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CCV Orzamento Q80 (Ethernet)

“). Append (b.ParseTML (e)). Buscar (I): E)}). Complete (R && Función (E, T) {S.ACH (R, O ||)}), isto}, b.each (, función (e, t) {b.fn = Función (e) {devolver isto.on (t, e)}}), b.each (, función (e, n) {b = función (e, r, i, o) {devolver b .ISFunción (r) && (O = O || I, I = R, R = T), B.AJAX ( {URL: E, Tipo: N, Datatype: O, datos: r, éxito: i})}}), b.extend ({activo: 0, LastModified: {}, etag: {}, ajaxsettings: {URL: YN, tipo: “GET”, ILLOCIAL: NN.TEST (MN), GLOBAL :! 0, PROCESSDATA :! 0, Async :! 0, ContentType: “Aplicación / X-www-form-urlencoded; charset = UTF-8 “, Acepta: {” * “: DN, texto:” Texto / Plain “, HTML:” Text / HTML “, XML:” Aplicación / XML, Text / XML “, JSON:” Aplicación / json, texto / javascript ” }, Contidos: {xml: / xml /, html: / html /, json: / json /}, responsabricados: {xml: “respostaXML”, texto: “Responstext”}, convertedores: {“* texto”: e. String, “Text HTML” :! 0, “Text JSON”: b.Parsejson, “Text XML”: b.parsexml}, flations: {URL:! 0, contexto :! 0}}, AjaxSetup: Función (E, t) {retorno T? MN (MN (E, B.AJAXSETTINGS), T): MN (B.AJAXSETTINGS, E)}, AJAXPREFILTER: HN (AN), AJAXTRANSPORT: HN (JN), AJAX: FUNCIÓN (E, N) {” obxecto “== typeof e && (n = e, e = t), n = n || {}; var r , eu, o, a, s, u, l, c, p = b.ajaxsetup ({}, n), f = p.context || p, d = p.context && (f.nodetype || f.jquery)? b (f): b.event, h = b.deferred (), g = b.Callbacks (” Unha vez memoria “), m = p.statuscode || {}, y = {}, v = {}, x = 0, t =” cancelado “, n = {lective: 0, getresponseSheader: función (e) {var t; se (2 === x) {se (! c) {c = {}; mentres (t = tn.exec (a)) c.tolowercase ()] = t} t = c} devolve null == T? NULL: T}, getallResponseSheaders: función () {devolver 2 === x? A: null}, SETREQUESTHEADER: Función (E, T) {VAR N = E.TOLOWERCASE (); devolve x || (E = v = v || e, y = t), isto}, overridemimeType: función (e) {return x || (p.mimetype = e), este}, código de estado: función (e) {var t; se (e ) se (2 x) para (t en e) m =, e]; outros n.Always (e); devolver isto}, abortar: función (e) {var t = e || t; devolve l && l.Abort (t ), k (0, t), isto}}; se (H.Promise (n) .Complete = g.add, n.success = n.done, N.Error = N.Fail, p.URL = ((( e || p.url || yn) + “”). Substituír (XN, “”). Substituír (KN, MN + “//”), P.TYPE = N.METHOD || N.TYPE || p. método || p.Type, p.datatypes = b.trim (p.datatype || “*”). tolowercase (). coincidir (w) ||, null == p.crossdomain && (r = en.exec (p.url.tolowercase ()), p.crossdomin =! (! r || r === mn && R === MN && (R || (“http:” === r? 80: 443)) == (MN || (“http:” === MN? 80: 443))))), p.data && p.processdata && “string” ! = Typeof P.Data && (p.data = b.param (p.data, p.tradicional)), qn (An, p, n, n), 2 === x) devolver n; u = p.global, u && 0 === B.Active ++ && b.Event.trigger (“Ajaxstart”), p.type = p.type. Toupper. Case (), p.hascontent =! Cn.test (p.type), o = p.Url, p.hascontent || (p.data && (o = p.url + = (bn.test (o)?” & “:”? “) + P.Data, borrar p.Data ), p.cache ===! 