2024-08-23 08:47:34 -04:00
// OpenLayers. See https://openlayers.org/
// License: https://raw.githubusercontent.com/openlayers/openlayers/master/LICENSE.md
// Version: v4.2.0
; ( function ( root , factory ) {
if ( typeof exports === "object" ) {
module . exports = factory ( ) ;
} else if ( typeof define === "function" && define . amd ) {
define ( [ ] , factory ) ;
} else {
root . ol = factory ( ) ;
}
} ( this , function ( ) {
var OPENLAYERS = { } ;
var k , aa = this ; function t ( a , b ) { var c = OPENLAYERS ; a = a . split ( "." ) ; c = c || aa ; a [ 0 ] in c || ! c . execScript || c . execScript ( "var " + a [ 0 ] ) ; for ( var d ; a . length && ( d = a . shift ( ) ) ; ) a . length || void 0 === b ? c [ d ] && c [ d ] !== Object . prototype [ d ] ? c = c [ d ] : c = c [ d ] = { } : c [ d ] = b } ; var ea , fa ; function ia ( a , b ) { return a > b ? 1 : a < b ? - 1 : 0 } function ja ( a , b ) { return 0 <= a . indexOf ( b ) } function ka ( a , b , c ) { var d = a . length ; if ( a [ 0 ] <= b ) return 0 ; if ( ! ( b <= a [ d - 1 ] ) ) if ( 0 < c ) for ( c = 1 ; c < d ; ++ c ) { if ( a [ c ] < b ) return c - 1 } else if ( 0 > c ) for ( c = 1 ; c < d ; ++ c ) { if ( a [ c ] <= b ) return c } else for ( c = 1 ; c < d ; ++ c ) { if ( a [ c ] == b ) return c ; if ( a [ c ] < b ) return a [ c - 1 ] - b < b - a [ c ] ? c - 1 : c } return d - 1 } function la ( a , b ) { var c = Array . isArray ( b ) ? b : [ b ] , d = c . length ; for ( b = 0 ; b < d ; b ++ ) a [ a . length ] = c [ b ] } function ma ( a , b ) { b = a . indexOf ( b ) ; - 1 < b && a . splice ( b , 1 ) }
function na ( a , b ) { for ( var c = a . length >>> 0 , d , e = 0 ; e < c ; e ++ ) if ( d = a [ e ] , b ( d , e , a ) ) return d ; return null } function pa ( a , b ) { var c = a . length ; if ( c !== b . length ) return ! 1 ; for ( var d = 0 ; d < c ; d ++ ) if ( a [ d ] !== b [ d ] ) return ! 1 ; return ! 0 } function qa ( a ) { var b = ra , c = a . length , d = Array ( a . length ) , e ; for ( e = 0 ; e < c ; e ++ ) d [ e ] = { index : e , value : a [ e ] } ; d . sort ( function ( a , c ) { return b ( a . value , c . value ) || a . index - c . index } ) ; for ( e = 0 ; e < a . length ; e ++ ) a [ e ] = d [ e ] . value } function sa ( a , b ) { var c ; return a . every ( function ( d , e ) { c = e ; return ! b ( d , e , a ) } ) ? - 1 : c }
function ta ( a , b ) { var c = b || ia ; return a . every ( function ( b , e ) { if ( ! e ) return ! 0 ; b = c ( a [ e - 1 ] , b ) ; return ! ( 0 < b || 0 === b ) } ) } ; function v ( a , b ) { a . prototype = Object . create ( b . prototype ) ; a . prototype . constructor = a } function ua ( ) { } function w ( a ) { return a . Vo || ( a . Vo = ++ va ) } var va = 0 ; function wa ( a ) { this . message = "Assertion failed. See https://openlayers.org/en/v4.2.0/doc/errors/#" + a + " for details." ; this . code = a ; this . name = "AssertionError" } v ( wa , Error ) ; function xa ( a , b ) { if ( ! a ) throw new wa ( b ) ; } ; function ya ( a , b , c , d ) { this . ca = a ; this . $ = b ; this . da = c ; this . ia = d } function za ( a , b , c ) { return a . ca <= b && b <= a . $ && a . da <= c && c <= a . ia } function Aa ( a , b ) { return a . ca == b . ca && a . da == b . da && a . $ == b . $ && a . ia == b . ia } function Ba ( a , b ) { return a . ca <= b . $ && a . $ >= b . ca && a . da <= b . ia && a . ia >= b . da } ; function Ca ( a , b , c ) { return Math . min ( Math . max ( a , b ) , c ) } var Da = function ( ) { var a ; "cosh" in Math ? a = Math . cosh : a = function ( a ) { a = Math . exp ( a ) ; return ( a + 1 / a ) / 2 } ; return a } ( ) ; function Ea ( a ) { xa ( 0 < a , 29 ) ; return Math . pow ( 2 , Math . ceil ( Math . log ( a ) / Math . LN2 ) ) } function Fa ( a , b , c , d , e , f ) { var g = e - c , h = f - d ; if ( g || h ) { var l = ( ( a - c ) * g + ( b - d ) * h ) / ( g * g + h * h ) ; 1 < l ? ( c = e , d = f ) : 0 < l && ( c += g * l , d += h * l ) } return Ga ( a , b , c , d ) } function Ga ( a , b , c , d ) { a = c - a ; b = d - b ; return a * a + b * b } function Ha ( a ) { return a * Math . PI / 180 } function Ia ( a , b ) { a %= b ; return 0 > a * b ? a + b : a }
function Ja ( a , b , c ) { return a + c * ( b - a ) } ; function Ka ( a , b , c ) { void 0 === c && ( c = [ 0 , 0 ] ) ; c [ 0 ] = a [ 0 ] + 2 * b ; c [ 1 ] = a [ 1 ] + 2 * b ; return c } function La ( a , b , c ) { void 0 === c && ( c = [ 0 , 0 ] ) ; c [ 0 ] = a [ 0 ] * b + . 5 | 0 ; c [ 1 ] = a [ 1 ] * b + . 5 | 0 ; return c } function Ma ( a , b ) { if ( Array . isArray ( a ) ) return a ; void 0 === b ? b = [ a , a ] : b [ 0 ] = b [ 1 ] = a ; return b } ; function Na ( a ) { for ( var b = Oa ( ) , c = 0 , d = a . length ; c < d ; ++ c ) Pa ( b , a [ c ] ) ; return b } function Qa ( a , b , c ) { return c ? ( c [ 0 ] = a [ 0 ] - b , c [ 1 ] = a [ 1 ] - b , c [ 2 ] = a [ 2 ] + b , c [ 3 ] = a [ 3 ] + b , c ) : [ a [ 0 ] - b , a [ 1 ] - b , a [ 2 ] + b , a [ 3 ] + b ] } function Ra ( a , b ) { return b ? ( b [ 0 ] = a [ 0 ] , b [ 1 ] = a [ 1 ] , b [ 2 ] = a [ 2 ] , b [ 3 ] = a [ 3 ] , b ) : a . slice ( ) } function Sa ( a , b , c ) { b = b < a [ 0 ] ? a [ 0 ] - b : a [ 2 ] < b ? b - a [ 2 ] : 0 ; a = c < a [ 1 ] ? a [ 1 ] - c : a [ 3 ] < c ? c - a [ 3 ] : 0 ; return b * b + a * a } function Ta ( a , b ) { return Ua ( a , b [ 0 ] , b [ 1 ] ) } function Va ( a , b ) { return a [ 0 ] <= b [ 0 ] && b [ 2 ] <= a [ 2 ] && a [ 1 ] <= b [ 1 ] && b [ 3 ] <= a [ 3 ] }
function Ua ( a , b , c ) { return a [ 0 ] <= b && b <= a [ 2 ] && a [ 1 ] <= c && c <= a [ 3 ] } function Wa ( a , b ) { var c = a [ 1 ] , d = a [ 2 ] , e = a [ 3 ] , f = b [ 0 ] ; b = b [ 1 ] ; var g = 0 ; f < a [ 0 ] ? g |= 16 : f > d && ( g |= 4 ) ; b < c ? g |= 8 : b > e && ( g |= 2 ) ; g || ( g = 1 ) ; return g } function Oa ( ) { return [ Infinity , Infinity , - Infinity , - Infinity ] } function Xa ( a , b , c , d , e ) { return e ? ( e [ 0 ] = a , e [ 1 ] = b , e [ 2 ] = c , e [ 3 ] = d , e ) : [ a , b , c , d ] } function Ya ( a ) { return Xa ( Infinity , Infinity , - Infinity , - Infinity , a ) } function Za ( a , b ) { var c = a [ 0 ] ; a = a [ 1 ] ; return Xa ( c , a , c , a , b ) } function $a ( a , b , c , d , e ) { e = Ya ( e ) ; return ab ( e , a , b , c , d ) }
function bb ( a , b ) { return a [ 0 ] == b [ 0 ] && a [ 2 ] == b [ 2 ] && a [ 1 ] == b [ 1 ] && a [ 3 ] == b [ 3 ] } function cb ( a , b ) { b [ 0 ] < a [ 0 ] && ( a [ 0 ] = b [ 0 ] ) ; b [ 2 ] > a [ 2 ] && ( a [ 2 ] = b [ 2 ] ) ; b [ 1 ] < a [ 1 ] && ( a [ 1 ] = b [ 1 ] ) ; b [ 3 ] > a [ 3 ] && ( a [ 3 ] = b [ 3 ] ) ; return a } function Pa ( a , b ) { b [ 0 ] < a [ 0 ] && ( a [ 0 ] = b [ 0 ] ) ; b [ 0 ] > a [ 2 ] && ( a [ 2 ] = b [ 0 ] ) ; b [ 1 ] < a [ 1 ] && ( a [ 1 ] = b [ 1 ] ) ; b [ 1 ] > a [ 3 ] && ( a [ 3 ] = b [ 1 ] ) } function ab ( a , b , c , d , e ) { for ( ; c < d ; c += e ) { var f = a , g = b [ c ] , h = b [ c + 1 ] ; f [ 0 ] = Math . min ( f [ 0 ] , g ) ; f [ 1 ] = Math . min ( f [ 1 ] , h ) ; f [ 2 ] = Math . max ( f [ 2 ] , g ) ; f [ 3 ] = Math . max ( f [ 3 ] , h ) } return a }
function db ( a , b , c ) { var d ; return ( d = b . call ( c , eb ( a ) ) ) || ( d = b . call ( c , gb ( a ) ) ) || ( d = b . call ( c , hb ( a ) ) ) ? d : ( d = b . call ( c , ib ( a ) ) ) ? d : ! 1 } function jb ( a ) { var b = 0 ; kb ( a ) || ( b = lb ( a ) * mb ( a ) ) ; return b } function eb ( a ) { return [ a [ 0 ] , a [ 1 ] ] } function gb ( a ) { return [ a [ 2 ] , a [ 1 ] ] } function nb ( a ) { return [ ( a [ 0 ] + a [ 2 ] ) / 2 , ( a [ 1 ] + a [ 3 ] ) / 2 ] }
function ob ( a , b , c , d , e ) { var f = b * d [ 0 ] / 2 ; d = b * d [ 1 ] / 2 ; b = Math . cos ( c ) ; var g = Math . sin ( c ) ; c = f * b ; f *= g ; b *= d ; var h = d * g , l = a [ 0 ] , m = a [ 1 ] ; a = l - c + h ; d = l - c - h ; g = l + c - h ; c = l + c + h ; var h = m - f - b , l = m - f + b , n = m + f + b , f = m + f - b ; return Xa ( Math . min ( a , d , g , c ) , Math . min ( h , l , n , f ) , Math . max ( a , d , g , c ) , Math . max ( h , l , n , f ) , e ) } function mb ( a ) { return a [ 3 ] - a [ 1 ] } function pb ( a , b , c ) { c = c ? c : Oa ( ) ; qb ( a , b ) && ( c [ 0 ] = a [ 0 ] > b [ 0 ] ? a [ 0 ] : b [ 0 ] , c [ 1 ] = a [ 1 ] > b [ 1 ] ? a [ 1 ] : b [ 1 ] , c [ 2 ] = a [ 2 ] < b [ 2 ] ? a [ 2 ] : b [ 2 ] , c [ 3 ] = a [ 3 ] < b [ 3 ] ? a [ 3 ] : b [ 3 ] ) ; return c } function ib ( a ) { return [ a [ 0 ] , a [ 3 ] ] }
function hb ( a ) { return [ a [ 2 ] , a [ 3 ] ] } function lb ( a ) { return a [ 2 ] - a [ 0 ] } function qb ( a , b ) { return a [ 0 ] <= b [ 2 ] && a [ 2 ] >= b [ 0 ] && a [ 1 ] <= b [ 3 ] && a [ 3 ] >= b [ 1 ] } function kb ( a ) { return a [ 2 ] < a [ 0 ] || a [ 3 ] < a [ 1 ] } function rb ( a , b ) { var c = ( a [ 2 ] - a [ 0 ] ) / 2 * ( b - 1 ) ; b = ( a [ 3 ] - a [ 1 ] ) / 2 * ( b - 1 ) ; a [ 0 ] -= c ; a [ 2 ] += c ; a [ 1 ] -= b ; a [ 3 ] += b }
function sb ( a , b , c ) { a = [ a [ 0 ] , a [ 1 ] , a [ 0 ] , a [ 3 ] , a [ 2 ] , a [ 1 ] , a [ 2 ] , a [ 3 ] ] ; b ( a , a , 2 ) ; var d = [ a [ 0 ] , a [ 2 ] , a [ 4 ] , a [ 6 ] ] , e = [ a [ 1 ] , a [ 3 ] , a [ 5 ] , a [ 7 ] ] ; b = Math . min . apply ( null , d ) ; a = Math . min . apply ( null , e ) ; d = Math . max . apply ( null , d ) ; e = Math . max . apply ( null , e ) ; return Xa ( b , a , d , e , c ) } ; var tb = "function" === typeof Object . assign ? Object . assign : function ( a , b ) { if ( ! a || null === a ) throw new TypeError ( "Cannot convert undefined or null to object" ) ; for ( var c = Object ( a ) , d = 1 , e = arguments . length ; d < e ; ++ d ) { var f = arguments [ d ] ; if ( void 0 !== f && null !== f ) for ( var g in f ) f . hasOwnProperty ( g ) && ( c [ g ] = f [ g ] ) } return c } ; function ub ( a ) { for ( var b in a ) delete a [ b ] } function vb ( a ) { var b = [ ] , c ; for ( c in a ) b . push ( a [ c ] ) ; return b } function wb ( a ) { for ( var b in a ) return ! 1 ; return ! b } ; / *
Latitude / longitude spherical geodesy formulae taken from
http : //www.movable-type.co.uk/scripts/latlong.html
Licensed under CC - BY - 3.0 .
* /
function xb ( a ) { this . radius = a } xb . prototype . a = function ( a ) { for ( var b = 0 , c = a . length , d = a [ c - 1 ] [ 0 ] , e = a [ c - 1 ] [ 1 ] , f = 0 ; f < c ; f ++ ) var g = a [ f ] [ 0 ] , h = a [ f ] [ 1 ] , b = b + Ha ( g - d ) * ( 2 + Math . sin ( Ha ( e ) ) + Math . sin ( Ha ( h ) ) ) , d = g , e = h ; return b * this . radius * this . radius / 2 } ; xb . prototype . b = function ( a , b ) { var c = Ha ( a [ 1 ] ) , d = Ha ( b [ 1 ] ) , e = ( d - c ) / 2 ; a = Ha ( b [ 0 ] - a [ 0 ] ) / 2 ; c = Math . sin ( e ) * Math . sin ( e ) + Math . sin ( a ) * Math . sin ( a ) * Math . cos ( c ) * Math . cos ( d ) ; return 2 * this . radius * Math . atan2 ( Math . sqrt ( c ) , Math . sqrt ( 1 - c ) ) } ;
xb . prototype . offset = function ( a , b , c ) { var d = Ha ( a [ 1 ] ) ; b /= this . radius ; var e = Math . asin ( Math . sin ( d ) * Math . cos ( b ) + Math . cos ( d ) * Math . sin ( b ) * Math . cos ( c ) ) ; return [ 180 * ( Ha ( a [ 0 ] ) + Math . atan2 ( Math . sin ( c ) * Math . sin ( b ) * Math . cos ( d ) , Math . cos ( b ) - Math . sin ( d ) * Math . sin ( e ) ) ) / Math . PI , 180 * e / Math . PI ] } ; var yb = new xb ( 6370997 ) ; var zb = { } ; zb . degrees = 2 * Math . PI * yb . radius / 360 ; zb . ft = . 3048 ; zb . m = 1 ; zb [ "us-ft" ] = 1200 / 3937 ; var Ab = null ; function Bb ( a ) { this . mb = a . code ; this . a = a . units ; this . f = void 0 !== a . extent ? a . extent : null ; this . g = void 0 !== a . worldExtent ? a . worldExtent : null ; this . b = void 0 !== a . axisOrientation ? a . axisOrientation : "enu" ; this . c = void 0 !== a . global ? a . global : ! 1 ; this . i = ! ( ! this . c || ! this . f ) ; this . o = a . getPointResolution ; this . j = null ; this . l = a . metersPerUnit ; var b = a . code , c = Ab || window . proj4 ; "function" == typeof c && ( b = c . defs ( b ) , void 0 !== b && ( void 0 !== b . axis && void 0 === a . axisOrientation && ( this . b = b . axis ) , void 0 === a . metersPerUnit && ( this . l = b . to _meter ) ,
void 0 === a . units && ( this . a = b . units ) ) ) } k = Bb . prototype ; k . Jk = function ( ) { return this . mb } ; k . G = function ( ) { return this . f } ; k . Un = function ( ) { return this . a } ; k . sc = function ( ) { return this . l || zb [ this . a ] } ; k . tl = function ( ) { return this . g } ; k . dm = function ( ) { return this . c } ; k . $p = function ( a ) { this . c = a ; this . i = ! ( ! a || ! this . f ) } ; k . Vn = function ( a ) { this . f = a ; this . i = ! ( ! this . c || ! a ) } ; k . kq = function ( a ) { this . g = a } ; k . Zp = function ( a ) { this . o = a } ; function Cb ( a ) { Bb . call ( this , { code : a , units : "m" , extent : Db , global : ! 0 , worldExtent : Eb , getPointResolution : function ( a , c ) { return a / Da ( c [ 1 ] / 6378137 ) } } ) } v ( Cb , Bb ) ; var Fb = 6378137 * Math . PI , Db = [ - Fb , - Fb , Fb , Fb ] , Eb = [ - 180 , - 85 , 180 , 85 ] , Gb = "EPSG:3857 EPSG:102100 EPSG:102113 EPSG:900913 urn:ogc:def:crs:EPSG:6.18:3:3857 urn:ogc:def:crs:EPSG::3857 http://www.opengis.net/gml/srs/epsg.xml#3857" . split ( " " ) . map ( function ( a ) { return new Cb ( a ) } ) ;
function Hb ( a , b , c ) { var d = a . length ; c = 1 < c ? c : 2 ; void 0 === b && ( 2 < c ? b = a . slice ( ) : b = Array ( d ) ) ; for ( var e = 0 ; e < d ; e += c ) { b [ e ] = Fb * a [ e ] / 180 ; var f = 6378137 * Math . log ( Math . tan ( Math . PI * ( a [ e + 1 ] + 90 ) / 360 ) ) ; f > Fb ? f = Fb : f < - Fb && ( f = - Fb ) ; b [ e + 1 ] = f } return b } function Ib ( a , b , c ) { var d = a . length ; c = 1 < c ? c : 2 ; void 0 === b && ( 2 < c ? b = a . slice ( ) : b = Array ( d ) ) ; for ( var e = 0 ; e < d ; e += c ) b [ e ] = 180 * a [ e ] / Fb , b [ e + 1 ] = 360 * Math . atan ( Math . exp ( a [ e + 1 ] / 6378137 ) ) / Math . PI - 90 ; return b } ; var Jb = new xb ( 6378137 ) ; function Kb ( a , b ) { Bb . call ( this , { code : a , units : "degrees" , extent : Lb , axisOrientation : b , global : ! 0 , metersPerUnit : Mb , worldExtent : Lb } ) } v ( Kb , Bb ) ; var Lb = [ - 180 , - 90 , 180 , 90 ] , Mb = Math . PI * Jb . radius / 180 , Nb = [ new Kb ( "CRS:84" ) , new Kb ( "EPSG:4326" , "neu" ) , new Kb ( "urn:ogc:def:crs:EPSG::4326" , "neu" ) , new Kb ( "urn:ogc:def:crs:EPSG:6.6:4326" , "neu" ) , new Kb ( "urn:ogc:def:crs:OGC:1.3:CRS84" ) , new Kb ( "urn:ogc:def:crs:OGC:2:84" ) , new Kb ( "http://www.opengis.net/gml/srs/epsg.xml#4326" , "neu" ) , new Kb ( "urn:x-ogc:def:crs:EPSG:4326" , "neu" ) ] ; var Ob = { } ; var Pb = { } ; function Qb ( a , b , c ) { a = a . mb ; b = b . mb ; a in Pb || ( Pb [ a ] = { } ) ; Pb [ a ] [ b ] = c } function Rb ( a , b ) { var c ; a in Pb && b in Pb [ a ] && ( c = Pb [ a ] [ b ] ) ; return c } ; function Sb ( a , b , c ) { a = Tb ( a ) ; var d = a . o ; d ? b = d ( b , c ) : "degrees" != a . a && ( d = Vb ( a , Tb ( "EPSG:4326" ) ) , b = [ c [ 0 ] - b / 2 , c [ 1 ] , c [ 0 ] + b / 2 , c [ 1 ] , c [ 0 ] , c [ 1 ] - b / 2 , c [ 0 ] , c [ 1 ] + b / 2 ] , b = d ( b , b , 2 ) , b = ( yb . b ( b . slice ( 0 , 2 ) , b . slice ( 2 , 4 ) ) + yb . b ( b . slice ( 4 , 6 ) , b . slice ( 6 , 8 ) ) ) / 2 , a = a . sc ( ) , void 0 !== a && ( b /= a ) ) ; return b } function Wb ( a ) { a . forEach ( Xb ) ; a . forEach ( function ( b ) { a . forEach ( function ( a ) { b !== a && Qb ( b , a , Yb ) } ) } ) } function Zb ( ) { Nb . forEach ( function ( a ) { Gb . forEach ( function ( b ) { Qb ( a , b , Hb ) ; Qb ( b , a , Ib ) } ) } ) } function Xb ( a ) { Ob [ a . mb ] = a ; Qb ( a , a , Yb ) }
function $b ( a ) { return a ? "string" === typeof a ? Tb ( a ) : a : Tb ( "EPSG:3857" ) } function ac ( a , b , c , d ) { a = Tb ( a ) ; b = Tb ( b ) ; Qb ( a , b , cc ( c ) ) ; Qb ( b , a , cc ( d ) ) } function cc ( a ) { return function ( b , c , d ) { var e = b . length ; d = void 0 !== d ? d : 2 ; c = void 0 !== c ? c : Array ( e ) ; var f ; for ( f = 0 ; f < e ; f += d ) { var g = a ( [ b [ f ] , b [ f + 1 ] ] ) ; c [ f ] = g [ 0 ] ; c [ f + 1 ] = g [ 1 ] ; for ( g = d - 1 ; 2 <= g ; -- g ) c [ f + g ] = b [ f + g ] } return c } }
function Tb ( a ) { var b = null ; if ( a instanceof Bb ) b = a ; else if ( "string" === typeof a ) { var b = Ob [ a ] || null , c = Ab || window . proj4 ; b || "function" != typeof c || void 0 === c . defs ( a ) || ( b = new Bb ( { code : a } ) , Xb ( b ) ) } return b } function dc ( a , b ) { if ( a === b ) return ! 0 ; var c = a . a === b . a ; return a . mb === b . mb ? c : Vb ( a , b ) === Yb && c } function ec ( a , b ) { a = Tb ( a ) ; b = Tb ( b ) ; return Vb ( a , b ) }
function Vb ( a , b ) { var c = a . mb , d = b . mb , e = Rb ( c , d ) ; if ( ! e ) { var f = Ab || window . proj4 ; if ( "function" == typeof f ) { var g = f . defs ( c ) , h = f . defs ( d ) ; void 0 !== g && void 0 !== h && ( g === h ? Wb ( [ b , a ] ) : ( e = f ( d , c ) , ac ( b , a , e . forward , e . inverse ) ) , e = Rb ( c , d ) ) } } e || ( e = fc ) ; return e } function fc ( a , b ) { if ( void 0 !== b && a !== b ) { for ( var c = 0 , d = a . length ; c < d ; ++ c ) b [ c ] = a [ c ] ; a = b } return a } function Yb ( a , b ) { if ( void 0 !== b ) { for ( var c = 0 , d = a . length ; c < d ; ++ c ) b [ c ] = a [ c ] ; a = b } else a = a . slice ( ) ; return a } function gc ( a , b , c ) { return ec ( b , c ) ( a , void 0 , a . length ) }
function hc ( a , b , c ) { b = ec ( b , c ) ; return sb ( a , b ) } function ic ( ) { Wb ( Gb ) ; Wb ( Nb ) ; Zb ( ) } ic ( ) ; function jc ( a , b , c , d ) { return void 0 !== d ? ( d [ 0 ] = a , d [ 1 ] = b , d [ 2 ] = c , d ) : [ a , b , c ] } function kc ( a ) { var b = a [ 0 ] , c = Array ( b ) , d = 1 << b - 1 , e ; for ( e = 0 ; e < b ; ++ e ) { var f = 48 ; a [ 1 ] & d && ( f += 1 ) ; a [ 2 ] & d && ( f += 2 ) ; c [ e ] = String . fromCharCode ( f ) ; d >>= 1 } return c . join ( "" ) } ; function lc ( a ) { this . minZoom = void 0 !== a . minZoom ? a . minZoom : 0 ; this . b = a . resolutions ; xa ( ta ( this . b , function ( a , b ) { return b - a } ) , 17 ) ; this . maxZoom = this . b . length - 1 ; this . i = void 0 !== a . origin ? a . origin : null ; this . c = null ; void 0 !== a . origins && ( this . c = a . origins , xa ( this . c . length == this . b . length , 20 ) ) ; var b = a . extent ; void 0 === b || this . i || this . c || ( this . i = ib ( b ) ) ; xa ( ! this . i && this . c || this . i && ! this . c , 18 ) ; this . f = null ; void 0 !== a . tileSizes && ( this . f = a . tileSizes , xa ( this . f . length == this . b . length , 19 ) ) ; this . g = void 0 !== a . tileSize ? a . tileSize :
this . f ? null : 256 ; xa ( ! this . g && this . f || this . g && ! this . f , 22 ) ; this . v = void 0 !== b ? b : null ; this . a = null ; this . j = [ 0 , 0 ] ; void 0 !== a . sizes ? this . a = a . sizes . map ( function ( a ) { return new ya ( Math . min ( 0 , a [ 0 ] ) , Math . max ( a [ 0 ] - 1 , - 1 ) , Math . min ( 0 , a [ 1 ] ) , Math . max ( a [ 1 ] - 1 , - 1 ) ) } , this ) : b && mc ( this , b ) } var nc = [ 0 , 0 , 0 ] ; k = lc . prototype ; k . Rf = function ( a , b , c ) { a = oc ( this , a , b ) ; for ( var d = a . ca , e = a . $ ; d <= e ; ++ d ) for ( var f = a . da , g = a . ia ; f <= g ; ++ f ) c ( [ b , d , f ] ) } ;
function pc ( a , b , c , d , e ) { e = a . Aa ( b , e ) ; for ( b = b [ 0 ] - 1 ; b >= a . minZoom ; ) { if ( c . call ( null , b , oc ( a , e , b , d ) ) ) return ! 0 ; -- b } return ! 1 } k . G = function ( ) { return this . v } ; k . Ti = function ( ) { return this . maxZoom } ; k . Ui = function ( ) { return this . minZoom } ; k . Pc = function ( a ) { return this . i ? this . i : this . c [ a ] } ; k . Da = function ( a ) { return this . b [ a ] } ; k . Vi = function ( ) { return this . b } ; function qc ( a , b , c , d ) { return b [ 0 ] < a . maxZoom ? ( d = a . Aa ( b , d ) , oc ( a , d , b [ 0 ] + 1 , c ) ) : null }
function rc ( a , b , c , d ) { sc ( a , b [ 0 ] , b [ 1 ] , c , ! 1 , nc ) ; var e = nc [ 1 ] , f = nc [ 2 ] ; sc ( a , b [ 2 ] , b [ 3 ] , c , ! 0 , nc ) ; a = nc [ 1 ] ; b = nc [ 2 ] ; void 0 !== d ? ( d . ca = e , d . $ = a , d . da = f , d . ia = b ) : d = new ya ( e , a , f , b ) ; return d } function oc ( a , b , c , d ) { return rc ( a , b , a . Da ( c ) , d ) } function tc ( a , b ) { var c = a . Pc ( b [ 0 ] ) , d = a . Da ( b [ 0 ] ) ; a = Ma ( a . gb ( b [ 0 ] ) , a . j ) ; return [ c [ 0 ] + ( b [ 1 ] + . 5 ) * a [ 0 ] * d , c [ 1 ] + ( b [ 2 ] + . 5 ) * a [ 1 ] * d ] } k . Aa = function ( a , b ) { var c = this . Pc ( a [ 0 ] ) , d = this . Da ( a [ 0 ] ) , e = Ma ( this . gb ( a [ 0 ] ) , this . j ) , f = c [ 0 ] + a [ 1 ] * e [ 0 ] * d ; a = c [ 1 ] + a [ 2 ] * e [ 1 ] * d ; return Xa ( f , a , f + e [ 0 ] * d , a + e [ 1 ] * d , b ) } ;
k . Be = function ( a , b , c ) { return sc ( this , a [ 0 ] , a [ 1 ] , b , ! 1 , c ) } ; function sc ( a , b , c , d , e , f ) { var g = a . tc ( d ) , h = d / a . Da ( g ) , l = a . Pc ( g ) ; a = Ma ( a . gb ( g ) , a . j ) ; b = h * Math . floor ( ( b - l [ 0 ] ) / d + ( e ? . 5 : 0 ) ) / a [ 0 ] ; c = h * Math . floor ( ( c - l [ 1 ] ) / d + ( e ? 0 : . 5 ) ) / a [ 1 ] ; e ? ( b = Math . ceil ( b ) - 1 , c = Math . ceil ( c ) - 1 ) : ( b = Math . floor ( b ) , c = Math . floor ( c ) ) ; return jc ( g , b , c , f ) } k . bg = function ( a , b , c ) { return sc ( this , a [ 0 ] , a [ 1 ] , this . Da ( b ) , ! 1 , c ) } ; k . gb = function ( a ) { return this . g ? this . g : this . f [ a ] } ; k . tc = function ( a , b ) { return Ca ( ka ( this . b , a , b || 0 ) , this . minZoom , this . maxZoom ) } ;
function mc ( a , b ) { for ( var c = a . b . length , d = Array ( c ) , e = a . minZoom ; e < c ; ++ e ) d [ e ] = oc ( a , b , e ) ; a . a = d } ; function vc ( a ) { var b = a . j ; b || ( b = wc ( a ) , a . j = b ) ; return b } function xc ( a ) { var b = { } ; tb ( b , a ? a : { } ) ; void 0 === b . extent && ( b . extent = Tb ( "EPSG:3857" ) . G ( ) ) ; b . resolutions = yc ( b . extent , b . maxZoom , b . tileSize ) ; delete b . maxZoom ; return new lc ( b ) } function yc ( a , b , c ) { b = void 0 !== b ? b : 42 ; var d = mb ( a ) ; a = lb ( a ) ; c = Ma ( void 0 !== c ? c : 256 ) ; c = Math . max ( a / c [ 0 ] , d / c [ 1 ] ) ; b += 1 ; d = Array ( b ) ; for ( a = 0 ; a < b ; ++ a ) d [ a ] = c / Math . pow ( 2 , a ) ; return d } function wc ( a , b , c ) { a = zc ( a ) ; b = yc ( a , b , c ) ; return new lc ( { extent : a , origin : ib ( a ) , resolutions : b , tileSize : c } ) }
function zc ( a ) { a = Tb ( a ) ; var b = a . G ( ) ; b || ( a = 180 * zb . degrees / a . sc ( ) , b = Xa ( - a , - a , a , a ) ) ; return b } ; function Ac ( a ) { this . b = a . html ; this . a = a . tileRanges ? a . tileRanges : null } Ac . prototype . i = function ( ) { return this . b } ; function Bc ( a ) { return function ( b ) { if ( b ) return [ Ca ( b [ 0 ] , a [ 0 ] , a [ 2 ] ) , Ca ( b [ 1 ] , a [ 1 ] , a [ 3 ] ) ] } } function Cc ( a ) { return a } ; function Dc ( a ) { function b ( b ) { var c = a . listener , e = a . lh || a . target ; a . nh && Ec ( a ) ; return c . call ( e , b ) } return a . mh = b } function Fc ( a , b , c , d ) { for ( var e , f = 0 , g = a . length ; f < g ; ++ f ) if ( e = a [ f ] , e . listener === b && e . lh === c ) return d && ( e . deleteIndex = f ) , e } function Gc ( a , b ) { return ( a = a . fb ) ? a [ b ] : void 0 } function Hc ( a ) { var b = a . fb ; b || ( b = a . fb = { } ) ; return b } function Ic ( a , b ) { var c = Gc ( a , b ) ; if ( c ) { for ( var d = 0 , e = c . length ; d < e ; ++ d ) a . removeEventListener ( b , c [ d ] . mh ) , ub ( c [ d ] ) ; c . length = 0 ; if ( c = a . fb ) delete c [ b ] , Object . keys ( c ) . length || delete a . fb } }
function y ( a , b , c , d , e ) { var f = Hc ( a ) , g = f [ b ] ; g || ( g = f [ b ] = [ ] ) ; ( f = Fc ( g , c , d , ! 1 ) ) ? e || ( f . nh = ! 1 ) : ( f = { lh : d , nh : ! ! e , listener : c , target : a , type : b } , a . addEventListener ( b , Dc ( f ) ) , g . push ( f ) ) ; return f } function Jc ( a , b , c , d ) { return y ( a , b , c , d , ! 0 ) } function Kc ( a , b , c , d ) { ( a = Gc ( a , b ) ) && ( c = Fc ( a , c , d , ! 0 ) ) && Ec ( c ) } function Ec ( a ) { if ( a && a . target ) { a . target . removeEventListener ( a . type , a . mh ) ; var b = Gc ( a . target , a . type ) ; if ( b ) { var c = "deleteIndex" in a ? a . deleteIndex : b . indexOf ( a ) ; - 1 !== c && b . splice ( c , 1 ) ; b . length || Ic ( a . target , a . type ) } ub ( a ) } }
function Lc ( a ) { var b = Hc ( a ) , c ; for ( c in b ) Ic ( a , c ) } ; function Mc ( ) { } Mc . prototype . Jb = ! 1 ; function Nc ( a ) { a . Jb || ( a . Jb = ! 0 , a . ka ( ) ) } Mc . prototype . ka = ua ; function Oc ( a ) { this . type = a ; this . target = null } Oc . prototype . preventDefault = Oc . prototype . stopPropagation = function ( ) { this . qp = ! 0 } ; function Pc ( a ) { a . stopPropagation ( ) } ; function Qc ( ) { this . Ua = { } ; this . ra = { } ; this . oa = { } } v ( Qc , Mc ) ; Qc . prototype . addEventListener = function ( a , b ) { var c = this . oa [ a ] ; c || ( c = this . oa [ a ] = [ ] ) ; - 1 === c . indexOf ( b ) && c . push ( b ) } ;
Qc . prototype . b = function ( a ) { var b = "string" === typeof a ? new Oc ( a ) : a ; a = b . type ; b . target = this ; var c = this . oa [ a ] ; if ( c ) { a in this . ra || ( this . ra [ a ] = 0 , this . Ua [ a ] = 0 ) ; ++ this . ra [ a ] ; for ( var d = 0 , e = c . length ; d < e ; ++ d ) if ( ! 1 === c [ d ] . call ( this , b ) || b . qp ) { var f = ! 1 ; break } -- this . ra [ a ] ; if ( ! this . ra [ a ] ) { b = this . Ua [ a ] ; for ( delete this . Ua [ a ] ; b -- ; ) this . removeEventListener ( a , ua ) ; delete this . ra [ a ] } return f } } ; Qc . prototype . ka = function ( ) { Lc ( this ) } ; function Rc ( a , b ) { return b ? b in a . oa : 0 < Object . keys ( a . oa ) . length }
Qc . prototype . removeEventListener = function ( a , b ) { var c = this . oa [ a ] ; c && ( b = c . indexOf ( b ) , a in this . Ua ? ( c [ b ] = ua , ++ this . Ua [ a ] ) : ( c . splice ( b , 1 ) , c . length || delete this . oa [ a ] ) ) } ; function Sc ( ) { Qc . call ( this ) ; this . i = 0 } v ( Sc , Qc ) ; k = Sc . prototype ; k . s = function ( ) { ++ this . i ; this . b ( "change" ) } ; k . L = function ( ) { return this . i } ; k . J = function ( a , b , c ) { if ( Array . isArray ( a ) ) { for ( var d = a . length , e = Array ( d ) , f = 0 ; f < d ; ++ f ) e [ f ] = y ( this , a [ f ] , b , c ) ; return e } return y ( this , a , b , c ) } ; k . once = function ( a , b , c ) { if ( Array . isArray ( a ) ) { for ( var d = a . length , e = Array ( d ) , f = 0 ; f < d ; ++ f ) e [ f ] = Jc ( this , a [ f ] , b , c ) ; return e } return Jc ( this , a , b , c ) } ;
k . K = function ( a , b , c ) { if ( Array . isArray ( a ) ) for ( var d = 0 , e = a . length ; d < e ; ++ d ) Kc ( this , a [ d ] , b , c ) ; else Kc ( this , a , b , c ) } ; function Tc ( a ) { Sc . call ( this ) ; w ( this ) ; this . S = { } ; void 0 !== a && this . H ( a ) } v ( Tc , Sc ) ; var Uc = { } ; function Vc ( a ) { return Uc . hasOwnProperty ( a ) ? Uc [ a ] : Uc [ a ] = "change:" + a } k = Tc . prototype ; k . get = function ( a ) { var b ; this . S . hasOwnProperty ( a ) && ( b = this . S [ a ] ) ; return b } ; k . O = function ( ) { return Object . keys ( this . S ) } ; k . N = function ( ) { return tb ( { } , this . S ) } ; function Wc ( a , b , c ) { var d = Vc ( b ) ; a . b ( new Xc ( d , b , c ) ) ; a . b ( new Xc ( "propertychange" , b , c ) ) } k . set = function ( a , b , c ) { c ? this . S [ a ] = b : ( c = this . S [ a ] , this . S [ a ] = b , c !== b && Wc ( this , a , c ) ) } ;
k . H = function ( a , b ) { for ( var c in a ) this . set ( c , a [ c ] , b ) } ; k . P = function ( a , b ) { if ( a in this . S ) { var c = this . S [ a ] ; delete this . S [ a ] ; b || Wc ( this , a , c ) } } ; function Xc ( a , b , c ) { Oc . call ( this , a ) ; this . key = b ; this . oldValue = c } v ( Xc , Oc ) ; function Yc ( a , b ) { Tc . call ( this ) ; this . c = ! ! ( b || { } ) . unique ; this . a = a ? a : [ ] ; if ( this . c ) for ( a = 0 , b = this . a . length ; a < b ; ++ a ) Zc ( this , this . a [ a ] , a ) ; $c ( this ) } v ( Yc , Tc ) ; k = Yc . prototype ; k . clear = function ( ) { for ( ; 0 < this . dc ( ) ; ) this . pop ( ) } ; k . fg = function ( a ) { var b ; var c = 0 ; for ( b = a . length ; c < b ; ++ c ) this . push ( a [ c ] ) ; return this } ; k . forEach = function ( a , b ) { this . a . forEach ( a , b ) } ; k . tm = function ( ) { return this . a } ; k . item = function ( a ) { return this . a [ a ] } ; k . dc = function ( ) { return this . get ( ad ) } ;
k . He = function ( a , b ) { this . c && Zc ( this , b ) ; this . a . splice ( a , 0 , b ) ; $c ( this ) ; this . b ( new bd ( "add" , b ) ) } ; k . pop = function ( ) { return this . Hg ( this . dc ( ) - 1 ) } ; k . push = function ( a ) { this . c && Zc ( this , a ) ; var b = this . dc ( ) ; this . He ( b , a ) ; return this . dc ( ) } ; k . remove = function ( a ) { var b = this . a , c ; var d = 0 ; for ( c = b . length ; d < c ; ++ d ) if ( b [ d ] === a ) return this . Hg ( d ) } ; k . Hg = function ( a ) { var b = this . a [ a ] ; this . a . splice ( a , 1 ) ; $c ( this ) ; this . b ( new bd ( "remove" , b ) ) ; return b } ;
k . Wp = function ( a , b ) { var c = this . dc ( ) ; if ( a < c ) this . c && Zc ( this , b , a ) , c = this . a [ a ] , this . a [ a ] = b , this . b ( new bd ( "remove" , c ) ) , this . b ( new bd ( "add" , b ) ) ; else { for ( ; c < a ; ++ c ) this . He ( c , void 0 ) ; this . He ( a , b ) } } ; function $c ( a ) { a . set ( ad , a . a . length ) } function Zc ( a , b , c ) { for ( var d = 0 , e = a . a . length ; d < e ; ++ d ) if ( a . a [ d ] === b && d !== c ) throw new wa ( 58 ) ; } var ad = "length" ; function bd ( a , b ) { Oc . call ( this , a ) ; this . element = b } v ( bd , Oc ) ; var cd = /^#(?:[0-9a-f]{3}){1,2}$/i , dd = /^([a-z]*)$/i ; function ed ( a ) { return Array . isArray ( a ) ? a : fd ( a ) } function gd ( a ) { if ( "string" !== typeof a ) { var b = a [ 0 ] ; b != ( b | 0 ) && ( b = b + . 5 | 0 ) ; var c = a [ 1 ] ; c != ( c | 0 ) && ( c = c + . 5 | 0 ) ; var d = a [ 2 ] ; d != ( d | 0 ) && ( d = d + . 5 | 0 ) ; a = "rgba(" + b + "," + c + "," + d + "," + ( void 0 === a [ 3 ] ? 1 : a [ 3 ] ) + ")" } return a }
var fd = function ( ) { var a = { } , b = 0 ; return function ( c ) { if ( a . hasOwnProperty ( c ) ) var d = a [ c ] ; else { if ( 1024 <= b ) { d = 0 ; for ( var e in a ) d ++ & 3 || ( delete a [ e ] , -- b ) } d = c ; dd . exec ( d ) && ( e = document . createElement ( "div" ) , e . style . color = d , document . body . appendChild ( e ) , d = getComputedStyle ( e ) . color , document . body . removeChild ( e ) ) ; if ( cd . exec ( d ) ) { var f = d . length - 1 ; xa ( 3 == f || 6 == f , 54 ) ; var g = 3 == f ? 1 : 2 ; f = parseInt ( d . substr ( 1 + 0 * g , g ) , 16 ) ; e = parseInt ( d . substr ( 1 + 1 * g , g ) , 16 ) ; d = parseInt ( d . substr ( 1 + 2 * g , g ) , 16 ) ; 1 == g && ( f = ( f << 4 ) + f , e = ( e << 4 ) + e , d = ( d << 4 ) + d ) ;
f = [ f , e , d , 1 ] } else d . indexOf ( "rgba(" ) ? d . indexOf ( "rgb(" ) ? xa ( ! 1 , 14 ) : ( d = d . slice ( 4 , - 1 ) . split ( "," ) . map ( Number ) , d . push ( 1 ) , f = hd ( d ) ) : ( d = d . slice ( 5 , - 1 ) . split ( "," ) . map ( Number ) , f = hd ( d ) ) ; d = f ; a [ c ] = d ; ++ b } return d } } ( ) ; function hd ( a ) { var b = [ ] ; b [ 0 ] = Ca ( a [ 0 ] + . 5 | 0 , 0 , 255 ) ; b [ 1 ] = Ca ( a [ 1 ] + . 5 | 0 , 0 , 255 ) ; b [ 2 ] = Ca ( a [ 2 ] + . 5 | 0 , 0 , 255 ) ; b [ 3 ] = Ca ( a [ 3 ] , 0 , 1 ) ; return b } ; function id ( a ) { return "string" === typeof a || a instanceof CanvasPattern || a instanceof CanvasGradient ? a : gd ( a ) } ; function jd ( a , b ) { var c = document . createElement ( "CANVAS" ) ; a && ( c . width = a ) ; b && ( c . height = b ) ; return c . getContext ( "2d" ) } function kd ( a , b ) { var c = b . parentNode ; c && c . replaceChild ( a , b ) } function ld ( a ) { a && a . parentNode && a . parentNode . removeChild ( a ) } ; function md ( a ) { Tc . call ( this ) ; this . element = a . element ? a . element : null ; this . a = this . R = null ; this . v = [ ] ; this . render = a . render ? a . render : ua ; a . target && this . f ( a . target ) } v ( md , Tc ) ; md . prototype . ka = function ( ) { ld ( this . element ) ; Tc . prototype . ka . call ( this ) } ; md . prototype . g = function ( ) { return this . a } ;
md . prototype . setMap = function ( a ) { this . a && ld ( this . element ) ; for ( var b = 0 , c = this . v . length ; b < c ; ++ b ) Ec ( this . v [ b ] ) ; this . v . length = 0 ; if ( this . a = a ) ( this . R ? this . R : a . D ) . appendChild ( this . element ) , this . render !== ua && this . v . push ( y ( a , "postrender" , this . render , this ) ) , a . render ( ) } ; md . prototype . f = function ( a ) { this . R = "string" === typeof a ? document . getElementById ( a ) : a } ; function nd ( a ) { a = a ? a : { } ; this . I = document . createElement ( "UL" ) ; this . u = document . createElement ( "LI" ) ; this . I . appendChild ( this . u ) ; this . u . style . display = "none" ; this . c = void 0 !== a . collapsed ? a . collapsed : ! 0 ; this . o = void 0 !== a . collapsible ? a . collapsible : ! 0 ; this . o || ( this . c = ! 1 ) ; var b = void 0 !== a . className ? a . className : "ol-attribution" , c = void 0 !== a . tipLabel ? a . tipLabel : "Attributions" , d = void 0 !== a . collapseLabel ? a . collapseLabel : "\u00bb" ; "string" === typeof d ? ( this . D = document . createElement ( "span" ) , this . D . textContent = d ) : this . D =
d ; d = void 0 !== a . label ? a . label : "i" ; "string" === typeof d ? ( this . C = document . createElement ( "span" ) , this . C . textContent = d ) : this . C = d ; var e = this . o && ! this . c ? this . D : this . C , d = document . createElement ( "button" ) ; d . setAttribute ( "type" , "button" ) ; d . title = c ; d . appendChild ( e ) ; y ( d , "click" , this . Vm , this ) ; c = document . createElement ( "div" ) ; c . className = b + " ol-unselectable ol-control" + ( this . c && this . o ? " ol-collapsed" : "" ) + ( this . o ? "" : " ol-uncollapsible" ) ; c . appendChild ( this . I ) ; c . appendChild ( d ) ; md . call ( this , { element : c , render : a . render ?
