ? E [ F ]() : E [ F ])}}} return G . join ( "&" ). replace ( /%20/g , "+" )}}); var m = {}, n , d = [[ "height" , "marginTop" , "marginBottom" , "paddingTop" , "paddingBottom" ],[ "width" , "marginLeft" , "marginRight" , "paddingLeft" , "paddingRight" ],[ "opacity" ]]; function t ( F , E ){ var G = {}; o . each ( d . concat . apply ([], d . slice ( 0 , E )), function (){ G [ this ] = F }); return G } o . fn . extend ({ show : function ( J , L ){ if ( J ){ return this . animate ( t ( "show" , 3 ), J , L )} else { for ( var H = 0 , F = this . length ; H < F ; H ++ ){ var E = o . data ( this [ H ], "olddisplay" ); this [ H ]. style . display = E || "" ; if ( o . css ( this [ H ], "display" ) === "none" ){ var G = this [ H ]. tagName , K ; if ( m [ G ]){ K = m [ G ]} else { var I = o ( "<" + G + " />" ). appendTo ( "body" ); K = I . css ( "display" ); if ( K === "none" ){ K = "block" } I . remove (); m [ G ] = K } o . data ( this [ H ], "olddisplay" , K )}} for ( var H = 0 , F = this . length ; H < F ; H ++ ){ this [ H ]. style . display = o . data ( this [ H ], "olddisplay" ) || "" } return this }}, hide : function ( H , I ){ if ( H ){ return this . animate ( t ( "hide" , 3 ), H , I )} else { for ( var G = 0 , F = this . length ; G < F ; G ++ ){ var E = o . data ( this [ G ], "olddisplay" ); if ( ! E && E !== "none" ){ o . data ( this [ G ], "olddisplay" , o . css ( this [ G ], "display" ))}} for ( var G = 0 , F = this . length ; G < F ; G ++ ){ this [ G ]. style . display = "none" } return this }}, _toggle : o . fn . toggle , toggle : function ( G , F ){ var E = typeof G === "boolean" ; return o . isFunction ( G ) && o . isFunction ( F ) ? this . _toggle . apply ( this , arguments ) : G == null || E ? this . each ( function (){ var H = E ? G : o ( this ). is ( ":hidden" ); o ( this )[ H ? "show" : "hide" ]()}) : this . animate ( t ( "toggle" , 3 ), G , F )}, fadeTo : function ( E , G , F ){ return this . animate ({ opacity : G }, E , F )}, animate : function ( I , F , H , G ){ var E = o . speed ( F , H , G ); return this [ E . queue === false ? "each" : "queue" ]( function (){ var K = o . extend ({}, E ), M , L = this . nodeType == 1 && o ( this ). is ( ":hidden" ), J = this ; for ( M in I ){ if ( I [ M ] == "hide" && L || I [ M ] == "show" &&! L ){ return K . complete . call ( this )} if (( M == "height" || M == "width" ) && this . style ){ K . display = o . css ( this , "display" ); K . overflow = this . style . overflow }} if ( K . overflow != null ){ this . style . overflow = "hidden" } K . curAnim = o . extend ({}, I ); o . each ( I , function ( O , S ){ var R = new o . fx ( J , K , O ); if ( /toggle|show|hide/ . test ( S )){ R [ S == "toggle" ? L ? "show" : "hide" : S ]( I )} else { var Q = S . toString (). match ( /^([+-]=)?([\d+-.]+)(.*)$/ ), T = R . cur ( true ) || 0 ; if ( Q ){ var N = parseFloat ( Q [ 2 ]), P = Q [ 3 ] || "px" ; if ( P != "px" ){ J . style [ O ] = ( N || 1 ) + P ; T = (( N || 1 ) / R . cur ( true )) * T ; J . style [ O ] = T + P } if ( Q [ 1 ]){ N = (( Q [ 1 ] == "-=" ?