1 && (p.Url = wn.test (o)? O.replace ( WN, “$ 1 _ =” + vn ++): O + (bn.test (o)? “&”: “?”) + “_ = + vn ++)), p .ifmodified && (b.lastmodified && N.SETREQUESTHEADER (“IF-MODIFICADO-DESDE”, B.LASTMODIFICADO), B.ETAG && n. SETREQUESTHEADER (“IF-NUEVO-MATCH”, B.ETAG)), (P.DATA && P.HASCONTENT && p.contenttype! == 1 || n.contenttype) && N.SETREQUESTHEADER (“Tipo de contido”, p.contenttype), n.SetreQuestheader (“Aceptar”, p.datatypes &

p.Apts]? p.Apceptos] + (“*”! == P.Datatypes? “,” + DN + “; Q = 0.01 “:” “): p.Apts); para (i in p.headers) n.Setrequestheader (I, p.headers); se (p.beforesend && (p.beforesend.call (f, n, p) ===! 1 || 2 === x)) devolve n.Abort (); t = “abortar “; para (i en {éxizo: 1, erro: 1, completo: 1}) n (p); se (l = qn (jn, p, n, n)) {n.readystate = 1, u && d.trigger (“ajaxsend”,), p.async && P.TIEOUT && ( s = defineout (función () {n.Abort (“tempo de espera”)}, p.timeout)); proba {x = 1, l.send (y, k)} captura (c) {se (! (2 x)) tirar c; k (-1, c)}} máis k (-1, “sen transporte”); función k (e, n, r, i) { var c, y, v, w, t, c = n; 2! == x && (x = 2, s && ClearTimeut (s), l = t, a = i || “”, n.readystate = e 0?4: 0, r && (w = _n (p, n, r)), e && e || 304 == = e? (p.ifmodified && (t = n.getResponseSheader (“Última modificación”), t && (b.Lastmodified = t), t = n.getResponseSheader (“etag”), t && (b.Etag = t)), 204 === E? (C =! 0, C = “NOCONTENT”): 304 === E? (C =! 0, c = “notmodified”) 🙁 c = fn (p, w), c = c.state, y = c.data, v = c.Error, c =! V)) 🙁 v = c , (e ||! c) && (c = “erro”, 0 e && (e = 0))), n.status = e, n.statustext = (n || c ) + “”, c? h.resolve (f,): H.RejectWith (f,), n.statuscode (m), m = t, u && D.Trigger (C? “Ajaxsuccess”: “AjaxError”,), G.Firewith (F,), U & (D.Trigger (” AjaxComplete “,), – b.Active || b.Event.trigger (” Ajaxstop “)))} devolver n}, Begycript: Función (E, N) {return b.get (e, t, n, “script”)}, getjson: función (e, t, n) {return b.get (e, t, n, “json”)}}); función _n (e, n, r) {var i, o, a, s, u = e.Contents, l = e.datatypes, c = e.ResponseFields; para (s en c) s en r && (n] = r); mentres (” * “==== l) l.shift (), o === t && (O = E.MimeType || n.getResponseSheader (“tipo de contido”)); se (o) para (s in u) se (u && u.test (O)) {l.unshift (s); break} se (lin r) a = l; máis {para (s en r) {if (! L || e.Converters]) {a = S; break} i || (i = s)} a = a || i} devolve a? ( a! == l && l.unshift (a), r): t} función fn (e, t) {var n, r, i, o, a = {}, s = 0, u = e.datatypes.slice (), l = u; se (e.dafilter && (t = e.datafilter (t, e.datatype)), u) para (i in e.Converters) a = e.Converters; para (; r = u;) se (“*”! == r) {se (“*”! == l && l! == r) {if (i = a || a,! I) para (n en a) se (o = n. dividir (“”), o === r && (i = a] || a])) {i == =! 0? I = a: a! ==! 