a . render : od , target : a . target } ) ; this . B = ! 0 ; this . l = { } ; this . j = { } ; this . T = { } } v ( nd , md ) ;
function od ( a ) { if ( a = a . frameState ) { var b , c , d , e , f , g = a . layerStatesArray , h = tb ( { } , a . attributions ) , l = { } , m = { } , n = a . viewState . projection ; var p = 0 ; for ( b = g . length ; p < b ; p ++ ) if ( e = g [ p ] . layer . ha ( ) ) { var q = w ( e ) . toString ( ) ; if ( f = e . j ) { var r = 0 ; for ( c = f . length ; r < c ; r ++ ) { var u = f [ r ] ; var x = w ( u ) . toString ( ) ; if ( ! ( x in h ) ) { if ( d = a . usedTiles [ q ] ) { var B = e . Ta ( n ) ; a : { var E = void 0 ; var A , L = u , oa = B , ha = n ; if ( L . a ) { for ( E in d ) if ( E in L . a ) { var B = d [ E ] ; var ga = 0 ; for ( A = L . a [ E ] . length ; ga < A ; ++ ga ) { var z = L . a [ E ] [ ga ] ; if ( Ba ( z , B ) ) { E = ! 0 ; break a } var M = oc ( oa , zc ( ha ) ,
parseInt ( E , 10 ) ) , ba = M . $ - M . ca + 1 ; if ( B . ca < M . ca || B . $ > M . $ ) if ( Ba ( z , new ya ( Ia ( B . ca , ba ) , Ia ( B . $ , ba ) , B . da , B . ia ) ) || B . $ - B . ca + 1 > ba && Ba ( z , M ) ) { E = ! 0 ; break a } } } E = ! 1 } else E = ! 0 } } else E = ! 1 ; E ? ( x in l && delete l [ x ] , E = u . b , E in m || ( m [ E ] = ! 0 , h [ x ] = u ) ) : l [ x ] = u } } } } b = [ h , l ] ; p = b [ 0 ] ; b = b [ 1 ] ; for ( var da in this . l ) da in p ? ( this . j [ da ] || ( this . l [ da ] . style . display = "" , this . j [ da ] = ! 0 ) , delete p [ da ] ) : da in b ? ( this . j [ da ] && ( this . l [ da ] . style . display = "none" , delete this . j [ da ] ) , delete b [ da ] ) : ( ld ( this . l [ da ] ) , delete this . l [ da ] , delete this . j [ da ] ) ; for ( da in p ) r =
document . createElement ( "LI" ) , r . innerHTML = p [ da ] . b , this . I . appendChild ( r ) , this . l [ da ] = r , this . j [ da ] = ! 0 ; for ( da in b ) r = document . createElement ( "LI" ) , r . innerHTML = b [ da ] . b , r . style . display = "none" , this . I . appendChild ( r ) , this . l [ da ] = r ; da = ! wb ( this . j ) || ! wb ( a . logos ) ; this . B != da && ( this . element . style . display = da ? "" : "none" , this . B = da ) ; da && wb ( this . j ) ? this . element . classList . add ( "ol-logo-only" ) : this . element . classList . remove ( "ol-logo-only" ) ; a = a . logos ; da = this . T ; for ( ca in da ) ca in a || ( ld ( da [ ca ] ) , delete da [ ca ] ) ; for ( var fb in a ) if ( b =
a [ fb ] , b instanceof HTMLElement && ( this . u . appendChild ( b ) , da [ fb ] = b ) , ! ( fb in da ) ) { var ca = new Image ; ca . src = fb ; "" === b ? p = ca : ( p = document . createElement ( "a" ) , p . href = b , p . appendChild ( ca ) ) ; this . u . appendChild ( p ) ; da [ fb ] = p } this . u . style . display = wb ( a ) ? "none" : "" } else this . B && ( this . element . style . display = "none" , this . B = ! 1 ) } k = nd . prototype ; k . Vm = function ( a ) { a . preventDefault ( ) ; pd ( this ) } ; function pd ( a ) { a . element . classList . toggle ( "ol-collapsed" ) ; a . c ? kd ( a . D , a . C ) : kd ( a . C , a . D ) ; a . c = ! a . c } k . Um = function ( ) { return this . o } ;
k . Xm = function ( a ) { this . o !== a && ( this . o = a , this . element . classList . toggle ( "ol-uncollapsible" ) , ! a && this . c && pd ( this ) ) } ; k . Wm = function ( a ) { this . o && this . c !== a && pd ( this ) } ; k . Tm = function ( ) { return this . c } ; function qd ( a ) { return Math . pow ( a , 3 ) } function rd ( a ) { return 1 - qd ( 1 - a ) } function sd ( a ) { return 3 * a * a - 2 * a * a * a } function td ( a ) { return a } ; function ud ( a ) { a = a ? a : { } ; var b = void 0 !== a . className ? a . className : "ol-rotate" , c = void 0 !== a . label ? a . label : "\u21e7" ; this . c = null ; "string" === typeof c ? ( this . c = document . createElement ( "span" ) , this . c . className = "ol-compass" , this . c . textContent = c ) : ( this . c = c , this . c . classList . add ( "ol-compass" ) ) ; var d = a . tipLabel ? a . tipLabel : "Reset rotation" , c = document . createElement ( "button" ) ; c . className = b + "-reset" ; c . setAttribute ( "type" , "button" ) ; c . title = d ; c . appendChild ( this . c ) ; y ( c , "click" , ud . prototype . D , this ) ; d = document . createElement ( "div" ) ;
d . className = b + " ol-unselectable ol-control" ; d . appendChild ( c ) ; b = a . render ? a . render : vd ; this . o = a . resetNorth ? a . resetNorth : void 0 ; md . call ( this , { element : d , render : b , target : a . target } ) ; this . l = void 0 !== a . duration ? a . duration : 250 ; this . j = void 0 !== a . autoHide ? a . autoHide : ! 0 ; this . u = void 0 ; this . j && this . element . classList . add ( "ol-hidden" ) } v ( ud , md ) ; ud . prototype . D = function ( a ) { a . preventDefault ( ) ; this . o ? this . o ( ) : ( a = this . a . Z ( ) ) && void 0 !== a . Qa ( ) && ( 0 < this . l ? a . animate ( { rotation : 0 , duration : this . l , easing : rd } ) : a . Oe ( 0 ) ) } ;
function vd ( a ) { if ( a = a . frameState ) { a = a . viewState . rotation ; if ( a != this . u ) { var b = "rotate(" + a + "rad)" ; if ( this . j ) { var c = this . element . classList . contains ( "ol-hidden" ) ; c || a ? c && a && this . element . classList . remove ( "ol-hidden" ) : this . element . classList . add ( "ol-hidden" ) } this . c . style . msTransform = b ; this . c . style . webkitTransform = b ; this . c . style . transform = b } this . u = a } } ; function wd ( a ) { a = a ? a : { } ; var b = void 0 !== a . className ? a . className : "ol-zoom" , c = void 0 !== a . delta ? a . delta : 1 , d = void 0 !== a . zoomInLabel ? a . zoomInLabel : "+" , e = void 0 !== a . zoomOutLabel ? a . zoomOutLabel : "\u2212" , f = void 0 !== a . zoomInTipLabel ? a . zoomInTipLabel : "Zoom in" , g = void 0 !== a . zoomOutTipLabel ? a . zoomOutTipLabel : "Zoom out" , h = document . createElement ( "button" ) ; h . className = b + "-in" ; h . setAttribute ( "type" , "button" ) ; h . title = f ; h . appendChild ( "string" === typeof d ? document . createTextNode ( d ) : d ) ; y ( h , "click" , wd . prototype . j . bind ( this ,
c ) ) ; d = document . createElement ( "button" ) ; d . className = b + "-out" ; d . setAttribute ( "type" , "button" ) ; d . title = g ; d . appendChild ( "string" === typeof e ? document . createTextNode ( e ) : e ) ; y ( d , "click" , wd . prototype . j . bind ( this , - c ) ) ; c = document . createElement ( "div" ) ; c . className = b + " ol-unselectable ol-control" ; c . appendChild ( h ) ; c . appendChild ( d ) ; md . call ( this , { element : c , target : a . target } ) ; this . c = void 0 !== a . duration ? a . duration : 250 } v ( wd , md ) ;
wd . prototype . j = function ( a , b ) { b . preventDefault ( ) ; if ( b = this . a . Z ( ) ) { var c = b . Pa ( ) ; c && ( a = b . constrainResolution ( c , a ) , 0 < this . c ? ( b . Ic ( ) && b . ed ( ) , b . animate ( { resolution : a , duration : this . c , easing : rd } ) ) : b . Vc ( a ) ) } } ; function xd ( a ) { a = a ? a : { } ; var b = new Yc ; ( void 0 !== a . zoom ? a . zoom : 1 ) && b . push ( new wd ( a . zoomOptions ) ) ; ( void 0 !== a . rotate ? a . rotate : 1 ) && b . push ( new ud ( a . rotateOptions ) ) ; ( void 0 !== a . attribution ? a . attribution : 1 ) && b . push ( new nd ( a . attributionOptions ) ) ; return b } ; function yd ( a ) { a = a ? a : { } ; this . c = void 0 !== a . className ? a . className : "ol-full-screen" ; var b = void 0 !== a . label ? a . label : "\u2922" ; this . o = "string" === typeof b ? document . createTextNode ( b ) : b ; b = void 0 !== a . labelActive ? a . labelActive : "\u00d7" ; this . l = "string" === typeof b ? document . createTextNode ( b ) : b ; var c = a . tipLabel ? a . tipLabel : "Toggle full-screen" , b = document . createElement ( "button" ) ; b . className = this . c + "-" + zd ( ) ; b . setAttribute ( "type" , "button" ) ; b . title = c ; b . appendChild ( this . o ) ; y ( b , "click" , this . C , this ) ; c = document . createElement ( "div" ) ;
c . className = this . c + " ol-unselectable ol-control " + ( Ad ( ) ? "" : "ol-unsupported" ) ; c . appendChild ( b ) ; md . call ( this , { element : c , target : a . target } ) ; this . D = void 0 !== a . keys ? a . keys : ! 1 ; this . j = a . source } v ( yd , md ) ;
yd . prototype . C = function ( a ) { a . preventDefault ( ) ; Ad ( ) && ( a = this . a ) && ( zd ( ) ? document . exitFullscreen ? document . exitFullscreen ( ) : document . msExitFullscreen ? document . msExitFullscreen ( ) : document . mozCancelFullScreen ? document . mozCancelFullScreen ( ) : document . webkitExitFullscreen && document . webkitExitFullscreen ( ) : ( a = this . j ? "string" === typeof this . j ? document . getElementById ( this . j ) : this . j : a . jd ( ) , this . D ? a . mozRequestFullScreenWithKeys ? a . mozRequestFullScreenWithKeys ( ) : a . webkitRequestFullscreen ? a . webkitRequestFullscreen ( Element . ALLOW _KEYBOARD _INPUT ) :
Bd ( a ) : Bd ( a ) ) ) } ; yd . prototype . u = function ( ) { var a = this . element . firstElementChild , b = this . a ; zd ( ) ? ( a . className = this . c + "-true" , kd ( this . l , this . o ) ) : ( a . className = this . c + "-false" , kd ( this . o , this . l ) ) ; b && b . Ad ( ) } ; yd . prototype . setMap = function ( a ) { md . prototype . setMap . call ( this , a ) ; a && this . v . push ( y ( document , Cd ( ) , this . u , this ) ) } ;
function Ad ( ) { var a = document . body ; return ! ! ( a . webkitRequestFullscreen || a . mozRequestFullScreen && document . mozFullScreenEnabled || a . msRequestFullscreen && document . msFullscreenEnabled || a . requestFullscreen && document . fullscreenEnabled ) } function zd ( ) { return ! ! ( document . webkitIsFullScreen || document . mozFullScreen || document . msFullscreenElement || document . fullscreenElement ) }
function Bd ( a ) { a . requestFullscreen ? a . requestFullscreen ( ) : a . msRequestFullscreen ? a . msRequestFullscreen ( ) : a . mozRequestFullScreen ? a . mozRequestFullScreen ( ) : a . webkitRequestFullscreen && a . webkitRequestFullscreen ( ) } var Cd = function ( ) { var a ; return function ( ) { if ( ! a ) { var b = document . body ; b . webkitRequestFullscreen ? a = "webkitfullscreenchange" : b . mozRequestFullScreen ? a = "mozfullscreenchange" : b . msRequestFullscreen ? a = "MSFullscreenChange" : b . requestFullscreen && ( a = "fullscreenchange" ) } return a } } ( ) ; function Dd ( a ) { a = a ? a : { } ; var b = document . createElement ( "DIV" ) ; b . className = void 0 !== a . className ? a . className : "ol-mouse-position" ; md . call ( this , { element : b , render : a . render ? a . render : Ed , target : a . target } ) ; y ( this , Vc ( Fd ) , this . Ym , this ) ; a . coordinateFormat && this . kj ( a . coordinateFormat ) ; a . projection && this . $h ( a . projection ) ; this . u = void 0 !== a . undefinedHTML ? a . undefinedHTML : "" ; this . l = b . innerHTML ; this . o = this . j = this . c = null } v ( Dd , md ) ;
function Ed ( a ) { a = a . frameState ; a ? this . c != a . viewState . projection && ( this . c = a . viewState . projection , this . j = null ) : this . c = null ; Gd ( this , this . o ) } k = Dd . prototype ; k . Ym = function ( ) { this . j = null } ; k . xh = function ( ) { return this . get ( Hd ) } ; k . Zh = function ( ) { return this . get ( Fd ) } ; k . Ll = function ( a ) { this . o = this . a . xe ( a ) ; Gd ( this , this . o ) } ; k . Ml = function ( ) { Gd ( this , null ) ; this . o = null } ; k . setMap = function ( a ) { md . prototype . setMap . call ( this , a ) ; a && ( a = a . a , this . v . push ( y ( a , "mousemove" , this . Ll , this ) , y ( a , "mouseout" , this . Ml , this ) ) ) } ;
k . kj = function ( a ) { this . set ( Hd , a ) } ; k . $h = function ( a ) { this . set ( Fd , Tb ( a ) ) } ; function Gd ( a , b ) { var c = a . u ; if ( b && a . c ) { if ( ! a . j ) { var d = a . Zh ( ) ; a . j = d ? Vb ( a . c , d ) : fc } if ( b = a . a . Wa ( b ) ) a . j ( b , b ) , c = ( c = a . xh ( ) ) ? c ( b ) : b . toString ( ) } a . l && c == a . l || ( a . element . innerHTML = c , a . l = c ) } var Fd = "projection" , Hd = "coordinateFormat" ; function Id ( a , b , c ) { Oc . call ( this , a ) ; this . map = b ; this . frameState = void 0 !== c ? c : null } v ( Id , Oc ) ; function Jd ( a , b , c , d , e ) { Id . call ( this , a , b , e ) ; this . originalEvent = c ; this . pixel = b . xe ( c ) ; this . coordinate = b . Wa ( this . pixel ) ; this . dragging = void 0 !== d ? d : ! 1 } v ( Jd , Id ) ; Jd . prototype . preventDefault = function ( ) { Id . prototype . preventDefault . call ( this ) ; this . originalEvent . preventDefault ( ) } ; Jd . prototype . stopPropagation = function ( ) { Id . prototype . stopPropagation . call ( this ) ; this . originalEvent . stopPropagation ( ) } ; var Kd = [ "experimental-webgl" , "webgl" , "webkit-3d" , "moz-webgl" ] ; function Ld ( a , b ) { var c , d , e = Kd . length ; for ( d = 0 ; d < e ; ++ d ) try { if ( c = a . getContext ( Kd [ d ] , b ) ) return c } catch ( f ) { } return null } ; var Md , Nd = "undefined" !== typeof navigator ? navigator . userAgent . toLowerCase ( ) : "" , Od = - 1 !== Nd . indexOf ( "firefox" ) , Pd = - 1 !== Nd . indexOf ( "safari" ) && - 1 == Nd . indexOf ( "chrom" ) , Qd = - 1 !== Nd . indexOf ( "webkit" ) && - 1 == Nd . indexOf ( "edge" ) , Rd = - 1 !== Nd . indexOf ( "macintosh" ) , Sd = window . devicePixelRatio || 1 , Td = ! 1 , Ud = function ( ) { if ( ! ( "HTMLCanvasElement" in window ) ) return ! 1 ; try { var a = document . createElement ( "CANVAS" ) . getContext ( "2d" ) ; return a ? ( void 0 !== a . setLineDash && ( Td = ! 0 ) , ! 0 ) : ! 1 } catch ( b ) { return ! 1 } } ( ) , Vd = "DeviceOrientationEvent" in
window , Wd = "geolocation" in navigator , Xd = "ontouchstart" in window , Yd = "PointerEvent" in window , Zd = ! ! navigator . msPointerEnabled , $d = ! 1 , ae , be = [ ] ; if ( "WebGLRenderingContext" in window ) try { var ce = Ld ( document . createElement ( "CANVAS" ) , { failIfMajorPerformanceCaveat : ! 0 } ) ; ce && ( $d = ! 0 , ae = ce . getParameter ( ce . MAX _TEXTURE _SIZE ) , be = ce . getSupportedExtensions ( ) ) } catch ( a ) { } Md = $d ; fa = be ; ea = ae ; var de = { Iq : "singleclick" , xq : "click" , yq : "dblclick" , Bq : "pointerdrag" , Eq : "pointermove" , Aq : "pointerdown" , Hq : "pointerup" , Gq : "pointerover" , Fq : "pointerout" , Cq : "pointerenter" , Dq : "pointerleave" , zq : "pointercancel" } ; function ee ( a , b , c , d , e ) { Jd . call ( this , a , b , c . b , d , e ) ; this . b = c } v ( ee , Jd ) ; function fe ( a , b ) { this . b = a ; this . f = b } ; function ge ( a ) { fe . call ( this , a , { mousedown : this . fm , mousemove : this . gm , mouseup : this . jm , mouseover : this . im , mouseout : this . hm } ) ; this . a = a . i ; this . i = [ ] } v ( ge , fe ) ; function he ( a , b ) { a = a . i ; var c = b . clientX ; b = b . clientY ; for ( var d = 0 , e = a . length , f ; d < e && ( f = a [ d ] ) ; d ++ ) { var g = Math . abs ( b - f [ 1 ] ) ; if ( 25 >= Math . abs ( c - f [ 0 ] ) && 25 >= g ) return ! 0 } return ! 1 } function ie ( a ) { var b = je ( a , a ) , c = b . preventDefault ; b . preventDefault = function ( ) { a . preventDefault ( ) ; c ( ) } ; b . pointerId = 1 ; b . isPrimary = ! 0 ; b . pointerType = "mouse" ; return b } k = ge . prototype ;
k . fm = function ( a ) { if ( ! he ( this , a ) ) { ( 1 ) . toString ( ) in this . a && this . cancel ( a ) ; var b = ie ( a ) ; this . a [ ( 1 ) . toString ( ) ] = a ; ke ( this . b , "pointerdown" , b , a ) } } ; k . gm = function ( a ) { if ( ! he ( this , a ) ) { var b = ie ( a ) ; ke ( this . b , "pointermove" , b , a ) } } ; k . jm = function ( a ) { if ( ! he ( this , a ) ) { var b = this . a [ ( 1 ) . toString ( ) ] ; b && b . button === a . button && ( b = ie ( a ) , ke ( this . b , "pointerup" , b , a ) , delete this . a [ ( 1 ) . toString ( ) ] ) } } ; k . im = function ( a ) { if ( ! he ( this , a ) ) { var b = ie ( a ) ; le ( this . b , b , a ) } } ; k . hm = function ( a ) { if ( ! he ( this , a ) ) { var b = ie ( a ) ; me ( this . b , b , a ) } } ;
k . cancel = function ( a ) { var b = ie ( a ) ; this . b . cancel ( b , a ) ; delete this . a [ ( 1 ) . toString ( ) ] } ; function ne ( a ) { fe . call ( this , a , { MSPointerDown : this . om , MSPointerMove : this . pm , MSPointerUp : this . sm , MSPointerOut : this . qm , MSPointerOver : this . rm , MSPointerCancel : this . nm , MSGotPointerCapture : this . lm , MSLostPointerCapture : this . mm } ) ; this . a = a . i ; this . i = [ "" , "unavailable" , "touch" , "pen" , "mouse" ] } v ( ne , fe ) ; function oe ( a , b ) { var c = b ; "number" === typeof b . pointerType && ( c = je ( b , b ) , c . pointerType = a . i [ b . pointerType ] ) ; return c } k = ne . prototype ;
k . om = function ( a ) { this . a [ a . pointerId . toString ( ) ] = a ; var b = oe ( this , a ) ; ke ( this . b , "pointerdown" , b , a ) } ; k . pm = function ( a ) { var b = oe ( this , a ) ; ke ( this . b , "pointermove" , b , a ) } ; k . sm = function ( a ) { var b = oe ( this , a ) ; ke ( this . b , "pointerup" , b , a ) ; delete this . a [ a . pointerId . toString ( ) ] } ; k . qm = function ( a ) { var b = oe ( this , a ) ; me ( this . b , b , a ) } ; k . rm = function ( a ) { var b = oe ( this , a ) ; le ( this . b , b , a ) } ; k . nm = function ( a ) { var b = oe ( this , a ) ; this . b . cancel ( b , a ) ; delete this . a [ a . pointerId . toString ( ) ] } ;
k . mm = function ( a ) { this . b . b ( new pe ( "lostpointercapture" , a , a ) ) } ; k . lm = function ( a ) { this . b . b ( new pe ( "gotpointercapture" , a , a ) ) } ; function qe ( a ) { fe . call ( this , a , { pointerdown : this . ip , pointermove : this . jp , pointerup : this . mp , pointerout : this . kp , pointerover : this . lp , pointercancel : this . hp , gotpointercapture : this . ul , lostpointercapture : this . em } ) } v ( qe , fe ) ; k = qe . prototype ; k . ip = function ( a ) { re ( this . b , a ) } ; k . jp = function ( a ) { re ( this . b , a ) } ; k . mp = function ( a ) { re ( this . b , a ) } ; k . kp = function ( a ) { re ( this . b , a ) } ; k . lp = function ( a ) { re ( this . b , a ) } ; k . hp = function ( a ) { re ( this . b , a ) } ; k . em = function ( a ) { re ( this . b , a ) } ; k . ul = function ( a ) { re ( this . b , a ) } ; function pe ( a , b , c ) { Oc . call ( this , a ) ; this . b = b ; a = c ? c : { } ; this . buttons = se ( a ) ; this . pressure = te ( a , this . buttons ) ; this . bubbles = "bubbles" in a ? a . bubbles : ! 1 ; this . cancelable = "cancelable" in a ? a . cancelable : ! 1 ; this . view = "view" in a ? a . view : null ; this . detail = "detail" in a ? a . detail : null ; this . screenX = "screenX" in a ? a . screenX : 0 ; this . screenY = "screenY" in a ? a . screenY : 0 ; this . clientX = "clientX" in a ? a . clientX : 0 ; this . clientY = "clientY" in a ? a . clientY : 0 ; this . ctrlKey = "ctrlKey" in a ? a . ctrlKey : ! 1 ; this . altKey = "altKey" in a ? a . altKey : ! 1 ; this . shiftKey =
"shiftKey" in a ? a . shiftKey : ! 1 ; this . metaKey = "metaKey" in a ? a . metaKey : ! 1 ; this . button = "button" in a ? a . button : 0 ; this . relatedTarget = "relatedTarget" in a ? a . relatedTarget : null ; this . pointerId = "pointerId" in a ? a . pointerId : 0 ; this . width = "width" in a ? a . width : 0 ; this . height = "height" in a ? a . height : 0 ; this . tiltX = "tiltX" in a ? a . tiltX : 0 ; this . tiltY = "tiltY" in a ? a . tiltY : 0 ; this . pointerType = "pointerType" in a ? a . pointerType : "" ; this . isPrimary = "isPrimary" in a ? a . isPrimary : ! 1 ; b . preventDefault && ( this . preventDefault = function ( ) { b . preventDefault ( ) } ) }
v ( pe , Oc ) ; function se ( a ) { if ( a . buttons || ue ) a = a . buttons ; else switch ( a . which ) { case 1 : a = 1 ; break ; case 2 : a = 4 ; break ; case 3 : a = 2 ; break ; default : a = 0 } return a } function te ( a , b ) { var c = 0 ; a . pressure ? c = a . pressure : c = b ? . 5 : 0 ; return c } var ue = ! 1 ; try { ue = 1 === ( new MouseEvent ( "click" , { buttons : 1 } ) ) . buttons } catch ( a ) { } ; function ve ( a , b ) { fe . call ( this , a , { touchstart : this . rq , touchmove : this . qq , touchend : this . pq , touchcancel : this . oq } ) ; this . a = a . i ; this . j = b ; this . i = void 0 ; this . g = 0 ; this . c = void 0 } v ( ve , fe ) ; k = ve . prototype ; k . ij = function ( ) { this . g = 0 ; this . c = void 0 } ;
function we ( a , b , c ) { b = je ( b , c ) ; b . pointerId = c . identifier + 2 ; b . bubbles = ! 0 ; b . cancelable = ! 0 ; b . detail = a . g ; b . button = 0 ; b . buttons = 1 ; b . width = c . webkitRadiusX || c . radiusX || 0 ; b . height = c . webkitRadiusY || c . radiusY || 0 ; b . pressure = c . webkitForce || c . force || . 5 ; b . isPrimary = a . i === c . identifier ; b . pointerType = "touch" ; b . clientX = c . clientX ; b . clientY = c . clientY ; b . screenX = c . screenX ; b . screenY = c . screenY ; return b }
function xe ( a , b , c ) { function d ( ) { b . preventDefault ( ) } var e = Array . prototype . slice . call ( b . changedTouches ) , f = e . length , g ; for ( g = 0 ; g < f ; ++ g ) { var h = we ( a , b , e [ g ] ) ; h . preventDefault = d ; c . call ( a , b , h ) } }
k . rq = function ( a ) { var b = a . touches , c = Object . keys ( this . a ) , d = c . length ; if ( d >= b . length ) { var e = [ ] , f ; for ( f = 0 ; f < d ; ++ f ) { var g = c [ f ] ; var h = this . a [ g ] ; var l ; if ( ! ( l = 1 == g ) ) a : { for ( var m = b . length , n = 0 ; n < m ; n ++ ) if ( l = b [ n ] , l . identifier === g - 2 ) { l = ! 0 ; break a } l = ! 1 } l || e . push ( h . out ) } for ( f = 0 ; f < e . length ; ++ f ) this . Kf ( a , e [ f ] ) } b = a . changedTouches [ 0 ] ; c = Object . keys ( this . a ) . length ; if ( ! c || 1 === c && ( 1 ) . toString ( ) in this . a ) this . i = b . identifier , void 0 !== this . c && clearTimeout ( this . c ) ; ye ( this , a ) ; this . g ++ ; xe ( this , a , this . cp ) } ;
k . cp = function ( a , b ) { this . a [ b . pointerId ] = { target : b . target , out : b , Wi : b . target } ; var c = this . b ; b . bubbles = ! 0 ; ke ( c , "pointerover" , b , a ) ; c = this . b ; b . bubbles = ! 1 ; ke ( c , "pointerenter" , b , a ) ; ke ( this . b , "pointerdown" , b , a ) } ; k . qq = function ( a ) { a . preventDefault ( ) ; xe ( this , a , this . km ) } ;
k . km = function ( a , b ) { var c = this . a [ b . pointerId ] ; if ( c ) { var d = c . out , e = c . Wi ; ke ( this . b , "pointermove" , b , a ) ; d && e !== b . target && ( d . relatedTarget = b . target , b . relatedTarget = e , d . target = e , b . target ? ( me ( this . b , d , a ) , le ( this . b , b , a ) ) : ( b . target = e , b . relatedTarget = null , this . Kf ( a , b ) ) ) ; c . out = b ; c . Wi = b . target } } ; k . pq = function ( a ) { ye ( this , a ) ; xe ( this , a , this . sq ) } ;
k . sq = function ( a , b ) { ke ( this . b , "pointerup" , b , a ) ; this . b . out ( b , a ) ; ze ( this . b , b , a ) ; delete this . a [ b . pointerId ] ; b . isPrimary && ( this . i = void 0 , this . c = setTimeout ( this . ij . bind ( this ) , 200 ) ) } ; k . oq = function ( a ) { xe ( this , a , this . Kf ) } ; k . Kf = function ( a , b ) { this . b . cancel ( b , a ) ; this . b . out ( b , a ) ; ze ( this . b , b , a ) ; delete this . a [ b . pointerId ] ; b . isPrimary && ( this . i = void 0 , this . c = setTimeout ( this . ij . bind ( this ) , 200 ) ) } ;
function ye ( a , b ) { var c = a . j . i ; b = b . changedTouches [ 0 ] ; if ( a . i === b . identifier ) { var d = [ b . clientX , b . clientY ] ; c . push ( d ) ; setTimeout ( function ( ) { ma ( c , d ) } , 2500 ) } } ; function Ae ( a ) { Qc . call ( this ) ; this . g = a ; this . i = { } ; this . f = { } ; this . a = [ ] ; Yd ? Be ( this , new qe ( this ) ) : Zd ? Be ( this , new ne ( this ) ) : ( a = new ge ( this ) , Be ( this , a ) , Xd && Be ( this , new ve ( this , a ) ) ) ; a = this . a . length ; for ( var b , c = 0 ; c < a ; c ++ ) b = this . a [ c ] , Ce ( this , Object . keys ( b . f ) ) } v ( Ae , Qc ) ; function Be ( a , b ) { var c = Object . keys ( b . f ) ; c && ( c . forEach ( function ( a ) { var c = b . f [ a ] ; c && ( this . f [ a ] = c . bind ( b ) ) } , a ) , a . a . push ( b ) ) } Ae . prototype . c = function ( a ) { var b = this . f [ a . type ] ; b && b ( a ) } ;
function Ce ( a , b ) { b . forEach ( function ( a ) { y ( this . g , a , this . c , this ) } , a ) } function De ( a , b ) { b . forEach ( function ( a ) { Kc ( this . g , a , this . c , this ) } , a ) } function je ( a , b ) { for ( var c = { } , d , e = 0 , f = Ee . length ; e < f ; e ++ ) d = Ee [ e ] [ 0 ] , c [ d ] = a [ d ] || b [ d ] || Ee [ e ] [ 1 ] ; return c } function ze ( a , b , c ) { b . bubbles = ! 1 ; ke ( a , "pointerleave" , b , c ) } Ae . prototype . out = function ( a , b ) { a . bubbles = ! 0 ; ke ( this , "pointerout" , a , b ) } ; Ae . prototype . cancel = function ( a , b ) { ke ( this , "pointercancel" , a , b ) } ;
function me ( a , b , c ) { a . out ( b , c ) ; var d = b . target , e = b . relatedTarget ; d && e && d . contains ( e ) || ze ( a , b , c ) } function le ( a , b , c ) { b . bubbles = ! 0 ; ke ( a , "pointerover" , b , c ) ; var d = b . target , e = b . relatedTarget ; d && e && d . contains ( e ) || ( b . bubbles = ! 1 , ke ( a , "pointerenter" , b , c ) ) } function ke ( a , b , c , d ) { a . b ( new pe ( b , d , c ) ) } function re ( a , b ) { a . b ( new pe ( b . type , b , b ) ) } Ae . prototype . ka = function ( ) { for ( var a = this . a . length , b , c = 0 ; c < a ; c ++ ) b = this . a [ c ] , De ( this , Object . keys ( b . f ) ) ; Qc . prototype . ka . call ( this ) } ;
var Ee = [ [ "bubbles" , ! 1 ] , [ "cancelable" , ! 1 ] , [ "view" , null ] , [ "detail" , null ] , [ "screenX" , 0 ] , [ "screenY" , 0 ] , [ "clientX" , 0 ] , [ "clientY" , 0 ] , [ "ctrlKey" , ! 1 ] , [ "altKey" , ! 1 ] , [ "shiftKey" , ! 1 ] , [ "metaKey" , ! 1 ] , [ "button" , 0 ] , [ "relatedTarget" , null ] , [ "buttons" , 0 ] , [ "pointerId" , 0 ] , [ "width" , 0 ] , [ "height" , 0 ] , [ "pressure" , 0 ] , [ "tiltX" , 0 ] , [ "tiltY" , 0 ] , [ "pointerType" , "" ] , [ "hwTimestamp" , 0 ] , [ "isPrimary" , ! 1 ] , [ "type" , "" ] , [ "target" , null ] , [ "currentTarget" , null ] , [ "which" , 0 ] ] ; function Fe ( a , b ) { Qc . call ( this ) ; this . i = a ; this . j = 0 ; this . o = ! 1 ; this . f = [ ] ; this . D = b ? b * Sd : Sd ; this . c = null ; a = this . i . a ; this . S = 0 ; this . u = { } ; this . g = new Ae ( a ) ; this . a = null ; this . l = y ( this . g , "pointerdown" , this . Ol , this ) ; this . v = y ( this . g , "pointermove" , this . Lp , this ) } v ( Fe , Qc ) ; function Ge ( a , b ) { var c = new ee ( "click" , a . i , b ) ; a . b ( c ) ; a . j ? ( clearTimeout ( a . j ) , a . j = 0 , c = new ee ( "dblclick" , a . i , b ) , a . b ( c ) ) : a . j = setTimeout ( function ( ) { this . j = 0 ; var a = new ee ( "singleclick" , this . i , b ) ; this . b ( a ) } . bind ( a ) , 250 ) }