- 1 : 1 ) * N ) + T } R . custom ( T , N , P )} else { R . custom ( T , S , "" )}}}); return true })}, stop : function ( F , E ){ var G = o . timers ; if ( F ){ this . queue ([])} this . each ( function (){ for ( var H = G . length - 1 ; H >= 0 ; H -- ){ if ( G [ H ]. elem == this ){ if ( E ){ G [ H ]( true )} G . splice ( H , 1 )}}}); if ( ! E ){ this . dequeue ()} return this }}); o . each ({ slideDown : t ( "show" , 1 ), slideUp : t ( "hide" , 1 ), slideToggle : t ( "toggle" , 1 ), fadeIn : { opacity : "show" }, fadeOut : { opacity : "hide" }}, function ( E , F ){ o . fn [ E ] = function ( G , H ){ return this . animate ( F , G , H )}}); o . extend ({ speed : function ( G , H , F ){ var E = typeof G === "object" ? G : { complete : F ||! F && H || o . isFunction ( G ) && G , duration : G , easing : F && H || H &&! o . isFunction ( H ) && H }; E . duration = o . fx . off ? 0 : typeof E . duration === "number" ? E . duration : o . fx . speeds [ E . duration ] || o . fx . speeds . _default ; E . old = E . complete ; E . complete = function (){ if ( E . queue !== false ){ o ( this ). dequeue ()} if ( o . isFunction ( E . old )){ E . old . call ( this )}}; return E }, easing : { linear : function ( G , H , E , F ){ return E + F * G }, swing : function ( G , H , E , F ){ return (( - Math . cos ( G * Math . PI ) / 2 ) + 0.5 ) * F + E }}, timers : [], fx : function ( F , E , G ){ this . options = E ; this . elem = F ; this . prop = G ; if ( ! E . orig ){ E . orig = {}}}}); o . fx . prototype = { update : function (){ if ( this . options . step ){ this . options . step . call ( this . elem , this . now , this )}( o . fx . step [ this . prop ] || o . fx . step . _default )( this ); if (( this . prop == "height" || this . prop == "width" ) && this . elem . style ){ this . elem . style . display = "block" }}, cur : function ( F ){ if ( this . elem [ this . prop ] != null && ( ! this . elem . style || this . elem . style [ this . prop ] == null )){ return this . elem [ this . prop ]} var E = parseFloat ( o . css ( this . elem , this . prop , F )); return E && E >- 10000 ? E : parseFloat ( o . curCSS ( this . elem , this . prop )) || 0 }, custom : function ( I , H , G ){ this . startTime = e (); this . start = I ; this . end = H ; this . unit = G || this . unit || "px" ; this . now = this . start ; this . pos = this . state = 0 ; var E = this ; function F ( J ){ return E . step ( J )} F . elem = this . elem ; if ( F () && o . timers . push ( F ) &&! n ){ n = setInterval ( function (){ var K = o . timers ; for ( var J = 0 ; J < K . length ; J ++ ){ if ( ! K [ J ]()){ K . splice ( J -- , 1 )}} if ( ! K . length ){ clearInterval ( n ); n = g }}, 13 )}}, show : function (){ this . options . orig [ this . prop ] = o . attr ( this . elem . style , this . prop ); this . options . show = true ; this . custom ( this . prop == "width" || this . prop == "height" ? 1 : 0 , this . cur ()); o ( this . elem ). show ()}, hide : function (){ this . options . orig [ this . prop ] = o . attr ( this . elem . style , this . prop ); this . options . hide = true ; this . custom ( this . cur (), 0 )}, step : function ( H ){ var G = e (); if ( H || G >= this . options . duration + this . startTime ){ this . now = this . end ; this . pos = this . state = 1 ; this . update (); this . options . curAnim [ this . prop ] = true ; var E = true ; for ( var F in this . options . curAnim ){ if ( this . options . curAnim [ F ] !