0 && (r = O, U.Splice (s – , 0, r)); break} se (i! == 0) se (i && e) t = i (t); outra proba (t = i (t)} captura (c) {return {state: “parsererror”, erro: i? c: “Sen conversión de” + l + “a” + r}}} l = r} devolve {Estado: “éxito”, datos: t}} b.ajaxsetup ({acepta: {script: “texto / javascript, aplicación / javascript, aplicación / ecmascript, aplicación / x-ecmascript”}, contidos: {script : / (?: java | ecma) script /}, convertedores: {“script de texto”: función (e) {devolver b.globaleval (e), e}}}), b.ajaxprefilter (“script”, función ( e) {e.cache === t && (e.Cache =! 1), e.CrossDomain && (e.type = “get”, e.global =! 1)}), b.ajaxtransport (“script”, función (e ) {if (e.CrossDomain) {var n, r = o.head || b (“cabeza”) || od Ocumentelement; devolve {Enviar: función (T, I) {N = O.Createlement (“script”), N.ASYNC =! 0, E.ScriptCharset && (N.CHARSET = E.SCRIPTCHARSET), N.SRC = E.URL, N.Onload = N.AnreadyStatechange = Función (E, T) {(T ||! N.readystate | | / cargado | completa / .test (n.readystate)) && (n.onload = n.onreadystatechange = null, n .parentnode && n.parentnode.removechild (n), n = null, t || i (200, “éxito”) )}, r.insertbe antes de (n, r.firstchild)}, abortar: función () {n && n.onload ( t,! 0)}}}}); var on =, bn = / (=) \? (? = & | $) | \? \? /; b. Ajaxsetup ({JSONP: “Callback”, JSONPCallback: función () {var e = on.pop () || b.expando + “_” + vn ++; devolve isto =! 0, e}}), b.ajaxPrefilter (” JSON JSONP “, función (n, r, i) {var o, a, s, u = n.jsonp! ==! 1 && (bn.test (N.URL)? “URL”: “cadea” == typeof n.Data &! (N.Contenttype ||” “). IndexOF (” aplicación / x-www-form-urlencoded “) && bn.test (n.Data) &&” datos “); devolve u ||” jsonp ” === N.Datatypes? (O = N.JSONPCallback = b. “N.JSONPCLBACK)? N.JSONSPCALLBACK (): N.JSONPCALLBACK, U? N = N.REPLACE (BN,” $ 1 “+ O): n.jsonp! ==! 1 && (n.URL + = (bn.test (n.URL)? “& “:” +) + n.jsonp + “=” + o), n.converters = función () {return s || b.Error (O + “non se chamou”) , s}, n.datatypes = “json”, a = e, e = función () {s = argumentos}, i.always (función () {e = a, n && (n.jsonpcallback = r.jsonpcallback, on.push (o)), s && b.Isfunction (a) && a (s), s = a = t}),” guión “): t}); var pn, rn, wn = 0, $ n = e.ActiveXOBject && () {var e; para (e en pn) pn (t,! 0)}; función en ( ) {proba {retorno novo e.xmlhttprquequest} catch (t) {}} Función ZN () {proba {devolve new e.activexObject (“Microsoft.XMLHTTP”)} Catch (t) {}} b.ajaxsettings.xhr = E.activeXObject? función () {return! this.islocal && en () || zn ()}: en, rn = B.AJAXSETTINGS.XHR (), B.SUPPORT.CORS = !! RN && b.support.ajax = !! rn, rn && b.ajaxtransport (función (n) {se (! n.Crossdomain || b.support.Cors) {var r; devolve {Enviar: función (i, o) {var a, s, u = n.xhr (); se (N.USERNAME? U.OPEN (N.TYPE, N.URL, N.ASYNC, N.USERNAME, N.PASSWORD): U.OPEN (N.TYPE, N.URL, N.ASYNC), N.XHRIELDS) PARA (S en N.XHRIELDS) U = N. xhrfields; n.mimeType && u.overridemimeType && u.overridemimeType (N.MimeType), N.Cros SDDDAIN || I || (i = “xmlhttprkest”); proba {para (s in i) u.setrequestheader (s, i)} captura (l) {} u.send (n.shascontent && n.data || null), r = función (e, i) {var s, l, c, p; tenta {se (r && (i || 4 === u.readystate)) se (r = t, a && (u.onreadystatechange = b.Noop, $ n && Eliminar PN), I) 4! == U.readystate && u.Abort (); outra {P = { }, s = u.status, l = u.getallResponseSheaders (), “string” == typeof u.responsetext && ( P.Text = U.Responsetext); TRY {C = U.Statustext} Catch (f) {C = “} S ||! n.islocal || n.crossdomain? 