function He ( a , b ) { "pointerup" == b . type || "pointercancel" == b . type ? delete a . u [ b . pointerId ] : "pointerdown" == b . type && ( a . u [ b . pointerId ] = ! 0 ) ; a . S = Object . keys ( a . u ) . length } k = Fe . prototype ; k . Jh = function ( a ) { He ( this , a ) ; var b = new ee ( "pointerup" , this . i , a ) ; this . b ( b ) ; this . o || a . button || Ge ( this , this . c ) ; this . S || ( this . f . forEach ( Ec ) , this . f . length = 0 , this . o = ! 1 , this . c = null , Nc ( this . a ) , this . a = null ) } ;
k . Ol = function ( a ) { He ( this , a ) ; var b = new ee ( "pointerdown" , this . i , a ) ; this . b ( b ) ; this . c = a ; this . f . length || ( this . a = new Ae ( document ) , this . f . push ( y ( this . a , "pointermove" , this . Hm , this ) , y ( this . a , "pointerup" , this . Jh , this ) , y ( this . g , "pointercancel" , this . Jh , this ) ) ) } ; k . Hm = function ( a ) { if ( Ie ( this , a ) ) { this . o = ! 0 ; var b = new ee ( "pointerdrag" , this . i , a , this . o ) ; this . b ( b ) } a . preventDefault ( ) } ; k . Lp = function ( a ) { this . b ( new ee ( a . type , this . i , a , ! ( ! this . c || ! Ie ( this , a ) ) ) ) } ;
function Ie ( a , b ) { return Math . abs ( b . clientX - a . c . clientX ) > a . D || Math . abs ( b . clientY - a . c . clientY ) > a . D } k . ka = function ( ) { this . v && ( Ec ( this . v ) , this . v = null ) ; this . l && ( Ec ( this . l ) , this . l = null ) ; this . f . forEach ( Ec ) ; this . f . length = 0 ; this . a && ( Nc ( this . a ) , this . a = null ) ; this . g && ( Nc ( this . g ) , this . g = null ) ; Qc . prototype . ka . call ( this ) } ; function Ke ( a , b ) { this . l = a ; this . c = b ; this . b = [ ] ; this . i = [ ] ; this . a = { } } Ke . prototype . clear = function ( ) { this . b . length = 0 ; this . i . length = 0 ; ub ( this . a ) } ; function Le ( a ) { var b = a . b , c = a . i , d = b [ 0 ] ; 1 == b . length ? ( b . length = 0 , c . length = 0 ) : ( b [ 0 ] = b . pop ( ) , c [ 0 ] = c . pop ( ) , Me ( a , 0 ) ) ; b = a . c ( d ) ; delete a . a [ b ] ; return d } Ke . prototype . f = function ( a ) { xa ( ! ( this . c ( a ) in this . a ) , 31 ) ; var b = this . l ( a ) ; return Infinity != b ? ( this . b . push ( a ) , this . i . push ( b ) , this . a [ this . c ( a ) ] = ! 0 , Ne ( this , 0 , this . b . length - 1 ) , ! 0 ) : ! 1 } ;
function Me ( a , b ) { for ( var c = a . b , d = a . i , e = c . length , f = c [ b ] , g = d [ b ] , h = b ; b < e >> 1 ; ) { var l = 2 * b + 1 , m = 2 * b + 2 , l = m < e && d [ m ] < d [ l ] ? m : l ; c [ b ] = c [ l ] ; d [ b ] = d [ l ] ; b = l } c [ b ] = f ; d [ b ] = g ; Ne ( a , h , b ) } function Ne ( a , b , c ) { var d = a . b ; a = a . i ; for ( var e = d [ c ] , f = a [ c ] ; c > b ; ) { var g = c - 1 >> 1 ; if ( a [ g ] > f ) d [ c ] = d [ g ] , a [ c ] = a [ g ] , c = g ; else break } d [ c ] = e ; a [ c ] = f }
function Oe ( a ) { var b = a . l , c = a . b , d = a . i , e = 0 , f = c . length , g ; for ( g = 0 ; g < f ; ++ g ) { var h = c [ g ] ; var l = b ( h ) ; Infinity == l ? delete a . a [ a . c ( h ) ] : ( d [ e ] = l , c [ e ++ ] = h ) } c . length = e ; d . length = e ; for ( b = ( a . b . length >> 1 ) - 1 ; 0 <= b ; b -- ) Me ( a , b ) } ; function Pe ( a , b ) { Ke . call ( this , function ( b ) { return a . apply ( null , b ) } , function ( a ) { return a [ 0 ] . bb ( ) } ) ; this . v = b ; this . j = 0 ; this . g = { } } v ( Pe , Ke ) ; Pe . prototype . f = function ( a ) { var b = Ke . prototype . f . call ( this , a ) ; b && y ( a [ 0 ] , "change" , this . o , this ) ; return b } ; Pe . prototype . o = function ( a ) { a = a . target ; var b = a . getState ( ) ; if ( 2 === b || 3 === b || 4 === b || 5 === b ) Kc ( a , "change" , this . o , this ) , a = a . bb ( ) , a in this . g && ( delete this . g [ a ] , -- this . j ) , this . v ( ) } ;
function Qe ( a , b , c ) { for ( var d = 0 , e , f ; a . j < b && d < c && 0 < a . b . length ; ) e = Le ( a ) [ 0 ] , f = e . bb ( ) , 0 !== e . getState ( ) || f in a . g || ( a . g [ f ] = ! 0 , ++ a . j , ++ d , e . load ( ) ) } ; function Re ( a ) { return function ( b , c , d ) { if ( void 0 !== b ) return b = ka ( a , b , d ) , b = Ca ( b + c , 0 , a . length - 1 ) , c = Math . floor ( b ) , b != c && c < a . length - 1 ? a [ c ] / Math . pow ( a [ c ] / a [ c + 1 ] , b - c ) : a [ c ] } } function Se ( a , b , c ) { return function ( d , e , f ) { if ( void 0 !== d ) return d = Math . max ( Math . floor ( Math . log ( b / d ) / Math . log ( a ) + ( - f / 2 + . 5 ) ) + e , 0 ) , void 0 !== c && ( d = Math . min ( d , c ) ) , b / Math . pow ( a , d ) } } ; function Te ( a ) { if ( void 0 !== a ) return 0 } function Ue ( a , b ) { if ( void 0 !== a ) return a + b } function Ve ( a ) { var b = 2 * Math . PI / a ; return function ( a , d ) { if ( void 0 !== a ) return a = Math . floor ( ( a + d ) / b + . 5 ) * b } } function We ( ) { var a = Ha ( 5 ) ; return function ( b , c ) { if ( void 0 !== b ) return Math . abs ( b + c ) <= a ? 0 : b + c } } ; function Xe ( a , b ) { a = void 0 !== b ? a . toFixed ( b ) : "" + a ; b = a . indexOf ( "." ) ; b = - 1 === b ? a . length : b ; return 2 < b ? a : Array ( 3 - b ) . join ( "0" ) + a } function Ye ( a ) { a = ( "" + a ) . split ( "." ) ; for ( var b = [ "1" , "3" ] , c = 0 ; c < Math . max ( a . length , b . length ) ; c ++ ) { var d = parseInt ( a [ c ] || "0" , 10 ) , e = parseInt ( b [ c ] || "0" , 10 ) ; if ( d > e ) return 1 ; if ( e > d ) return - 1 } return 0 } ; function Ze ( a , b ) { a [ 0 ] += b [ 0 ] ; a [ 1 ] += b [ 1 ] ; return a } function $e ( a , b ) { var c = b . pd ( ) , d = b . wa ( ) ; b = d [ 0 ] ; var d = d [ 1 ] , e = a [ 0 ] - b ; a = a [ 1 ] - d ; e || a || ( e = 1 ) ; var f = Math . sqrt ( e * e + a * a ) ; return [ b + c * e / f , d + c * a / f ] } function af ( a , b ) { var c = a [ 0 ] ; a = a [ 1 ] ; var d = b [ 0 ] , e = b [ 1 ] ; b = d [ 0 ] ; var d = d [ 1 ] , f = e [ 0 ] , e = e [ 1 ] , g = f - b , h = e - d , c = g || h ? ( g * ( c - b ) + h * ( a - d ) ) / ( g * g + h * h || 0 ) : 0 ; 0 >= c ? ( a = b , c = d ) : 1 <= c ? ( a = f , c = e ) : ( a = b + c * g , c = d + c * h ) ; return [ a , c ] }
function bf ( a , b , c ) { b = Ia ( b + 180 , 360 ) - 180 ; var d = Math . abs ( 3600 * b ) ; c = c || 0 ; var e = Math . pow ( 10 , c ) , f = Math . floor ( d / 3600 ) , g = Math . floor ( ( d - 3600 * f ) / 60 ) , d = Math . ceil ( ( d - 3600 * f - 60 * g ) * e ) / e ; 60 <= d && ( d = 0 , g += 1 ) ; 60 <= g && ( g = 0 , f += 1 ) ; return f + "\u00b0 " + Xe ( g ) + "\u2032 " + Xe ( d , c ) + "\u2033" + ( b ? " " + a . charAt ( 0 > b ? 1 : 0 ) : "" ) } function cf ( a , b , c ) { return a ? b . replace ( "{x}" , a [ 0 ] . toFixed ( c ) ) . replace ( "{y}" , a [ 1 ] . toFixed ( c ) ) : "" } function df ( a , b ) { for ( var c = ! 0 , d = a . length - 1 ; 0 <= d ; -- d ) if ( a [ d ] != b [ d ] ) { c = ! 1 ; break } return c }
function ef ( a , b ) { var c = Math . cos ( b ) ; b = Math . sin ( b ) ; var d = a [ 1 ] * c + a [ 0 ] * b ; a [ 0 ] = a [ 0 ] * c - a [ 1 ] * b ; a [ 1 ] = d ; return a } function gf ( a , b ) { a [ 0 ] *= b ; a [ 1 ] *= b } function hf ( a , b ) { var c = a [ 0 ] - b [ 0 ] ; a = a [ 1 ] - b [ 1 ] ; return c * c + a * a } function jf ( a , b ) { return Math . sqrt ( hf ( a , b ) ) } function kf ( a , b ) { return hf ( a , af ( a , b ) ) } function lf ( a , b ) { return cf ( a , "{x}, {y}" , b ) } ; function mf ( ) { return ! 0 } function nf ( ) { return ! 1 } ; function of ( ) { Tc . call ( this ) ; this . l = Oa ( ) ; this . v = - 1 ; this . f = { } ; this . o = this . g = 0 } v ( of , Tc ) ; k = of . prototype ; k . Ab = function ( a , b ) { b = b ? b : [ NaN , NaN ] ; this . Kb ( a [ 0 ] , a [ 1 ] , b , Infinity ) ; return b } ; k . sb = function ( a ) { return this . Mc ( a [ 0 ] , a [ 1 ] ) } ; k . Mc = nf ; k . G = function ( a ) { this . v != this . i && ( this . l = this . se ( this . l ) , this . v = this . i ) ; var b = this . l ; a ? ( a [ 0 ] = b [ 0 ] , a [ 1 ] = b [ 1 ] , a [ 2 ] = b [ 2 ] , a [ 3 ] = b [ 3 ] ) : a = b ; return a } ; k . Rb = function ( a ) { return this . Vd ( a * a ) } ; k . tb = function ( a , b ) { this . Dc ( ec ( a , b ) ) ; return this } ; function pf ( a , b , c , d , e , f ) { for ( var g = f ? f : [ ] , h = 0 ; b < c ; b += d ) { var l = a [ b ] , m = a [ b + 1 ] ; g [ h ++ ] = e [ 0 ] * l + e [ 2 ] * m + e [ 4 ] ; g [ h ++ ] = e [ 1 ] * l + e [ 3 ] * m + e [ 5 ] } f && g . length != h && ( g . length = h ) ; return g } function qf ( a , b , c , d , e , f , g ) { for ( var h = g ? g : [ ] , l = 0 , m ; b < c ; b += d ) for ( h [ l ++ ] = a [ b ] + e , h [ l ++ ] = a [ b + 1 ] + f , m = b + 2 ; m < b + d ; ++ m ) h [ l ++ ] = a [ m ] ; g && h . length != l && ( h . length = l ) ; return h } ; function rf ( ) { of . call ( this ) ; this . ja = "XY" ; this . a = 2 ; this . A = null } v ( rf , of ) ; function sf ( a ) { var b ; "XY" == a ? b = 2 : "XYZ" == a || "XYM" == a ? b = 3 : "XYZM" == a && ( b = 4 ) ; return b } k = rf . prototype ; k . Mc = nf ; k . se = function ( a ) { return $a ( this . A , 0 , this . A . length , this . a , a ) } ; k . ac = function ( ) { return this . A . slice ( 0 , this . a ) } ; k . ga = function ( ) { return this . A } ; k . bc = function ( ) { return this . A . slice ( this . A . length - this . a ) } ; k . cc = function ( ) { return this . ja } ;
k . Vd = function ( a ) { this . o != this . i && ( ub ( this . f ) , this . g = 0 , this . o = this . i ) ; if ( 0 > a || this . g && a <= this . g ) return this ; var b = a . toString ( ) ; if ( this . f . hasOwnProperty ( b ) ) return this . f [ b ] ; var c = this . hd ( a ) ; if ( c . ga ( ) . length < this . A . length ) return this . f [ b ] = c ; this . g = a ; return this } ; k . hd = function ( ) { return this } ; k . qa = function ( ) { return this . a } ; function tf ( a , b , c ) { a . a = sf ( b ) ; a . ja = b ; a . A = c }
function uf ( a , b , c , d ) { if ( b ) c = sf ( b ) ; else { for ( b = 0 ; b < d ; ++ b ) if ( c . length ) c = c [ 0 ] ; else { a . ja = "XY" ; a . a = 2 ; return } c = c . length ; var e ; 2 == c ? e = "XY" : 3 == c ? e = "XYZ" : 4 == c && ( e = "XYZM" ) ; b = e } a . ja = b ; a . a = c } k . Dc = function ( a ) { this . A && ( a ( this . A , this . A , this . a ) , this . s ( ) ) } ;
k . rotate = function ( a , b ) { var c = this . ga ( ) ; if ( c ) { var d = c . length , e = this . qa ( ) , f = c ? c : [ ] , g = Math . cos ( a ) ; a = Math . sin ( a ) ; var h = b [ 0 ] ; b = b [ 1 ] ; for ( var l = 0 , m = 0 ; m < d ; m += e ) { var n = c [ m ] - h , p = c [ m + 1 ] - b ; f [ l ++ ] = h + n * g - p * a ; f [ l ++ ] = b + n * a + p * g ; for ( n = m + 2 ; n < m + e ; ++ n ) f [ l ++ ] = c [ n ] } c && f . length != l && ( f . length = l ) ; this . s ( ) } } ;
k . scale = function ( a , b , c ) { var d = b ; void 0 === d && ( d = a ) ; var e = c ; e || ( e = nb ( this . G ( ) ) ) ; if ( c = this . ga ( ) ) { b = c . length ; for ( var f = this . qa ( ) , g = c ? c : [ ] , h = e [ 0 ] , e = e [ 1 ] , l = 0 , m = 0 ; m < b ; m += f ) { var n = c [ m ] - h , p = c [ m + 1 ] - e ; g [ l ++ ] = h + a * n ; g [ l ++ ] = e + d * p ; for ( n = m + 2 ; n < m + f ; ++ n ) g [ l ++ ] = c [ n ] } c && g . length != l && ( g . length = l ) ; this . s ( ) } } ; k . translate = function ( a , b ) { var c = this . ga ( ) ; c && ( qf ( c , 0 , c . length , this . qa ( ) , a , b , c ) , this . s ( ) ) } ; function vf ( a , b , c , d ) { for ( var e = 0 , f = a [ c - d ] , g = a [ c - d + 1 ] ; b < c ; b += d ) var h = a [ b ] , l = a [ b + 1 ] , e = e + ( g * h - f * l ) , f = h , g = l ; return e / 2 } function wf ( a , b , c , d ) { var e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] , e = e + vf ( a , b , h , d ) ; b = h } return e } ; function xf ( a , b , c , d , e , f , g ) { var h = a [ b ] , l = a [ b + 1 ] , m = a [ c ] - h , n = a [ c + 1 ] - l ; if ( m || n ) if ( f = ( ( e - h ) * m + ( f - l ) * n ) / ( m * m + n * n ) , 1 < f ) b = c ; else if ( 0 < f ) { for ( e = 0 ; e < d ; ++ e ) g [ e ] = Ja ( a [ b + e ] , a [ c + e ] , f ) ; g . length = d ; return } for ( e = 0 ; e < d ; ++ e ) g [ e ] = a [ b + e ] ; g . length = d } function yf ( a , b , c , d , e ) { var f = a [ b ] , g = a [ b + 1 ] ; for ( b += d ; b < c ; b += d ) { var h = a [ b ] , l = a [ b + 1 ] , f = Ga ( f , g , h , l ) ; f > e && ( e = f ) ; f = h ; g = l } return e } function zf ( a , b , c , d , e ) { var f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] ; e = yf ( a , b , h , d , e ) ; b = h } return e }
function Af ( a , b , c , d , e , f , g , h , l , m , n ) { if ( b == c ) return m ; if ( ! e ) { var p = Ga ( g , h , a [ b ] , a [ b + 1 ] ) ; if ( p < m ) { for ( n = 0 ; n < d ; ++ n ) l [ n ] = a [ b + n ] ; l . length = d ; return p } return m } for ( var q = n ? n : [ NaN , NaN ] , r = b + d ; r < c ; ) if ( xf ( a , r - d , r , d , g , h , q ) , p = Ga ( g , h , q [ 0 ] , q [ 1 ] ) , p < m ) { m = p ; for ( n = 0 ; n < d ; ++ n ) l [ n ] = q [ n ] ; l . length = d ; r += d } else r += d * Math . max ( ( Math . sqrt ( p ) - Math . sqrt ( m ) ) / e | 0 , 1 ) ; if ( f && ( xf ( a , c - d , b , d , g , h , q ) , p = Ga ( g , h , q [ 0 ] , q [ 1 ] ) , p < m ) ) { m = p ; for ( n = 0 ; n < d ; ++ n ) l [ n ] = q [ n ] ; l . length = d } return m }
function Bf ( a , b , c , d , e , f , g , h , l , m , n ) { n = n ? n : [ NaN , NaN ] ; var p ; var q = 0 ; for ( p = c . length ; q < p ; ++ q ) { var r = c [ q ] ; m = Af ( a , b , r , d , e , f , g , h , l , m , n ) ; b = r } return m } ; function Cf ( a , b ) { var c = 0 , d ; var e = 0 ; for ( d = b . length ; e < d ; ++ e ) a [ c ++ ] = b [ e ] ; return c } function Df ( a , b , c , d ) { var e ; var f = 0 ; for ( e = c . length ; f < e ; ++ f ) { var g = c [ f ] , h ; for ( h = 0 ; h < d ; ++ h ) a [ b ++ ] = g [ h ] } return b } function Ef ( a , b , c , d , e ) { e = e ? e : [ ] ; var f = 0 , g ; var h = 0 ; for ( g = c . length ; h < g ; ++ h ) b = Df ( a , b , c [ h ] , d ) , e [ f ++ ] = b ; e . length = f ; return e } ; function Ff ( a , b , c , d , e ) { e = void 0 !== e ? e : [ ] ; for ( var f = 0 ; b < c ; b += d ) e [ f ++ ] = a . slice ( b , b + d ) ; e . length = f ; return e } function Gf ( a , b , c , d , e ) { e = void 0 !== e ? e : [ ] ; var f = 0 , g ; var h = 0 ; for ( g = c . length ; h < g ; ++ h ) { var l = c [ h ] ; e [ f ++ ] = Ff ( a , b , l , d , e [ f ] ) ; b = l } e . length = f ; return e } ; function Hf ( a , b , c , d , e , f , g ) { var h = ( c - b ) / d ; if ( 3 > h ) { for ( ; b < c ; b += d ) f [ g ++ ] = a [ b ] , f [ g ++ ] = a [ b + 1 ] ; return g } var l = Array ( h ) ; l [ 0 ] = 1 ; l [ h - 1 ] = 1 ; c = [ b , c - d ] ; for ( var m = 0 , n ; 0 < c . length ; ) { var p = c . pop ( ) , q = c . pop ( ) , r = 0 , u = a [ q ] , x = a [ q + 1 ] , B = a [ p ] , E = a [ p + 1 ] ; for ( n = q + d ; n < p ; n += d ) { var A = Fa ( a [ n ] , a [ n + 1 ] , u , x , B , E ) ; A > r && ( m = n , r = A ) } r > e && ( l [ ( m - b ) / d ] = 1 , q + d < m && c . push ( q , m ) , m + d < p && c . push ( m , p ) ) } for ( n = 0 ; n < h ; ++ n ) l [ n ] && ( f [ g ++ ] = a [ b + n * d ] , f [ g ++ ] = a [ b + n * d + 1 ] ) ; return g }
function If ( a , b , c , d , e , f , g , h ) { var l ; var m = 0 ; for ( l = c . length ; m < l ; ++ m ) { var n = c [ m ] ; a : { var p = a , q = n , r = d , u = e , x = f , B = g ; if ( b != q ) { var E = u * Math . round ( p [ b ] / u ) , A = u * Math . round ( p [ b + 1 ] / u ) ; b += r ; x [ B ++ ] = E ; x [ B ++ ] = A ; do { var L = u * Math . round ( p [ b ] / u ) ; g = u * Math . round ( p [ b + 1 ] / u ) ; b += r ; if ( b == q ) { x [ B ++ ] = L ; x [ B ++ ] = g ; g = B ; break a } } while ( L == E && g == A ) ; for ( ; b < q ; ) { var oa = u * Math . round ( p [ b ] / u ) ; var ha = u * Math . round ( p [ b + 1 ] / u ) ; b += r ; if ( oa != L || ha != g ) { var ga = L - E , z = g - A , M = oa - E , ba = ha - A ; ga * ba == z * M && ( 0 > ga && M < ga || ga == M || 0 < ga && M > ga ) && ( 0 > z && ba < z || z == ba || 0 < z &&
ba > z ) || ( x [ B ++ ] = L , x [ B ++ ] = g , E = L , A = g ) ; L = oa ; g = ha } } x [ B ++ ] = L ; x [ B ++ ] = g } g = B } h . push ( g ) ; b = n } return g } ; function Jf ( a , b ) { rf . call ( this ) ; this . c = this . j = - 1 ; this . ma ( a , b ) } v ( Jf , rf ) ; k = Jf . prototype ; k . clone = function ( ) { var a = new Jf ( null ) ; Kf ( a , this . ja , this . A . slice ( ) ) ; return a } ; k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; this . c != this . i && ( this . j = Math . sqrt ( yf ( this . A , 0 , this . A . length , this . a , 0 ) ) , this . c = this . i ) ; return Af ( this . A , 0 , this . A . length , this . a , this . j , ! 0 , a , b , c , d ) } ; k . qn = function ( ) { return vf ( this . A , 0 , this . A . length , this . a ) } ; k . X = function ( ) { return Ff ( this . A , 0 , this . A . length , this . a ) } ;
k . hd = function ( a ) { var b = [ ] ; b . length = Hf ( this . A , 0 , this . A . length , this . a , a , b , 0 ) ; a = new Jf ( null ) ; Kf ( a , "XY" , b ) ; return a } ; k . U = function ( ) { return "LinearRing" } ; k . Xa = function ( ) { } ; k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 1 ) , this . A || ( this . A = [ ] ) , this . A . length = Df ( this . A , 0 , a , this . a ) , this . s ( ) ) : Kf ( this , "XY" , null ) } ; function Kf ( a , b , c ) { tf ( a , b , c ) ; a . s ( ) } ; function C ( a , b ) { rf . call ( this ) ; this . ma ( a , b ) } v ( C , rf ) ; k = C . prototype ; k . clone = function ( ) { var a = new C ( null ) ; a . ba ( this . ja , this . A . slice ( ) ) ; return a } ; k . Kb = function ( a , b , c , d ) { var e = this . A ; a = Ga ( a , b , e [ 0 ] , e [ 1 ] ) ; if ( a < d ) { d = this . a ; for ( b = 0 ; b < d ; ++ b ) c [ b ] = e [ b ] ; c . length = d ; return a } return d } ; k . X = function ( ) { return this . A ? this . A . slice ( ) : [ ] } ; k . se = function ( a ) { return Za ( this . A , a ) } ; k . U = function ( ) { return "Point" } ; k . Xa = function ( a ) { return Ua ( a , this . A [ 0 ] , this . A [ 1 ] ) } ;
k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 0 ) , this . A || ( this . A = [ ] ) , this . A . length = Cf ( this . A , a ) , this . s ( ) ) : this . ba ( "XY" , null ) } ; k . ba = function ( a , b ) { tf ( this , a , b ) ; this . s ( ) } ; function Lf ( a , b , c , d , e ) { return ! db ( e , function ( e ) { return ! Mf ( a , b , c , d , e [ 0 ] , e [ 1 ] ) } ) } function Mf ( a , b , c , d , e , f ) { for ( var g = 0 , h = a [ c - d ] , l = a [ c - d + 1 ] ; b < c ; b += d ) { var m = a [ b ] , n = a [ b + 1 ] ; l <= f ? n > f && 0 < ( m - h ) * ( f - l ) - ( e - h ) * ( n - l ) && g ++ : n <= f && 0 > ( m - h ) * ( f - l ) - ( e - h ) * ( n - l ) && g -- ; h = m ; l = n } return ! ! g } function Nf ( a , b , c , d , e , f ) { if ( ! c . length || ! Mf ( a , b , c [ 0 ] , d , e , f ) ) return ! 1 ; var g ; b = 1 ; for ( g = c . length ; b < g ; ++ b ) if ( Mf ( a , c [ b - 1 ] , c [ b ] , d , e , f ) ) return ! 1 ; return ! 0 } ; function Of ( a , b , c , d , e , f , g ) { var h , l = e [ f + 1 ] , m = [ ] , n = c [ 0 ] ; var p = a [ n - d ] ; var q = a [ n - d + 1 ] ; for ( h = b ; h < n ; h += d ) { var r = a [ h ] ; var u = a [ h + 1 ] ; if ( l <= q && u <= l || q <= l && l <= u ) p = ( l - q ) / ( u - q ) * ( r - p ) + p , m . push ( p ) ; p = r ; q = u } n = NaN ; q = - Infinity ; m . sort ( ia ) ; p = m [ 0 ] ; h = 1 ; for ( u = m . length ; h < u ; ++ h ) { r = m [ h ] ; var x = Math . abs ( r - p ) ; x > q && ( p = ( p + r ) / 2 , Nf ( a , b , c , d , p , l ) && ( n = p , q = x ) ) ; p = r } isNaN ( n ) && ( n = e [ f ] ) ; return g ? ( g . push ( n , l ) , g ) : [ n , l ] } ; function Pf ( a , b , c , d , e , f ) { for ( var g = [ a [ b ] , a [ b + 1 ] ] , h = [ ] , l ; b + d < c ; b += d ) { h [ 0 ] = a [ b + d ] ; h [ 1 ] = a [ b + d + 1 ] ; if ( l = e . call ( f , g , h ) ) return l ; g [ 0 ] = h [ 0 ] ; g [ 1 ] = h [ 1 ] } return ! 1 } ; function Qf ( a , b , c , d , e ) { var f = ab ( Oa ( ) , a , b , c , d ) ; return qb ( e , f ) ? Va ( e , f ) || f [ 0 ] >= e [ 0 ] && f [ 2 ] <= e [ 2 ] || f [ 1 ] >= e [ 1 ] && f [ 3 ] <= e [ 3 ] ? ! 0 : Pf ( a , b , c , d , function ( a , b ) { var c = ! 1 , d = Wa ( e , a ) , f = Wa ( e , b ) ; if ( 1 === d || 1 === f ) c = ! 0 ; else { var g = e [ 0 ] , h = e [ 1 ] , r = e [ 2 ] , u = e [ 3 ] , x = b [ 0 ] ; b = b [ 1 ] ; a = ( b - a [ 1 ] ) / ( x - a [ 0 ] ) ; f & 2 && ! ( d & 2 ) && ( c = x - ( b - u ) / a , c = c >= g && c <= r ) ; c || ! ( f & 4 ) || d & 4 || ( c = b - ( x - r ) * a , c = c >= h && c <= u ) ; c || ! ( f & 8 ) || d & 8 || ( c = x - ( b - h ) / a , c = c >= g && c <= r ) ; c || ! ( f & 16 ) || d & 16 || ( c = b - ( x - g ) * a , c = c >= h && c <= u ) } return c } ) : ! 1 }
function Rf ( a , b , c , d , e ) { var f = c [ 0 ] ; if ( ! ( Qf ( a , b , f , d , e ) || Mf ( a , b , f , d , e [ 0 ] , e [ 1 ] ) || Mf ( a , b , f , d , e [ 0 ] , e [ 3 ] ) || Mf ( a , b , f , d , e [ 2 ] , e [ 1 ] ) || Mf ( a , b , f , d , e [ 2 ] , e [ 3 ] ) ) ) return ! 1 ; if ( 1 === c . length ) return ! 0 ; b = 1 ; for ( f = c . length ; b < f ; ++ b ) if ( Lf ( a , c [ b - 1 ] , c [ b ] , d , e ) ) return ! 1 ; return ! 0 } ; function Sf ( a , b , c , d ) { for ( var e = 0 , f = a [ c - d ] , g = a [ c - d + 1 ] ; b < c ; b += d ) var h = a [ b ] , l = a [ b + 1 ] , e = e + ( h - f ) * ( l + g ) , f = h , g = l ; return 0 < e } function Tf ( a , b , c , d ) { var e = 0 ; d = void 0 !== d ? d : ! 1 ; var f ; var g = 0 ; for ( f = b . length ; g < f ; ++ g ) { var h = b [ g ] , e = Sf ( a , e , h , c ) ; if ( ! g ) { if ( d && e || ! d && ! e ) return ! 1 } else if ( d && ! e || ! d && e ) return ! 1 ; e = h } return ! 0 }
function Uf ( a , b , c , d , e ) { e = void 0 !== e ? e : ! 1 ; var f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] , l = Sf ( a , b , h , d ) ; if ( g ? e && ! l || ! e && l : e && l || ! e && ! l ) for ( var l = a , m = h , n = d ; b < m - n ; ) { var p ; for ( p = 0 ; p < n ; ++ p ) { var q = l [ b + p ] ; l [ b + p ] = l [ m - n + p ] ; l [ m - n + p ] = q } b += n ; m -= n } b = h } return b } function Vf ( a , b , c , d ) { var e = 0 , f ; var g = 0 ; for ( f = b . length ; g < f ; ++ g ) e = Uf ( a , e , b [ g ] , c , d ) ; return e } ; function D ( a , b ) { rf . call ( this ) ; this . c = [ ] ; this . u = - 1 ; this . D = null ; this . I = this . C = this . B = - 1 ; this . j = null ; this . ma ( a , b ) } v ( D , rf ) ; k = D . prototype ; k . pk = function ( a ) { this . A ? la ( this . A , a . ga ( ) ) : this . A = a . ga ( ) . slice ( ) ; this . c . push ( this . A . length ) ; this . s ( ) } ; k . clone = function ( ) { var a = new D ( null ) ; a . ba ( this . ja , this . A . slice ( ) , this . c . slice ( ) ) ; return a } ;
k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; this . C != this . i && ( this . B = Math . sqrt ( zf ( this . A , 0 , this . c , this . a , 0 ) ) , this . C = this . i ) ; return Bf ( this . A , 0 , this . c , this . a , this . B , ! 0 , a , b , c , d ) } ; k . Mc = function ( a , b ) { return Nf ( this . ec ( ) , 0 , this . c , this . a , a , b ) } ; k . tn = function ( ) { return wf ( this . ec ( ) , 0 , this . c , this . a ) } ; k . X = function ( a ) { if ( void 0 !== a ) { var b = this . ec ( ) . slice ( ) ; Uf ( b , 0 , this . c , this . a , a ) } else b = this . A ; return Gf ( b , 0 , this . c , this . a ) } ; k . Bb = function ( ) { return this . c } ;
function Wf ( a ) { if ( a . u != a . i ) { var b = nb ( a . G ( ) ) ; a . D = Of ( a . ec ( ) , 0 , a . c , a . a , b , 0 ) ; a . u = a . i } return a . D } k . Tk = function ( ) { return new C ( Wf ( this ) ) } ; k . Zk = function ( ) { return this . c . length } ; k . Ch = function ( a ) { if ( 0 > a || this . c . length <= a ) return null ; var b = new Jf ( null ) ; Kf ( b , this . ja , this . A . slice ( a ? this . c [ a - 1 ] : 0 , this . c [ a ] ) ) ; return b } ; k . Sd = function ( ) { var a = this . ja , b = this . A , c = this . c , d = [ ] , e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] , l = new Jf ( null ) ; Kf ( l , a , b . slice ( e , h ) ) ; d . push ( l ) ; e = h } return d } ;
k . ec = function ( ) { if ( this . I != this . i ) { var a = this . A ; Tf ( a , this . c , this . a ) ? this . j = a : ( this . j = a . slice ( ) , this . j . length = Uf ( this . j , 0 , this . c , this . a ) ) ; this . I = this . i } return this . j } ; k . hd = function ( a ) { var b = [ ] , c = [ ] ; b . length = If ( this . A , 0 , this . c , this . a , Math . sqrt ( a ) , b , 0 , c ) ; a = new D ( null ) ; a . ba ( "XY" , b , c ) ; return a } ; k . U = function ( ) { return "Polygon" } ; k . Xa = function ( a ) { return Rf ( this . ec ( ) , 0 , this . c , this . a , a ) } ;
k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 2 ) , this . A || ( this . A = [ ] ) , a = Ef ( this . A , 0 , a , this . a , this . c ) , this . A . length = a . length ? a [ a . length - 1 ] : 0 , this . s ( ) ) : this . ba ( "XY" , null , this . c ) } ; k . ba = function ( a , b , c ) { tf ( this , a , b ) ; this . c = c ; this . s ( ) } ; function Xf ( a , b , c , d ) { var e = d ? d : 32 ; d = [ ] ; var f ; for ( f = 0 ; f < e ; ++ f ) la ( d , a . offset ( b , c , 2 * Math . PI * f / e ) ) ; d . push ( d [ 0 ] , d [ 1 ] ) ; a = new D ( null ) ; a . ba ( "XY" , d , [ d . length ] ) ; return a } function Yf ( a ) { var b = a [ 0 ] , c = a [ 1 ] , d = a [ 2 ] ; a = a [ 3 ] ; b = [ b , c , b , a , d , a , d , c , b , c ] ; c = new D ( null ) ; c . ba ( "XY" , b , [ b . length ] ) ; return c }
function Zf ( a , b , c ) { var d = b ? b : 32 , e = a . qa ( ) ; b = a . ja ; for ( var f = new D ( null , b ) , d = e * ( d + 1 ) , e = Array ( d ) , g = 0 ; g < d ; g ++ ) e [ g ] = 0 ; f . ba ( b , e , [ e . length ] ) ; $f ( f , a . wa ( ) , a . pd ( ) , c ) ; return f } function $f ( a , b , c , d ) { var e = a . ga ( ) , f = a . ja , g = a . qa ( ) , h = a . Bb ( ) , l = e . length / g - 1 ; d = d ? d : 0 ; for ( var m , n , p = 0 ; p <= l ; ++ p ) n = p * g , m = d + 2 * Ia ( p , l ) * Math . PI / l , e [ n ] = b [ 0 ] + c * Math . cos ( m ) , e [ n + 1 ] = b [ 1 ] + c * Math . sin ( m ) ; a . ba ( f , e , h ) } ; function F ( a ) { Tc . call ( this ) ; a = tb ( { } , a ) ; this . o = [ 0 , 0 ] ; this . c = [ ] ; this . wf = this . wf . bind ( this ) ; this . v = $b ( a . projection ) ; ag ( this , a ) } v ( F , Tc ) ;
function ag ( a , b ) { var c = { } ; c . center = void 0 !== b . center ? b . center : null ; var d = void 0 !== b . minZoom ? b . minZoom : 0 ; var e = void 0 !== b . maxZoom ? b . maxZoom : 28 ; var f = void 0 !== b . zoomFactor ? b . zoomFactor : 2 ; if ( void 0 !== b . resolutions ) { e = b . resolutions ; var g = e [ 0 ] ; var h = e [ e . length - 1 ] ; e = Re ( e ) } else { g = $b ( b . projection ) ; h = g . G ( ) ; var l = ( h ? Math . max ( lb ( h ) , mb ( h ) ) : 360 * zb . degrees / g . sc ( ) ) / 256 / Math . pow ( 2 , 0 ) , m = l / Math . pow ( 2 , 28 ) ; g = b . maxResolution ; void 0 !== g ? d = 0 : g = l / Math . pow ( f , d ) ; h = b . minResolution ; void 0 === h && ( h = void 0 !== b . maxZoom ? void 0 !==