== true ){ E = false }} if ( E ){ if ( this . options . display != null ){ this . elem . style . overflow = this . options . overflow ; this . elem . style . display = this . options . display ; if ( o . css ( this . elem , "display" ) == "none" ){ this . elem . style . display = "block" }} if ( this . options . hide ){ o ( this . elem ). hide ()} if ( this . options . hide || this . options . show ){ for ( var I in this . options . curAnim ){ o . attr ( this . elem . style , I , this . options . orig [ I ])}} this . options . complete . call ( this . elem )} return false } else { var J = G - this . startTime ; this . state = J / this . options . duration ; this . pos = o . easing [ this . options . easing || ( o . easing . swing ? "swing" : "linear" )]( this . state , J , 0 , 1 , this . options . duration ); this . now = this . start + (( this . end - this . start ) * this . pos ); this . update ()} return true }}; o . extend ( o . fx ,{ speeds : { slow : 600 , fast : 200 , _default : 400 }, step : { opacity : function ( E ){ o . attr ( E . elem . style , "opacity" , E . now )}, _default : function ( E ){ if ( E . elem . style && E . elem . style [ E . prop ] != null ){ E . elem . style [ E . prop ] = E . now + E . unit } else { E . elem [ E . prop ] = E . now }}}}); if ( document . documentElement . getBoundingClientRect ){ o . fn . offset = function (){ if ( ! this [ 0 ]){ return { top : 0 , left : 0 }} if ( this [ 0 ] === this [ 0 ]. ownerDocument . body ){ return o . offset . bodyOffset ( this [ 0 ])} var G = this [ 0 ]. getBoundingClientRect (), J = this [ 0 ]. ownerDocument , F = J . body , E = J . documentElement , L = E . clientTop || F . clientTop || 0 , K = E . clientLeft || F . clientLeft || 0 , I = G . top + ( self . pageYOffset || o . boxModel && E . scrollTop || F . scrollTop ) - L , H = G . left + ( self . pageXOffset || o . boxModel && E . scrollLeft || F . scrollLeft ) - K ; return { top : I , left : H }}} else { o . fn . offset = function (){ if ( ! this [ 0 ]){ return { top : 0 , left : 0 }} if ( this [ 0 ] === this [ 0 ]. ownerDocument . body ){ return o . offset . bodyOffset ( this [ 0 ])} o . offset . initialized || o . offset . initialize (); var J = this [ 0 ], G = J . offsetParent , F = J , O = J . ownerDocument , M , H = O . documentElement , K = O . body , L = O . defaultView , E = L . getComputedStyle ( J , null ), N = J . offsetTop , I = J . offsetLeft ; while (( J = J . parentNode ) && J !== K && J !== H ){ M = L . getComputedStyle ( J , null ); N -= J . scrollTop , I -= J . scrollLeft ; if ( J === G ){ N += J . offsetTop , I += J . offsetLeft ; if ( o . offset . doesNotAddBorder &&! ( o . offset . doesAddBorderForTableAndCells && /^t(able|d|h)$/i . test ( J . tagName ))){ N += parseInt ( M . borderTopWidth , 10 ) || 0 , I += parseInt ( M . borderLeftWidth , 10 ) || 0 } F = G , G = J . offsetParent } if ( o . offset . subtractsBorderForOverflowNotVisible && M . overflow !== "visible" ){ N += parseInt ( M . borderTopWidth , 10 ) || 0 , I += parseInt ( M . borderLeftWidth , 10 ) || 0 } E = M } if ( E . position === "relative" || E . position === "static" ){ N += K . offsetTop , I += K . offsetLeft } if ( E . position === "fixed" ){ N += Math . max ( H . scrollTop , K . scrollTop ), I += Math . max ( H . scrollLeft , K . scrollLeft )} return { top : N , left : I }}} o . offset = { initialize : function (){ if ( this . initialized ){ return } var L = document . body , F = document . createElement ( "div" ), H , G , N , I , M , E , J = L . style . marginTop , K = '<div style="position:absolute;top:0;left:0;margin:0;border:5px solid #000;padding:0;width:1px;height:1px;"><div></div></div><table