1223 === s && (s = 204): s = p.text? 200: 404}} captura (D) {i || (-1, d) )} p && o (s, c, p, l)}, n.async? 4 === u.readystate ? Estimeout (R) 🙁 A = ++ WN, $ N && (pn || (pn = {}, b (e) .Udload ($ n)), pn = r), u.onreadystatechange = r): r ()}, abortar: función () {r && r (t, 0)}}}}; var xn, un, vn = / ^ (: Toggle | Show | Hide) $ /, yn = regexp (“+ x +”) (*) $ “,” i “), jn = / coleuehooks $ /, Gn =, qn = {“*” :, r = o || (b.csnumber? “”: “Px”), “px”! == r && s) {s = b.css (i.elem, e, 0) || n || 1; facer u = u || “.5”, s / = u , B.Style (I.Elem, E, S + R); mentres (u! == (U = I.CUR () / a) && 1! == u && – l)} i.unit = r, I.START = S, I.end = O? S + (O + 1) * N: N} devolver i}]}; función KN () {return STERTOOUT (función () {xn = t}), xn = b.Now ( )} función zn (e, t) {b.Each (t, función (t, n) {var r = (qn ||) .concat (qn), i = 0, o = r.length; para (; o i; i ++) se (r.Call (e, t, n)) devolución})} función er (e, t, n) {var r, i, o = 0, a = gn.length, s = b.deferred (). Sempre (función () {borrar u.elem}), u = función () {se (i) devolve! 1; var t = xn || Kn (), n = math.max (0, L.Starttime + L.Duration- t), r = n / l.duration || 0, o = 1-r, a = 0, u = l.tweens.length; para (; u a; A ++) L.Tweens.run (O); devolve S.Notifywith (e,), 1 o && U? N: (S.ResolveCom (E,),! 1)}, L = S.PROMISE ({ELEM: E, PROPS: B.EXTEND ({}, t), opta : B.EXTEND (! 0, {Specialassing: {}}, n), orixinalProperties: T, originaloptions: N, StartTime: XN || KN (), Duración: N.Duration, Tweens:, Createtween: Función (T, n) {var r = b.tween (e, l.opts, t, n, l.opts.specialeasing || l.Opts.Esing); devolve l.tweens.push (r), r}, parar: función (t) {var n = 0, r = t? l.tweens.length: 0; se (i) devolve isto; para (i =! 0; r n; n ++) l.tweens.run (1); devolve T? S.ReSolvewith (E,): S.RejectWith (e,), isto}}), c = l.Props; para (TR (C, L.OPT) .specialeasing); a o; o ++) se (r = gn.call (l, e, c, l.opts)) devolve r; devolve zn (l, c) , b.isFunction (l.opts.start) && l.opts.start.call (e, l), b. fx.timer (b.extend (u, {elem: e, anim: l, cola: l.Opts.Queue})), L.Progress (L.OP) ts.Progress) .done (L.OPTS.DONE, L.OPTSCOMPLETE) .fail (L.OPTS.fail) .always (L.OPTS.Always)} función tr (e, t) {var n, r , eu, o, a; para (i in e) se (r = b.camelcase (i), o = t, n = e, b.Isarray (n) && (o = n, n = e = n), i! == r && (e = n, eliminar e), a = b.csshooks, un && “expandir” en a) { n = a.expand (n), borrar e; para (i en n) i en e || (e = n, t = o)} máis t = o} b.Animation = b.extend (er, {tweener : función (e, t) {b.Isfunction (e)? (t = e, e =): e = e.Split (“”); var n, r = 0, i = e.length; para (; i