b . maxResolution ? g / Math . pow ( f , e ) : l / Math . pow ( f , e ) : m ) ; e = d + Math . floor ( Math . log ( g / h ) / Math . log ( f ) ) ; h = g / Math . pow ( f , e - d ) ; e = Se ( f , g , e - d ) } a . a = g ; a . f = h ; a . C = f ; a . j = b . resolutions ; a . l = d ; ( void 0 !== b . enableRotation ? b . enableRotation : 1 ) ? ( d = b . constrainRotation , d = void 0 === d || ! 0 === d ? We ( ) : ! 1 === d ? Ue : "number" === typeof d ? Ve ( d ) : Ue ) : d = Te ; a . g = { center : void 0 !== b . extent ? Bc ( b . extent ) : Cc , resolution : e , rotation : d } ; void 0 !== b . resolution ? c . resolution = b . resolution : void 0 !== b . zoom && ( c . resolution = a . constrainResolution ( a . a , b . zoom - a . l ) ) ; c . rotation =
void 0 !== b . rotation ? b . rotation : 0 ; a . H ( c ) ; a . D = b } function bg ( a , b ) { var c = tb ( { } , a . D ) ; void 0 !== c . resolution ? c . resolution = a . Pa ( ) : c . zoom = a . Hh ( ) ; c . center = a . wa ( ) ; c . rotation = a . Qa ( ) ; return tb ( { } , c , b ) } k = F . prototype ;
k . animate = function ( a ) { var b = Date . now ( ) , c = this . wa ( ) . slice ( ) , d = this . Pa ( ) , e = this . Qa ( ) , f = arguments . length ; if ( 1 < f && "function" === typeof arguments [ f - 1 ] ) { var g = arguments [ f - 1 ] ; -- f } for ( var h = [ ] , l = 0 ; l < f ; ++ l ) { var m = arguments [ l ] , n = { start : b , complete : ! 1 , anchor : m . anchor , duration : void 0 !== m . duration ? m . duration : 1E3 , easing : m . easing || sd } ; m . center && ( n . Rg = c , n . Tg = m . center , c = n . Tg ) ; void 0 !== m . zoom ? ( n . tf = d , n . zd = this . constrainResolution ( this . a , m . zoom - this . l , 0 ) , d = n . zd ) : m . resolution && ( n . tf = d , n . zd = m . resolution , d = n . zd ) ; void 0 !==
m . rotation && ( n . Sg = e , n . uf = m . rotation , e = n . uf ) ; n . callback = g ; b += n . duration ; h . push ( n ) } this . c . push ( h ) ; cg ( this , 0 , 1 ) ; this . wf ( ) } ; k . Ic = function ( ) { return 0 < dg ( this ) [ 0 ] } ; k . Rk = function ( ) { return 0 < dg ( this ) [ 1 ] } ; k . ed = function ( ) { cg ( this , 0 , - dg ( this ) [ 0 ] ) ; for ( var a = 0 , b = this . c . length ; a < b ; ++ a ) { var c = this . c [ a ] ; c [ 0 ] . callback && c [ 0 ] . callback ( ! 1 ) } this . c . length = 0 } ;
k . wf = function ( ) { void 0 !== this . u && ( cancelAnimationFrame ( this . u ) , this . u = void 0 ) ; if ( this . Ic ( ) ) { for ( var a = Date . now ( ) , b = ! 1 , c = this . c . length - 1 ; 0 <= c ; -- c ) { for ( var d = this . c [ c ] , e = ! 0 , f = 0 , g = d . length ; f < g ; ++ f ) { var h = d [ f ] ; if ( ! h . complete ) { b = a - h . start ; b = 0 < h . duration ? b / h . duration : 1 ; 1 <= b ? ( h . complete = ! 0 , b = 1 ) : e = ! 1 ; b = h . easing ( b ) ; if ( h . Rg ) { var l = h . Rg [ 0 ] , m = h . Rg [ 1 ] ; this . set ( "center" , [ l + b * ( h . Tg [ 0 ] - l ) , m + b * ( h . Tg [ 1 ] - m ) ] ) } h . tf && h . zd && ( l = 1 === b ? h . zd : h . tf + b * ( h . zd - h . tf ) , h . anchor && this . set ( "center" , eg ( this , l , h . anchor ) ) , this . set ( "resolution" ,
l ) ) ; void 0 !== h . Sg && void 0 !== h . uf && ( b = 1 === b ? h . uf : h . Sg + b * ( h . uf - h . Sg ) , h . anchor && this . set ( "center" , fg ( this , b , h . anchor ) ) , this . set ( "rotation" , b ) ) ; b = ! 0 ; if ( ! h . complete ) break } } e && ( this . c [ c ] = null , cg ( this , 0 , - 1 ) , ( d = d [ 0 ] . callback ) && d ( ! 0 ) ) } this . c = this . c . filter ( Boolean ) ; b && void 0 === this . u && ( this . u = requestAnimationFrame ( this . wf ) ) } } ; function fg ( a , b , c ) { var d = a . wa ( ) ; if ( void 0 !== d ) { var e = [ d [ 0 ] - c [ 0 ] , d [ 1 ] - c [ 1 ] ] ; ef ( e , b - a . Qa ( ) ) ; Ze ( e , c ) } return e }
function eg ( a , b , c ) { var d , e = a . wa ( ) ; a = a . Pa ( ) ; void 0 !== e && void 0 !== a && ( d = [ c [ 0 ] - b * ( c [ 0 ] - e [ 0 ] ) / a , c [ 1 ] - b * ( c [ 1 ] - e [ 1 ] ) / a ] ) ; return d } function gg ( a ) { var b = [ 100 , 100 ] ; a = '.ol-viewport[data-view="' + w ( a ) + '"]' ; if ( a = document . querySelector ( a ) ) a = getComputedStyle ( a ) , b [ 0 ] = parseInt ( a . width , 10 ) , b [ 1 ] = parseInt ( a . height , 10 ) ; return b } k . Ec = function ( a ) { return this . g . center ( a ) } ; k . constrainResolution = function ( a , b , c ) { return this . g . resolution ( a , b || 0 , c || 0 ) } ; k . constrainRotation = function ( a , b ) { return this . g . rotation ( a , b || 0 ) } ; k . wa = function ( ) { return this . get ( "center" ) } ;
function dg ( a , b ) { return void 0 !== b ? ( b [ 0 ] = a . o [ 0 ] , b [ 1 ] = a . o [ 1 ] , b ) : a . o . slice ( ) } k . dd = function ( a ) { a = a || gg ( this ) ; var b = this . wa ( ) ; xa ( b , 1 ) ; var c = this . Pa ( ) ; xa ( void 0 !== c , 2 ) ; var d = this . Qa ( ) ; xa ( void 0 !== d , 3 ) ; return ob ( b , c , d , a ) } ; k . Nm = function ( ) { return this . a } ; k . Pm = function ( ) { return this . f } ; k . Om = function ( ) { return this . Ce ( this . f ) } ; k . eq = function ( a ) { ag ( this , bg ( this , { maxZoom : a } ) ) } ; k . Qm = function ( ) { return this . Ce ( this . a ) } ; k . fq = function ( a ) { ag ( this , bg ( this , { minZoom : a } ) ) } ; k . Rm = function ( ) { return this . v } ; k . Pa = function ( ) { return this . get ( "resolution" ) } ;
k . Sm = function ( ) { return this . j } ; k . ze = function ( a , b ) { b = b || gg ( this ) ; return Math . max ( lb ( a ) / b [ 0 ] , mb ( a ) / b [ 1 ] ) } ; function hg ( a ) { var b = a . a , c = Math . log ( b / a . f ) / Math . log ( 2 ) ; return function ( a ) { return b / Math . pow ( 2 , a * c ) } } k . Qa = function ( ) { return this . get ( "rotation" ) } ; function ig ( a ) { var b = a . a , c = Math . log ( b / a . f ) / Math . log ( 2 ) ; return function ( a ) { return Math . log ( b / a ) / Math . log ( 2 ) / c } } k . getState = function ( ) { var a = this . wa ( ) , b = this . v , c = this . Pa ( ) , d = this . Qa ( ) ; return { center : a . slice ( ) , projection : void 0 !== b ? b : null , resolution : c , rotation : d } } ;
k . Hh = function ( ) { var a , b = this . Pa ( ) ; void 0 !== b && ( a = this . Ce ( b ) ) ; return a } ; k . Ce = function ( a ) { if ( a >= this . f && a <= this . a ) { var b = this . l || 0 ; if ( this . j ) { var c = ka ( this . j , a , 1 ) ; b += c ; if ( c == this . j . length - 1 ) return b ; var d = this . j [ c ] ; c = d / this . j [ c + 1 ] } else d = this . a , c = this . C ; b += Math . log ( d / a ) / Math . log ( c ) } return b } ;
k . Qf = function ( a , b ) { b = b || { } ; var c = b . size ; c || ( c = gg ( this ) ) ; if ( a instanceof rf ) if ( "Circle" === a . U ( ) ) { a = a . G ( ) ; var d = Yf ( a ) ; d . rotate ( this . Qa ( ) , nb ( a ) ) } else d = a ; else xa ( Array . isArray ( a ) , 24 ) , xa ( ! kb ( a ) , 25 ) , d = Yf ( a ) ; var e = b . padding ? b . padding : [ 0 , 0 , 0 , 0 ] , f = void 0 !== b . constrainResolution ? b . constrainResolution : ! 0 , g = void 0 !== b . nearest ? b . nearest : ! 1 , h ; void 0 !== b . minResolution ? h = b . minResolution : void 0 !== b . maxZoom ? h = this . constrainResolution ( this . a , b . maxZoom - this . l , 0 ) : h = 0 ; var l = d . ga ( ) , m = this . Qa ( ) ; a = Math . cos ( - m ) ; var m = Math . sin ( - m ) ,
n = Infinity , p = Infinity , q = - Infinity , r = - Infinity ; d = d . qa ( ) ; for ( var u = 0 , x = l . length ; u < x ; u += d ) var B = l [ u ] * a - l [ u + 1 ] * m , E = l [ u ] * m + l [ u + 1 ] * a , n = Math . min ( n , B ) , p = Math . min ( p , E ) , q = Math . max ( q , B ) , r = Math . max ( r , E ) ; c = this . ze ( [ n , p , q , r ] , [ c [ 0 ] - e [ 1 ] - e [ 3 ] , c [ 1 ] - e [ 0 ] - e [ 2 ] ] ) ; c = isNaN ( c ) ? h : Math . max ( c , h ) ; f && ( h = this . constrainResolution ( c , 0 , 0 ) , ! g && h < c && ( h = this . constrainResolution ( h , - 1 , 0 ) ) , c = h ) ; m = - m ; h = ( n + q ) / 2 + ( e [ 1 ] - e [ 3 ] ) / 2 * c ; e = ( p + r ) / 2 + ( e [ 0 ] - e [ 2 ] ) / 2 * c ; a = [ h * a - e * m , e * a + h * m ] ; e = b . callback ? b . callback : ua ; void 0 !== b . duration ? this . animate ( { resolution : c ,
center : a , duration : b . duration , easing : b . easing } , e ) : ( this . Vc ( c ) , this . ob ( a ) , setTimeout ( e . bind ( void 0 , ! 0 ) , 0 ) ) } ; k . uk = function ( a , b , c ) { var d = this . Qa ( ) , e = Math . cos ( - d ) , d = Math . sin ( - d ) , f = a [ 0 ] * e - a [ 1 ] * d ; a = a [ 1 ] * e + a [ 0 ] * d ; var g = this . Pa ( ) , f = f + ( b [ 0 ] / 2 - c [ 0 ] ) * g ; a += ( c [ 1 ] - b [ 1 ] / 2 ) * g ; d = - d ; this . ob ( [ f * e - a * d , a * e + f * d ] ) } ; function jg ( a ) { return ! ! a . wa ( ) && void 0 !== a . Pa ( ) } k . rotate = function ( a , b ) { void 0 !== b && ( b = fg ( this , a , b ) , this . ob ( b ) ) ; this . Oe ( a ) } ; k . ob = function ( a ) { this . set ( "center" , a ) ; this . Ic ( ) && this . ed ( ) } ;
function cg ( a , b , c ) { a . o [ b ] += c ; a . s ( ) } k . Vc = function ( a ) { this . set ( "resolution" , a ) ; this . Ic ( ) && this . ed ( ) } ; k . Oe = function ( a ) { this . set ( "rotation" , a ) ; this . Ic ( ) && this . ed ( ) } ; k . lq = function ( a ) { a = this . constrainResolution ( this . a , a - this . l , 0 ) ; this . Vc ( a ) } ; function kg ( a , b , c ) { this . f = a ; this . c = b ; this . g = c ; this . b = [ ] ; this . a = this . i = 0 } function lg ( a ) { a . b . length = 0 ; a . i = 0 ; a . a = 0 } function mg ( a ) { if ( 6 > a . b . length ) return ! 1 ; var b = Date . now ( ) - a . g , c = a . b . length - 3 ; if ( a . b [ c + 2 ] < b ) return ! 1 ; for ( var d = c - 3 ; 0 < d && a . b [ d + 2 ] > b ; ) d -= 3 ; b = a . b [ c + 2 ] - a . b [ d + 2 ] ; if ( b < 1E3 / 60 ) return ! 1 ; var e = a . b [ c ] - a . b [ d ] , c = a . b [ c + 1 ] - a . b [ d + 1 ] ; a . i = Math . atan2 ( c , e ) ; a . a = Math . sqrt ( e * e + c * c ) / b ; return a . a > a . c } ; function ng ( a ) { Tc . call ( this ) ; this . v = null ; this . Ha ( ! 0 ) ; this . handleEvent = a . handleEvent } v ( ng , Tc ) ; ng . prototype . c = function ( ) { return this . get ( "active" ) } ; ng . prototype . f = function ( ) { return this . v } ; ng . prototype . Ha = function ( a ) { this . set ( "active" , a ) } ; ng . prototype . setMap = function ( a ) { this . v = a } ; function og ( a , b , c , d ) { if ( void 0 !== b ) { var e = a . Qa ( ) , f = a . wa ( ) ; void 0 !== e && f && 0 < d ? a . animate ( { rotation : b , anchor : c , duration : d , easing : rd } ) : a . rotate ( b , c ) } }
function pg ( a , b , c , d ) { var e = a . Pa ( ) ; b = a . constrainResolution ( e , b , 0 ) ; if ( c && void 0 !== b && b !== e ) { var f = a . wa ( ) ; c = eg ( a , b , c ) ; c = a . Ec ( c ) ; c = [ ( b * f [ 0 ] - e * c [ 0 ] ) / ( b - e ) , ( b * f [ 1 ] - e * c [ 1 ] ) / ( b - e ) ] } qg ( a , b , c , d ) } function qg ( a , b , c , d ) { if ( b ) { var e = a . Pa ( ) , f = a . wa ( ) ; void 0 !== e && f && b !== e && d ? a . animate ( { resolution : b , anchor : c , duration : d , easing : rd } ) : ( c && ( c = eg ( a , b , c ) , a . ob ( c ) ) , a . Vc ( b ) ) } } ; function rg ( a ) { a = a ? a : { } ; this . a = a . delta ? a . delta : 1 ; ng . call ( this , { handleEvent : sg } ) ; this . g = void 0 !== a . duration ? a . duration : 250 } v ( rg , ng ) ; function sg ( a ) { var b = ! 1 , c = a . originalEvent ; if ( "dblclick" == a . type ) { var b = a . coordinate , c = c . shiftKey ? - this . a : this . a , d = a . map . Z ( ) ; pg ( d , c , b , this . g ) ; a . preventDefault ( ) ; b = ! 0 } return ! b } ; function tg ( a ) { a = a . originalEvent ; return a . altKey && ! ( a . metaKey || a . ctrlKey ) && a . shiftKey } function ug ( a ) { a = a . originalEvent ; return ! a . button && ! ( Qd && Rd && a . ctrlKey ) } function vg ( a ) { return "pointermove" == a . type } function wg ( a ) { return "singleclick" == a . type } function xg ( a ) { a = a . originalEvent ; return ! a . altKey && ! ( a . metaKey || a . ctrlKey ) && ! a . shiftKey } function yg ( a ) { a = a . originalEvent ; return ! a . altKey && ! ( a . metaKey || a . ctrlKey ) && a . shiftKey }
function Ag ( a ) { a = a . originalEvent . target . tagName ; return "INPUT" !== a && "SELECT" !== a && "TEXTAREA" !== a } function Bg ( a ) { xa ( a . b , 56 ) ; return "mouse" == a . b . pointerType } function Cg ( a ) { a = a . b ; return a . isPrimary && 0 === a . button } ; function Dg ( a ) { a = a ? a : { } ; ng . call ( this , { handleEvent : a . handleEvent ? a . handleEvent : Eg } ) ; this . yf = a . handleDownEvent ? a . handleDownEvent : nf ; this . If = a . handleDragEvent ? a . handleDragEvent : ua ; this . Jf = a . handleMoveEvent ? a . handleMoveEvent : ua ; this . sk = a . handleUpEvent ? a . handleUpEvent : nf ; this . D = ! 1 ; this . na = { } ; this . o = [ ] } v ( Dg , ng ) ; function Fg ( a ) { for ( var b = a . length , c = 0 , d = 0 , e = 0 ; e < b ; e ++ ) c += a [ e ] . clientX , d += a [ e ] . clientY ; return [ c / b , d / b ] }
function Eg ( a ) { if ( ! ( a instanceof ee ) ) return ! 0 ; var b = ! 1 , c = a . type ; if ( "pointerdown" === c || "pointerdrag" === c || "pointerup" === c ) c = a . b , "pointerup" == a . type ? delete this . na [ c . pointerId ] : "pointerdown" == a . type ? this . na [ c . pointerId ] = c : c . pointerId in this . na && ( this . na [ c . pointerId ] = c ) , this . o = vb ( this . na ) ; this . D ? "pointerdrag" == a . type ? this . If ( a ) : "pointerup" == a . type && ( this . D = this . sk ( a ) && 0 < this . o . length ) : "pointerdown" == a . type ? ( this . D = a = this . yf ( a ) , b = this . Xc ( a ) ) : "pointermove" == a . type && this . Jf ( a ) ; return ! b }
Dg . prototype . Xc = function ( a ) { return a } ; function Gg ( a ) { Dg . call ( this , { handleDownEvent : Hg , handleDragEvent : Ig , handleUpEvent : Jg } ) ; a = a ? a : { } ; this . a = a . kinetic ; this . g = null ; this . u = a . condition ? a . condition : xg ; this . j = ! 1 } v ( Gg , Dg ) ; function Ig ( a ) { var b = this . o , c = Fg ( b ) ; if ( b . length == this . l ) { if ( this . a && this . a . b . push ( c [ 0 ] , c [ 1 ] , Date . now ( ) ) , this . g ) { var d = this . g [ 0 ] - c [ 0 ] , e = c [ 1 ] - this . g [ 1 ] ; a = a . map . Z ( ) ; var f = a . getState ( ) , d = [ d , e ] ; gf ( d , f . resolution ) ; ef ( d , f . rotation ) ; Ze ( d , f . center ) ; d = a . Ec ( d ) ; a . ob ( d ) } } else this . a && lg ( this . a ) ; this . g = c ; this . l = b . length }
function Jg ( a ) { var b = a . map ; a = b . Z ( ) ; if ( this . o . length ) return this . a && lg ( this . a ) , this . g = null , ! 0 ; if ( ! this . j && this . a && mg ( this . a ) ) { var c = this . a ; c = ( c . c - c . a ) / c . f ; var d = this . a . i , e = a . wa ( ) , e = b . Ja ( e ) , b = b . Wa ( [ e [ 0 ] - c * Math . cos ( d ) , e [ 1 ] - c * Math . sin ( d ) ] ) ; a . animate ( { center : a . Ec ( b ) , duration : 500 , easing : rd } ) } cg ( a , 1 , - 1 ) ; return ! 1 }
function Hg ( a ) { if ( 0 < this . o . length && this . u ( a ) ) { var b = a . map . Z ( ) ; this . g = null ; this . D || cg ( b , 1 , 1 ) ; dg ( b ) [ 0 ] && b . ob ( a . frameState . viewState . center ) ; this . a && lg ( this . a ) ; this . j = 1 < this . o . length ; return ! 0 } return ! 1 } Gg . prototype . Xc = nf ; function Kg ( a ) { a = a ? a : { } ; Dg . call ( this , { handleDownEvent : Lg , handleDragEvent : Mg , handleUpEvent : Ng } ) ; this . g = a . condition ? a . condition : tg ; this . a = void 0 ; this . j = void 0 !== a . duration ? a . duration : 250 } v ( Kg , Dg ) ; function Mg ( a ) { if ( Bg ( a ) ) { var b = a . map , c = b . Z ( ) ; if ( c . g . rotation !== Te ) { b = b . Ob ( ) ; a = a . pixel ; a = Math . atan2 ( b [ 1 ] / 2 - a [ 1 ] , a [ 0 ] - b [ 0 ] / 2 ) ; if ( void 0 !== this . a ) { var b = a - this . a , d = c . Qa ( ) ; og ( c , d - b ) } this . a = a } } }
function Ng ( a ) { if ( ! Bg ( a ) ) return ! 0 ; a = a . map . Z ( ) ; cg ( a , 1 , - 1 ) ; var b = a . Qa ( ) , c = this . j , b = a . constrainRotation ( b , 0 ) ; og ( a , b , void 0 , c ) ; return ! 1 } function Lg ( a ) { return Bg ( a ) && ug ( a ) && this . g ( a ) ? ( cg ( a . map . Z ( ) , 1 , 1 ) , this . a = void 0 , ! 0 ) : ! 1 } Kg . prototype . Xc = nf ; function Og ( a ) { this . Gc = null ; this . a = document . createElement ( "div" ) ; this . a . style . position = "absolute" ; this . a . className = "ol-box " + a ; this . i = this . c = this . b = null } v ( Og , Mc ) ; Og . prototype . ka = function ( ) { this . setMap ( null ) } ; function Pg ( a ) { var b = a . c , c = a . i ; a = a . a . style ; a . left = Math . min ( b [ 0 ] , c [ 0 ] ) + "px" ; a . top = Math . min ( b [ 1 ] , c [ 1 ] ) + "px" ; a . width = Math . abs ( c [ 0 ] - b [ 0 ] ) + "px" ; a . height = Math . abs ( c [ 1 ] - b [ 1 ] ) + "px" }
Og . prototype . setMap = function ( a ) { if ( this . b ) { this . b . C . removeChild ( this . a ) ; var b = this . a . style ; b . left = b . top = b . width = b . height = "inherit" } ( this . b = a ) && this . b . C . appendChild ( this . a ) } ; function Qg ( a ) { var b = a . c , c = a . i , b = [ b , [ b [ 0 ] , c [ 1 ] ] , c , [ c [ 0 ] , b [ 1 ] ] ] . map ( a . b . Wa , a . b ) ; b [ 4 ] = b [ 0 ] . slice ( ) ; a . Gc ? a . Gc . ma ( [ b ] ) : a . Gc = new D ( [ b ] ) } Og . prototype . V = function ( ) { return this . Gc } ; function Rg ( a ) { Dg . call ( this , { handleDownEvent : Sg , handleDragEvent : Tg , handleUpEvent : Ug } ) ; a = a ? a : { } ; this . a = new Og ( a . className || "ol-dragbox" ) ; this . u = void 0 !== a . minArea ? a . minArea : 64 ; this . g = null ; this . C = a . condition ? a . condition : mf ; this . l = a . boxEndCondition ? a . boxEndCondition : Vg } v ( Rg , Dg ) ; function Vg ( a , b , c ) { a = c [ 0 ] - b [ 0 ] ; b = c [ 1 ] - b [ 1 ] ; return a * a + b * b >= this . u } function Tg ( a ) { if ( Bg ( a ) ) { var b = this . a , c = a . pixel ; b . c = this . g ; b . i = c ; Qg ( b ) ; Pg ( b ) ; this . b ( new Wg ( Xg , a . coordinate , a ) ) } } Rg . prototype . V = function ( ) { return this . a . V ( ) } ;
Rg . prototype . j = ua ; function Ug ( a ) { if ( ! Bg ( a ) ) return ! 0 ; this . a . setMap ( null ) ; this . l ( a , this . g , a . pixel ) && ( this . j ( a ) , this . b ( new Wg ( Yg , a . coordinate , a ) ) ) ; return ! 1 } function Sg ( a ) { if ( Bg ( a ) && ug ( a ) && this . C ( a ) ) { this . g = a . pixel ; this . a . setMap ( a . map ) ; var b = this . a , c = this . g ; b . c = this . g ; b . i = c ; Qg ( b ) ; Pg ( b ) ; this . b ( new Wg ( Zg , a . coordinate , a ) ) ; return ! 0 } return ! 1 } var Zg = "boxstart" , Xg = "boxdrag" , Yg = "boxend" ; function Wg ( a , b , c ) { Oc . call ( this , a ) ; this . coordinate = b ; this . mapBrowserEvent = c } v ( Wg , Oc ) ; function $g ( a ) { a = a ? a : { } ; var b = a . condition ? a . condition : yg ; this . B = void 0 !== a . duration ? a . duration : 200 ; this . I = void 0 !== a . out ? a . out : ! 1 ; Rg . call ( this , { condition : b , className : a . className || "ol-dragzoom" } ) } v ( $g , Rg ) ;
$g . prototype . j = function ( ) { var a = this . v , b = a . Z ( ) , c = a . Ob ( ) , d = this . V ( ) . G ( ) ; if ( this . I ) { var e = b . dd ( c ) , d = [ a . Ja ( eb ( d ) ) , a . Ja ( hb ( d ) ) ] , a = Ya ( void 0 ) , f ; var g = 0 ; for ( f = d . length ; g < f ; ++ g ) Pa ( a , d [ g ] ) ; d = b . ze ( a , c ) ; rb ( e , 1 / d ) ; d = e } c = b . constrainResolution ( b . ze ( d , c ) ) ; e = nb ( d ) ; e = b . Ec ( e ) ; b . animate ( { resolution : c , center : e , duration : this . B , easing : rd } ) } ; function ah ( a ) { ng . call ( this , { handleEvent : bh } ) ; a = a || { } ; this . a = function ( a ) { return xg ( a ) && Ag ( a ) } ; this . g = a . condition ? a . condition : this . a ; this . j = void 0 !== a . duration ? a . duration : 100 ; this . o = void 0 !== a . pixelDelta ? a . pixelDelta : 128 } v ( ah , ng ) ;
function bh ( a ) { var b = ! 1 ; if ( "keydown" == a . type ) { var c = a . originalEvent . keyCode ; if ( this . g ( a ) && ( 40 == c || 37 == c || 39 == c || 38 == c ) ) { var b = a . map . Z ( ) , d = b . Pa ( ) * this . o , e = 0 , f = 0 ; 40 == c ? f = - d : 37 == c ? e = - d : 39 == c ? e = d : f = d ; d = [ e , f ] ; ef ( d , b . Qa ( ) ) ; c = this . j ; if ( e = b . wa ( ) ) d = b . Ec ( [ e [ 0 ] + d [ 0 ] , e [ 1 ] + d [ 1 ] ] ) , c ? b . animate ( { duration : c , easing : td , center : d } ) : b . ob ( d ) ; a . preventDefault ( ) ; b = ! 0 } } return ! b } ; function ch ( a ) { ng . call ( this , { handleEvent : dh } ) ; a = a ? a : { } ; this . g = a . condition ? a . condition : Ag ; this . a = a . delta ? a . delta : 1 ; this . j = void 0 !== a . duration ? a . duration : 100 } v ( ch , ng ) ; function dh ( a ) { var b = ! 1 ; if ( "keydown" == a . type || "keypress" == a . type ) { var c = a . originalEvent . charCode ; ! this . g ( a ) || 43 != c && 45 != c || ( b = 43 == c ? this . a : - this . a , c = a . map . Z ( ) , pg ( c , b , void 0 , this . j ) , a . preventDefault ( ) , b = ! 0 ) } return ! b } ; function eh ( a ) { ng . call ( this , { handleEvent : fh } ) ; a = a || { } ; this . j = 0 ; this . D = void 0 !== a . duration ? a . duration : 250 ; this . na = void 0 !== a . timeout ? a . timeout : 80 ; this . C = void 0 !== a . useAnchor ? a . useAnchor : ! 0 ; this . R = a . constrainResolution || ! 1 ; this . a = null ; this . l = this . o = this . u = this . g = void 0 } v ( eh , ng ) ;
function fh ( a ) { var b = a . type ; if ( "wheel" !== b && "mousewheel" !== b ) return ! 0 ; a . preventDefault ( ) ; var b = a . map , c = a . originalEvent ; this . C && ( this . a = a . coordinate ) ; if ( "wheel" == a . type ) { var d = c . deltaY ; Od && c . deltaMode === WheelEvent . DOM _DELTA _PIXEL && ( d /= Sd ) ; c . deltaMode === WheelEvent . DOM _DELTA _LINE && ( d *= 40 ) } else "mousewheel" == a . type && ( d = - c . wheelDeltaY , Pd && ( d /= 3 ) ) ; if ( 0 === d ) return ! 1 ; a = Date . now ( ) ; void 0 === this . g && ( this . g = a ) ; if ( ! this . o || 400 < a - this . g ) this . o = 4 > Math . abs ( d ) ? gh : hh ; if ( this . o === gh ) { b = b . Z ( ) ; this . l ? clearTimeout ( this . l ) :
cg ( b , 1 , 1 ) ; this . l = setTimeout ( this . B . bind ( this ) , 400 ) ; var c = b . Pa ( ) * Math . pow ( 2 , d / 300 ) , e = b . f , f = b . a , g = 0 ; c < e ? ( c = Math . max ( c , e / 1.5 ) , g = 1 ) : c > f && ( c = Math . min ( c , 1.5 * f ) , g = - 1 ) ; if ( this . a ) { var h = eg ( b , c , this . a ) ; b . ob ( b . Ec ( h ) ) } b . Vc ( c ) ; ! g && this . R && b . animate ( { resolution : b . constrainResolution ( c , 0 < d ? - 1 : 1 ) , easing : rd , anchor : this . a , duration : this . D } ) ; 0 < g ? b . animate ( { resolution : e , easing : rd , anchor : this . a , duration : 500 } ) : 0 > g && b . animate ( { resolution : f , easing : rd , anchor : this . a , duration : 500 } ) ; this . g = a ; return ! 1 } this . j += d ; d = Math . max ( this . na -
( a - this . g ) , 0 ) ; clearTimeout ( this . u ) ; this . u = setTimeout ( this . I . bind ( this , b ) , d ) ; return ! 1 } eh . prototype . B = function ( ) { this . l = void 0 ; cg ( this . v . Z ( ) , 1 , - 1 ) } ; eh . prototype . I = function ( a ) { a = a . Z ( ) ; a . Ic ( ) && a . ed ( ) ; pg ( a , - Ca ( this . j , - 1 , 1 ) , this . a , this . D ) ; this . o = void 0 ; this . j = 0 ; this . a = null ; this . u = this . g = void 0 } ; eh . prototype . T = function ( a ) { this . C = a ; a || ( this . a = null ) } ; var gh = "trackpad" , hh = "wheel" ; function ih ( a ) { Dg . call ( this , { handleDownEvent : jh , handleDragEvent : kh , handleUpEvent : lh } ) ; a = a || { } ; this . g = null ; this . j = void 0 ; this . a = ! 1 ; this . l = 0 ; this . C = void 0 !== a . threshold ? a . threshold : . 3 ; this . u = void 0 !== a . duration ? a . duration : 250 } v ( ih , Dg ) ;
function kh ( a ) { var b = 0 , c = this . o [ 0 ] , d = this . o [ 1 ] , c = Math . atan2 ( d . clientY - c . clientY , d . clientX - c . clientX ) ; void 0 !== this . j && ( b = c - this . j , this . l += b , ! this . a && Math . abs ( this . l ) > this . C && ( this . a = ! 0 ) ) ; this . j = c ; a = a . map ; c = a . Z ( ) ; if ( c . g . rotation !== Te ) { var d = a . a . getBoundingClientRect ( ) , e = Fg ( this . o ) ; e [ 0 ] -= d . left ; e [ 1 ] -= d . top ; this . g = a . Wa ( e ) ; this . a && ( d = c . Qa ( ) , a . render ( ) , og ( c , d + b , this . g ) ) } }
function lh ( a ) { if ( 2 > this . o . length ) { a = a . map . Z ( ) ; cg ( a , 1 , - 1 ) ; if ( this . a ) { var b = a . Qa ( ) , c = this . g , d = this . u , b = a . constrainRotation ( b , 0 ) ; og ( a , b , c , d ) } return ! 1 } return ! 0 } function jh ( a ) { return 2 <= this . o . length ? ( a = a . map , this . g = null , this . j = void 0 , this . a = ! 1 , this . l = 0 , this . D || cg ( a . Z ( ) , 1 , 1 ) , ! 0 ) : ! 1 } ih . prototype . Xc = nf ; function mh ( a ) { Dg . call ( this , { handleDownEvent : nh , handleDragEvent : oh , handleUpEvent : ph } ) ; a = a ? a : { } ; this . l = a . constrainResolution || ! 1 ; this . g = null ; this . u = void 0 !== a . duration ? a . duration : 400 ; this . a = void 0 ; this . j = 1 } v ( mh , Dg ) ;
function oh ( a ) { var b = 1 , c = this . o [ 0 ] , d = this . o [ 1 ] , e = c . clientX - d . clientX , c = c . clientY - d . clientY , e = Math . sqrt ( e * e + c * c ) ; void 0 !== this . a && ( b = this . a / e ) ; this . a = e ; a = a . map ; var e = a . Z ( ) , d = e . Pa ( ) , f = e . a , g = e . f , c = d * b ; c > f ? ( b = f / d , c = f ) : c < g && ( b = g / d , c = g ) ; 1 != b && ( this . j = b ) ; b = a . a . getBoundingClientRect ( ) ; d = Fg ( this . o ) ; d [ 0 ] -= b . left ; d [ 1 ] -= b . top ; this . g = a . Wa ( d ) ; a . render ( ) ; qg ( e , c , this . g ) }
function ph ( a ) { if ( 2 > this . o . length ) { a = a . map . Z ( ) ; cg ( a , 1 , - 1 ) ; var b = a . Pa ( ) ; if ( this . l || b < a . f || b > a . a ) { var c = this . g , d = this . u , b = a . constrainResolution ( b , 0 , this . j - 1 ) ; qg ( a , b , c , d ) } return ! 1 } return ! 0 } function nh ( a ) { return 2 <= this . o . length ? ( a = a . map , this . g = null , this . a = void 0 , this . j = 1 , this . D || cg ( a . Z ( ) , 1 , 1 ) , ! 0 ) : ! 1 } mh . prototype . Xc = nf ; function qh ( a ) { a = a ? a : { } ; var b = new Yc , c = new kg ( - . 005 , . 05 , 100 ) ; ( void 0 !== a . altShiftDragRotate ? a . altShiftDragRotate : 1 ) && b . push ( new Kg ) ; ( void 0 !== a . doubleClickZoom ? a . doubleClickZoom : 1 ) && b . push ( new rg ( { delta : a . zoomDelta , duration : a . zoomDuration } ) ) ; ( void 0 !== a . dragPan ? a . dragPan : 1 ) && b . push ( new Gg ( { kinetic : c } ) ) ; ( void 0 !== a . pinchRotate ? a . pinchRotate : 1 ) && b . push ( new ih ) ; ( void 0 !== a . pinchZoom ? a . pinchZoom : 1 ) && b . push ( new mh ( { constrainResolution : a . constrainResolution , duration : a . zoomDuration } ) ) ; if ( void 0 !== a . keyboard ?