style="position:absolute;top:0;left:0;margin:0;border:5px solid #000;padding:0;width:1px;height:1px;" cellpadding="0" cellspacing="0"><tr><td></td></tr></table>' ; M = { position : "absolute" , top : 0 , left : 0 , margin : 0 , border : 0 , width : "1px" , height : "1px" , visibility : "hidden" }; for ( E in M ){ F . style [ E ] = M [ E ]} F . innerHTML = K ; L . insertBefore ( F , L . firstChild ); H = F . firstChild , G = H . firstChild , I = H . nextSibling . firstChild . firstChild ; this . doesNotAddBorder = ( G . offsetTop !== 5 ); this . doesAddBorderForTableAndCells = ( I . offsetTop === 5 ); H . style . overflow = "hidden" , H . style . position = "relative" ; this . subtractsBorderForOverflowNotVisible = ( G . offsetTop ===- 5 ); L . style . marginTop = "1px" ; this . doesNotIncludeMarginInBodyOffset = ( L . offsetTop === 0 ); L . style . marginTop = J ; L . removeChild ( F ); this . initialized = true }, bodyOffset : function ( E ){ o . offset . initialized || o . offset . initialize (); var G = E . offsetTop , F = E . offsetLeft ; if ( o . offset . doesNotIncludeMarginInBodyOffset ){ G += parseInt ( o . curCSS ( E , "marginTop" , true ), 10 ) || 0 , F += parseInt ( o . curCSS ( E , "marginLeft" , true ), 10 ) || 0 } return { top : G , left : F }}}; o . fn . extend ({ position : function (){ var I = 0 , H = 0 , F ; if ( this [ 0 ]){ var G = this . offsetParent (), J = this . offset (), E = /^body|html$/i . test ( G [ 0 ]. tagName ) ? { top : 0 , left : 0 } : G . offset (); J . top -= j ( this , "marginTop" ); J . left -= j ( this , "marginLeft" ); E . top += j ( G , "borderTopWidth" ); E . left += j ( G , "borderLeftWidth" ); F = { top : J . top - E . top , left : J . left - E . left }} return F }, offsetParent : function (){ var E = this [ 0 ]. offsetParent || document . body ; while ( E && ( ! /^body|html$/i . test ( E . tagName ) && o . css ( E , "position" ) == "static" )){ E = E . offsetParent } return o ( E )}}); o . each ([ "Left" , "Top" ], function ( F , E ){ var G = "scroll" + E ; o . fn [ G ] = function ( H ){ if ( ! this [ 0 ]){ return null } return H !== g ? this . each ( function (){ this == l || this == document ? l . scrollTo ( ! F ? H : o ( l ). scrollLeft (), F ? H : o ( l ). scrollTop ()) : this [ G ] = H }) : this [ 0 ] == l || this [ 0 ] == document ? self [ F ? "pageYOffset" : "pageXOffset" ] || o . boxModel && document . documentElement [ G ] || document . body [ G ] : this [ 0 ][ G ]}}); o . each ([ "Height" , "Width" ], function ( I , G ){ var E = I ? "Left" : "Top" , H = I ? "Right" : "Bottom" , F = G . toLowerCase (); o . fn [ "inner" + G ] = function (){ return this [ 0 ] ? o . css ( this [ 0 ], F , false , "padding" ) : null }; o . fn [ "outer" + G ] = function ( K ){ return this [ 0 ] ? o . css ( this [ 0 ], F , false , K ? "margin" : "border" ) : null }; var J = G . toLowerCase (); o . fn [ J ] = function ( K ){ return this [ 0 ] == l ? document . compatMode == "CSS1Compat" && document . documentElement [ "client" + G ] || document . body [ "client" + G ] : this [ 0 ] == document ? Math . max ( document . documentElement [ "client" + G ], document . body [ "scroll" + G ], document . documentElement [ "scroll" + G ], document . body [ "offset" + G ], document . documentElement [ "offset" + G ]) : K === g ? ( this . length ? o . css ( this [ 0 ], J ) : null ) : this . css ( J , typeof K === "string" ? K : K + "px" )}})})();