r; R ++) n = e, qn = qn ||, qn.unshift (t)}, prefilter: función (e, t) {t? gn.unshift ( e): gn.push (e)}}); función nr (e, t, n) {var r, i, o, a, s, u, l, c, p, f = isto, d = e. estilo, h = {}, g =, m = e.nodetype && nn (e); n.Queue || ( c = b._queuehooks (e, “fx”), null == c.unqueueado && (c.unqueueued = 0, p = c.Empty.fire, c.empty.fire = Función () {C.Unqueueed || P ()}), c.Unqueueue ++, F.Always (función () {f.always (función () {c.unqueued -, b.queue (e, “FX”). Lonxitude || c.Empty.fire ()})})) , 1 === e.nodetype && (“altura” en T || “ancho” en t) && (n.verflow =, “enline” === b.css (e, “Mostrar”) && “ningún” === b.css (e, “float”) && (b.support.inlineblockneedslayout &&” en liña “! == un (e.Nodename)? D .ZOOM = 1: D.DISPLAY = “INLINE-BLOCK”)), N.OVERFLOW && (D.OVERFLOW = ” oculto “, b.support.shrinkwrapblock || f.always (función () {d.overflow = n.verflow, d.overflowx = n.verflow, d.Overflowy = n.verflow}); para (i in t ) se (a = t, vn.exec (a)) {se (blete t, u = u || “alternar” === a, un === (m? “Ocultar”: “mostrar”)) Continuar ; g.push (i)} if (o = g.length) {s = b._data (e, “fxshow”) || b._data (e, “fxshow”, {}), “escondido” en s & (m = s.hidden), u && (s.hidden =! m), m ? b (e) .Show (): F.Done (función () {B (e) .hide ()}), f.done (función () {var t; b._removedata (e, “fxshow”) ; para (t en h) b.style (e, t, h)}); para (i = 0; o i; i ++) r = g, l = f .createtween (r, m? s: 0), h = s || b.style (e, r), r en s || (s = l.start, m && (L.END = L.START, L.START = “Ancho” === R || “Altura” === R? 1: 0))}} función rr (e, t, n, r, i) {return new rr.prototype.init (e, t, n, r, i)} b.tween = rr, rr.prototipo = {constructor: rr, init: Función (E, T, N, R, I, O) {This.Elem = E, This.Prop = N, This.Easing = I || “Swing”, This.Options = T, This.START = Isto. agora = this.cur (), este.end = r, this.unit = o || (b.csnumber? “”: “px”)}, cur: función () {var e = rr.prophooks; devolve e && e.get? e.get (isto): rr.prophooks._default.get (este)}, Run: Función (e) {var t, n = rr.prophooks; devolve isto.pos = t = this.options.duration? B.Easing (E, This.Options.duration * E, 0,1, This.Options.duration) : e, isto .now = (this.end-this.start) * t + this.start, this.options.step && isto. opcións.step.call (This.Elem, This.Now, This), N && n.set? n.set ( isto): rr.prophooks._default.set (este), este}}, rr.prototype.init.prototipo = rr.prototipo, rr.prophooks = {_ _ default: {get: función (e) {var t; devolve null == E.Elem || e.elem.style && NULL! = E.Elem.style? (t = b. CSS (E.Elem, E.Prop, “”), T && “AUTO”! == T? T: 0 ): E.Elem}, conxunto: función (e) {b.fx.step? b.fx.step (e): e.elem.style && (NULL! = E.Elem.Style] || b.csshooks)? B.Style (E.Elem, E.Prop, E.NOW + E.Unit): E.Elem = . “>