a . keyboard : 1 ) b . push ( new ah ) , b . push ( new ch ( { delta : a . zoomDelta , duration : a . zoomDuration } ) ) ; ( void 0 !== a . mouseWheelZoom ? a . mouseWheelZoom : 1 ) && b . push ( new eh ( { constrainResolution : a . constrainResolution , duration : a . zoomDuration } ) ) ; ( void 0 !== a . shiftDragZoom ? a . shiftDragZoom : 1 ) && b . push ( new $g ( { duration : a . zoomDuration } ) ) ; return b } ; function sh ( a ) { Tc . call ( this ) ; var b = tb ( { } , a ) ; b . opacity = void 0 !== a . opacity ? a . opacity : 1 ; b . visible = void 0 !== a . visible ? a . visible : ! 0 ; b . zIndex = void 0 !== a . zIndex ? a . zIndex : 0 ; b . maxResolution = void 0 !== a . maxResolution ? a . maxResolution : Infinity ; b . minResolution = void 0 !== a . minResolution ? a . minResolution : 0 ; this . H ( b ) ; this . a = { layer : this , Je : ! 0 } } v ( sh , Tc ) ;
function th ( a ) { a . a . opacity = Ca ( a . hc ( ) , 0 , 1 ) ; a . a . yj = a . $f ( ) ; a . a . visible = a . Mb ( ) ; a . a . extent = a . G ( ) ; a . a . zIndex = a . Ba ( ) ; a . a . maxResolution = a . fc ( ) ; a . a . minResolution = Math . max ( a . gc ( ) , 0 ) ; return a . a } k = sh . prototype ; k . G = function ( ) { return this . get ( "extent" ) } ; k . fc = function ( ) { return this . get ( "maxResolution" ) } ; k . gc = function ( ) { return this . get ( "minResolution" ) } ; k . hc = function ( ) { return this . get ( "opacity" ) } ; k . Mb = function ( ) { return this . get ( "visible" ) } ; k . Ba = function ( ) { return this . get ( "zIndex" ) } ;
k . vc = function ( a ) { this . set ( "extent" , a ) } ; k . Ac = function ( a ) { this . set ( "maxResolution" , a ) } ; k . Bc = function ( a ) { this . set ( "minResolution" , a ) } ; k . wc = function ( a ) { this . set ( "opacity" , a ) } ; k . xc = function ( a ) { this . set ( "visible" , a ) } ; k . Vb = function ( a ) { this . set ( "zIndex" , a ) } ; function uh ( a ) { var b = a || { } ; a = tb ( { } , b ) ; delete a . layers ; b = b . layers ; sh . call ( this , a ) ; this . f = [ ] ; this . c = { } ; y ( this , Vc ( vh ) , this . Hl , this ) ; b ? Array . isArray ( b ) ? b = new Yc ( b . slice ( ) , { unique : ! 0 } ) : xa ( b instanceof Yc , 43 ) : b = new Yc ( void 0 , { unique : ! 0 } ) ; this . xi ( b ) } v ( uh , sh ) ; k = uh . prototype ; k . Fd = function ( ) { } ; k . Fe = function ( ) { this . Mb ( ) && this . s ( ) } ;
k . Hl = function ( ) { this . f . forEach ( Ec ) ; this . f . length = 0 ; var a = this . qd ( ) ; this . f . push ( y ( a , "add" , this . Gl , this ) , y ( a , "remove" , this . Il , this ) ) ; for ( var b in this . c ) this . c [ b ] . forEach ( Ec ) ; ub ( this . c ) ; var a = a . a , c ; b = 0 ; for ( c = a . length ; b < c ; b ++ ) { var d = a [ b ] ; this . c [ w ( d ) . toString ( ) ] = [ y ( d , "propertychange" , this . Fe , this ) , y ( d , "change" , this . Fe , this ) ] } this . s ( ) } ; k . Gl = function ( a ) { a = a . element ; var b = w ( a ) . toString ( ) ; this . c [ b ] = [ y ( a , "propertychange" , this . Fe , this ) , y ( a , "change" , this . Fe , this ) ] ; this . s ( ) } ;
k . Il = function ( a ) { a = w ( a . element ) . toString ( ) ; this . c [ a ] . forEach ( Ec ) ; delete this . c [ a ] ; this . s ( ) } ; k . qd = function ( ) { return this . get ( vh ) } ; k . xi = function ( a ) { this . set ( vh , a ) } ;
k . Yf = function ( a ) { var b = void 0 !== a ? a : [ ] , c = b . length ; this . qd ( ) . forEach ( function ( a ) { a . Yf ( b ) } ) ; a = th ( this ) ; var d ; for ( d = b . length ; c < d ; c ++ ) { var e = b [ c ] ; e . opacity *= a . opacity ; e . visible = e . visible && a . visible ; e . maxResolution = Math . min ( e . maxResolution , a . maxResolution ) ; e . minResolution = Math . max ( e . minResolution , a . minResolution ) ; void 0 !== a . extent && ( e . extent = void 0 !== e . extent ? pb ( e . extent , a . extent ) : a . extent ) } return b } ; k . $f = function ( ) { return "ready" } ; var vh = "layers" ; function wh ( a ) { var b = tb ( { } , a ) ; delete b . source ; sh . call ( this , b ) ; this . v = this . l = this . o = null ; a . map && this . setMap ( a . map ) ; y ( this , Vc ( "source" ) , this . Ul , this ) ; this . Wc ( a . source ? a . source : null ) } v ( wh , sh ) ; function xh ( a , b ) { return a . visible && b >= a . minResolution && b < a . maxResolution } k = wh . prototype ; k . Yf = function ( a ) { a = a ? a : [ ] ; a . push ( th ( this ) ) ; return a } ; k . ha = function ( ) { return this . get ( "source" ) || null } ; k . $f = function ( ) { var a = this . ha ( ) ; return a ? a . getState ( ) : "undefined" } ; k . Tn = function ( ) { this . s ( ) } ;
k . Ul = function ( ) { this . v && ( Ec ( this . v ) , this . v = null ) ; var a = this . ha ( ) ; a && ( this . v = y ( a , "change" , this . Tn , this ) ) ; this . s ( ) } ; k . setMap = function ( a ) { this . o && ( Ec ( this . o ) , this . o = null ) ; a || this . s ( ) ; this . l && ( Ec ( this . l ) , this . l = null ) ; a && ( this . o = y ( a , "precompose" , function ( a ) { var b = th ( this ) ; b . Je = ! 1 ; b . zIndex = Infinity ; a . frameState . layerStatesArray . push ( b ) ; a . frameState . layerStates [ w ( this ) ] = b } , this ) , this . l = y ( this , "change" , a . render , a ) , this . s ( ) ) } ; k . Wc = function ( a ) { this . set ( "source" , a ) } ; function yh ( ) { this . b = { } ; this . a = 0 } yh . prototype . clear = function ( ) { this . b = { } ; this . a = 0 } ; yh . prototype . get = function ( a , b , c ) { a = b + ":" + a + ":" + ( c ? gd ( c ) : "null" ) ; return a in this . b ? this . b [ a ] : null } ; yh . prototype . set = function ( a , b , c , d ) { this . b [ b + ":" + a + ":" + ( c ? gd ( c ) : "null" ) ] = d ; ++ this . a } ; var zh = new yh ; var Ah = Array ( 6 ) ; function Bh ( ) { return [ 1 , 0 , 0 , 1 , 0 , 0 ] } function Ch ( a ) { return Dh ( a , 1 , 0 , 0 , 1 , 0 , 0 ) } function Eh ( a , b ) { var c = a [ 0 ] , d = a [ 1 ] , e = a [ 2 ] , f = a [ 3 ] , g = a [ 4 ] , h = a [ 5 ] , l = b [ 0 ] , m = b [ 1 ] , n = b [ 2 ] , p = b [ 3 ] , q = b [ 4 ] ; b = b [ 5 ] ; a [ 0 ] = c * l + e * m ; a [ 1 ] = d * l + f * m ; a [ 2 ] = c * n + e * p ; a [ 3 ] = d * n + f * p ; a [ 4 ] = c * q + e * b + g ; a [ 5 ] = d * q + f * b + h ; return a } function Dh ( a , b , c , d , e , f , g ) { a [ 0 ] = b ; a [ 1 ] = c ; a [ 2 ] = d ; a [ 3 ] = e ; a [ 4 ] = f ; a [ 5 ] = g ; return a } function Fh ( a , b ) { a [ 0 ] = b [ 0 ] ; a [ 1 ] = b [ 1 ] ; a [ 2 ] = b [ 2 ] ; a [ 3 ] = b [ 3 ] ; a [ 4 ] = b [ 4 ] ; a [ 5 ] = b [ 5 ] ; return a }
function Gh ( a , b ) { var c = b [ 0 ] , d = b [ 1 ] ; b [ 0 ] = a [ 0 ] * c + a [ 2 ] * d + a [ 4 ] ; b [ 1 ] = a [ 1 ] * c + a [ 3 ] * d + a [ 5 ] ; return b } function Hh ( a , b ) { var c = Math . cos ( b ) ; b = Math . sin ( b ) ; Eh ( a , Dh ( Ah , c , b , - b , c , 0 , 0 ) ) } function Ih ( a , b , c ) { return Eh ( a , Dh ( Ah , b , 0 , 0 , c , 0 , 0 ) ) } function Jh ( a , b , c ) { Eh ( a , Dh ( Ah , 1 , 0 , 0 , 1 , b , c ) ) } function Kh ( a , b , c , d , e , f , g , h ) { var l = Math . sin ( f ) ; f = Math . cos ( f ) ; a [ 0 ] = d * f ; a [ 1 ] = e * l ; a [ 2 ] = - d * l ; a [ 3 ] = e * f ; a [ 4 ] = g * d * f - h * d * l + b ; a [ 5 ] = g * e * l + h * e * f + c ; return a }
function Lh ( a ) { var b = a [ 0 ] * a [ 3 ] - a [ 1 ] * a [ 2 ] ; xa ( ! ! b , 32 ) ; var c = a [ 0 ] , d = a [ 1 ] , e = a [ 2 ] , f = a [ 3 ] , g = a [ 4 ] , h = a [ 5 ] ; a [ 0 ] = f / b ; a [ 1 ] = - d / b ; a [ 2 ] = - e / b ; a [ 3 ] = c / b ; a [ 4 ] = ( e * h - f * g ) / b ; a [ 5 ] = - ( c * h - d * g ) / b ; return a } ; function Mh ( a , b ) { this . o = b ; this . c = { } ; this . v = { } } v ( Mh , Mc ) ; function Nh ( a ) { var b = a . viewState , c = a . coordinateToPixelTransform , d = a . pixelToCoordinateTransform ; Kh ( c , a . size [ 0 ] / 2 , a . size [ 1 ] / 2 , 1 / b . resolution , - 1 / b . resolution , - b . rotation , - b . center [ 0 ] , - b . center [ 1 ] ) ; Lh ( Fh ( d , c ) ) } k = Mh . prototype ; k . ka = function ( ) { for ( var a in this . c ) Nc ( this . c [ a ] ) } ; function Oh ( ) { if ( 32 < zh . a ) { var a = 0 , b ; for ( b in zh . b ) { var c = zh . b [ b ] ; a ++ & 3 || Rc ( c ) || ( delete zh . b [ b ] , -- zh . a ) } } }
k . Ea = function ( a , b , c , d , e , f , g ) { function h ( a , c ) { var f = w ( a ) . toString ( ) , g = b . layerStates [ w ( c ) ] . Je ; if ( ! ( f in b . skippedFeatureUids ) || g ) return d . call ( e , a , g ? c : null ) } var l , m = b . viewState , n = m . resolution , p = m . projection , m = a ; if ( p . i ) { var p = p . G ( ) , q = lb ( p ) , r = a [ 0 ] ; if ( r < p [ 0 ] || r > p [ 2 ] ) m = [ r + q * Math . ceil ( ( p [ 0 ] - r ) / q ) , a [ 1 ] ] } p = b . layerStatesArray ; for ( q = p . length - 1 ; 0 <= q ; -- q ) { var u = p [ q ] , r = u . layer ; if ( xh ( u , n ) && f . call ( g , r ) && ( u = Ph ( this , r ) , r . ha ( ) && ( l = u . Ea ( r . ha ( ) . u ? m : a , b , c , h , e ) ) , l ) ) return l } } ;
k . Ei = function ( a , b , c , d , e ) { return void 0 !== this . Ea ( a , b , c , mf , this , d , e ) } ; function Ph ( a , b ) { var c = w ( b ) . toString ( ) ; if ( c in a . c ) return a . c [ c ] ; b = b . Fd ( a ) ; a . c [ c ] = b ; a . v [ c ] = y ( b , "change" , a . Fl , a ) ; return b } k . Fl = function ( ) { this . o . render ( ) } ; k . Jg = ua ; k . Rp = function ( a , b ) { for ( var c in this . c ) if ( ! ( b && c in b . layerStates ) ) { a = c ; var d = this . c [ a ] ; delete this . c [ a ] ; Ec ( this . v [ a ] ) ; delete this . v [ a ] ; Nc ( d ) } } ; function Qh ( a , b ) { for ( var c in a . c ) if ( ! ( c in b . layerStates ) ) { b . postRenderFunctions . push ( a . Rp . bind ( a ) ) ; break } }
function ra ( a , b ) { return a . zIndex - b . zIndex } ; function Rh ( a , b , c , d , e ) { Oc . call ( this , a ) ; this . vectorContext = b ; this . frameState = c ; this . context = d ; this . glContext = e } v ( Rh , Oc ) ; var Sh = [ 0 , 0 , 0 , 1 ] , Th = [ ] , Uh = [ 0 , 0 , 0 , 1 ] ; function Vh ( a , b , c , d ) { b && ( a . translate ( c , d ) , a . rotate ( b ) , a . translate ( - c , - d ) ) } ; function Wh ( ) { } k = Wh . prototype ; k . zb = function ( ) { } ; k . rd = function ( ) { } ; k . Zb = function ( ) { } ; k . te = function ( ) { } ; k . ue = function ( ) { } ; k . mc = function ( ) { } ; k . nc = function ( ) { } ; k . oc = function ( ) { } ; k . pc = function ( ) { } ; k . qc = function ( ) { } ; k . rc = function ( ) { } ; k . yc = function ( ) { } ; k . Ma = function ( ) { } ; k . Ub = function ( ) { } ; k . Cb = function ( ) { } ; function Xh ( a , b , c , d , e ) { this . i = a ; this . u = b ; this . c = c ; this . S = d ; this . Yb = e ; this . M = this . b = this . a = this . Ua = this . R = this . I = null ; this . na = this . T = this . l = this . B = this . C = this . D = 0 ; this . fa = ! 1 ; this . f = this . fb = 0 ; this . pa = ! 1 ; this . oa = 0 ; this . Ia = "" ; this . va = this . Jb = 0 ; this . Sa = ! 1 ; this . j = this . $a = 0 ; this . ra = this . o = this . g = null ; this . v = [ ] ; this . xb = Bh ( ) } v ( Xh , Wh ) ;
function Yh ( a , b , c ) { if ( a . M ) { b = pf ( b , 0 , c , 2 , a . S , a . v ) ; c = a . i ; var d = a . xb , e = c . globalAlpha ; 1 != a . l && ( c . globalAlpha = e * a . l ) ; var f = a . fb ; a . fa && ( f += a . Yb ) ; var g ; var h = 0 ; for ( g = b . length ; h < g ; h += 2 ) { var l = b [ h ] - a . D , m = b [ h + 1 ] - a . C ; a . pa && ( l = Math . round ( l ) , m = Math . round ( m ) ) ; if ( f || 1 != a . f ) { var n = l + a . D , p = m + a . C ; Kh ( d , n , p , a . f , a . f , f , - n , - p ) ; c . setTransform . apply ( c , d ) } c . drawImage ( a . M , a . T , a . na , a . oa , a . B , l , m , a . oa , a . B ) } ( f || 1 != a . f ) && c . setTransform ( 1 , 0 , 0 , 1 , 0 , 0 ) ; 1 != a . l && ( c . globalAlpha = e ) } }
function Zh ( a , b , c , d ) { var e = 0 ; if ( a . ra && "" !== a . Ia ) { a . g && $h ( a , a . g ) ; a . o && ai ( a , a . o ) ; var f = a . ra , g = a . i , h = a . Ua ; h ? ( h . font != f . font && ( h . font = g . font = f . font ) , h . textAlign != f . textAlign && ( h . textAlign = g . textAlign = f . textAlign ) , h . textBaseline != f . textBaseline && ( h . textBaseline = g . textBaseline = f . textBaseline ) ) : ( g . font = f . font , g . textAlign = f . textAlign , g . textBaseline = f . textBaseline , a . Ua = { font : f . font , textAlign : f . textAlign , textBaseline : f . textBaseline } ) ; b = pf ( b , e , c , d , a . S , a . v ) ; f = a . i ; g = a . $a ; for ( a . Sa && ( g += a . Yb ) ; e < c ; e += d ) { var h = b [ e ] +
a . Jb , l = b [ e + 1 ] + a . va ; if ( g || 1 != a . j ) { var m = Kh ( a . xb , h , l , a . j , a . j , g , - h , - l ) ; f . setTransform . apply ( f , m ) } a . o && f . strokeText ( a . Ia , h , l ) ; a . g && f . fillText ( a . Ia , h , l ) } ( g || 1 != a . j ) && f . setTransform ( 1 , 0 , 0 , 1 , 0 , 0 ) } } function bi ( a , b , c , d , e , f ) { var g = a . i ; a = pf ( b , c , d , e , a . S , a . v ) ; g . moveTo ( a [ 0 ] , a [ 1 ] ) ; b = a . length ; f && ( b -= 2 ) ; for ( c = 2 ; c < b ; c += 2 ) g . lineTo ( a [ c ] , a [ c + 1 ] ) ; f && g . closePath ( ) ; return d } function ci ( a , b , c , d , e ) { var f ; var g = 0 ; for ( f = d . length ; g < f ; ++ g ) c = bi ( a , b , c , d [ g ] , e , ! 0 ) ; return c } k = Xh . prototype ;
k . Zb = function ( a ) { if ( qb ( this . c , a . G ( ) ) ) { if ( this . a || this . b ) { this . a && $h ( this , this . a ) ; this . b && ai ( this , this . b ) ; var b = this . S ; var c = this . v , d = a . ga ( ) ; b = d ? pf ( d , 0 , d . length , a . qa ( ) , b , c ) : null ; c = b [ 2 ] - b [ 0 ] ; d = b [ 3 ] - b [ 1 ] ; c = Math . sqrt ( c * c + d * d ) ; d = this . i ; d . beginPath ( ) ; d . arc ( b [ 0 ] , b [ 1 ] , c , 0 , 2 * Math . PI ) ; this . a && d . fill ( ) ; this . b && d . stroke ( ) } "" !== this . Ia && Zh ( this , a . wa ( ) , 2 , 2 ) } } ; k . rd = function ( a ) { this . Ma ( a . Fa ( ) , a . Ga ( ) ) ; this . Ub ( a . Y ( ) ) ; this . Cb ( a . Na ( ) ) } ;
k . zb = function ( a ) { switch ( a . U ( ) ) { case "Point" : this . qc ( a ) ; break ; case "LineString" : this . mc ( a ) ; break ; case "Polygon" : this . rc ( a ) ; break ; case "MultiPoint" : this . oc ( a ) ; break ; case "MultiLineString" : this . nc ( a ) ; break ; case "MultiPolygon" : this . pc ( a ) ; break ; case "GeometryCollection" : this . ue ( a ) ; break ; case "Circle" : this . Zb ( a ) } } ; k . te = function ( a , b ) { ( a = ( 0 , b . Za ) ( a ) ) && qb ( this . c , a . G ( ) ) && ( this . rd ( b ) , this . zb ( a ) ) } ; k . ue = function ( a ) { a = a . a ; var b ; var c = 0 ; for ( b = a . length ; c < b ; ++ c ) this . zb ( a [ c ] ) } ;
k . qc = function ( a ) { var b = a . ga ( ) ; a = a . qa ( ) ; this . M && Yh ( this , b , b . length ) ; "" !== this . Ia && Zh ( this , b , b . length , a ) } ; k . oc = function ( a ) { var b = a . ga ( ) ; a = a . qa ( ) ; this . M && Yh ( this , b , b . length ) ; "" !== this . Ia && Zh ( this , b , b . length , a ) } ; k . mc = function ( a ) { if ( qb ( this . c , a . G ( ) ) ) { if ( this . b ) { ai ( this , this . b ) ; var b = this . i , c = a . ga ( ) ; b . beginPath ( ) ; bi ( this , c , 0 , c . length , a . qa ( ) , ! 1 ) ; b . stroke ( ) } "" !== this . Ia && ( a = di ( a ) , Zh ( this , a , 2 , 2 ) ) } } ;
k . nc = function ( a ) { var b = a . G ( ) ; if ( qb ( this . c , b ) ) { if ( this . b ) { ai ( this , this . b ) ; var b = this . i , c = a . ga ( ) , d = 0 , e = a . Bb ( ) , f = a . qa ( ) ; b . beginPath ( ) ; var g ; var h = 0 ; for ( g = e . length ; h < g ; ++ h ) d = bi ( this , c , d , e [ h ] , f , ! 1 ) ; b . stroke ( ) } "" !== this . Ia && ( a = ei ( a ) , Zh ( this , a , a . length , 2 ) ) } } ; k . rc = function ( a ) { if ( qb ( this . c , a . G ( ) ) ) { if ( this . b || this . a ) { this . a && $h ( this , this . a ) ; this . b && ai ( this , this . b ) ; var b = this . i ; b . beginPath ( ) ; ci ( this , a . ec ( ) , 0 , a . Bb ( ) , a . qa ( ) ) ; this . a && b . fill ( ) ; this . b && b . stroke ( ) } "" !== this . Ia && ( a = Wf ( a ) , Zh ( this , a , 2 , 2 ) ) } } ;
k . pc = function ( a ) { if ( qb ( this . c , a . G ( ) ) ) { if ( this . b || this . a ) { this . a && $h ( this , this . a ) ; this . b && ai ( this , this . b ) ; var b = this . i , c = fi ( a ) , d = 0 , e = a . c , f = a . qa ( ) , g ; b . beginPath ( ) ; var h = 0 ; for ( g = e . length ; h < g ; ++ h ) d = ci ( this , c , d , e [ h ] , f ) ; this . a && b . fill ( ) ; this . b && b . stroke ( ) } "" !== this . Ia && ( a = gi ( a ) , Zh ( this , a , a . length , 2 ) ) } } ; function $h ( a , b ) { var c = a . i , d = a . I ; d ? d . fillStyle != b . fillStyle && ( d . fillStyle = c . fillStyle = b . fillStyle ) : ( c . fillStyle = b . fillStyle , a . I = { fillStyle : b . fillStyle } ) }
function ai ( a , b ) { var c = a . i , d = a . R ; d ? ( d . lineCap != b . lineCap && ( d . lineCap = c . lineCap = b . lineCap ) , Td && ! pa ( d . lineDash , b . lineDash ) && c . setLineDash ( d . lineDash = b . lineDash ) , d . lineJoin != b . lineJoin && ( d . lineJoin = c . lineJoin = b . lineJoin ) , d . lineWidth != b . lineWidth && ( d . lineWidth = c . lineWidth = b . lineWidth ) , d . miterLimit != b . miterLimit && ( d . miterLimit = c . miterLimit = b . miterLimit ) , d . strokeStyle != b . strokeStyle && ( d . strokeStyle = c . strokeStyle = b . strokeStyle ) ) : ( c . lineCap = b . lineCap , Td && c . setLineDash ( b . lineDash ) , c . lineJoin = b . lineJoin , c . lineWidth =
b . lineWidth , c . miterLimit = b . miterLimit , c . strokeStyle = b . strokeStyle , a . R = { lineCap : b . lineCap , lineDash : b . lineDash , lineJoin : b . lineJoin , lineWidth : b . lineWidth , miterLimit : b . miterLimit , strokeStyle : b . strokeStyle } ) }
k . Ma = function ( a , b ) { a ? ( a = a . b , this . a = { fillStyle : id ( a ? a : Sh ) } ) : this . a = null ; if ( b ) { a = b . a ; var c = b . f , d = b . i , e = b . g , f = b . j , g = b . c ; b = b . o ; this . b = { lineCap : void 0 !== c ? c : "round" , lineDash : d ? d : Th , lineDashOffset : e ? e : 0 , lineJoin : void 0 !== f ? f : "round" , lineWidth : this . u * ( void 0 !== g ? g : 1 ) , miterLimit : void 0 !== b ? b : 10 , strokeStyle : id ( a ? a : Uh ) } } else this . b = null } ;
k . Ub = function ( a ) { if ( a ) { var b = a . Hc ( ) , c = a . Y ( 1 ) , d = a . Oc ( ) , e = a . ic ( ) ; this . D = b [ 0 ] ; this . C = b [ 1 ] ; this . B = e [ 1 ] ; this . M = c ; this . l = a . f ; this . T = d [ 0 ] ; this . na = d [ 1 ] ; this . fa = a . l ; this . fb = a . g ; this . f = a . a ; this . pa = a . v ; this . oa = e [ 0 ] } else this . M = null } ;
k . Cb = function ( a ) { if ( a ) { var b = a . Fa ( ) ; b ? ( b = b . b , this . g = { fillStyle : id ( b ? b : Sh ) } ) : this . g = null ; var c = a . Ga ( ) ; if ( c ) { var b = c . a , d = c . f , e = c . i , f = c . g , g = c . j , h = c . c , c = c . o ; this . o = { lineCap : void 0 !== d ? d : "round" , lineDash : e ? e : Th , lineDashOffset : f ? f : 0 , lineJoin : void 0 !== g ? g : "round" , lineWidth : void 0 !== h ? h : 1 , miterLimit : void 0 !== c ? c : 10 , strokeStyle : id ( b ? b : Uh ) } } else this . o = null ; var b = a . a , d = a . i , e = a . c , f = a . o , g = a . f , h = a . b , c = a . Na ( ) , l = a . g ; a = a . j ; this . ra = { font : void 0 !== b ? b : "10px sans-serif" , textAlign : void 0 !== l ? l : "center" , textBaseline : void 0 !==
a ? a : "middle" } ; this . Ia = void 0 !== c ? c : "" ; this . Jb = void 0 !== d ? this . u * d : 0 ; this . va = void 0 !== e ? this . u * e : 0 ; this . Sa = void 0 !== f ? f : ! 1 ; this . $a = void 0 !== g ? g : 0 ; this . j = this . u * ( void 0 !== h ? h : 1 ) } else this . Ia = "" } ; function hi ( a , b ) { Mh . call ( this , 0 , b ) ; this . i = jd ( ) ; this . b = this . i . canvas ; this . b . style . width = "100%" ; this . b . style . height = "100%" ; this . b . style . display = "block" ; this . b . className = "ol-unselectable" ; a . insertBefore ( this . b , a . childNodes [ 0 ] || null ) ; this . a = ! 0 ; this . f = Bh ( ) } v ( hi , Mh ) ;
function ii ( a , b , c ) { var d = a . o , e = a . i ; if ( Rc ( d , b ) ) { var f = c . extent , g = c . pixelRatio , h = c . viewState . rotation , l = c . viewState , m = c . pixelRatio / l . resolution ; a = Kh ( a . f , a . b . width / 2 , a . b . height / 2 , m , - m , - l . rotation , - l . center [ 0 ] , - l . center [ 1 ] ) ; d . b ( new Rh ( b , new Xh ( e , g , f , a , h ) , c , e , null ) ) } } hi . prototype . U = function ( ) { return "canvas" } ;
hi . prototype . Jg = function ( a ) { if ( a ) { var b = this . i , c = a . pixelRatio , d = Math . round ( a . size [ 0 ] * c ) , e = Math . round ( a . size [ 1 ] * c ) ; this . b . width != d || this . b . height != e ? ( this . b . width = d , this . b . height = e ) : b . clearRect ( 0 , 0 , d , e ) ; c = a . viewState . rotation ; Nh ( a ) ; ii ( this , "precompose" , a ) ; var f = a . layerStatesArray ; qa ( f ) ; c && ( b . save ( ) , Vh ( b , c , d / 2 , e / 2 ) ) ; var d = a . viewState . resolution , g , e = 0 ; for ( g = f . length ; e < g ; ++ e ) { var h = f [ e ] ; var l = h . layer ; l = Ph ( this , l ) ; xh ( h , d ) && "ready" == h . yj && l . sd ( a , h ) && l . S ( a , h , b ) } c && b . restore ( ) ; ii ( this , "postcompose" , a ) ; this . a ||
( this . b . style . display = "" , this . a = ! 0 ) ; Qh ( this , a ) ; a . postRenderFunctions . push ( Oh ) } else this . a && ( this . b . style . display = "none" , this . a = ! 1 ) } ; hi . prototype . Di = function ( a , b , c , d , e , f ) { var g = b . viewState . resolution , h = b . layerStatesArray , l = h . length ; a = Gh ( b . pixelToCoordinateTransform , a . slice ( ) ) ; for ( -- l ; 0 <= l ; -- l ) { var m = h [ l ] ; var n = m . layer ; if ( xh ( m , g ) && e . call ( f , n ) && ( m = Ph ( this , n ) . u ( a , b , c , d ) ) ) return m } } ; var ji = [ "Polygon" , "Circle" , "LineString" , "Image" , "Text" ] ; function ki ( ) { } ; function li ( a ) { this . b = a } ; function mi ( a ) { this . b = a } v ( mi , li ) ; mi . prototype . U = function ( ) { return 35632 } ; function ni ( a ) { this . b = a } v ( ni , li ) ; ni . prototype . U = function ( ) { return 35633 } ; function oi ( ) { this . b = "precision mediump float;varying vec2 a;varying vec2 b;varying float c;varying float d;uniform float m;uniform vec4 n;uniform vec4 o;uniform vec2 p;void main(void){vec2 windowCenter=vec2((a.x+1.0)/2.0*p.x*d,(a.y+1.0)/2.0*p.y*d);vec2 windowOffset=vec2((b.x+1.0)/2.0*p.x*d,(b.y+1.0)/2.0*p.y*d);float radius=length(windowCenter-windowOffset);float dist=length(windowCenter-gl_FragCoord.xy);if(dist>radius+c){if(o.a==0.0){gl_FragColor=n;}else{gl_FragColor=o;}gl_FragColor.a=gl_FragColor.a-(dist-(radius+c));}else if(n.a==0.0){gl_FragColor=o;if(dist<radius-c){gl_FragColor.a=gl_FragColor.a-(radius-c-dist);}} else{gl_FragColor=n;float strokeDist=radius-c;float antialias=2.0*d;if(dist>strokeDist){gl_FragColor=o;}else if(dist>=strokeDist-antialias){float step=smoothstep(strokeDist-antialias,strokeDist,dist);gl_FragColor=mix(n,o,step);}} gl_FragColor.a=gl_FragColor.a*m;if(gl_FragColor.a<=0.0){discard;}}" }
v ( oi , mi ) ; var pi = new oi ;
function qi ( ) { this . b = "varying vec2 a;varying vec2 b;varying float c;varying float d;attribute vec2 e;attribute float f;attribute float g;uniform mat4 h;uniform mat4 i;uniform mat4 j;uniform float k;uniform float l;void main(void){mat4 offsetMatrix=i*j;a=vec4(h*vec4(e,0.0,1.0)).xy;d=l;float lineWidth=k*l;c=lineWidth/2.0;if(lineWidth==0.0){lineWidth=2.0*l;}vec2 offset;float radius=g+3.0*l;if(f==0.0){offset=vec2(-1.0,1.0);}else if(f==1.0){offset=vec2(-1.0,-1.0);}else if(f==2.0){offset=vec2(1.0,-1.0);}else{offset=vec2(1.0,1.0);}gl_Position=h*vec4(e+offset*radius,0.0,1.0)+offsetMatrix*vec4(offset*lineWidth,0.0,0.0);b=vec4(h*vec4(e.x+g,e.y,0.0,1.0)).xy;if(distance(a,b)>20000.0){gl_Position=vec4(a,0.0,1.0);}}" }
v ( qi , ni ) ; var ri = new qi ; function si ( a , b ) { this . B = a . getUniformLocation ( b , "n" ) ; this . oa = a . getUniformLocation ( b , "k" ) ; this . c = a . getUniformLocation ( b , "j" ) ; this . f = a . getUniformLocation ( b , "i" ) ; this . a = a . getUniformLocation ( b , "m" ) ; this . ra = a . getUniformLocation ( b , "l" ) ; this . i = a . getUniformLocation ( b , "h" ) ; this . I = a . getUniformLocation ( b , "p" ) ; this . R = a . getUniformLocation ( b , "o" ) ; this . j = a . getAttribLocation ( b , "f" ) ; this . b = a . getAttribLocation ( b , "e" ) ; this . S = a . getAttribLocation ( b , "g" ) } ; function ti ( ) { return [ 1 , 0 , 0 , 0 , 0 , 1 , 0 , 0 , 0 , 0 , 1 , 0 , 0 , 0 , 0 , 1 ] } function ui ( a , b ) { a [ 0 ] = b [ 0 ] ; a [ 1 ] = b [ 1 ] ; a [ 4 ] = b [ 2 ] ; a [ 5 ] = b [ 3 ] ; a [ 12 ] = b [ 4 ] ; a [ 13 ] = b [ 5 ] ; return a } ; function vi ( a , b ) { this . origin = nb ( b ) ; this . xb = Bh ( ) ; this . Sa = Bh ( ) ; this . $a = Bh ( ) ; this . Jb = ti ( ) ; this . b = [ ] ; this . o = null ; this . i = [ ] ; this . f = [ ] ; this . a = [ ] ; this . l = null ; this . g = void 0 } v ( vi , Wh ) ;
vi . prototype . La = function ( a , b , c , d , e , f , g , h , l , m , n ) { var p = a . b ; if ( this . g ) { var q = p . isEnabled ( p . STENCIL _TEST ) ; var r = p . getParameter ( p . STENCIL _FUNC ) ; var u = p . getParameter ( p . STENCIL _VALUE _MASK ) ; var x = p . getParameter ( p . STENCIL _REF ) ; var B = p . getParameter ( p . STENCIL _WRITEMASK ) ; var E = p . getParameter ( p . STENCIL _FAIL ) ; var A = p . getParameter ( p . STENCIL _PASS _DEPTH _PASS ) ; var L = p . getParameter ( p . STENCIL _PASS _DEPTH _FAIL ) ; p . enable ( p . STENCIL _TEST ) ; p . clear ( p . STENCIL _BUFFER _BIT ) ; p . stencilMask ( 255 ) ; p . stencilFunc ( p . ALWAYS , 1 , 255 ) ; p . stencilOp ( p . KEEP ,
p . KEEP , p . REPLACE ) ; this . g . La ( a , b , c , d , e , f , g , h , l , m , n ) ; p . stencilMask ( 0 ) ; p . stencilFunc ( p . NOTEQUAL , 1 , 255 ) } wi ( a , 34962 , this . l ) ; wi ( a , 34963 , this . o ) ; f = this . rf ( p , a , e , f ) ; var oa = Ch ( this . xb ) ; Ih ( oa , 2 / ( c * e [ 0 ] ) , 2 / ( c * e [ 1 ] ) ) ; Hh ( oa , - d ) ; Jh ( oa , - ( b [ 0 ] - this . origin [ 0 ] ) , - ( b [ 1 ] - this . origin [ 1 ] ) ) ; b = Ch ( this . $a ) ; Ih ( b , 2 / e [ 0 ] , 2 / e [ 1 ] ) ; e = Ch ( this . Sa ) ; d && Hh ( e , - d ) ; p . uniformMatrix4fv ( f . i , ! 1 , ui ( this . Jb , oa ) ) ; p . uniformMatrix4fv ( f . f , ! 1 , ui ( this . Jb , b ) ) ; p . uniformMatrix4fv ( f . c , ! 1 , ui ( this . Jb , e ) ) ; p . uniform1f ( f . a , g ) ; if ( l ) { m ? a = this . ve ( p , a , h , l , n ) : ( p . clear ( p . COLOR _BUFFER _BIT |
p . DEPTH _BUFFER _BIT ) , this . Od ( p , a , h , ! 0 ) , a = ( a = l ( null ) ) ? a : void 0 ) ; var ha = a } else this . Od ( p , a , h , ! 1 ) ; this . sf ( p , f ) ; this . g && ( q || p . disable ( p . STENCIL _TEST ) , p . clear ( p . STENCIL _BUFFER _BIT ) , p . stencilFunc ( r , x , u ) , p . stencilMask ( B ) , p . stencilOp ( E , L , A ) ) ; return ha } ; function xi ( a , b , c , d ) { a . drawElements ( 4 , d - c , b . g ? 5125 : 5123 , c * ( b . g ? 4 : 2 ) ) } ; var yi = [ 0 , 0 , 0 , 1 ] , zi = [ ] , Ai = [ 0 , 0 , 0 , 1 ] ; function Bi ( a , b , c , d , e , f ) { a = ( c - a ) * ( f - b ) - ( e - a ) * ( d - b ) ; return a <= Ci && a >= - Ci ? void 0 : 0 < a } var Ci = Number . EPSILON || 2.220446049250313 E - 16 ; function Di ( a ) { this . b = void 0 !== a ? a : [ ] ; this . a = Ei } var Ei = 35044 ; function Fi ( a , b ) { vi . call ( this , 0 , b ) ; this . v = null ; this . j = [ ] ; this . u = [ ] ; this . S = 0 ; this . c = { fillColor : null , strokeColor : null , lineDash : null , lineDashOffset : void 0 , lineWidth : void 0 , s : ! 1 } } v ( Fi , vi ) ; k = Fi . prototype ;
k . Zb = function ( a , b ) { var c = a . pd ( ) , d = a . qa ( ) ; if ( c ) { this . i . push ( this . b . length ) ; this . f . push ( b ) ; this . c . s && ( this . u . push ( this . b . length ) , this . c . s = ! 1 ) ; this . S = c ; a = a . ga ( ) ; a = qf ( a , 0 , 2 , d , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; b = this . a . length ; var c = this . b . length , e = b / 4 , f ; for ( f = 0 ; 2 > f ; f += d ) this . a [ b ++ ] = a [ f ] , this . a [ b ++ ] = a [ f + 1 ] , this . a [ b ++ ] = 0 , this . a [ b ++ ] = this . S , this . a [ b ++ ] = a [ f ] , this . a [ b ++ ] = a [ f + 1 ] , this . a [ b ++ ] = 1 , this . a [ b ++ ] = this . S , this . a [ b ++ ] = a [ f ] , this . a [ b ++ ] = a [ f + 1 ] , this . a [ b ++ ] = 2 , this . a [ b ++ ] = this . S , this . a [ b ++ ] = a [ f ] , this . a [ b ++ ] =
a [ f + 1 ] , this . a [ b ++ ] = 3 , this . a [ b ++ ] = this . S , this . b [ c ++ ] = e , this . b [ c ++ ] = e + 1 , this . b [ c ++ ] = e + 2 , this . b [ c ++ ] = e + 2 , this . b [ c ++ ] = e + 3 , this . b [ c ++ ] = e , e += 4 } else this . c . s && ( this . j . pop ( ) , this . j . length && ( d = this . j [ this . j . length - 1 ] , this . c . fillColor = d [ 0 ] , this . c . strokeColor = d [ 1 ] , this . c . lineWidth = d [ 2 ] , this . c . s = ! 1 ) ) } ; k . Db = function ( ) { this . l = new Di ( this . a ) ; this . o = new Di ( this . b ) ; this . i . push ( this . b . length ) ; ! this . u . length && 0 < this . j . length && ( this . j = [ ] ) ; this . b = this . a = null } ;
k . Eb = function ( a ) { var b = this . l , c = this . o ; return function ( ) { Gi ( a , b ) ; Gi ( a , c ) } } ; k . rf = function ( a , b , c , d ) { var e = Hi ( b , pi , ri ) ; if ( this . v ) var f = this . v ; else this . v = f = new si ( a , e ) ; b . Qc ( e ) ; a . enableVertexAttribArray ( f . b ) ; a . vertexAttribPointer ( f . b , 2 , 5126 , ! 1 , 16 , 0 ) ; a . enableVertexAttribArray ( f . j ) ; a . vertexAttribPointer ( f . j , 1 , 5126 , ! 1 , 16 , 8 ) ; a . enableVertexAttribArray ( f . S ) ; a . vertexAttribPointer ( f . S , 1 , 5126 , ! 1 , 16 , 12 ) ; a . uniform2fv ( f . I , c ) ; a . uniform1f ( f . ra , d ) ; return f } ;
k . sf = function ( a , b ) { a . disableVertexAttribArray ( b . b ) ; a . disableVertexAttribArray ( b . j ) ; a . disableVertexAttribArray ( b . S ) } ;
k . Od = function ( a , b , c ) { if ( wb ( c ) ) { var d = this . i [ this . i . length - 1 ] ; for ( c = this . u . length - 1 ; 0 <= c ; -- c ) { var e = this . u [ c ] ; var f = this . j [ c ] ; a . uniform4fv ( this . v . B , f [ 0 ] ) ; Ii ( this , a , f [ 1 ] , f [ 2 ] ) ; xi ( a , b , e , d ) ; d = e } } else { var g = this . i . length - 2 ; f = d = this . i [ g + 1 ] ; for ( e = this . u . length - 1 ; 0 <= e ; -- e ) { var h = this . j [ e ] ; a . uniform4fv ( this . v . B , h [ 0 ] ) ; Ii ( this , a , h [ 1 ] , h [ 2 ] ) ; for ( h = this . u [ e ] ; 0 <= g && this . i [ g ] >= h ; ) { var l = this . i [ g ] ; var m = this . f [ g ] ; m = w ( m ) . toString ( ) ; c [ m ] && ( d !== f && xi ( a , b , d , f ) , f = l ) ; g -- ; d = l } d !== f && xi ( a , b , d , f ) ; d = f = h } } } ;
k . ve = function ( a , b , c , d , e ) { var f , g ; var h = this . i . length - 2 ; var l = this . i [ h + 1 ] ; for ( f = this . u . length - 1 ; 0 <= f ; -- f ) { var m = this . j [ f ] ; a . uniform4fv ( this . v . B , m [ 0 ] ) ; Ii ( this , a , m [ 1 ] , m [ 2 ] ) ; for ( g = this . u [ f ] ; 0 <= h && this . i [ h ] >= g ; ) { m = this . i [ h ] ; var n = this . f [ h ] ; var p = w ( n ) . toString ( ) ; if ( void 0 === c [ p ] && n . V ( ) && ( void 0 === e || qb ( e , n . V ( ) . G ( ) ) ) && ( a . clear ( a . COLOR _BUFFER _BIT | a . DEPTH _BUFFER _BIT ) , xi ( a , b , m , l ) , l = d ( n ) ) ) return l ; h -- ; l = m } } } ; function Ii ( a , b , c , d ) { b . uniform4fv ( a . v . R , c ) ; b . uniform1f ( a . v . oa , d ) }
k . Ma = function ( a , b ) { if ( b ) { var c = b . i ; this . c . lineDash = c ? c : zi ; c = b . g ; this . c . lineDashOffset = c ? c : 0 ; c = b . a ; c instanceof CanvasGradient || c instanceof CanvasPattern ? c = Ai : c = ed ( c ) . map ( function ( a , b ) { return 3 != b ? a / 255 : a } ) || Ai ; b = b . c ; b = void 0 !== b ? b : 1 } else c = [ 0 , 0 , 0 , 0 ] , b = 0 ; a = a ? a . b : [ 0 , 0 , 0 , 0 ] ; a instanceof CanvasGradient || a instanceof CanvasPattern ? a = yi : a = ed ( a ) . map ( function ( a , b ) { return 3 != b ? a / 255 : a } ) || yi ; this . c . strokeColor && pa ( this . c . strokeColor , c ) && this . c . fillColor && pa ( this . c . fillColor , a ) && this . c . lineWidth === b || ( this . c . s =
! 0 , this . c . fillColor = a , this . c . strokeColor = c , this . c . lineWidth = b , this . j . push ( [ a , c , b ] ) ) } ; function Ji ( ) { this . b = "precision mediump float;varying vec2 a;varying float b;uniform float k;uniform sampler2D l;void main(void){vec4 texColor=texture2D(l,a);gl_FragColor.rgb=texColor.rgb;float alpha=texColor.a*b*k;if(alpha==0.0){discard;}gl_FragColor.a=alpha;}" } v ( Ji , mi ) ; var Ki = new Ji ;
function Li ( ) { this . b = "varying vec2 a;varying float b;attribute vec2 c;attribute vec2 d;attribute vec2 e;attribute float f;attribute float g;uniform mat4 h;uniform mat4 i;uniform mat4 j;void main(void){mat4 offsetMatrix=i;if(g==1.0){offsetMatrix=i*j;}vec4 offsets=offsetMatrix*vec4(e,0.0,0.0);gl_Position=h*vec4(c,0.0,1.0)+offsets;a=d;b=f;}" } v ( Li , ni ) ; var Mi = new Li ;
function Ni ( a , b ) { this . c = a . getUniformLocation ( b , "j" ) ; this . f = a . getUniformLocation ( b , "i" ) ; this . a = a . getUniformLocation ( b , "k" ) ; this . i = a . getUniformLocation ( b , "h" ) ; this . v = a . getAttribLocation ( b , "e" ) ; this . u = a . getAttribLocation ( b , "f" ) ; this . b = a . getAttribLocation ( b , "c" ) ; this . D = a . getAttribLocation ( b , "g" ) ; this . C = a . getAttribLocation ( b , "d" ) } ; function Oi ( a , b ) { this . j = a ; this . b = b ; this . a = { } ; this . c = { } ; this . i = { } ; this . l = this . v = this . f = this . o = null ; ( this . g = ja ( fa , "OES_element_index_uint" ) ) && b . getExtension ( "OES_element_index_uint" ) ; y ( this . j , "webglcontextlost" , this . Xo , this ) ; y ( this . j , "webglcontextrestored" , this . Yo , this ) } v ( Oi , Mc ) ;
function wi ( a , b , c ) { var d = a . b , e = c . b , f = String ( w ( c ) ) ; if ( f in a . a ) d . bindBuffer ( b , a . a [ f ] . buffer ) ; else { var g = d . createBuffer ( ) ; d . bindBuffer ( b , g ) ; var h ; 34962 == b ? h = new Float32Array ( e ) : 34963 == b && ( h = a . g ? new Uint32Array ( e ) : new Uint16Array ( e ) ) ; d . bufferData ( b , h , c . a ) ; a . a [ f ] = { lc : c , buffer : g } } } function Gi ( a , b ) { var c = a . b ; b = String ( w ( b ) ) ; var d = a . a [ b ] ; c . isContextLost ( ) || c . deleteBuffer ( d . buffer ) ; delete a . a [ b ] } k = Oi . prototype ;
k . ka = function ( ) { Lc ( this . j ) ; var a = this . b ; if ( ! a . isContextLost ( ) ) { for ( var b in this . a ) a . deleteBuffer ( this . a [ b ] . buffer ) ; for ( b in this . i ) a . deleteProgram ( this . i [ b ] ) ; for ( b in this . c ) a . deleteShader ( this . c [ b ] ) ; a . deleteFramebuffer ( this . f ) ; a . deleteRenderbuffer ( this . l ) ; a . deleteTexture ( this . v ) } } ; k . Wo = function ( ) { return this . b } ;
function Pi ( a ) { if ( ! a . f ) { var b = a . b , c = b . createFramebuffer ( ) ; b . bindFramebuffer ( b . FRAMEBUFFER , c ) ; var d = Qi ( b , 1 , 1 ) , e = b . createRenderbuffer ( ) ; b . bindRenderbuffer ( b . RENDERBUFFER , e ) ; b . renderbufferStorage ( b . RENDERBUFFER , b . DEPTH _COMPONENT16 , 1 , 1 ) ; b . framebufferTexture2D ( b . FRAMEBUFFER , b . COLOR _ATTACHMENT0 , b . TEXTURE _2D , d , 0 ) ; b . framebufferRenderbuffer ( b . FRAMEBUFFER , b . DEPTH _ATTACHMENT , b . RENDERBUFFER , e ) ; b . bindTexture ( b . TEXTURE _2D , null ) ; b . bindRenderbuffer ( b . RENDERBUFFER , null ) ; b . bindFramebuffer ( b . FRAMEBUFFER , null ) ; a . f = c ;
a . v = d ; a . l = e } return a . f } function Ri ( a , b ) { var c = String ( w ( b ) ) ; if ( c in a . c ) return a . c [ c ] ; var d = a . b , e = d . createShader ( b . U ( ) ) ; d . shaderSource ( e , b . b ) ; d . compileShader ( e ) ; return a . c [ c ] = e } function Hi ( a , b , c ) { var d = w ( b ) + "/" + w ( c ) ; if ( d in a . i ) return a . i [ d ] ; var e = a . b , f = e . createProgram ( ) ; e . attachShader ( f , Ri ( a , b ) ) ; e . attachShader ( f , Ri ( a , c ) ) ; e . linkProgram ( f ) ; return a . i [ d ] = f } k . Xo = function ( ) { ub ( this . a ) ; ub ( this . c ) ; ub ( this . i ) ; this . l = this . v = this . f = this . o = null } ; k . Yo = function ( ) { } ;
k . Qc = function ( a ) { if ( a == this . o ) return ! 1 ; this . b . useProgram ( a ) ; this . o = a ; return ! 0 } ; function Si ( a , b , c ) { var d = a . createTexture ( ) ; a . bindTexture ( a . TEXTURE _2D , d ) ; a . texParameteri ( a . TEXTURE _2D , a . TEXTURE _MAG _FILTER , a . LINEAR ) ; a . texParameteri ( a . TEXTURE _2D , a . TEXTURE _MIN _FILTER , a . LINEAR ) ; void 0 !== b && a . texParameteri ( 3553 , 10242 , b ) ; void 0 !== c && a . texParameteri ( 3553 , 10243 , c ) ; return d } function Qi ( a , b , c ) { var d = Si ( a , void 0 , void 0 ) ; a . texImage2D ( a . TEXTURE _2D , 0 , a . RGBA , b , c , 0 , a . RGBA , a . UNSIGNED _BYTE , null ) ; return d }
function Ti ( a , b ) { var c = Si ( a , 33071 , 33071 ) ; a . texImage2D ( a . TEXTURE _2D , 0 , a . RGBA , a . RGBA , a . UNSIGNED _BYTE , b ) ; return c } ; function Ui ( a , b ) { vi . call ( this , 0 , b ) ; this . C = this . D = void 0 ; this . S = [ ] ; this . v = [ ] ; this . oa = void 0 ; this . j = [ ] ; this . c = [ ] ; this . I = this . ra = void 0 ; this . B = null ; this . fb = this . fa = this . na = this . T = this . Ua = this . R = void 0 ; this . va = [ ] ; this . u = [ ] ; this . pa = void 0 } v ( Ui , vi ) ; k = Ui . prototype ; k . Eb = function ( a ) { var b = this . l , c = this . o , d = this . va , e = this . u , f = a . b ; return function ( ) { if ( ! f . isContextLost ( ) ) { var g ; var h = 0 ; for ( g = d . length ; h < g ; ++ h ) f . deleteTexture ( d [ h ] ) ; h = 0 ; for ( g = e . length ; h < g ; ++ h ) f . deleteTexture ( e [ h ] ) } Gi ( a , b ) ; Gi ( a , c ) } } ;
function Vi ( a , b , c , d ) { var e = a . D , f = a . C , g = a . oa , h = a . ra , l = a . I , m = a . R , n = a . Ua , p = a . T , q = a . na ? 1 : 0 , r = - a . fa , u = a . fb , x = a . pa , B = Math . cos ( r ) , r = Math . sin ( r ) , E = a . b . length , A = a . a . length , L ; for ( L = 0 ; L < c ; L += d ) { var oa = b [ L ] - a . origin [ 0 ] ; var ha = b [ L + 1 ] - a . origin [ 1 ] ; var ga = A / 8 ; var z = - u * e ; var M = - u * ( g - f ) ; a . a [ A ++ ] = oa ; a . a [ A ++ ] = ha ; a . a [ A ++ ] = z * B - M * r ; a . a [ A ++ ] = z * r + M * B ; a . a [ A ++ ] = n / l ; a . a [ A ++ ] = ( p + g ) / h ; a . a [ A ++ ] = m ; a . a [ A ++ ] = q ; z = u * ( x - e ) ; M = - u * ( g - f ) ; a . a [ A ++ ] = oa ; a . a [ A ++ ] = ha ; a . a [ A ++ ] = z * B - M * r ; a . a [ A ++ ] = z * r + M * B ; a . a [ A ++ ] = ( n + x ) / l ; a . a [ A ++ ] = ( p + g ) / h ; a . a [ A ++ ] =
m ; a . a [ A ++ ] = q ; z = u * ( x - e ) ; M = u * f ; a . a [ A ++ ] = oa ; a . a [ A ++ ] = ha ; a . a [ A ++ ] = z * B - M * r ; a . a [ A ++ ] = z * r + M * B ; a . a [ A ++ ] = ( n + x ) / l ; a . a [ A ++ ] = p / h ; a . a [ A ++ ] = m ; a . a [ A ++ ] = q ; z = - u * e ; M = u * f ; a . a [ A ++ ] = oa ; a . a [ A ++ ] = ha ; a . a [ A ++ ] = z * B - M * r ; a . a [ A ++ ] = z * r + M * B ; a . a [ A ++ ] = n / l ; a . a [ A ++ ] = p / h ; a . a [ A ++ ] = m ; a . a [ A ++ ] = q ; a . b [ E ++ ] = ga ; a . b [ E ++ ] = ga + 1 ; a . b [ E ++ ] = ga + 2 ; a . b [ E ++ ] = ga ; a . b [ E ++ ] = ga + 2 ; a . b [ E ++ ] = ga + 3 } } k . oc = function ( a , b ) { this . i . push ( this . b . length ) ; this . f . push ( b ) ; b = a . ga ( ) ; Vi ( this , b , b . length , a . qa ( ) ) } ;
k . qc = function ( a , b ) { this . i . push ( this . b . length ) ; this . f . push ( b ) ; b = a . ga ( ) ; Vi ( this , b , b . length , a . qa ( ) ) } ; k . Db = function ( a ) { a = a . b ; this . S . push ( this . b . length ) ; this . v . push ( this . b . length ) ; this . l = new Di ( this . a ) ; this . o = new Di ( this . b ) ; var b = { } ; Wi ( this . va , this . j , b , a ) ; Wi ( this . u , this . c , b , a ) ; this . oa = this . C = this . D = void 0 ; this . c = this . j = null ; this . I = this . ra = void 0 ; this . b = null ; this . fb = this . fa = this . na = this . T = this . Ua = this . R = void 0 ; this . a = null ; this . pa = void 0 } ;
function Wi ( a , b , c , d ) { var e , f = b . length ; for ( e = 0 ; e < f ; ++ e ) { var g = b [ e ] ; var h = w ( g ) . toString ( ) ; h in c ? g = c [ h ] : ( g = Ti ( d , g ) , c [ h ] = g ) ; a [ e ] = g } }
k . rf = function ( a , b ) { var c = Hi ( b , Ki , Mi ) ; if ( this . B ) var d = this . B ; else this . B = d = new Ni ( a , c ) ; b . Qc ( c ) ; a . enableVertexAttribArray ( d . b ) ; a . vertexAttribPointer ( d . b , 2 , 5126 , ! 1 , 32 , 0 ) ; a . enableVertexAttribArray ( d . v ) ; a . vertexAttribPointer ( d . v , 2 , 5126 , ! 1 , 32 , 8 ) ; a . enableVertexAttribArray ( d . C ) ; a . vertexAttribPointer ( d . C , 2 , 5126 , ! 1 , 32 , 16 ) ; a . enableVertexAttribArray ( d . u ) ; a . vertexAttribPointer ( d . u , 1 , 5126 , ! 1 , 32 , 24 ) ; a . enableVertexAttribArray ( d . D ) ; a . vertexAttribPointer ( d . D , 1 , 5126 , ! 1 , 32 , 28 ) ; return d } ;
k . sf = function ( a , b ) { a . disableVertexAttribArray ( b . b ) ; a . disableVertexAttribArray ( b . v ) ; a . disableVertexAttribArray ( b . C ) ; a . disableVertexAttribArray ( b . u ) ; a . disableVertexAttribArray ( b . D ) } ;
k . Od = function ( a , b , c , d ) { var e = d ? this . u : this . va ; d = d ? this . v : this . S ; if ( wb ( c ) ) { var f ; c = 0 ; var g = e . length ; for ( f = 0 ; c < g ; ++ c ) { a . bindTexture ( 3553 , e [ c ] ) ; var h = d [ c ] ; xi ( a , b , f , h ) ; f = h } } else for ( f = g = 0 , h = e . length ; f < h ; ++ f ) { a . bindTexture ( 3553 , e [ f ] ) ; for ( var l = 0 < f ? d [ f - 1 ] : 0 , m = d [ f ] , n = l ; g < this . i . length && this . i [ g ] <= m ; ) { var p = w ( this . f [ g ] ) . toString ( ) ; void 0 !== c [ p ] ? ( n !== l && xi ( a , b , n , l ) , l = n = g === this . i . length - 1 ? m : this . i [ g + 1 ] ) : l = g === this . i . length - 1 ? m : this . i [ g + 1 ] ; g ++ } n !== l && xi ( a , b , n , l ) } } ;
k . ve = function ( a , b , c , d , e ) { var f , g , h = this . i . length - 1 ; for ( f = this . u . length - 1 ; 0 <= f ; -- f ) { a . bindTexture ( 3553 , this . u [ f ] ) ; var l = 0 < f ? this . v [ f - 1 ] : 0 ; for ( g = this . v [ f ] ; 0 <= h && this . i [ h ] >= l ; ) { var m = this . i [ h ] ; var n = this . f [ h ] ; var p = w ( n ) . toString ( ) ; if ( void 0 === c [ p ] && n . V ( ) && ( void 0 === e || qb ( e , n . V ( ) . G ( ) ) ) && ( a . clear ( a . COLOR _BUFFER _BIT | a . DEPTH _BUFFER _BIT ) , xi ( a , b , m , g ) , g = d ( n ) ) ) return g ; g = m ; h -- } } } ;
k . Ub = function ( a ) { var b = a . Hc ( ) , c = a . Y ( 1 ) , d = a . ye ( ) , e = a . qg ( 1 ) , f = a . f , g = a . Oc ( ) , h = a . l , l = a . g , m = a . ic ( ) ; a = a . a ; if ( this . j . length ) { var n = this . j [ this . j . length - 1 ] ; w ( n ) != w ( c ) && ( this . S . push ( this . b . length ) , this . j . push ( c ) ) } else this . j . push ( c ) ; this . c . length ? ( n = this . c [ this . c . length - 1 ] , w ( n ) != w ( e ) && ( this . v . push ( this . b . length ) , this . c . push ( e ) ) ) : this . c . push ( e ) ; this . D = b [ 0 ] ; this . C = b [ 1 ] ; this . oa = m [ 1 ] ; this . ra = d [ 1 ] ; this . I = d [ 0 ] ; this . R = f ; this . Ua = g [ 0 ] ; this . T = g [ 1 ] ; this . fa = l ; this . na = h ; this . fb = a ; this . pa = m [ 0 ] } ; function Xi ( a , b , c ) { var d = b - c ; return a [ 0 ] === a [ d ] && a [ 1 ] === a [ d + 1 ] && 3 < ( b - 0 ) / c ? ! ! vf ( a , 0 , b , c ) : ! 1 } ; function Yi ( ) { this . b = "precision mediump float;varying float a;varying vec2 b;varying float c;uniform float m;uniform vec4 n;uniform vec2 o;uniform float p;void main(void){if(a>0.0){vec2 windowCoords=vec2((b.x+1.0)/2.0*o.x*p,(b.y+1.0)/2.0*o.y*p);if(length(windowCoords-gl_FragCoord.xy)>c*p){discard;}} gl_FragColor=n;float alpha=n.a*m;if(alpha==0.0){discard;}gl_FragColor.a=alpha;}" } v ( Yi , mi ) ; var Zi = new Yi ;
function $i ( ) { this . b = "varying float a;varying vec2 b;varying float c;attribute vec2 d;attribute vec2 e;attribute vec2 f;attribute float g;uniform mat4 h;uniform mat4 i;uniform mat4 j;uniform float k;uniform float l;bool nearlyEquals(in float value,in float ref){float epsilon=0.000000000001;return value>=ref-epsilon&&value<=ref+epsilon;}void alongNormal(out vec2 offset,in vec2 nextP,in float turnDir,in float direction){vec2 dirVect=nextP-e;vec2 normal=normalize(vec2(-turnDir*dirVect.y,turnDir*dirVect.x));offset=k/2.0*normal*direction;}void miterUp(out vec2 offset,out float round,in bool isRound,in float direction){float halfWidth=k/2.0;vec2 tangent=normalize(normalize(f-e)+normalize(e-d));vec2 normal=vec2(-tangent.y,tangent.x);vec2 dirVect=f-e;vec2 tmpNormal=normalize(vec2(-dirVect.y,dirVect.x));float miterLength=abs(halfWidth/dot(normal,tmpNormal));offset=normal*direction*miterLength;round=0.0;if(isRound){round=1.0;}else if(miterLength>l+k){offset=halfWidth*tmpNormal*direction;}} bool miterDown(out vec2 offset,in vec4 projPos,in mat4 offsetMatrix,in float direction){bool degenerate=false;vec2 tangent=normalize(normalize(f-e)+normalize(e-d));vec2 normal=vec2(-tangent.y,tangent.x);vec2 dirVect=d-e;vec2 tmpNormal=normalize(vec2(-dirVect.y,dirVect.x));vec2 longOffset,shortOffset,longVertex;vec4 shortProjVertex;float halfWidth=k/2.0;if(length(f-e)>length(d-e)){longOffset=tmpNormal*direction*halfWidth;shortOffset=normalize(vec2(dirVect.y,-dirVect.x))*direction*halfWidth;longVertex=f;shortProjVertex=h*vec4(d,0.0,1.0);}else{shortOffset=tmpNormal*direction*halfWidth;longOffset=normalize(vec2(dirVect.y,-dirVect.x))*direction*halfWidth;longVertex=d;shortProjVertex=h*vec4(f,0.0,1.0);}vec4 p1=h*vec4(longVertex,0.0,1.0)+offsetMatrix*vec4(longOffset,0.0,0.0);vec4 p2=projPos+offsetMatrix*vec4(longOffset,0.0,0.0);vec4 p3=shortProjVertex+offsetMatrix*vec4(-shortOffset,0.0,0.0);vec4 p4=shortProjVertex+offsetMatrix*vec4(shortOffset,0.0,0.0);float denom=(p4.y-p3.y)*(p2.x-p1.x)-(p4.x-p3.x)*(p2.y-p1.y);float firstU=((p4.x-p3.x)*(p1.y-p3.y)-(p4.y-p3.y)*(p1.x-p3.x))/denom;float secondU=((p2.x-p1.x)*(p1.y-p3.y)-(p2.y-p1.y)*(p1.x-p3.x))/denom;float epsilon=0.000000000001;if(firstU>epsilon&&firstU<1.0-epsilon&&secondU>epsilon&&secondU<1.0-epsilon){shortProjVertex.x=p1.x+firstU*(p2.x-p1.x);shortProjVertex.y=p1.y+firstU*(p2.y-p1.y);offset=shortProjVertex.xy;degenerate=true;}else{float miterLength=abs(halfWidth/dot(normal,tmpNormal));offset=normal*direction*miterLength;}return degenerate;}void squareCap(out vec2 offset,out float round,in bool isRound,in vec2 nextP,in float turnDir,in float direction){round=0.0;vec2 dirVect=e-nextP;vec2 firstNormal=normalize(dirVect);vec2 secondNormal=vec2(turnDir*firstNormal.y*direction,-turnDir*firstNormal.x*direction);vec2 hypotenuse=normalize(firstNormal-secondNormal);vec2 normal=vec2(turnDir*hypotenuse.y*direction,-turnDir*hypotenuse.x*direction);float length=sqrt(c*c*2.0);offset=normal*length;if(isRound){round=1.0;}} void main(void){bool degenerate=false;float direction=float(sign(g));mat4 offsetMatrix=i*j;vec2 offset;vec4 projPos=h*vec4(e,0.0,1.0);bool round=nearlyEquals(mod(g,2.0),0.0);a=0.0;c=k/2.0;b=projPos.xy;if(nearlyEquals(mod(g,3.0),0.0)||nearlyEquals(mod(g,17.0),0.0)){alongNormal(offset,f,1.0,direction);}else if(nearlyEquals(mod(g,5.0),0.0)||nearlyEquals(mod(g,13.0),0.0)){alongNormal(offset,d,-1.0,direction);}else if(nearlyEquals(mod(g,23.0),0.0)){miterUp(offset,a,round,direction);}else if(nearlyEquals(mod(g,19.0),0.0)){degenerate=miterDown(offset,projPos,offsetMatrix,direction);}else if(nearlyEquals(mod(g,7.0),0.0)){squareCap(offset,a,round,f,1.0,direction);}else if(nearlyEquals(mod(g,11.0),0.0)){squareCap(offset,a,round,d,-1.0,direction);}if(!degenerate){vec4 offsets=offsetMatrix*vec4(offset,0.0,0.0);gl_Position=projPos+offsets;}else{gl_Position=vec4(offset,0.0,1.0);}}" }
v ( $i , ni ) ; var aj = new $i ; function bj ( a , b ) { this . B = a . getUniformLocation ( b , "n" ) ; this . oa = a . getUniformLocation ( b , "k" ) ; this . R = a . getUniformLocation ( b , "l" ) ; this . c = a . getUniformLocation ( b , "j" ) ; this . f = a . getUniformLocation ( b , "i" ) ; this . a = a . getUniformLocation ( b , "m" ) ; this . ra = a . getUniformLocation ( b , "p" ) ; this . i = a . getUniformLocation ( b , "h" ) ; this . I = a . getUniformLocation ( b , "o" ) ; this . g = a . getAttribLocation ( b , "g" ) ; this . o = a . getAttribLocation ( b , "d" ) ; this . l = a . getAttribLocation ( b , "f" ) ; this . b = a . getAttribLocation ( b , "e" ) } ; function cj ( a , b ) { vi . call ( this , 0 , b ) ; this . v = null ; this . u = [ ] ; this . j = [ ] ; this . c = { strokeColor : null , lineCap : void 0 , lineDash : null , lineDashOffset : void 0 , lineJoin : void 0 , lineWidth : void 0 , miterLimit : void 0 , s : ! 1 } } v ( cj , vi ) ;
function dj ( a , b , c , d ) { var e , f = a . a . length , g = a . b . length , h = "bevel" === a . c . lineJoin ? 0 : "miter" === a . c . lineJoin ? 1 : 2 , l = "butt" === a . c . lineCap ? 0 : "square" === a . c . lineCap ? 1 : 2 , m = Xi ( b , c , d ) , n = g , p = 1 ; for ( e = 0 ; e < c ; e += d ) { var q = f / 7 ; var r = u ; var u = x || [ b [ e ] , b [ e + 1 ] ] ; if ( e ) if ( e === c - d ) { if ( m ) var x = B ; else r = r || [ 0 , 0 ] , f = ej ( a , r , u , [ 0 , 0 ] , p * fj * ( l || 1 ) , f ) , f = ej ( a , r , u , [ 0 , 0 ] , - p * fj * ( l || 1 ) , f ) , a . b [ g ++ ] = q , a . b [ g ++ ] = n - 1 , a . b [ g ++ ] = n , a . b [ g ++ ] = n , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q , l && ( f = ej ( a , r , u , [ 0 , 0 ] , p * gj * l , f ) , f = ej ( a , r , u , [ 0 , 0 ] , - p * gj * l , f ) , a . b [ g ++ ] = q + 2 , a . b [ g ++ ] = q ,
a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q + 3 , a . b [ g ++ ] = q + 2 ) ; break } else x = [ b [ e + d ] , b [ e + d + 1 ] ] ; else { x = [ b [ e + d ] , b [ e + d + 1 ] ] ; if ( c - 0 === 2 * d && pa ( u , x ) ) break ; if ( m ) { r = [ b [ c - 2 * d ] , b [ c - 2 * d + 1 ] ] ; var B = x } else { l && ( f = ej ( a , [ 0 , 0 ] , u , x , p * hj * l , f ) , f = ej ( a , [ 0 , 0 ] , u , x , - p * hj * l , f ) , a . b [ g ++ ] = q + 2 , a . b [ g ++ ] = q , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q + 3 , a . b [ g ++ ] = q + 2 ) ; f = ej ( a , [ 0 , 0 ] , u , x , p * ij * ( l || 1 ) , f ) ; f = ej ( a , [ 0 , 0 ] , u , x , - p * ij * ( l || 1 ) , f ) ; n = f / 7 - 1 ; continue } } var E = Bi ( r [ 0 ] , r [ 1 ] , u [ 0 ] , u [ 1 ] , x [ 0 ] , x [ 1 ] ) ? - 1 : 1 ; f = ej ( a , r , u , x , E * jj * ( h || 1 ) , f ) ; f = ej ( a , r , u , x , E * kj * ( h || 1 ) , f ) ; f =
ej ( a , r , u , x , - E * lj * ( h || 1 ) , f ) ; 0 < e && ( a . b [ g ++ ] = q , a . b [ g ++ ] = n - 1 , a . b [ g ++ ] = n , a . b [ g ++ ] = q + 2 , a . b [ g ++ ] = q , a . b [ g ++ ] = 0 < p * E ? n : n - 1 ) ; a . b [ g ++ ] = q ; a . b [ g ++ ] = q + 2 ; a . b [ g ++ ] = q + 1 ; n = q + 2 ; p = E ; h && ( f = ej ( a , r , u , x , E * mj * h , f ) , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q + 3 , a . b [ g ++ ] = q ) } m && ( q = q || f / 7 , E = Sf ( [ r [ 0 ] , r [ 1 ] , u [ 0 ] , u [ 1 ] , x [ 0 ] , x [ 1 ] ] , 0 , 6 , 2 ) ? 1 : - 1 , f = ej ( a , r , u , x , E * jj * ( h || 1 ) , f ) , ej ( a , r , u , x , - E * lj * ( h || 1 ) , f ) , a . b [ g ++ ] = q , a . b [ g ++ ] = n - 1 , a . b [ g ++ ] = n , a . b [ g ++ ] = q + 1 , a . b [ g ++ ] = q , a . b [ g ++ ] = 0 < p * E ? n : n - 1 ) }
function ej ( a , b , c , d , e , f ) { a . a [ f ++ ] = b [ 0 ] ; a . a [ f ++ ] = b [ 1 ] ; a . a [ f ++ ] = c [ 0 ] ; a . a [ f ++ ] = c [ 1 ] ; a . a [ f ++ ] = d [ 0 ] ; a . a [ f ++ ] = d [ 1 ] ; a . a [ f ++ ] = e ; return f } function nj ( a , b , c , d ) { c -= b ; return c < 2 * d ? ! 1 : c === 2 * d ? ! pa ( [ a [ b ] , a [ b + 1 ] ] , [ a [ b + d ] , a [ b + d + 1 ] ] ) : ! 0 } k = cj . prototype ; k . mc = function ( a , b ) { var c = a . ga ( ) ; a = a . qa ( ) ; nj ( c , 0 , c . length , a ) && ( c = qf ( c , 0 , c . length , a , - this . origin [ 0 ] , - this . origin [ 1 ] ) , this . c . s && ( this . j . push ( this . b . length ) , this . c . s = ! 1 ) , this . i . push ( this . b . length ) , this . f . push ( b ) , dj ( this , c , c . length , a ) ) } ;
k . nc = function ( a , b ) { var c = this . b . length , d = a . Bb ( ) ; d . unshift ( 0 ) ; var e = a . ga ( ) ; a = a . qa ( ) ; var f ; if ( 1 < d . length ) { var g = 1 ; for ( f = d . length ; g < f ; ++ g ) if ( nj ( e , d [ g - 1 ] , d [ g ] , a ) ) { var h = qf ( e , d [ g - 1 ] , d [ g ] , a , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; dj ( this , h , h . length , a ) } } this . b . length > c && ( this . i . push ( c ) , this . f . push ( b ) , this . c . s && ( this . j . push ( c ) , this . c . s = ! 1 ) ) } ;
function oj ( a , b , c , d ) { Xi ( b , b . length , d ) || ( b . push ( b [ 0 ] ) , b . push ( b [ 1 ] ) ) ; dj ( a , b , b . length , d ) ; if ( c . length ) { var e ; b = 0 ; for ( e = c . length ; b < e ; ++ b ) Xi ( c [ b ] , c [ b ] . length , d ) || ( c [ b ] . push ( c [ b ] [ 0 ] ) , c [ b ] . push ( c [ b ] [ 1 ] ) ) , dj ( a , c [ b ] , c [ b ] . length , d ) } } function pj ( a , b , c ) { c = void 0 === c ? a . b . length : c ; a . i . push ( c ) ; a . f . push ( b ) ; a . c . s && ( a . j . push ( c ) , a . c . s = ! 1 ) } k . Db = function ( ) { this . l = new Di ( this . a ) ; this . o = new Di ( this . b ) ; this . i . push ( this . b . length ) ; ! this . j . length && 0 < this . u . length && ( this . u = [ ] ) ; this . b = this . a = null } ;
k . Eb = function ( a ) { var b = this . l , c = this . o ; return function ( ) { Gi ( a , b ) ; Gi ( a , c ) } } ;
k . rf = function ( a , b , c , d ) { var e = Hi ( b , Zi , aj ) ; if ( this . v ) var f = this . v ; else this . v = f = new bj ( a , e ) ; b . Qc ( e ) ; a . enableVertexAttribArray ( f . o ) ; a . vertexAttribPointer ( f . o , 2 , 5126 , ! 1 , 28 , 0 ) ; a . enableVertexAttribArray ( f . b ) ; a . vertexAttribPointer ( f . b , 2 , 5126 , ! 1 , 28 , 8 ) ; a . enableVertexAttribArray ( f . l ) ; a . vertexAttribPointer ( f . l , 2 , 5126 , ! 1 , 28 , 16 ) ; a . enableVertexAttribArray ( f . g ) ; a . vertexAttribPointer ( f . g , 1 , 5126 , ! 1 , 28 , 24 ) ; a . uniform2fv ( f . I , c ) ; a . uniform1f ( f . ra , d ) ; return f } ;
k . sf = function ( a , b ) { a . disableVertexAttribArray ( b . o ) ; a . disableVertexAttribArray ( b . b ) ; a . disableVertexAttribArray ( b . l ) ; a . disableVertexAttribArray ( b . g ) } ;
k . Od = function ( a , b , c , d ) { var e = a . getParameter ( a . DEPTH _FUNC ) , f = a . getParameter ( a . DEPTH _WRITEMASK ) ; d || ( a . enable ( a . DEPTH _TEST ) , a . depthMask ( ! 0 ) , a . depthFunc ( a . NOTEQUAL ) ) ; if ( wb ( c ) ) { var g = this . i [ this . i . length - 1 ] ; for ( c = this . j . length - 1 ; 0 <= c ; -- c ) { var h = this . j [ c ] ; var l = this . u [ c ] ; qj ( this , a , l [ 0 ] , l [ 1 ] , l [ 2 ] ) ; xi ( a , b , h , g ) ; a . clear ( a . DEPTH _BUFFER _BIT ) ; g = h } } else { var m = this . i . length - 2 ; l = g = this . i [ m + 1 ] ; for ( h = this . j . length - 1 ; 0 <= h ; -- h ) { var n = this . u [ h ] ; qj ( this , a , n [ 0 ] , n [ 1 ] , n [ 2 ] ) ; for ( n = this . j [ h ] ; 0 <= m && this . i [ m ] >= n ; ) { var p = this . i [ m ] ;
var q = this . f [ m ] ; q = w ( q ) . toString ( ) ; c [ q ] && ( g !== l && ( xi ( a , b , g , l ) , a . clear ( a . DEPTH _BUFFER _BIT ) ) , l = p ) ; m -- ; g = p } g !== l && ( xi ( a , b , g , l ) , a . clear ( a . DEPTH _BUFFER _BIT ) ) ; g = l = n } } d || ( a . disable ( a . DEPTH _TEST ) , a . clear ( a . DEPTH _BUFFER _BIT ) , a . depthMask ( f ) , a . depthFunc ( e ) ) } ;
k . ve = function ( a , b , c , d , e ) { var f , g ; var h = this . i . length - 2 ; var l = this . i [ h + 1 ] ; for ( f = this . j . length - 1 ; 0 <= f ; -- f ) { var m = this . u [ f ] ; qj ( this , a , m [ 0 ] , m [ 1 ] , m [ 2 ] ) ; for ( g = this . j [ f ] ; 0 <= h && this . i [ h ] >= g ; ) { m = this . i [ h ] ; var n = this . f [ h ] ; var p = w ( n ) . toString ( ) ; if ( void 0 === c [ p ] && n . V ( ) && ( void 0 === e || qb ( e , n . V ( ) . G ( ) ) ) && ( a . clear ( a . COLOR _BUFFER _BIT | a . DEPTH _BUFFER _BIT ) , xi ( a , b , m , l ) , l = d ( n ) ) ) return l ; h -- ; l = m } } } ; function qj ( a , b , c , d , e ) { b . uniform4fv ( a . v . B , c ) ; b . uniform1f ( a . v . oa , d ) ; b . uniform1f ( a . v . R , e ) }
k . Ma = function ( a , b ) { a = b . f ; this . c . lineCap = void 0 !== a ? a : "round" ; a = b . i ; this . c . lineDash = a ? a : zi ; a = b . g ; this . c . lineDashOffset = a ? a : 0 ; a = b . j ; this . c . lineJoin = void 0 !== a ? a : "round" ; a = b . a ; a instanceof CanvasGradient || a instanceof CanvasPattern ? a = Ai : a = ed ( a ) . map ( function ( a , b ) { return 3 != b ? a / 255 : a } ) || Ai ; var c = b . c , c = void 0 !== c ? c : 1 ; b = b . o ; b = void 0 !== b ? b : 10 ; this . c . strokeColor && pa ( this . c . strokeColor , a ) && this . c . lineWidth === c && this . c . miterLimit === b || ( this . c . s = ! 0 , this . c . strokeColor = a , this . c . lineWidth = c , this . c . miterLimit = b ,
this . u . push ( [ a , c , b ] ) ) } ; var ij = 3 , fj = 5 , hj = 7 , gj = 11 , jj = 13 , kj = 17 , lj = 19 , mj = 23 ; function rj ( ) { this . b = "precision mediump float;uniform vec4 e;uniform float f;void main(void){gl_FragColor=e;float alpha=e.a*f;if(alpha==0.0){discard;}gl_FragColor.a=alpha;}" } v ( rj , mi ) ; var sj = new rj ; function tj ( ) { this . b = "attribute vec2 a;uniform mat4 b;uniform mat4 c;uniform mat4 d;void main(void){gl_Position=b*vec4(a,0.0,1.0);}" } v ( tj , ni ) ; var uj = new tj ;
function vj ( a , b ) { this . B = a . getUniformLocation ( b , "e" ) ; this . c = a . getUniformLocation ( b , "d" ) ; this . f = a . getUniformLocation ( b , "c" ) ; this . a = a . getUniformLocation ( b , "f" ) ; this . i = a . getUniformLocation ( b , "b" ) ; this . b = a . getAttribLocation ( b , "a" ) } ; function wj ( a ) { a = a || { } ; this . a = void 0 !== a . color ? a . color : null ; this . f = a . lineCap ; this . i = void 0 !== a . lineDash ? a . lineDash : null ; this . g = a . lineDashOffset ; this . j = a . lineJoin ; this . o = a . miterLimit ; this . c = a . width ; this . b = void 0 } k = wj . prototype ; k . clone = function ( ) { var a = this . a ; return new wj ( { color : a && a . slice ? a . slice ( ) : a || void 0 , lineCap : this . f , lineDash : this . i ? this . i . slice ( ) : void 0 , lineDashOffset : this . g , lineJoin : this . j , miterLimit : this . o , width : this . c } ) } ; k . No = function ( ) { return this . a } ; k . Vk = function ( ) { return this . f } ;
k . Oo = function ( ) { return this . i } ; k . Wk = function ( ) { return this . g } ; k . Xk = function ( ) { return this . j } ; k . bl = function ( ) { return this . o } ; k . Po = function ( ) { return this . c } ; k . Qo = function ( a ) { this . a = a ; this . b = void 0 } ; k . aq = function ( a ) { this . f = a ; this . b = void 0 } ; k . setLineDash = function ( a ) { this . i = a ; this . b = void 0 } ; k . bq = function ( a ) { this . g = a ; this . b = void 0 } ; k . cq = function ( a ) { this . j = a ; this . b = void 0 } ; k . gq = function ( a ) { this . o = a ; this . b = void 0 } ; k . jq = function ( a ) { this . c = a ; this . b = void 0 } ; function xj ( a ) { this . b = this . a = this . i = void 0 ; this . f = void 0 === a ? ! 0 : a ; this . c = 0 } function yj ( a ) { var b = a . b ; if ( b ) { var c = b . next , d = b . ub ; c && ( c . ub = d ) ; d && ( d . next = c ) ; a . b = c || d ; a . i === a . a ? ( a . b = void 0 , a . i = void 0 , a . a = void 0 ) : a . i === b ? a . i = a . b : a . a === b && ( a . a = d ? a . b . ub : a . b ) ; a . c -- } } function zj ( a ) { a . b = a . i ; if ( a . b ) return a . b . data } function Aj ( a ) { if ( a . b && a . b . next ) return a . b = a . b . next , a . b . data } function Bj ( a ) { if ( a . b && a . b . next ) return a . b . next . data } function Cj ( a ) { if ( a . b && a . b . ub ) return a . b = a . b . ub , a . b . data }
function Dj ( a ) { if ( a . b && a . b . ub ) return a . b . ub . data } function Ej ( a ) { if ( a . b ) return a . b . data } xj . prototype . concat = function ( a ) { if ( a . b ) { if ( this . b ) { var b = this . b . next ; this . b . next = a . i ; a . i . ub = this . b ; b . ub = a . a ; a . a . next = b ; this . c += a . c } else this . b = a . b , this . i = a . i , this . a = a . a , this . c = a . c ; a . b = void 0 ; a . i = void 0 ; a . a = void 0 ; a . c = 0 } } ; var Fj = { $d : function ( ) { } } ;
( function ( a ) { function b ( a , e , f , g , h ) { f = f || 0 ; g = g || a . length - 1 ; for ( h = h || d ; g > f ; ) { if ( 600 < g - f ) { var l = g - f + 1 , m = e - f + 1 , n = Math . log ( l ) , p = . 5 * Math . exp ( 2 * n / 3 ) , n = . 5 * Math . sqrt ( n * p * ( l - p ) / l ) * ( 0 > m - l / 2 ? - 1 : 1 ) ; b ( a , e , Math . max ( f , Math . floor ( e - m * p / l + n ) ) , Math . min ( g , Math . floor ( e + ( l - m ) * p / l + n ) ) , h ) } l = a [ e ] ; m = f ; p = g ; c ( a , f , e ) ; for ( 0 < h ( a [ g ] , l ) && c ( a , f , g ) ; m < p ; ) { c ( a , m , p ) ; m ++ ; for ( p -- ; 0 > h ( a [ m ] , l ) ; ) m ++ ; for ( ; 0 < h ( a [ p ] , l ) ; ) p -- } 0 === h ( a [ f ] , l ) ? c ( a , f , p ) : ( p ++ , c ( a , p , g ) ) ; p <= e && ( f = p + 1 ) ; e <= p && ( g = p - 1 ) } } function c ( a , b , c ) { var d = a [ b ] ; a [ b ] = a [ c ] ; a [ c ] = d } function d ( a ,
b ) { return a < b ? - 1 : a > b ? 1 : 0 } function e ( a , b ) { if ( ! ( this instanceof e ) ) return new e ( a , b ) ; this . Hf = Math . max ( 4 , a || 9 ) ; this . fh = Math . max ( 2 , Math . ceil ( . 4 * this . Hf ) ) ; b && this . ek ( b ) ; this . clear ( ) } function f ( a , b ) { g ( a , 0 , a . children . length , b , a ) } function g ( a , b , c , d , e ) { e || ( e = u ( null ) ) ; e . ca = Infinity ; e . da = Infinity ; e . $ = - Infinity ; e . ia = - Infinity ; for ( var f ; b < c ; b ++ ) f = a . children [ b ] , h ( e , a . ib ? d ( f ) : f ) ; return e } function h ( a , b ) { a . ca = Math . min ( a . ca , b . ca ) ; a . da = Math . min ( a . da , b . da ) ; a . $ = Math . max ( a . $ , b . $ ) ; a . ia = Math . max ( a . ia , b . ia ) } function l ( a ,
b ) { return a . ca - b . ca } function m ( a , b ) { return a . da - b . da } function n ( a ) { return ( a . $ - a . ca ) * ( a . ia - a . da ) } function p ( a ) { return a . $ - a . ca + ( a . ia - a . da ) } function q ( a , b ) { return a . ca <= b . ca && a . da <= b . da && b . $ <= a . $ && b . ia <= a . ia } function r ( a , b ) { return b . ca <= a . $ && b . da <= a . ia && b . $ >= a . ca && b . ia >= a . da } function u ( a ) { return { children : a , height : 1 , ib : ! 0 , ca : Infinity , da : Infinity , $ : - Infinity , ia : - Infinity } } function x ( a , b , c , d , e ) { for ( var f = [ b , c ] , g ; f . length ; ) c = f . pop ( ) , b = f . pop ( ) , c - b <= d || ( g = b + Math . ceil ( ( c - b ) / d / 2 ) * d , B ( a , g , b , c , e ) , f . push ( b , g ,
g , c ) ) } var B = b ; e . prototype = { all : function ( ) { return this . $g ( this . data , [ ] ) } , search : function ( a ) { var b = this . data , c = [ ] , d = this . wb ; if ( ! r ( a , b ) ) return c ; for ( var e = [ ] , f , g , h , l ; b ; ) { f = 0 ; for ( g = b . children . length ; f < g ; f ++ ) h = b . children [ f ] , l = b . ib ? d ( h ) : h , r ( a , l ) && ( b . ib ? c . push ( h ) : q ( a , l ) ? this . $g ( h , c ) : e . push ( h ) ) ; b = e . pop ( ) } return c } , load : function ( a ) { if ( ! a || ! a . length ) return this ; if ( a . length < this . fh ) { for ( var b = 0 , c = a . length ; b < c ; b ++ ) this . Ca ( a [ b ] ) ; return this } a = this . bh ( a . slice ( ) , 0 , a . length - 1 , 0 ) ; this . data . children . length ? this . data . height ===
a . height ? this . hh ( this . data , a ) : ( this . data . height < a . height && ( b = this . data , this . data = a , a = b ) , this . eh ( a , this . data . height - a . height - 1 , ! 0 ) ) : this . data = a ; return this } , Ca : function ( a ) { a && this . eh ( a , this . data . height - 1 ) ; return this } , clear : function ( ) { this . data = u ( [ ] ) ; return this } , remove : function ( a , b ) { if ( ! a ) return this ; for ( var c = this . data , d = this . wb ( a ) , e = [ ] , f = [ ] , g , h , l , m ; c || e . length ; ) { c || ( c = e . pop ( ) , h = e [ e . length - 1 ] , g = f . pop ( ) , m = ! 0 ) ; if ( c . ib ) { a : { l = a ; var n = c . children , p = b ; if ( p ) { for ( var r = 0 ; r < n . length ; r ++ ) if ( p ( l , n [ r ] ) ) { l = r ;
break a } l = - 1 } else l = n . indexOf ( l ) } if ( - 1 !== l ) { c . children . splice ( l , 1 ) ; e . push ( c ) ; this . ck ( e ) ; break } } m || c . ib || ! q ( c , d ) ? h ? ( g ++ , c = h . children [ g ] , m = ! 1 ) : c = null : ( e . push ( c ) , f . push ( g ) , g = 0 , h = c , c = c . children [ 0 ] ) } return this } , wb : function ( a ) { return a } , Lf : l , Mf : m , toJSON : function ( ) { return this . data } , $g : function ( a , b ) { for ( var c = [ ] ; a ; ) a . ib ? b . push . apply ( b , a . children ) : c . push . apply ( c , a . children ) , a = c . pop ( ) ; return b } , bh : function ( a , b , c , d ) { var e = c - b + 1 , g = this . Hf ; if ( e <= g ) { var h = u ( a . slice ( b , c + 1 ) ) ; f ( h , this . wb ) ; return h } d || ( d = Math . ceil ( Math . log ( e ) /
Math . log ( g ) ) , g = Math . ceil ( e / Math . pow ( g , d - 1 ) ) ) ; h = u ( [ ] ) ; h . ib = ! 1 ; h . height = d ; var e = Math . ceil ( e / g ) , g = e * Math . ceil ( Math . sqrt ( g ) ) , l ; for ( x ( a , b , c , g , this . Lf ) ; b <= c ; b += g ) { var m = Math . min ( b + g - 1 , c ) ; x ( a , b , m , e , this . Mf ) ; for ( l = b ; l <= m ; l += e ) { var n = Math . min ( l + e - 1 , m ) ; h . children . push ( this . bh ( a , l , n , d - 1 ) ) } } f ( h , this . wb ) ; return h } , bk : function ( a , b , c , d ) { for ( var e , f , g , h , l , m , p , q ; ; ) { d . push ( b ) ; if ( b . ib || d . length - 1 === c ) break ; p = q = Infinity ; e = 0 ; for ( f = b . children . length ; e < f ; e ++ ) g = b . children [ e ] , l = n ( g ) , m = ( Math . max ( g . $ , a . $ ) - Math . min ( g . ca , a . ca ) ) *