e.elem.parentnode && (e.elem = e.Now)}}, b. (, función (e , t) {var n = b.fn; b.fn = función (e, r, i) {devolver null == e || “booleano” == typeof e? n.Apply (isto, argumentos): isto. animar (ir (t,! 0), e, r, i)}}), b.fn.extend ({fadeto: función (e, t, n, r) {return this.filter (nn) .css ( “Opacidade”, 0) .Show (). End (). Anime ({opacity: t}, e, n, r)}, animar: función (e, t, n, r) {var i = b.isemptyobject (e), o = b.speed (t, n, r), a = función () {var t = er (isto, b.extend ({}, e), o); a.finish = función () {T.STOP (! 0)}, (i || b._data (isto, “Finalizar”)) && t .stop (! 0)}; devolve A.Finish = a, i | o.Queue ===! 1? This.Aach (a): This.Queue (O.Que, a)}, STOP: FUNCTION ( e, n, r) {var i = función (e) {var t = e.stop; borrar e.stop, t (r)}; devolver “string”! = typeof e && (r = n, n = e, e = t), n && e! == 1 && this.Queue (e || “fx”,), isto. (Función () {VAR T =! 0, N = NULL! = E && e + “coleuehooks”, o = b. temporizadores, a = b._data (isto); se (n) a && a.stop && i (a); outro para (n en a) a && a.stop && jn.test (n) && i (a); para ( n = O.Length; n -;) O.Elem! == isto || null! = e && o. cola! == e || (o.Anim.stop (r), t =! 1, O.Splice (n, 1)); (t ||! r) && b.dequeue (isto, e)})}, rematar: función (e) {devolver e! ==! 1 && (E = E || “FX”), This.Ag (función () {VAR T, N = B._DATA (isto), r = n, i = n, o = b.timers, a = r? r.length: 0; para (N.Finish =! 0, b.queue (isto, e,), i && i.cur && i.cur.Finish && i.cur.finish.call (isto), t = o.length; t -;) o.elem === Esta && O.Queue === E && (O.Anim.stop (! 0), O.Splice (t, 1)); para (t = 0; a t; t ++) r && r.finish && r.finish.call (isto); borrar n.finish})}}); función ir (e, t) {var n, r = {altura: e}, i = 0; para ( t = t? 1: 0; 4 i; i + = 2-t) n = zt, r = r = e; devolver t && (r.Opacity = r.width = e), r} b.each ({sledednown: ir (“show”), slideup: ir (“ocultar” ), Slidetoggle: IR (“Toggle”), Fadein: {opacidade: “Show”}, FadeOut: {opacity: “Hide”}, Fadetoggle: {opacity: “Toggle”}}, función (e, t) {B .fn = función (e, n, r) {return this.animate (T, e, n, r)}}), b.speed = función (e, T, N) {var r = e && “obxecto” == typeof e? B.extend ({}, e): {completa: n ||! N && t || b.Isfunction (e) && E, Duración: e, alivia: n && t || t &&! b.Isfunction (t) && t}; devolver R.Duration = b.fx.off? 0: “Número” == Typeof R.Duration? R.Duration: R.Duration in b.fx.Speeds? b.fx.Speeds : b.fx.speeds._default, (null == r.queue || r.queue ===! 0) && (r.queue = “fx”), r.old = r. {b.Isfunction (r.old) && r.old.call (isto), r.queue && b.dequeue (isto , r.queue)}, r}, b.easing = {lineal: función (e) {devolver e}, swing: función (e) {return.5-math.cos (e * math.pi) / 2} }, b.timers =, b.fx = rr.prototype.init, b.fx.tick = función () {var e, n = b.timers, r = 0; para (xn = b.now (); n.length r; R ++) e = n, e () || n! == e || n.splice (R -, 1); n.length | | b.fx.stop (), xn = t}, b.fx.timer = función (e) {e () & b.timers.push (e) && b.fx.start ()}, b.fx.interval = 13, b.fx.start = Función () {un || (un = setinterval (b.fx.tick, b.fx.interval))} , b.fx.stop = Función () {bleyinterval (un), un = null}, b.fx.speeds = {lento: 600, rápido: 200, _default: 400}, b.fx.step = {}, b.expr && b.Expr.filtadores && (b.Expr.filters.animated = Función (e) {devolver b.grep (b.timers, función (t) {devolver e === t.elem}). Lonxitude}), b .fn.offset = Función (e) {se (argumentos.length) devolve e === T? Isto: isto. Cada (función (t) {b.offset.setOffset (isto, e, t)}); var n, r, o = {top: 0, esquerda: 0}, a = Esta, s = a && a.wnerdocument ; se (s) devolve n = s.documentelement, b.Contains (n, a)? (Typeof A.getboundingClientRect! == i && (o = a.getboundingclientrect ()), r = ou (s), {top: o.top + (r.pageyoffset || n.scrolltop) – (n.clienttop || 0), esquerda: O.Left + (R.PageXOffset || N.Scrolloft) – (n.cliFiFoft || 0)}): o}, b.Offset = {setOffset: función (e, t, n) {var r = b.css (E, “posición”); “estático” === r && (e.style.position = “relativo”) ; var i = b (e), o = i.offset (), a = b.css (e, “top”), s = b.css (e, “esquerda”), u = (“absoluta” = == r || “fixado” === r) && b.inarray (“auto”,) -1, l = {}, c = {}, p, f; u? (C = I.POSITION (), P = C.TOP, F = C.LEFT) 🙁 p = parsefloat (a) || 0, f = parsefloat (s) || 0), b.Isfunction (t) && (T = T.Call (E, N, O)), NULL! = T.TOP && (L.TOP = T.TOP-O.TOP + P), NULL! = T.LOFT && (L.LEFT = T.LOFT -O.LEFT + F), “Usando” en T? T.USTER.CALL (E, L): I.CSS (L)}}, b.fn.extend ({posición: función () {if (isto ) {var e, t, n = {top: 0, esquerda: 0}, r = este; devolve “fixado” === b.css (R, “posición”)? T = r.getboundingclientRect () 🙁 e = este.Offsetparent (), t = this.Offset (), b.nodename (e, “htm l “) || (n = e.Offset ()), n.top + = b.css (e,” bordertopwidth “,! 0), n.left + = b.css (e,” borderleftwidth “, 0) ), {top: t.top-n.top-b.css (R, “Margintop”, 0), esquerda: T.Left-n.Left-b.css (R, “Marginleft”,! 0) }}}, offsetparent: función () {devolve este.map (función () {var e = this.Offsetparent || o.documentelement; while (e &&! B.nodename (e, “html”) && “estático” === b .css (e, “posición”)) e = e.Offsetparent; devolve e || o.documentelement})}}), b.Each (ScrollLeft: “PageXexOffset”, ScrollTop: “Pageyoffset”}, función (e , n) {var r = / y / .test (n); b.fn = función (I) {devolve b.access (isto, función (e, i, o) {var a = or (e); devolve o === t? A? N nun? A: A.Document.documentelement: E: (a? A.Scrollto (R? B (a) .Scrolloft (): O, R? O: B (a) .scrolltop ()): e = o, t)}, e, i, argumentos.length, null)}}; función ou (e) {devolver b.Iswindow (e)? E: 9 === e. nodetype?cada un ({Phding: “Inner” + E, contido: n, “”: “Exterior” + E}, función (R, I) {B.FN = Función (I, O) {var A = argument.length && (R || “Boolean”! = Tipof I), S = R || (i ===! 0 || o ===! 0? “Marxe”: “Border”); devolve B.Access (isto, función (n, r, i) {var o; devolve b.Iswindow (n)? n.document.documentelement: 9 === n.nodetype? (O = N.Documentelement, math.max (n.body, o, n.body, o, o)): i === t? b.css (n, r, s) : B.Style (N, R, I, S)}, N, A? I: T, A, NULL)}})}), e.jquery = e. $ = B, “Función” == Typeof Define && define.amd && DEFINE.AMD.JQUERY && Definir (“jQuery” ,, función () {return b})}) (ventá) ;

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