( Math . max ( g . ia , a . ia ) - Math . min ( g . da , a . da ) ) - l , m < q ? ( q = m , p = l < p ? l : p , h = g ) : m === q && l < p && ( p = l , h = g ) ; b = h || b . children [ 0 ] } return b } , eh : function ( a , b , c ) { var d = this . wb ; c = c ? a : d ( a ) ; var d = [ ] , e = this . bk ( c , this . data , b , d ) ; e . children . push ( a ) ; for ( h ( e , c ) ; 0 <= b ; ) if ( d [ b ] . children . length > this . Hf ) this . jk ( d , b ) , b -- ; else break ; this . Zj ( c , d , b ) } , jk : function ( a , b ) { var c = a [ b ] , d = c . children . length , e = this . fh ; this . $j ( c , e , d ) ; d = this . ak ( c , e , d ) ; d = u ( c . children . splice ( d , c . children . length - d ) ) ; d . height = c . height ; d . ib = c . ib ; f ( c , this . wb ) ; f ( d , this . wb ) ;
b ? a [ b - 1 ] . children . push ( d ) : this . hh ( c , d ) } , hh : function ( a , b ) { this . data = u ( [ a , b ] ) ; this . data . height = a . height + 1 ; this . data . ib = ! 1 ; f ( this . data , this . wb ) } , ak : function ( a , b , c ) { var d , e ; var f = e = Infinity ; for ( d = b ; d <= c - b ; d ++ ) { var h = g ( a , 0 , d , this . wb ) ; var l = g ( a , d , c , this . wb ) ; var m = Math . max ( 0 , Math . min ( h . $ , l . $ ) - Math . max ( h . ca , l . ca ) ) * Math . max ( 0 , Math . min ( h . ia , l . ia ) - Math . max ( h . da , l . da ) ) ; h = n ( h ) + n ( l ) ; if ( m < f ) { f = m ; var p = d ; e = h < e ? h : e } else m === f && h < e && ( e = h , p = d ) } return p } , $j : function ( a , b , c ) { var d = a . ib ? this . Lf : l , e = a . ib ? this . Mf : m , f = this . ah ( a ,
b , c , d ) ; b = this . ah ( a , b , c , e ) ; f < b && a . children . sort ( d ) } , ah : function ( a , b , c , d ) { a . children . sort ( d ) ; d = this . wb ; var e = g ( a , 0 , b , d ) , f = g ( a , c - b , c , d ) , l = p ( e ) + p ( f ) , m ; for ( m = b ; m < c - b ; m ++ ) { var n = a . children [ m ] ; h ( e , a . ib ? d ( n ) : n ) ; l += p ( e ) } for ( m = c - b - 1 ; m >= b ; m -- ) n = a . children [ m ] , h ( f , a . ib ? d ( n ) : n ) , l += p ( f ) ; return l } , Zj : function ( a , b , c ) { for ( ; 0 <= c ; c -- ) h ( b [ c ] , a ) } , ck : function ( a ) { for ( var b = a . length - 1 , c ; 0 <= b ; b -- ) 0 === a [ b ] . children . length ? 0 < b ? ( c = a [ b - 1 ] . children , c . splice ( c . indexOf ( a [ b ] ) , 1 ) ) : this . clear ( ) : f ( a [ b ] , this . wb ) } , ek : function ( a ) { var b =
[ "return a" , " - b" , ";" ] ; this . Lf = new Function ( "a" , "b" , b . join ( a [ 0 ] ) ) ; this . Mf = new Function ( "a" , "b" , b . join ( a [ 1 ] ) ) ; this . wb = new Function ( "a" , "return {minX: a" + a [ 0 ] + ", minY: a" + a [ 1 ] + ", maxX: a" + a [ 2 ] + ", maxY: a" + a [ 3 ] + "};" ) } } ; a [ "default" ] = e } ) ( Fj . $d = Fj . $d || { } ) ; Fj . $d = Fj . $d . default ; function Gj ( a ) { this . a = Fj . $d ( a ) ; this . b = { } } k = Gj . prototype ; k . Ca = function ( a , b ) { a = { ca : a [ 0 ] , da : a [ 1 ] , $ : a [ 2 ] , ia : a [ 3 ] , value : b } ; this . a . Ca ( a ) ; this . b [ w ( b ) ] = a } ; k . load = function ( a , b ) { for ( var c = Array ( b . length ) , d = 0 , e = b . length ; d < e ; d ++ ) { var f = a [ d ] , g = b [ d ] , f = { ca : f [ 0 ] , da : f [ 1 ] , $ : f [ 2 ] , ia : f [ 3 ] , value : g } ; c [ d ] = f ; this . b [ w ( g ) ] = f } this . a . load ( c ) } ; k . remove = function ( a ) { a = w ( a ) ; var b = this . b [ a ] ; delete this . b [ a ] ; return null !== this . a . remove ( b ) } ; function Hj ( a , b , c ) { var d = a . b [ w ( c ) ] ; bb ( [ d . ca , d . da , d . $ , d . ia ] , b ) || ( a . remove ( c ) , a . Ca ( b , c ) ) }
function Ij ( a ) { return a . a . all ( ) . map ( function ( a ) { return a . value } ) } function Jj ( a , b ) { return a . a . search ( { ca : b [ 0 ] , da : b [ 1 ] , $ : b [ 2 ] , ia : b [ 3 ] } ) . map ( function ( a ) { return a . value } ) } k . forEach = function ( a , b ) { return Kj ( Ij ( this ) , a , b ) } ; function Lj ( a , b , c , d ) { return Kj ( Jj ( a , b ) , c , d ) } function Kj ( a , b , c ) { for ( var d , e = 0 , f = a . length ; e < f && ! ( d = b . call ( c , a [ e ] ) ) ; e ++ ) ; return d } k . clear = function ( ) { this . a . clear ( ) ; this . b = { } } ; k . G = function ( a ) { var b = this . a . data ; return Xa ( b . ca , b . da , b . $ , b . ia , a ) } ;
k . concat = function ( a ) { this . a . load ( a . a . all ( ) ) ; for ( var b in a . b ) this . b [ b | 0 ] = a . b [ b | 0 ] } ; function Mj ( a , b ) { vi . call ( this , 0 , b ) ; this . g = new cj ( 0 , b ) ; this . v = null ; this . u = [ ] ; this . c = [ ] ; this . j = { fillColor : null , s : ! 1 } } v ( Mj , vi ) ;
function Nj ( a , b , c , d ) { var e = new xj , f = new Gj ; b = Oj ( a , b , d , e , f , ! 0 ) ; if ( c . length ) { var g , h = [ ] ; var l = 0 ; for ( g = c . length ; l < g ; ++ l ) { var m = { list : new xj , $ : void 0 , Mg : new Gj } ; h . push ( m ) ; m . $ = Oj ( a , c [ l ] , d , m . list , m . Mg , ! 1 ) } h . sort ( function ( a , b ) { return b . $ [ 0 ] === a . $ [ 0 ] ? a . $ [ 1 ] - b . $ [ 1 ] : b . $ [ 0 ] - a . $ [ 0 ] } ) ; for ( l = 0 ; l < h . length ; ++ l ) { c = h [ l ] . list ; g = d = zj ( c ) ; do { if ( Pj ( g , f ) . length ) { var n = ! 0 ; break } g = Aj ( c ) } while ( d !== g ) ; n || ( Qj ( c , h [ l ] . Mg , ! 0 ) , Rj ( c , h [ l ] . $ [ 0 ] , e , b [ 0 ] , f ) && ( f . concat ( h [ l ] . Mg ) , Qj ( e , f , ! 1 ) ) ) } } else Qj ( e , f , ! 1 ) ; Sj ( a , e , f ) }
function Oj ( a , b , c , d , e , f ) { var g , h = a . a . length / 2 , l , m = [ ] , n = [ ] ; if ( f === Sf ( b , 0 , b . length , c ) ) { var p = l = Tj ( a , b [ 0 ] , b [ 1 ] , h ++ ) ; f = b [ 0 ] ; var q = b [ 1 ] ; var r = c ; for ( g = b . length ; r < g ; r += c ) { var u = Tj ( a , b [ r ] , b [ r + 1 ] , h ++ ) ; n . push ( Uj ( p , u , d ) ) ; m . push ( [ Math . min ( p . x , u . x ) , Math . min ( p . y , u . y ) , Math . max ( p . x , u . x ) , Math . max ( p . y , u . y ) ] ) ; b [ r ] > f && ( f = b [ r ] , q = b [ r + 1 ] ) ; p = u } } else for ( r = b . length - c , p = l = Tj ( a , b [ r ] , b [ r + 1 ] , h ++ ) , f = b [ r ] , q = b [ r + 1 ] , r -= c , g = 0 ; r >= g ; r -= c ) u = Tj ( a , b [ r ] , b [ r + 1 ] , h ++ ) , n . push ( Uj ( p , u , d ) ) , m . push ( [ Math . min ( p . x , u . x ) , Math . min ( p . y , u . y ) , Math . max ( p . x ,
u . x ) , Math . max ( p . y , u . y ) ] ) , b [ r ] > f && ( f = b [ r ] , q = b [ r + 1 ] ) , p = u ; n . push ( Uj ( u , l , d ) ) ; m . push ( [ Math . min ( p . x , u . x ) , Math . min ( p . y , u . y ) , Math . max ( p . x , u . x ) , Math . max ( p . y , u . y ) ] ) ; e . load ( m , n ) ; return [ f , q ] } function Qj ( a , b , c ) { var d = zj ( a ) , e = d , f = Aj ( a ) , g = ! 1 ; do { var h = c ? Bi ( f . W . x , f . W . y , e . W . x , e . W . y , e . aa . x , e . aa . y ) : Bi ( e . aa . x , e . aa . y , e . W . x , e . W . y , f . W . x , f . W . y ) ; void 0 === h ? ( Vj ( e , f , a , b ) , g = ! 0 , f === d && ( d = Bj ( a ) ) , f = e , Cj ( a ) ) : e . W . Fb !== h && ( e . W . Fb = h , g = ! 0 ) ; e = f ; f = Aj ( a ) } while ( e !== d ) ; return g }
function Rj ( a , b , c , d , e ) { for ( var f = zj ( a ) ; f . W . x !== b ; ) f = Aj ( a ) ; b = f . W ; d = { x : d , y : b . y , hb : - 1 } ; var g = Infinity , h ; var l = Pj ( { aa : b , W : d } , e , ! 0 ) ; var m = 0 ; for ( h = l . length ; m < h ; ++ m ) { var n = l [ m ] , p = Wj ( b , d , n . aa , n . W , ! 0 ) , q = Math . abs ( b . x - p [ 0 ] ) ; if ( q < g && void 0 !== Bi ( b . x , b . y , n . aa . x , n . aa . y , n . W . x , n . W . y ) ) { g = q ; var r = { x : p [ 0 ] , y : p [ 1 ] , hb : - 1 } ; f = n } } if ( Infinity === g ) return ! 1 ; l = f . W ; if ( 0 < g && ( f = Xj ( b , r , f . W , e ) , f . length ) ) for ( r = Infinity , m = 0 , h = f . length ; m < h ; ++ m ) if ( g = f [ m ] , n = Math . atan2 ( b . y - g . y , d . x - g . x ) , n < r || n === r && g . x < l . x ) r = n , l = g ; for ( f = zj ( c ) ; f . W . x !== l . x ||
f . W . y !== l . y ; ) f = Aj ( c ) ; d = { x : b . x , y : b . y , hb : b . hb , Fb : void 0 } ; m = { x : f . W . x , y : f . W . y , hb : f . W . hb , Fb : void 0 } ; Bj ( a ) . aa = d ; Uj ( b , f . W , a , e ) ; Uj ( m , d , a , e ) ; f . W = m ; a . f && a . b && ( a . i = a . b , a . a = a . b . ub ) ; c . concat ( a ) ; return ! 0 }
function Sj ( a , b , c ) { for ( var d = ! 1 , e = Yj ( b , c ) ; 3 < b . c ; ) if ( e ) { if ( ! Zj ( a , b , c , e , d ) && ! Qj ( b , c , d ) && ! ak ( a , b , c , ! 0 ) ) break } else if ( ! Zj ( a , b , c , e , d ) && ! Qj ( b , c , d ) && ! ak ( a , b , c ) ) if ( e = Yj ( b , c ) ) { var d = b , f = 2 * d . c , g = Array ( f ) , h = zj ( d ) , l = h , m = 0 ; do g [ m ++ ] = l . aa . x , g [ m ++ ] = l . aa . y , l = Aj ( d ) ; while ( l !== h ) ; d = ! Sf ( g , 0 , f , 2 ) ; Qj ( b , c , d ) } else { e = a ; d = b ; f = g = zj ( d ) ; do { h = Pj ( f , c ) ; if ( h . length ) { g = h [ 0 ] ; h = Wj ( f . aa , f . W , g . aa , g . W ) ; h = Tj ( e , h [ 0 ] , h [ 1 ] , e . a . length / 2 ) ; l = new xj ; m = new Gj ; Uj ( h , f . W , l , m ) ; f . W = h ; Hj ( c , [ Math . min ( f . aa . x , h . x ) , Math . min ( f . aa . y , h . y ) , Math . max ( f . aa . x , h . x ) ,
Math . max ( f . aa . y , h . y ) ] , f ) ; for ( f = Aj ( d ) ; f !== g ; ) Uj ( f . aa , f . W , l , m ) , c . remove ( f ) , yj ( d ) , f = Ej ( d ) ; Uj ( g . aa , h , l , m ) ; g . aa = h ; Hj ( c , [ Math . min ( g . W . x , h . x ) , Math . min ( g . W . y , h . y ) , Math . max ( g . W . x , h . x ) , Math . max ( g . W . y , h . y ) ] , g ) ; Qj ( d , c , ! 1 ) ; Sj ( e , d , c ) ; Qj ( l , m , ! 1 ) ; Sj ( e , l , m ) ; break } f = Aj ( d ) } while ( f !== g ) ; break } 3 === b . c && ( e = a . b . length , a . b [ e ++ ] = Dj ( b ) . aa . hb , a . b [ e ++ ] = Ej ( b ) . aa . hb , a . b [ e ++ ] = Bj ( b ) . aa . hb ) }
function Zj ( a , b , c , d , e ) { var f = a . b . length , g = zj ( b ) , h = Dj ( b ) , l = g , m = Aj ( b ) , n = Bj ( b ) , p = ! 1 ; do { var q = l . aa ; var r = l . W ; var u = m . W ; if ( ! 1 === r . Fb ) { var x = e ? bk ( n . W , u , r , q , h . aa ) : bk ( h . aa , q , r , u , n . W ) ; ! d && Pj ( { aa : q , W : u } , c ) . length || ! x || Xj ( q , r , u , c , ! 0 ) . length || ! d && ! 1 !== q . Fb && ! 1 !== u . Fb && Sf ( [ h . aa . x , h . aa . y , q . x , q . y , r . x , r . y , u . x , u . y , n . W . x , n . W . y ] , 0 , 10 , 2 ) !== ! e || ( a . b [ f ++ ] = q . hb , a . b [ f ++ ] = r . hb , a . b [ f ++ ] = u . hb , Vj ( l , m , b , c ) , m === g && ( g = n ) , p = ! 0 ) } h = Dj ( b ) ; l = Ej ( b ) ; m = Aj ( b ) ; n = Bj ( b ) } while ( l !== g && 3 < b . c ) ; return p }
function ak ( a , b , c , d ) { var e = zj ( b ) ; Aj ( b ) ; var f = e , g = Aj ( b ) , h = ! 1 ; do { var l = Wj ( f . aa , f . W , g . aa , g . W , d ) ; if ( l ) { var h = a . b . length , m = a . a . length / 2 , n = Cj ( b ) ; yj ( b ) ; c . remove ( n ) ; var p = n === e ; d ? ( l [ 0 ] === f . aa . x && l [ 1 ] === f . aa . y ? ( Cj ( b ) , l = f . aa , g . aa = l , c . remove ( f ) , p = p || f === e ) : ( l = g . W , f . W = l , c . remove ( g ) , p = p || g === e ) , yj ( b ) ) : ( l = Tj ( a , l [ 0 ] , l [ 1 ] , m ) , f . W = l , g . aa = l , Hj ( c , [ Math . min ( f . aa . x , f . W . x ) , Math . min ( f . aa . y , f . W . y ) , Math . max ( f . aa . x , f . W . x ) , Math . max ( f . aa . y , f . W . y ) ] , f ) , Hj ( c , [ Math . min ( g . aa . x , g . W . x ) , Math . min ( g . aa . y , g . W . y ) , Math . max ( g . aa . x , g . W . x ) ,
Math . max ( g . aa . y , g . W . y ) ] , g ) ) ; a . b [ h ++ ] = n . aa . hb ; a . b [ h ++ ] = n . W . hb ; a . b [ h ++ ] = l . hb ; h = ! 0 ; if ( p ) break } f = Dj ( b ) ; g = Aj ( b ) } while ( f !== e ) ; return h } function Yj ( a , b ) { var c = zj ( a ) , d = c ; do { if ( Pj ( d , b ) . length ) return ! 1 ; d = Aj ( a ) } while ( d !== c ) ; return ! 0 } function Tj ( a , b , c , d ) { var e = a . a . length ; a . a [ e ++ ] = b ; a . a [ e ++ ] = c ; return { x : b , y : c , hb : d , Fb : void 0 } }
function Uj ( a , b , c , d ) { var e = { aa : a , W : b } , f = { ub : void 0 , next : void 0 , data : e } , g = c . b ; if ( g ) { var h = g . next ; f . ub = g ; f . next = h ; g . next = f ; h && ( h . ub = f ) ; g === c . a && ( c . a = f ) } else c . i = f , c . a = f , c . f && ( f . next = f , f . ub = f ) ; c . b = f ; c . c ++ ; d && d . Ca ( [ Math . min ( a . x , b . x ) , Math . min ( a . y , b . y ) , Math . max ( a . x , b . x ) , Math . max ( a . y , b . y ) ] , e ) ; return e } function Vj ( a , b , c , d ) { Ej ( c ) === b && ( yj ( c ) , a . W = b . W , d . remove ( b ) , Hj ( d , [ Math . min ( a . aa . x , a . W . x ) , Math . min ( a . aa . y , a . W . y ) , Math . max ( a . aa . x , a . W . x ) , Math . max ( a . aa . y , a . W . y ) ] , a ) ) }
function Xj ( a , b , c , d , e ) { var f , g , h = [ ] , l = Jj ( d , [ Math . min ( a . x , b . x , c . x ) , Math . min ( a . y , b . y , c . y ) , Math . max ( a . x , b . x , c . x ) , Math . max ( a . y , b . y , c . y ) ] ) ; d = 0 ; for ( f = l . length ; d < f ; ++ d ) for ( g in l [ d ] ) { var m = l [ d ] [ g ] ; "object" !== typeof m || e && ! m . Fb || m . x === a . x && m . y === a . y || m . x === b . x && m . y === b . y || m . x === c . x && m . y === c . y || - 1 !== h . indexOf ( m ) || ! Mf ( [ a . x , a . y , b . x , b . y , c . x , c . y ] , 0 , 6 , 2 , m . x , m . y ) || h . push ( m ) } return h }
function Pj ( a , b , c ) { var d = a . aa , e = a . W ; b = Jj ( b , [ Math . min ( d . x , e . x ) , Math . min ( d . y , e . y ) , Math . max ( d . x , e . x ) , Math . max ( d . y , e . y ) ] ) ; var f = [ ] , g ; var h = 0 ; for ( g = b . length ; h < g ; ++ h ) { var l = b [ h ] ; a !== l && ( c || l . aa !== e || l . W !== d ) && Wj ( d , e , l . aa , l . W , c ) && f . push ( l ) } return f }
function Wj ( a , b , c , d , e ) { var f = ( d . y - c . y ) * ( b . x - a . x ) - ( d . x - c . x ) * ( b . y - a . y ) ; if ( f && ( d = ( ( d . x - c . x ) * ( a . y - c . y ) - ( d . y - c . y ) * ( a . x - c . x ) ) / f , c = ( ( b . x - a . x ) * ( a . y - c . y ) - ( b . y - a . y ) * ( a . x - c . x ) ) / f , ! e && d > Ci && d < 1 - Ci && c > Ci && c < 1 - Ci || e && 0 <= d && 1 >= d && 0 <= c && 1 >= c ) ) return [ a . x + d * ( b . x - a . x ) , a . y + d * ( b . y - a . y ) ] }
function bk ( a , b , c , d , e ) { if ( void 0 === b . Fb || void 0 === d . Fb ) return ! 1 ; var f = ( c . x - d . x ) * ( b . y - d . y ) > ( c . y - d . y ) * ( b . x - d . x ) ; e = ( e . x - d . x ) * ( b . y - d . y ) < ( e . y - d . y ) * ( b . x - d . x ) ; a = ( a . x - b . x ) * ( d . y - b . y ) > ( a . y - b . y ) * ( d . x - b . x ) ; c = ( c . x - b . x ) * ( d . y - b . y ) < ( c . y - b . y ) * ( d . x - b . x ) ; b = b . Fb ? c || a : c && a ; return ( d . Fb ? e || f : e && f ) && b } k = Mj . prototype ;
k . pc = function ( a , b ) { var c = a . c , d = a . qa ( ) , e = this . b . length , f = this . g . b . length ; a = a . ga ( ) ; var g , h , l ; var m = h = 0 ; for ( g = c . length ; m < g ; ++ m ) { var n = c [ m ] ; if ( 0 < n . length ) { var p = qf ( a , h , n [ 0 ] , d , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; if ( p . length ) { var q = [ ] ; h = 1 ; for ( l = n . length ; h < l ; ++ h ) if ( n [ h ] !== n [ h - 1 ] ) { var r = qf ( a , n [ h - 1 ] , n [ h ] , d , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; q . push ( r ) } oj ( this . g , p , q , d ) ; Nj ( this , p , q , d ) } } h = n [ n . length - 1 ] } this . b . length > e && ( this . i . push ( e ) , this . f . push ( b ) , this . j . s && ( this . c . push ( e ) , this . j . s = ! 1 ) ) ; this . g . b . length > f && pj ( this . g ,
b , f ) } ; k . rc = function ( a , b ) { var c = a . Bb ( ) , d = a . qa ( ) ; if ( 0 < c . length ) { a = a . ga ( ) . map ( Number ) ; var e = qf ( a , 0 , c [ 0 ] , d , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; if ( e . length ) { var f = [ ] , g ; var h = 1 ; for ( g = c . length ; h < g ; ++ h ) if ( c [ h ] !== c [ h - 1 ] ) { var l = qf ( a , c [ h - 1 ] , c [ h ] , d , - this . origin [ 0 ] , - this . origin [ 1 ] ) ; f . push ( l ) } this . i . push ( this . b . length ) ; this . f . push ( b ) ; this . j . s && ( this . c . push ( this . b . length ) , this . j . s = ! 1 ) ; pj ( this . g , b ) ; oj ( this . g , e , f , d ) ; Nj ( this , e , f , d ) } } } ;
k . Db = function ( a ) { this . l = new Di ( this . a ) ; this . o = new Di ( this . b ) ; this . i . push ( this . b . length ) ; this . g . Db ( a ) ; ! this . c . length && 0 < this . u . length && ( this . u = [ ] ) ; this . b = this . a = null } ; k . Eb = function ( a ) { var b = this . l , c = this . o , d = this . g . Eb ( a ) ; return function ( ) { Gi ( a , b ) ; Gi ( a , c ) ; d ( ) } } ; k . rf = function ( a , b ) { var c = Hi ( b , sj , uj ) ; if ( this . v ) var d = this . v ; else this . v = d = new vj ( a , c ) ; b . Qc ( c ) ; a . enableVertexAttribArray ( d . b ) ; a . vertexAttribPointer ( d . b , 2 , 5126 , ! 1 , 8 , 0 ) ; return d } ; k . sf = function ( a , b ) { a . disableVertexAttribArray ( b . b ) } ;
k . Od = function ( a , b , c , d ) { var e = a . getParameter ( a . DEPTH _FUNC ) , f = a . getParameter ( a . DEPTH _WRITEMASK ) ; d || ( a . enable ( a . DEPTH _TEST ) , a . depthMask ( ! 0 ) , a . depthFunc ( a . NOTEQUAL ) ) ; if ( wb ( c ) ) { var g = this . i [ this . i . length - 1 ] ; for ( c = this . c . length - 1 ; 0 <= c ; -- c ) { var h = this . c [ c ] ; var l = this . u [ c ] ; a . uniform4fv ( this . v . B , l ) ; xi ( a , b , h , g ) ; g = h } } else { var m = this . i . length - 2 ; l = g = this . i [ m + 1 ] ; for ( h = this . c . length - 1 ; 0 <= h ; -- h ) { var n = this . u [ h ] ; a . uniform4fv ( this . v . B , n ) ; for ( n = this . c [ h ] ; 0 <= m && this . i [ m ] >= n ; ) { var p = this . i [ m ] ; var q = this . f [ m ] ; q = w ( q ) . toString ( ) ;
c [ q ] && ( g !== l && ( xi ( a , b , g , l ) , a . clear ( a . DEPTH _BUFFER _BIT ) ) , l = p ) ; m -- ; g = p } g !== l && ( xi ( a , b , g , l ) , a . clear ( a . DEPTH _BUFFER _BIT ) ) ; g = l = n } } d || ( a . disable ( a . DEPTH _TEST ) , a . clear ( a . DEPTH _BUFFER _BIT ) , a . depthMask ( f ) , a . depthFunc ( e ) ) } ;
k . ve = function ( a , b , c , d , e ) { var f , g ; var h = this . i . length - 2 ; var l = this . i [ h + 1 ] ; for ( f = this . c . length - 1 ; 0 <= f ; -- f ) { var m = this . u [ f ] ; a . uniform4fv ( this . v . B , m ) ; for ( g = this . c [ f ] ; 0 <= h && this . i [ h ] >= g ; ) { m = this . i [ h ] ; var n = this . f [ h ] ; var p = w ( n ) . toString ( ) ; if ( void 0 === c [ p ] && n . V ( ) && ( void 0 === e || qb ( e , n . V ( ) . G ( ) ) ) && ( a . clear ( a . COLOR _BUFFER _BIT | a . DEPTH _BUFFER _BIT ) , xi ( a , b , m , l ) , l = d ( n ) ) ) return l ; h -- ; l = m } } } ;
k . Ma = function ( a , b ) { a = a ? a . b : [ 0 , 0 , 0 , 0 ] ; a instanceof CanvasGradient || a instanceof CanvasPattern ? a = yi : a = ed ( a ) . map ( function ( a , b ) { return 3 != b ? a / 255 : a } ) || yi ; this . j . fillColor && pa ( a , this . j . fillColor ) || ( this . j . fillColor = a , this . j . s = ! 0 , this . u . push ( a ) ) ; b ? this . g . Ma ( null , b ) : this . g . Ma ( null , new wj ( { color : [ 0 , 0 , 0 , 0 ] , lineWidth : 0 } ) ) } ; function ck ( ) { } ck . prototype . La = function ( ) { } ; function dk ( a , b , c ) { this . f = b ; this . g = a ; this . c = c ; this . a = { } } v ( dk , ki ) ; function ek ( a , b ) { var c = [ ] , d ; for ( d in a . a ) { var e = a . a [ d ] , f ; for ( f in e ) c . push ( e [ f ] . Eb ( b ) ) } return function ( ) { for ( var a = c . length , b , d = 0 ; d < a ; d ++ ) b = c [ d ] . apply ( this , arguments ) ; return b } } function fk ( a , b ) { for ( var c in a . a ) { var d = a . a [ c ] , e ; for ( e in d ) d [ e ] . Db ( b ) } } dk . prototype . b = function ( a , b ) { var c = void 0 !== a ? a . toString ( ) : "0" ; a = this . a [ c ] ; void 0 === a && ( a = { } , this . a [ c ] = a ) ; c = a [ b ] ; void 0 === c && ( c = new gk [ b ] ( this . g , this . f ) , a [ b ] = c ) ; return c } ;
dk . prototype . i = function ( ) { return wb ( this . a ) } ; dk . prototype . La = function ( a , b , c , d , e , f , g , h ) { var l = Object . keys ( this . a ) . map ( Number ) ; l . sort ( ia ) ; var m , n ; var p = 0 ; for ( m = l . length ; p < m ; ++ p ) { var q = this . a [ l [ p ] . toString ( ) ] ; var r = 0 ; for ( n = ji . length ; r < n ; ++ r ) { var u = q [ ji [ r ] ] ; void 0 !== u && u . La ( a , b , c , d , e , f , g , h , void 0 , ! 1 ) } } } ;
function hk ( a , b , c , d , e , f , g , h , l , m , n ) { var p = ik , q = Object . keys ( a . a ) . map ( Number ) ; q . sort ( function ( a , b ) { return b - a } ) ; var r , u ; var x = 0 ; for ( r = q . length ; x < r ; ++ x ) { var B = a . a [ q [ x ] . toString ( ) ] ; for ( u = ji . length - 1 ; 0 <= u ; -- u ) { var E = B [ ji [ u ] ] ; if ( void 0 !== E && ( E = E . La ( b , c , d , e , p , f , g , h , l , m , n ) ) ) return E } } }
dk . prototype . Ea = function ( a , b , c , d , e , f , g , h , l , m ) { var n = b . b ; n . bindFramebuffer ( n . FRAMEBUFFER , Pi ( b ) ) ; var p ; void 0 !== this . c && ( p = Qa ( Za ( a ) , d * this . c ) ) ; return hk ( this , b , a , d , e , g , h , l , function ( a ) { var b = new Uint8Array ( 4 ) ; n . readPixels ( 0 , 0 , 1 , 1 , n . RGBA , n . UNSIGNED _BYTE , b ) ; if ( 0 < b [ 3 ] && ( a = m ( a ) ) ) return a } , ! 0 , p ) } ;
function jk ( a , b , c , d , e , f , g , h ) { var l = c . b ; l . bindFramebuffer ( l . FRAMEBUFFER , Pi ( c ) ) ; return void 0 !== hk ( a , c , b , d , e , f , g , h , function ( ) { var a = new Uint8Array ( 4 ) ; l . readPixels ( 0 , 0 , 1 , 1 , l . RGBA , l . UNSIGNED _BYTE , a ) ; return 0 < a [ 3 ] } , ! 1 ) } var ik = [ 1 , 1 ] , gk = { Circle : Fi , Image : Ui , LineString : cj , Polygon : Mj , Text : ck } ; function kk ( a , b , c , d , e , f , g ) { this . b = a ; this . i = b ; this . a = f ; this . c = g ; this . j = e ; this . g = d ; this . f = c ; this . o = this . l = this . v = null } v ( kk , Wh ) ; k = kk . prototype ; k . rd = function ( a ) { this . Ma ( a . Fa ( ) , a . Ga ( ) ) ; this . Ub ( a . Y ( ) ) } ;
k . zb = function ( a ) { switch ( a . U ( ) ) { case "Point" : this . qc ( a , null ) ; break ; case "LineString" : this . mc ( a , null ) ; break ; case "Polygon" : this . rc ( a , null ) ; break ; case "MultiPoint" : this . oc ( a , null ) ; break ; case "MultiLineString" : this . nc ( a , null ) ; break ; case "MultiPolygon" : this . pc ( a , null ) ; break ; case "GeometryCollection" : this . ue ( a , null ) ; break ; case "Circle" : this . Zb ( a , null ) } } ; k . te = function ( a , b ) { ( a = ( 0 , b . Za ) ( a ) ) && qb ( this . a , a . G ( ) ) && ( this . rd ( b ) , this . zb ( a ) ) } ; k . ue = function ( a ) { a = a . a ; var b ; var c = 0 ; for ( b = a . length ; c < b ; ++ c ) this . zb ( a [ c ] ) } ;
k . qc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "Image" ) ; d . Ub ( this . v ) ; d . qc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ; k . oc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "Image" ) ; d . Ub ( this . v ) ; d . oc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ;
k . mc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "LineString" ) ; d . Ma ( null , this . o ) ; d . mc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ; k . nc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "LineString" ) ; d . Ma ( null , this . o ) ; d . nc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ;
k . rc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "Polygon" ) ; d . Ma ( this . l , this . o ) ; d . rc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ; k . pc = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "Polygon" ) ; d . Ma ( this . l , this . o ) ; d . pc ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ;
k . Zb = function ( a , b ) { var c = this . b , d = ( new dk ( 1 , this . a ) ) . b ( 0 , "Circle" ) ; d . Ma ( this . l , this . o ) ; d . Zb ( a , b ) ; d . Db ( c ) ; d . La ( this . b , this . i , this . f , this . g , this . j , this . c , 1 , { } , void 0 , ! 1 ) ; d . Eb ( c ) ( ) } ; k . Ub = function ( a ) { this . v = a } ; k . Ma = function ( a , b ) { this . l = a ; this . o = b } ; function lk ( ) { this . c = 0 ; this . b = { } ; this . i = this . a = null } k = lk . prototype ; k . clear = function ( ) { this . c = 0 ; this . b = { } ; this . i = this . a = null } ; k . forEach = function ( a , b ) { for ( var c = this . a ; c ; ) a . call ( b , c . Yc , c . uc , this ) , c = c . Nb } ; k . get = function ( a ) { a = this . b [ a ] ; xa ( ! ! a , 15 ) ; if ( a === this . i ) return a . Yc ; a === this . a ? ( this . a = this . a . Nb , this . a . vd = null ) : ( a . Nb . vd = a . vd , a . vd . Nb = a . Nb ) ; a . Nb = null ; a . vd = this . i ; this . i = this . i . Nb = a ; return a . Yc } ;
k . pop = function ( ) { var a = this . a ; delete this . b [ a . uc ] ; a . Nb && ( a . Nb . vd = null ) ; this . a = a . Nb ; this . a || ( this . i = null ) ; -- this . c ; return a . Yc } ; k . replace = function ( a , b ) { this . get ( a ) ; this . b [ a ] . Yc = b } ; k . set = function ( a , b ) { xa ( ! ( a in this . b ) , 16 ) ; b = { uc : a , Nb : null , vd : this . i , Yc : b } ; this . i ? this . i . Nb = b : this . a = b ; this . i = b ; this . b [ a ] = b ; ++ this . c } ; function mk ( a , b ) { Mh . call ( this , 0 , b ) ; this . b = document . createElement ( "CANVAS" ) ; this . b . style . width = "100%" ; this . b . style . height = "100%" ; this . b . style . display = "block" ; this . b . className = "ol-unselectable" ; a . insertBefore ( this . b , a . childNodes [ 0 ] || null ) ; this . S = this . D = 0 ; this . C = jd ( ) ; this . l = ! 0 ; this . i = Ld ( this . b , { antialias : ! 0 , depth : ! 0 , failIfMajorPerformanceCaveat : ! 0 , preserveDrawingBuffer : ! 1 , stencil : ! 0 } ) ; this . f = new Oi ( this . b , this . i ) ; y ( this . b , "webglcontextlost" , this . Yn , this ) ; y ( this . b , "webglcontextrestored" , this . Zn , this ) ;
this . a = new lk ; this . u = null ; this . j = new Ke ( function ( a ) { var b = a [ 1 ] ; a = a [ 2 ] ; var c = b [ 0 ] - this . u [ 0 ] , b = b [ 1 ] - this . u [ 1 ] ; return 65536 * Math . log ( a ) + Math . sqrt ( c * c + b * b ) / a } . bind ( this ) , function ( a ) { return a [ 0 ] . bb ( ) } ) ; this . B = function ( ) { if ( this . j . b . length ) { Oe ( this . j ) ; var a = Le ( this . j ) ; nk ( this , a [ 0 ] , a [ 3 ] , a [ 4 ] ) } return ! 1 } . bind ( this ) ; this . g = 0 ; ok ( this ) } v ( mk , Mh ) ;
function nk ( a , b , c , d ) { var e = a . i , f = b . bb ( ) ; if ( a . a . b . hasOwnProperty ( f ) ) a = a . a . get ( f ) , e . bindTexture ( 3553 , a . Ib ) , 9729 != a . Ph && ( e . texParameteri ( 3553 , 10240 , 9729 ) , a . Ph = 9729 ) , 9729 != a . Rh && ( e . texParameteri ( 3553 , 10241 , 9729 ) , a . Rh = 9729 ) ; else { var g = e . createTexture ( ) ; e . bindTexture ( 3553 , g ) ; if ( 0 < d ) { var h = a . C . canvas , l = a . C ; a . D !== c [ 0 ] || a . S !== c [ 1 ] ? ( h . width = c [ 0 ] , h . height = c [ 1 ] , a . D = c [ 0 ] , a . S = c [ 1 ] ) : l . clearRect ( 0 , 0 , c [ 0 ] , c [ 1 ] ) ; l . drawImage ( b . Y ( ) , d , d , c [ 0 ] , c [ 1 ] , 0 , 0 , c [ 0 ] , c [ 1 ] ) ; e . texImage2D ( 3553 , 0 , 6408 , 6408 , 5121 , h ) } else e . texImage2D ( 3553 ,
0 , 6408 , 6408 , 5121 , b . Y ( ) ) ; e . texParameteri ( 3553 , 10240 , 9729 ) ; e . texParameteri ( 3553 , 10241 , 9729 ) ; e . texParameteri ( 3553 , 10242 , 33071 ) ; e . texParameteri ( 3553 , 10243 , 33071 ) ; a . a . set ( f , { Ib : g , Ph : 9729 , Rh : 9729 } ) } } function pk ( a , b , c ) { var d = a . o ; if ( Rc ( d , b ) ) { a = a . f ; var e = c . viewState ; d . b ( new Rh ( b , new kk ( a , e . center , e . resolution , e . rotation , c . size , c . extent , c . pixelRatio ) , c , null , a ) ) } } k = mk . prototype ; k . ka = function ( ) { var a = this . i ; a . isContextLost ( ) || this . a . forEach ( function ( b ) { b && a . deleteTexture ( b . Ib ) } ) ; Nc ( this . f ) ; Mh . prototype . ka . call ( this ) } ;
k . xk = function ( a , b ) { a = this . i ; for ( var c ; 1024 < this . a . c - this . g ; ) { if ( c = this . a . a . Yc ) a . deleteTexture ( c . Ib ) ; else if ( + this . a . a . uc == b . index ) break ; else -- this . g ; this . a . pop ( ) } } ; k . U = function ( ) { return "webgl" } ; k . Yn = function ( a ) { a . preventDefault ( ) ; this . a . clear ( ) ; this . g = 0 ; a = this . c ; for ( var b in a ) a [ b ] . mg ( ) } ; k . Zn = function ( ) { ok ( this ) ; this . o . render ( ) } ; function ok ( a ) { a = a . i ; a . activeTexture ( 33984 ) ; a . blendFuncSeparate ( 770 , 771 , 1 , 771 ) ; a . disable ( 2884 ) ; a . disable ( 2929 ) ; a . disable ( 3089 ) ; a . disable ( 2960 ) }
k . Jg = function ( a ) { var b = this . f , c = this . i ; if ( c . isContextLost ( ) ) return ! 1 ; if ( ! a ) return this . l && ( this . b . style . display = "none" , this . l = ! 1 ) , ! 1 ; this . u = a . focus ; this . a . set ( ( - a . index ) . toString ( ) , null ) ; ++ this . g ; pk ( this , "precompose" , a ) ; var d = [ ] , e = a . layerStatesArray ; qa ( e ) ; var f = a . viewState . resolution , g ; var h = 0 ; for ( g = e . length ; h < g ; ++ h ) { var l = e [ h ] ; if ( xh ( l , f ) && "ready" == l . yj ) { var m = Ph ( this , l . layer ) ; m . ng ( a , l , b ) && d . push ( l ) } } e = a . size [ 0 ] * a . pixelRatio ; f = a . size [ 1 ] * a . pixelRatio ; if ( this . b . width != e || this . b . height != f ) this . b . width =
e , this . b . height = f ; c . bindFramebuffer ( 36160 , null ) ; c . clearColor ( 0 , 0 , 0 , 0 ) ; c . clear ( 16384 ) ; c . enable ( 3042 ) ; c . viewport ( 0 , 0 , this . b . width , this . b . height ) ; h = 0 ; for ( g = d . length ; h < g ; ++ h ) l = d [ h ] , m = Ph ( this , l . layer ) , m . Gi ( a , l , b ) ; this . l || ( this . b . style . display = "" , this . l = ! 0 ) ; Nh ( a ) ; 1024 < this . a . c - this . g && a . postRenderFunctions . push ( this . xk . bind ( this ) ) ; this . j . b . length && ( a . postRenderFunctions . push ( this . B ) , a . animate = ! 0 ) ; pk ( this , "postcompose" , a ) ; Qh ( this , a ) ; a . postRenderFunctions . push ( Oh ) } ;
k . Ea = function ( a , b , c , d , e , f , g ) { if ( this . i . isContextLost ( ) ) return ! 1 ; var h = b . viewState , l = b . layerStatesArray , m ; for ( m = l . length - 1 ; 0 <= m ; -- m ) { var n = l [ m ] ; var p = n . layer ; if ( xh ( n , h . resolution ) && f . call ( g , p ) && ( n = Ph ( this , p ) . Ea ( a , b , c , d , e ) ) ) return n } } ; k . Ei = function ( a , b , c , d , e ) { c = ! 1 ; if ( this . i . isContextLost ( ) ) return ! 1 ; var f = b . viewState , g = b . layerStatesArray , h ; for ( h = g . length - 1 ; 0 <= h ; -- h ) { var l = g [ h ] , m = l . layer ; if ( xh ( l , f . resolution ) && d . call ( e , m ) && ( c = Ph ( this , m ) . Ue ( a , b ) ) ) return ! 0 } return c } ;
k . Di = function ( a , b , c , d , e ) { if ( this . i . isContextLost ( ) ) return ! 1 ; var f = b . viewState , g = b . layerStatesArray , h ; for ( h = g . length - 1 ; 0 <= h ; -- h ) { var l = g [ h ] ; var m = l . layer ; if ( xh ( l , f . resolution ) && e . call ( d , m ) && ( l = Ph ( this , m ) . lg ( a , b , c , d ) ) ) return l } } ; var qk = [ "canvas" , "webgl" ] ;
function G ( a ) { Tc . call ( this ) ; var b = rk ( a ) ; this . Cf = void 0 !== a . loadTilesWhileAnimating ? a . loadTilesWhileAnimating : ! 1 ; this . Df = void 0 !== a . loadTilesWhileInteracting ? a . loadTilesWhileInteracting : ! 1 ; this . If = void 0 !== a . pixelRatio ? a . pixelRatio : Sd ; this . yf = b . logos ; this . pa = function ( ) { this . j = void 0 ; this . Sp . call ( this , Date . now ( ) ) } . bind ( this ) ; this . Yb = Bh ( ) ; this . Jf = Bh ( ) ; this . ad = 0 ; this . I = this . R = this . T = this . g = this . c = null ; this . a = document . createElement ( "DIV" ) ; this . a . className = "ol-viewport" + ( Xd ? " ol-touch" : "" ) ; this . a . style . position =
"relative" ; this . a . style . overflow = "hidden" ; this . a . style . width = "100%" ; this . a . style . height = "100%" ; this . a . style . msTouchAction = "none" ; this . a . style . touchAction = "none" ; this . C = document . createElement ( "DIV" ) ; this . C . className = "ol-overlaycontainer" ; this . a . appendChild ( this . C ) ; this . D = document . createElement ( "DIV" ) ; this . D . className = "ol-overlaycontainer-stopevent" ; for ( var c = "click dblclick mousedown touchstart MSPointerDown pointerdown mousewheel wheel" . split ( " " ) , d = 0 , e = c . length ; d < e ; ++ d ) y ( this . D , c [ d ] , Pc ) ; this . a . appendChild ( this . D ) ;
this . Sa = new Fe ( this , a . moveTolerance ) ; for ( var f in de ) y ( this . Sa , de [ f ] , this . Ih , this ) ; this . va = b . keyboardEventTarget ; this . u = null ; y ( this . a , "wheel" , this . ld , this ) ; y ( this . a , "mousewheel" , this . ld , this ) ; this . l = b . controls ; this . o = b . interactions ; this . v = b . overlays ; this . rg = { } ; this . B = new b . Up ( this . a , this ) ; this . na = null ; this . xb = [ ] ; this . $a = new Pe ( this . ql . bind ( this ) , this . Wl . bind ( this ) ) ; this . fa = { } ; y ( this , Vc ( "layergroup" ) , this . El , this ) ; y ( this , Vc ( "view" ) , this . Xl , this ) ; y ( this , Vc ( "size" ) , this . Tl , this ) ; y ( this , Vc ( "target" ) ,
this . Vl , this ) ; this . H ( b . values ) ; this . l . forEach ( function ( a ) { a . setMap ( this ) } , this ) ; y ( this . l , "add" , function ( a ) { a . element . setMap ( this ) } , this ) ; y ( this . l , "remove" , function ( a ) { a . element . setMap ( null ) } , this ) ; this . o . forEach ( function ( a ) { a . setMap ( this ) } , this ) ; y ( this . o , "add" , function ( a ) { a . element . setMap ( this ) } , this ) ; y ( this . o , "remove" , function ( a ) { a . element . setMap ( null ) } , this ) ; this . v . forEach ( this . kh , this ) ; y ( this . v , "add" , function ( a ) { this . kh ( a . element ) } , this ) ; y ( this . v , "remove" , function ( a ) { var b = a . element . g ; void 0 !==
b && delete this . rg [ b . toString ( ) ] ; a . element . setMap ( null ) } , this ) } v ( G , Tc ) ; k = G . prototype ; k . kk = function ( a ) { this . l . push ( a ) } ; k . lk = function ( a ) { this . o . push ( a ) } ; k . ih = function ( a ) { this . Kc ( ) . qd ( ) . push ( a ) } ; k . jh = function ( a ) { this . v . push ( a ) } ; k . kh = function ( a ) { var b = a . g ; void 0 !== b && ( this . rg [ b . toString ( ) ] = a ) ; a . setMap ( this ) } ;
k . ka = function ( ) { Nc ( this . Sa ) ; Nc ( this . B ) ; Kc ( this . a , "wheel" , this . ld , this ) ; Kc ( this . a , "mousewheel" , this . ld , this ) ; this . f && ( window . removeEventListener ( "resize" , this . f , ! 1 ) , this . f = void 0 ) ; this . j && ( cancelAnimationFrame ( this . j ) , this . j = void 0 ) ; this . Le ( null ) ; Tc . prototype . ka . call ( this ) } ; k . we = function ( a , b , c ) { if ( this . c ) return a = this . Wa ( a ) , c = c ? c : { } , this . B . Ea ( a , this . c , void 0 !== c . hitTolerance ? c . hitTolerance * this . c . pixelRatio : 0 , b , null , c . layerFilter ? c . layerFilter : mf , null ) } ;
k . Im = function ( a , b , c , d , e ) { if ( this . c ) return this . B . Di ( a , this . c , b , void 0 !== c ? c : null , d ? d : mf , void 0 !== e ? e : null ) } ; k . Yl = function ( a , b ) { if ( ! this . c ) return ! 1 ; a = this . Wa ( a ) ; b = b ? b : { } ; return this . B . Ei ( a , this . c , void 0 !== b . hitTolerance ? b . hitTolerance * this . c . pixelRatio : 0 , b . layerFilter ? b . layerFilter : mf , null ) } ; k . Tf = function ( a ) { return this . Wa ( this . xe ( a ) ) } ; k . xe = function ( a ) { var b = this . a . getBoundingClientRect ( ) ; a = a . changedTouches ? a . changedTouches [ 0 ] : a ; return [ a . clientX - b . left , a . clientY - b . top ] } ; k . ag = function ( ) { return this . get ( "target" ) } ;
k . jd = function ( ) { var a = this . ag ( ) ; return void 0 !== a ? "string" === typeof a ? document . getElementById ( a ) : a : null } ; k . Wa = function ( a ) { var b = this . c ; return b ? Gh ( b . pixelToCoordinateTransform , a . slice ( ) ) : null } ; k . Lk = function ( ) { return this . l } ; k . fl = function ( ) { return this . v } ; k . el = function ( a ) { a = this . rg [ a . toString ( ) ] ; return void 0 !== a ? a : null } ; k . Sk = function ( ) { return this . o } ; k . Kc = function ( ) { return this . get ( "layergroup" ) } ; k . Xh = function ( ) { return this . Kc ( ) . qd ( ) } ;
k . Ja = function ( a ) { var b = this . c ; return b ? Gh ( b . coordinateToPixelTransform , a . slice ( 0 , 2 ) ) : null } ; k . Ob = function ( ) { return this . get ( "size" ) } ; k . Z = function ( ) { return this . get ( "view" ) } ; k . sl = function ( ) { return this . a } ; k . ql = function ( a , b , c , d ) { var e = this . c ; if ( ! ( e && b in e . wantedTiles && e . wantedTiles [ b ] [ a . bb ( ) ] ) ) return Infinity ; a = c [ 0 ] - e . focus [ 0 ] ; c = c [ 1 ] - e . focus [ 1 ] ; return 65536 * Math . log ( d ) + Math . sqrt ( a * a + c * c ) / d } ; k . ld = function ( a , b ) { a = new Jd ( b || a . type , this , a ) ; this . Ih ( a ) } ;
k . Ih = function ( a ) { if ( this . c ) { this . na = a . coordinate ; a . frameState = this . c ; var b = this . o . a , c ; if ( ! 1 !== this . b ( a ) ) for ( c = b . length - 1 ; 0 <= c ; c -- ) { var d = b [ c ] ; if ( d . c ( ) && ! d . handleEvent ( a ) ) break } } } ; k . Rl = function ( ) { var a = this . c , b = this . $a ; if ( b . b . length ) { var c = 16 , d = c ; if ( a ) { var e = a . viewHints ; e [ 0 ] && ( c = this . Cf ? 8 : 0 , d = 2 ) ; e [ 1 ] && ( c = this . Df ? 8 : 0 , d = 2 ) } b . j < c && ( Oe ( b ) , Qe ( b , c , d ) ) } b = this . xb ; c = 0 ; for ( d = b . length ; c < d ; ++ c ) b [ c ] ( this , a ) ; b . length = 0 } ; k . Tl = function ( ) { this . render ( ) } ;
k . Vl = function ( ) { var a ; this . ag ( ) && ( a = this . jd ( ) ) ; if ( this . u ) { for ( var b = 0 , c = this . u . length ; b < c ; ++ b ) Ec ( this . u [ b ] ) ; this . u = null } a ? ( a . appendChild ( this . a ) , a = this . va ? this . va : a , this . u = [ y ( a , "keydown" , this . ld , this ) , y ( a , "keypress" , this . ld , this ) ] , this . f || ( this . f = this . Ad . bind ( this ) , window . addEventListener ( "resize" , this . f , ! 1 ) ) ) : ( ld ( this . a ) , this . f && ( window . removeEventListener ( "resize" , this . f , ! 1 ) , this . f = void 0 ) ) ; this . Ad ( ) } ; k . Wl = function ( ) { this . render ( ) } ; k . Lh = function ( ) { this . render ( ) } ;
k . Xl = function ( ) { this . T && ( Ec ( this . T ) , this . T = null ) ; this . R && ( Ec ( this . R ) , this . R = null ) ; var a = this . Z ( ) ; a && ( this . a . setAttribute ( "data-view" , w ( a ) ) , this . T = y ( a , "propertychange" , this . Lh , this ) , this . R = y ( a , "change" , this . Lh , this ) ) ; this . render ( ) } ; k . El = function ( ) { this . I && ( this . I . forEach ( Ec ) , this . I = null ) ; var a = this . Kc ( ) ; a && ( this . I = [ y ( a , "propertychange" , this . render , this ) , y ( a , "change" , this . render , this ) ] ) ; this . render ( ) } ; k . Tp = function ( ) { this . j && cancelAnimationFrame ( this . j ) ; this . pa ( ) } ;
k . render = function ( ) { void 0 === this . j && ( this . j = requestAnimationFrame ( this . pa ) ) } ; k . Mp = function ( a ) { return this . l . remove ( a ) } ; k . Np = function ( a ) { return this . o . remove ( a ) } ; k . Pp = function ( a ) { return this . Kc ( ) . qd ( ) . remove ( a ) } ; k . Qp = function ( a ) { return this . v . remove ( a ) } ;
k . Sp = function ( a ) { var b , c = this . Ob ( ) , d = this . Z ( ) , e = Oa ( ) , f = this . c , g = null ; if ( void 0 !== c && 0 < c [ 0 ] && 0 < c [ 1 ] && d && jg ( d ) ) { var g = dg ( d , this . c ? this . c . viewHints : void 0 ) , h = this . Kc ( ) . Yf ( ) , l = { } ; var m = 0 ; for ( b = h . length ; m < b ; ++ m ) l [ w ( h [ m ] . layer ) ] = h [ m ] ; m = d . getState ( ) ; g = { animate : ! 1 , attributions : { } , coordinateToPixelTransform : this . Yb , extent : e , focus : this . na ? this . na : m . center , index : this . ad ++ , layerStates : l , layerStatesArray : h , logos : tb ( { } , this . yf ) , pixelRatio : this . If , pixelToCoordinateTransform : this . Jf , postRenderFunctions : [ ] , size : c ,
skippedFeatureUids : this . fa , tileQueue : this . $a , time : a , usedTiles : { } , viewState : m , viewHints : g , wantedTiles : { } } } g && ( g . extent = ob ( m . center , m . resolution , m . rotation , g . size , e ) ) ; this . c = g ; this . B . Jg ( g ) ; g && ( g . animate && this . render ( ) , Array . prototype . push . apply ( this . xb , g . postRenderFunctions ) , ! f || this . g && ( kb ( this . g ) || bb ( g . extent , this . g ) ) || ( this . b ( new Id ( "movestart" , this , f ) ) , this . g = Ya ( this . g ) ) , ! this . g || g . viewHints [ 0 ] || g . viewHints [ 1 ] || bb ( g . extent , this . g ) || ( this . b ( new Id ( "moveend" , this , g ) ) , Ra ( g . extent , this . g ) ) ) ; this . b ( new Id ( "postrender" ,
this , g ) ) ; setTimeout ( this . Rl . bind ( this ) , 0 ) } ; k . qj = function ( a ) { this . set ( "layergroup" , a ) } ; k . Qg = function ( a ) { this . set ( "size" , a ) } ; k . Le = function ( a ) { this . set ( "target" , a ) } ; k . iq = function ( a ) { this . set ( "view" , a ) } ; k . xj = function ( a ) { a = w ( a ) . toString ( ) ; this . fa [ a ] = ! 0 ; this . render ( ) } ;
k . Ad = function ( ) { var a = this . jd ( ) ; if ( a ) { var b = getComputedStyle ( a ) ; this . Qg ( [ a . offsetWidth - parseFloat ( b . borderLeftWidth ) - parseFloat ( b . paddingLeft ) - parseFloat ( b . paddingRight ) - parseFloat ( b . borderRightWidth ) , a . offsetHeight - parseFloat ( b . borderTopWidth ) - parseFloat ( b . paddingTop ) - parseFloat ( b . paddingBottom ) - parseFloat ( b . borderBottomWidth ) ] ) } else this . Qg ( void 0 ) } ; k . Cj = function ( a ) { a = w ( a ) . toString ( ) ; delete this . fa [ a ] ; this . render ( ) } ;
function rk ( a ) { var b = null ; void 0 !== a . keyboardEventTarget && ( b = "string" === typeof a . keyboardEventTarget ? document . getElementById ( a . keyboardEventTarget ) : a . keyboardEventTarget ) ; var c = { } , d = { } ; if ( void 0 === a . logo || "boolean" === typeof a . logo && a . logo ) d [ "data:image/png;base64,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" ] =
"https://openlayers.org/" ; else { var e = a . logo ; "string" === typeof e ? d [ e ] = "" : e instanceof HTMLElement ? d [ w ( e ) . toString ( ) ] = e : e && ( xa ( "string" == typeof e . href , 44 ) , xa ( "string" == typeof e . src , 45 ) , d [ e . src ] = e . href ) } e = a . layers instanceof uh ? a . layers : new uh ( { layers : a . layers } ) ; c . layergroup = e ; c . target = a . target ; c . view = void 0 !== a . view ? a . view : new F ; var e = Mh , f ; void 0 !== a . renderer ? ( Array . isArray ( a . renderer ) ? f = a . renderer : "string" === typeof a . renderer ? f = [ a . renderer ] : xa ( ! 1 , 46 ) , 0 <= f . indexOf ( "dom" ) && ( f = f . concat ( qk ) ) ) : f = qk ; var g ;
var h = 0 ; for ( g = f . length ; h < g ; ++ h ) { var l = f [ h ] ; if ( "canvas" == l ) { if ( Ud ) { e = hi ; break } } else if ( "webgl" == l && Md ) { e = mk ; break } } void 0 !== a . controls ? Array . isArray ( a . controls ) ? f = new Yc ( a . controls . slice ( ) ) : ( xa ( a . controls instanceof Yc , 47 ) , f = a . controls ) : f = xd ( ) ; void 0 !== a . interactions ? Array . isArray ( a . interactions ) ? h = new Yc ( a . interactions . slice ( ) ) : ( xa ( a . interactions instanceof Yc , 48 ) , h = a . interactions ) : h = qh ( ) ; void 0 !== a . overlays ? Array . isArray ( a . overlays ) ? a = new Yc ( a . overlays . slice ( ) ) : ( xa ( a . overlays instanceof Yc , 49 ) , a =
a . overlays ) : a = new Yc ; return { controls : f , interactions : h , keyboardEventTarget : b , logos : d , overlays : a , Up : e , values : c } } ; function sk ( a ) { Tc . call ( this ) ; this . g = a . id ; this . l = void 0 !== a . insertFirst ? a . insertFirst : ! 0 ; this . v = void 0 !== a . stopEvent ? a . stopEvent : ! 0 ; this . c = document . createElement ( "DIV" ) ; this . c . className = "ol-overlay-container ol-selectable" ; this . c . style . position = "absolute" ; this . autoPan = void 0 !== a . autoPan ? a . autoPan : ! 1 ; this . j = a . autoPanAnimation || { } ; this . o = void 0 !== a . autoPanMargin ? a . autoPanMargin : 20 ; this . a = { re : "" , Ie : "" , nf : "" , vf : "" , visible : ! 0 } ; this . f = null ; y ( this , Vc ( tk ) , this . zl , this ) ; y ( this , Vc ( uk ) , this . Jl , this ) ; y ( this , Vc ( vk ) ,
this . Nl , this ) ; y ( this , Vc ( wk ) , this . Pl , this ) ; y ( this , Vc ( xk ) , this . Ql , this ) ; void 0 !== a . element && this . lj ( a . element ) ; this . rj ( void 0 !== a . offset ? a . offset : [ 0 , 0 ] ) ; this . uj ( void 0 !== a . positioning ? a . positioning : "top-left" ) ; void 0 !== a . position && this . Ne ( a . position ) } v ( sk , Tc ) ; k = sk . prototype ; k . Rd = function ( ) { return this . get ( tk ) } ; k . Jm = function ( ) { return this . g } ; k . Me = function ( ) { return this . get ( uk ) } ; k . Dh = function ( ) { return this . get ( vk ) } ; k . Yh = function ( ) { return this . get ( wk ) } ; k . Eh = function ( ) { return this . get ( xk ) } ;
k . zl = function ( ) { for ( var a = this . c ; a . lastChild ; ) a . removeChild ( a . lastChild ) ; ( a = this . Rd ( ) ) && this . c . appendChild ( a ) } ; k . Jl = function ( ) { this . f && ( ld ( this . c ) , Ec ( this . f ) , this . f = null ) ; var a = this . Me ( ) ; a && ( this . f = y ( a , "postrender" , this . render , this ) , yk ( this ) , a = this . v ? a . D : a . C , this . l ? a . insertBefore ( this . c , a . childNodes [ 0 ] || null ) : a . appendChild ( this . c ) ) } ; k . render = function ( ) { yk ( this ) } ; k . Nl = function ( ) { yk ( this ) } ;
k . Pl = function ( ) { yk ( this ) ; if ( this . get ( wk ) && this . autoPan ) { var a = this . Me ( ) ; if ( a && a . jd ( ) ) { var b = zk ( a . jd ( ) , a . Ob ( ) ) , c = this . Rd ( ) , d = c . offsetWidth , e = getComputedStyle ( c ) , d = d + ( parseInt ( e . marginLeft , 10 ) + parseInt ( e . marginRight , 10 ) ) , e = c . offsetHeight , f = getComputedStyle ( c ) , e = e + ( parseInt ( f . marginTop , 10 ) + parseInt ( f . marginBottom , 10 ) ) , g = zk ( c , [ d , e ] ) , c = this . o ; Va ( b , g ) || ( d = g [ 0 ] - b [ 0 ] , e = b [ 2 ] - g [ 2 ] , f = g [ 1 ] - b [ 1 ] , g = b [ 3 ] - g [ 3 ] , b = [ 0 , 0 ] , 0 > d ? b [ 0 ] = d - c : 0 > e && ( b [ 0 ] = Math . abs ( e ) + c ) , 0 > f ? b [ 1 ] = f - c : 0 > g && ( b [ 1 ] = Math . abs ( g ) + c ) , 0 === b [ 0 ] && 0 === b [ 1 ] ) ||
( c = a . Z ( ) . wa ( ) , c = a . Ja ( c ) , b = [ c [ 0 ] + b [ 0 ] , c [ 1 ] + b [ 1 ] ] , a . Z ( ) . animate ( { center : a . Wa ( b ) , duration : this . j . duration , easing : this . j . easing } ) ) } } } ; k . Ql = function ( ) { yk ( this ) } ; k . lj = function ( a ) { this . set ( tk , a ) } ; k . setMap = function ( a ) { this . set ( uk , a ) } ; k . rj = function ( a ) { this . set ( vk , a ) } ; k . Ne = function ( a ) { this . set ( wk , a ) } ; function zk ( a , b ) { var c = a . getBoundingClientRect ( ) ; a = c . left + window . pageXOffset ; c = c . top + window . pageYOffset ; return [ a , c , a + b [ 0 ] , c + b [ 1 ] ] } k . uj = function ( a ) { this . set ( xk , a ) } ;
function Ak ( a , b ) { a . a . visible !== b && ( a . c . style . display = b ? "" : "none" , a . a . visible = b ) }
function yk ( a ) { var b = a . Me ( ) , c = a . Yh ( ) ; if ( b && b . c && c ) { var c = b . Ja ( c ) , d = b . Ob ( ) , b = a . c . style , e = a . Dh ( ) , f = a . Eh ( ) ; Ak ( a , ! 0 ) ; var g = e [ 0 ] , e = e [ 1 ] ; if ( "bottom-right" == f || "center-right" == f || "top-right" == f ) "" !== a . a . Ie && ( a . a . Ie = b . left = "" ) , g = Math . round ( d [ 0 ] - c [ 0 ] - g ) + "px" , a . a . nf != g && ( a . a . nf = b . right = g ) ; else { "" !== a . a . nf && ( a . a . nf = b . right = "" ) ; if ( "bottom-center" == f || "center-center" == f || "top-center" == f ) g -= a . c . offsetWidth / 2 ; g = Math . round ( c [ 0 ] + g ) + "px" ; a . a . Ie != g && ( a . a . Ie = b . left = g ) } if ( "bottom-left" == f || "bottom-center" == f || "bottom-right" ==
f ) "" !== a . a . vf && ( a . a . vf = b . top = "" ) , c = Math . round ( d [ 1 ] - c [ 1 ] - e ) + "px" , a . a . re != c && ( a . a . re = b . bottom = c ) ; else { "" !== a . a . re && ( a . a . re = b . bottom = "" ) ; if ( "center-left" == f || "center-center" == f || "center-right" == f ) e -= a . c . offsetHeight / 2 ; c = Math . round ( c [ 1 ] + e ) + "px" ; a . a . vf != c && ( a . a . vf = b . top = c ) } } else Ak ( a , ! 1 ) } var tk = "element" , uk = "map" , vk = "offset" , wk = "position" , xk = "positioning" ; function Bk ( a ) { function b ( a ) { a = h . Tf ( a ) ; l . a . Z ( ) . ob ( a ) ; window . removeEventListener ( "mousemove" , c ) ; window . removeEventListener ( "mouseup" , b ) } function c ( a ) { a = h . Tf ( { clientX : a . clientX - n . offsetWidth / 2 , clientY : a . clientY + n . offsetHeight / 2 } ) ; m . Ne ( a ) } a = a ? a : { } ; this . j = void 0 !== a . collapsed ? a . collapsed : ! 0 ; this . o = void 0 !== a . collapsible ? a . collapsible : ! 0 ; this . o || ( this . j = ! 1 ) ; var d = void 0 !== a . className ? a . className : "ol-overviewmap" , e = void 0 !== a . tipLabel ? a . tipLabel : "Overview map" , f = void 0 !== a . collapseLabel ? a . collapseLabel :
"\u00ab" ; "string" === typeof f ? ( this . u = document . createElement ( "span" ) , this . u . textContent = f ) : this . u = f ; f = void 0 !== a . label ? a . label : "\u00bb" ; "string" === typeof f ? ( this . D = document . createElement ( "span" ) , this . D . textContent = f ) : this . D = f ; var g = this . o && ! this . j ? this . u : this . D , f = document . createElement ( "button" ) ; f . setAttribute ( "type" , "button" ) ; f . title = e ; f . appendChild ( g ) ; y ( f , "click" , this . an , this ) ; this . C = document . createElement ( "DIV" ) ; this . C . className = "ol-overviewmap-map" ; var h = this . c = new G ( { controls : new Yc , interactions : new Yc ,
view : a . view } ) ; a . layers && a . layers . forEach ( function ( a ) { h . ih ( a ) } , this ) ; e = document . createElement ( "DIV" ) ; e . className = "ol-overviewmap-box" ; e . style . boxSizing = "border-box" ; this . l = new sk ( { position : [ 0 , 0 ] , positioning : "bottom-left" , element : e } ) ; this . c . jh ( this . l ) ; e = document . createElement ( "div" ) ; e . className = d + " ol-unselectable ol-control" + ( this . j && this . o ? " ol-collapsed" : "" ) + ( this . o ? "" : " ol-uncollapsible" ) ; e . appendChild ( this . C ) ; e . appendChild ( f ) ; md . call ( this , { element : e , render : a . render ? a . render : Ck , target : a . target } ) ;
var l = this , m = this . l , n = this . l . Rd ( ) ; n . addEventListener ( "mousedown" , function ( ) { window . addEventListener ( "mousemove" , c ) ; window . addEventListener ( "mouseup" , b ) } ) } v ( Bk , md ) ; k = Bk . prototype ; k . setMap = function ( a ) { var b = this . a ; a !== b && ( b && ( ( b = b . Z ( ) ) && Kc ( b , Vc ( "rotation" ) , this . Ge , this ) , this . c . Le ( null ) ) , md . prototype . setMap . call ( this , a ) , a && ( this . c . Le ( this . C ) , this . v . push ( y ( a , "propertychange" , this . Kl , this ) ) , this . c . Xh ( ) . dc ( ) || this . c . qj ( a . Kc ( ) ) , a = a . Z ( ) ) ) && ( y ( a , Vc ( "rotation" ) , this . Ge , this ) , jg ( a ) && ( this . c . Ad ( ) , Dk ( this ) ) ) } ;
k . Kl = function ( a ) { "view" === a . key && ( ( a = a . oldValue ) && Kc ( a , Vc ( "rotation" ) , this . Ge , this ) , a = this . a . Z ( ) , y ( a , Vc ( "rotation" ) , this . Ge , this ) ) } ; k . Ge = function ( ) { this . c . Z ( ) . Oe ( this . a . Z ( ) . Qa ( ) ) } ; function Ck ( ) { var a = this . a , b = this . c ; if ( a . c && b . c ) { var c = a . Ob ( ) , a = a . Z ( ) . dd ( c ) , d = b . Ob ( ) , c = b . Z ( ) . dd ( d ) , e = b . Ja ( ib ( a ) ) , f = b . Ja ( gb ( a ) ) , b = Math . abs ( e [ 0 ] - f [ 0 ] ) , e = Math . abs ( e [ 1 ] - f [ 1 ] ) , f = d [ 0 ] , d = d [ 1 ] ; b < . 1 * f || e < . 1 * d || b > . 75 * f || e > . 75 * d ? Dk ( this ) : Va ( c , a ) || ( a = this . c , c = this . a . Z ( ) , a . Z ( ) . ob ( c . wa ( ) ) ) } Ek ( this ) }
function Dk ( a ) { var b = a . a ; a = a . c ; var c = b . Ob ( ) , b = b . Z ( ) . dd ( c ) ; a = a . Z ( ) ; rb ( b , 1 / ( . 1 * Math . pow ( 2 , Math . log ( 7.5 ) / Math . LN2 / 2 ) ) ) ; a . Qf ( b ) } function Ek ( a ) { var b = a . a , c = a . c ; if ( b . c && c . c ) { var d = b . Ob ( ) , e = b . Z ( ) , f = c . Z ( ) , c = e . Qa ( ) , b = a . l , g = a . l . Rd ( ) , h = e . dd ( d ) , d = f . Pa ( ) , e = eb ( h ) , f = hb ( h ) ; if ( a = a . a . Z ( ) . wa ( ) ) { var l = [ e [ 0 ] - a [ 0 ] , e [ 1 ] - a [ 1 ] ] ; ef ( l , c ) ; Ze ( l , a ) } b . Ne ( l ) ; g && ( g . style . width = Math . abs ( ( e [ 0 ] - f [ 0 ] ) / d ) + "px" , g . style . height = Math . abs ( ( f [ 1 ] - e [ 1 ] ) / d ) + "px" ) } } k . an = function ( a ) { a . preventDefault ( ) ; Fk ( this ) } ;
function Fk ( a ) { a . element . classList . toggle ( "ol-collapsed" ) ; a . j ? kd ( a . u , a . D ) : kd ( a . D , a . u ) ; a . j = ! a . j ; var b = a . c ; a . j || b . c || ( b . Ad ( ) , Dk ( a ) , Jc ( b , "postrender" , function ( ) { Ek ( this ) } , a ) ) } k . $m = function ( ) { return this . o } ; k . cn = function ( a ) { this . o !== a && ( this . o = a , this . element . classList . toggle ( "ol-uncollapsible" ) , ! a && this . j && Fk ( this ) ) } ; k . bn = function ( a ) { this . o && this . j !== a && Fk ( this ) } ; k . Zm = function ( ) { return this . j } ; k . gl = function ( ) { return this . c } ; function Gk ( a ) { a = a ? a : { } ; var b = void 0 !== a . className ? a . className : "ol-scale-line" ; this . o = document . createElement ( "DIV" ) ; this . o . className = b + "-inner" ; this . c = document . createElement ( "DIV" ) ; this . c . className = b + " ol-unselectable" ; this . c . appendChild ( this . o ) ; this . u = null ; this . l = void 0 !== a . minWidth ? a . minWidth : 64 ; this . j = ! 1 ; this . B = void 0 ; this . D = "" ; md . call ( this , { element : this . c , render : a . render ? a . render : Hk , target : a . target } ) ; y ( this , Vc ( Ik ) , this . T , this ) ; this . I ( a . units || "metric" ) } v ( Gk , md ) ; var Jk = [ 1 , 2 , 5 ] ; Gk . prototype . C = function ( ) { return this . get ( Ik ) } ;
function Hk ( a ) { ( a = a . frameState ) ? this . u = a . viewState : this . u = null ; Kk ( this ) } Gk . prototype . T = function ( ) { Kk ( this ) } ; Gk . prototype . I = function ( a ) { this . set ( Ik , a ) } ;
function Kk ( a ) { var b = a . u ; if ( b ) { var c = b . projection , d = c . sc ( ) , b = Sb ( c , b . resolution , b . center ) * d , d = a . l * b , c = "" , e = a . C ( ) ; "degrees" == e ? ( c = zb . degrees , b /= c , d < c / 60 ? ( c = "\u2033" , b *= 3600 ) : d < c ? ( c = "\u2032" , b *= 60 ) : c = "\u00b0" ) : "imperial" == e ? . 9144 > d ? ( c = "in" , b /= . 0254 ) : 1609.344 > d ? ( c = "ft" , b /= . 3048 ) : ( c = "mi" , b /= 1609.344 ) : "nautical" == e ? ( b /= 1852 , c = "nm" ) : "metric" == e ? . 001 > d ? ( c = "\u03bcm" , b *= 1E6 ) : 1 > d ? ( c = "mm" , b *= 1E3 ) : 1E3 > d ? c = "m" : ( c = "km" , b /= 1E3 ) : "us" == e ? . 9144 > d ? ( c = "in" , b *= 39.37 ) : 1609.344 > d ? ( c = "ft" , b /= . 30480061 ) : ( c = "mi" , b /= 1609.3472 ) :
xa ( ! 1 , 33 ) ; for ( var e = 3 * Math . floor ( Math . log ( a . l * b ) / Math . log ( 10 ) ) , f ; ; ) { f = Jk [ ( e % 3 + 3 ) % 3 ] * Math . pow ( 10 , Math . floor ( e / 3 ) ) ; d = Math . round ( f / b ) ; if ( isNaN ( d ) ) { a . c . style . display = "none" ; a . j = ! 1 ; return } if ( d >= a . l ) break ; ++ e } b = f + " " + c ; a . D != b && ( a . o . innerHTML = b , a . D = b ) ; a . B != d && ( a . o . style . width = d + "px" , a . B = d ) ; a . j || ( a . c . style . display = "" , a . j = ! 0 ) } else a . j && ( a . c . style . display = "none" , a . j = ! 1 ) } var Ik = "units" ; function Lk ( a ) { a = a ? a : { } ; this . c = void 0 ; this . j = Mk ; this . D = this . l = 0 ; this . I = null ; this . na = ! 1 ; this . T = void 0 !== a . duration ? a . duration : 200 ; var b = void 0 !== a . className ? a . className : "ol-zoomslider" , c = document . createElement ( "button" ) ; c . setAttribute ( "type" , "button" ) ; c . className = b + "-thumb ol-unselectable" ; var d = document . createElement ( "div" ) ; d . className = b + " ol-unselectable ol-control" ; d . appendChild ( c ) ; this . o = new Ae ( d ) ; y ( this . o , "pointerdown" , this . yl , this ) ; y ( this . o , "pointermove" , this . wl , this ) ; y ( this . o , "pointerup" , this . xl ,
this ) ; y ( d , "click" , this . vl , this ) ; y ( c , "click" , Pc ) ; md . call ( this , { element : d , render : a . render ? a . render : Nk } ) } v ( Lk , md ) ; Lk . prototype . ka = function ( ) { Nc ( this . o ) ; md . prototype . ka . call ( this ) } ; var Mk = 0 ; k = Lk . prototype ; k . setMap = function ( a ) { md . prototype . setMap . call ( this , a ) ; a && a . render ( ) } ;
function Nk ( a ) { if ( a . frameState ) { if ( ! this . na ) { var b = this . element , c = b . offsetWidth , d = b . offsetHeight , e = b . firstElementChild , f = getComputedStyle ( e ) , b = e . offsetWidth + parseFloat ( f . marginRight ) + parseFloat ( f . marginLeft ) , e = e . offsetHeight + parseFloat ( f . marginTop ) + parseFloat ( f . marginBottom ) ; this . I = [ b , e ] ; c > d ? ( this . j = 1 , this . D = c - b ) : ( this . j = Mk , this . l = d - e ) ; this . na = ! 0 } a = a . frameState . viewState . resolution ; a !== this . c && ( this . c = a , Ok ( this , a ) ) } }
k . vl = function ( a ) { var b = this . a . Z ( ) ; a = Pk ( this , Ca ( 1 === this . j ? ( a . offsetX - this . I [ 0 ] / 2 ) / this . D : ( a . offsetY - this . I [ 1 ] / 2 ) / this . l , 0 , 1 ) ) ; b . animate ( { resolution : b . constrainResolution ( a ) , duration : this . T , easing : rd } ) } ; k . yl = function ( a ) { this . u || a . b . target !== this . element . firstElementChild || ( cg ( this . a . Z ( ) , 1 , 1 ) , this . C = a . clientX , this . B = a . clientY , this . u = ! 0 ) } ;
k . wl = function ( a ) { if ( this . u ) { var b = this . element . firstElementChild ; this . c = Pk ( this , Ca ( 1 === this . j ? ( a . clientX - this . C + parseInt ( b . style . left , 10 ) ) / this . D : ( a . clientY - this . B + parseInt ( b . style . top , 10 ) ) / this . l , 0 , 1 ) ) ; this . a . Z ( ) . Vc ( this . c ) ; Ok ( this , this . c ) ; this . C = a . clientX ; this . B = a . clientY } } ; k . xl = function ( ) { if ( this . u ) { var a = this . a . Z ( ) ; cg ( a , 1 , - 1 ) ; a . animate ( { resolution : a . constrainResolution ( this . c ) , duration : this . T , easing : rd } ) ; this . u = ! 1 ; this . B = this . C = void 0 } } ;
function Ok ( a , b ) { b = 1 - ig ( a . a . Z ( ) ) ( b ) ; var c = a . element . firstElementChild ; 1 == a . j ? c . style . left = a . D * b + "px" : c . style . top = a . l * b + "px" } function Pk ( a , b ) { return hg ( a . a . Z ( ) ) ( 1 - b ) } ; function Qk ( a ) { a = a ? a : { } ; this . c = a . extent ? a . extent : null ; var b = void 0 !== a . className ? a . className : "ol-zoom-extent" , c = void 0 !== a . label ? a . label : "E" , d = void 0 !== a . tipLabel ? a . tipLabel : "Fit to extent" , e = document . createElement ( "button" ) ; e . setAttribute ( "type" , "button" ) ; e . title = d ; e . appendChild ( "string" === typeof c ? document . createTextNode ( c ) : c ) ; y ( e , "click" , this . j , this ) ; c = document . createElement ( "div" ) ; c . className = b + " ol-unselectable ol-control" ; c . appendChild ( e ) ; md . call ( this , { element : c , target : a . target } ) } v ( Qk , md ) ;
Qk . prototype . j = function ( a ) { a . preventDefault ( ) ; a = this . a . Z ( ) ; var b = this . c ? this . c : a . v . G ( ) ; a . Qf ( b ) } ; function Rk ( a ) { Tc . call ( this ) ; a = a ? a : { } ; this . a = null ; y ( this , Vc ( Sk ) , this . vm , this ) ; this . gg ( void 0 !== a . tracking ? a . tracking : ! 1 ) } v ( Rk , Tc ) ; k = Rk . prototype ; k . ka = function ( ) { this . gg ( ! 1 ) ; Tc . prototype . ka . call ( this ) } ;
k . ap = function ( a ) { if ( null !== a . alpha ) { var b = Ha ( a . alpha ) ; this . set ( Tk , b ) ; "boolean" === typeof a . absolute && a . absolute ? this . set ( Uk , b ) : "number" === typeof a . webkitCompassHeading && - 1 != a . webkitCompassAccuracy && this . set ( Uk , Ha ( a . webkitCompassHeading ) ) } null !== a . beta && this . set ( Vk , Ha ( a . beta ) ) ; null !== a . gamma && this . set ( Wk , Ha ( a . gamma ) ) ; this . s ( ) } ; k . Fk = function ( ) { return this . get ( Tk ) } ; k . Ik = function ( ) { return this . get ( Vk ) } ; k . Ok = function ( ) { return this . get ( Wk ) } ; k . um = function ( ) { return this . get ( Uk ) } ; k . Th = function ( ) { return this . get ( Sk ) } ;
k . vm = function ( ) { if ( Vd ) { var a = this . Th ( ) ; a && ! this . a ? this . a = y ( window , "deviceorientation" , this . ap , this ) : a || null === this . a || ( Ec ( this . a ) , this . a = null ) } } ; k . gg = function ( a ) { this . set ( Sk , a ) } ; var Tk = "alpha" , Vk = "beta" , Wk = "gamma" , Uk = "heading" , Sk = "tracking" ; function Xk ( a ) { this . f = a . opacity ; this . l = a . rotateWithView ; this . g = a . rotation ; this . a = a . scale ; this . v = a . snapToPixel } k = Xk . prototype ; k . Ze = function ( ) { return this . f } ; k . $e = function ( ) { return this . l } ; k . af = function ( ) { return this . g } ; k . bf = function ( ) { return this . a } ; k . Ae = function ( ) { return this . v } ; k . td = function ( a ) { this . f = a } ; k . cf = function ( a ) { this . g = a } ; k . ud = function ( a ) { this . a = a } ; function Yk ( a ) { this . D = this . u = this . c = null ; this . Va = void 0 !== a . fill ? a . fill : null ; this . oa = [ 0 , 0 ] ; this . o = a . points ; this . b = void 0 !== a . radius ? a . radius : a . radius1 ; this . i = a . radius2 ; this . j = void 0 !== a . angle ? a . angle : 0 ; this . Ya = void 0 !== a . stroke ? a . stroke : null ; this . B = this . ra = this . C = null ; this . S = a . atlasManager ; Zk ( this , this . S ) ; Xk . call ( this , { opacity : 1 , rotateWithView : void 0 !== a . rotateWithView ? a . rotateWithView : ! 1 , rotation : void 0 !== a . rotation ? a . rotation : 0 , scale : 1 , snapToPixel : void 0 !== a . snapToPixel ? a . snapToPixel : ! 0 } ) }
v ( Yk , Xk ) ; k = Yk . prototype ; k . clone = function ( ) { var a = new Yk ( { fill : this . Fa ( ) ? this . Fa ( ) . clone ( ) : void 0 , points : this . o , radius : this . b , radius2 : this . i , angle : this . j , snapToPixel : this . v , stroke : this . Ga ( ) ? this . Ga ( ) . clone ( ) : void 0 , rotation : this . g , rotateWithView : this . l , atlasManager : this . S } ) ; a . td ( this . f ) ; a . ud ( this . a ) ; return a } ; k . Hc = function ( ) { return this . C } ; k . Pi = function ( ) { return this . j } ; k . Fa = function ( ) { return this . Va } ; k . qg = function ( ) { return this . D } ; k . Y = function ( ) { return this . u } ; k . ye = function ( ) { return this . B } ;
k . Ye = function ( ) { return 2 } ; k . Oc = function ( ) { return this . oa } ; k . Qi = function ( ) { return this . o } ; k . Ri = function ( ) { return this . b } ; k . Fh = function ( ) { return this . i } ; k . ic = function ( ) { return this . ra } ; k . Ga = function ( ) { return this . Ya } ; k . Nh = function ( ) { } ; k . load = function ( ) { } ; k . Bj = function ( ) { } ;
function Zk ( a , b ) { var c = "" , d = "" , e = 0 , f = null , g = 0 ; if ( a . Ya ) { var h = a . Ya . a ; null === h && ( h = Uh ) ; h = id ( h ) ; g = a . Ya . c ; void 0 === g && ( g = 1 ) ; f = a . Ya . i ; Td || ( f = null ) ; d = a . Ya . j ; void 0 === d && ( d = "round" ) ; c = a . Ya . f ; void 0 === c && ( c = "round" ) ; e = a . Ya . o ; void 0 === e && ( e = 10 ) } var l = 2 * ( a . b + g ) + 1 , c = { strokeStyle : h , zj : g , size : l , lineCap : c , lineDash : f , lineJoin : d , miterLimit : e } ; if ( void 0 === b ) { var m = jd ( l , l ) ; a . u = m . canvas ; b = l = a . u . width ; a . rh ( c , m , 0 , 0 ) ; a . Va ? a . D = a . u : ( m = jd ( c . size , c . size ) , a . D = m . canvas , a . qh ( c , m , 0 , 0 ) ) } else l = Math . round ( l ) , ( d = ! a . Va ) && ( m = a . qh . bind ( a ,
c ) ) , a . Ya ? ( e = a . Ya , void 0 === e . b && ( e . b = "s" , e . b = e . a ? "string" === typeof e . a ? e . b + e . a : e . b + w ( e . a ) . toString ( ) : e . b + "-" , e . b += "," + ( void 0 !== e . f ? e . f . toString ( ) : "-" ) + "," + ( e . i ? e . i . toString ( ) : "-" ) + "," + ( void 0 !== e . g ? e . g : "-" ) + "," + ( void 0 !== e . j ? e . j : "-" ) + "," + ( void 0 !== e . o ? e . o . toString ( ) : "-" ) + "," + ( void 0 !== e . c ? e . c . toString ( ) : "-" ) ) , e = e . b ) : e = "-" , a . Va ? ( f = a . Va , void 0 === f . a && ( f . a = f . b instanceof CanvasPattern || f . b instanceof CanvasGradient ? w ( f . b ) . toString ( ) : "f" + ( f . b ? gd ( f . b ) : "-" ) ) , f = f . a ) : f = "-" , a . c && e == a . c [ 1 ] && f == a . c [ 2 ] && a . b ==
a . c [ 3 ] && a . i == a . c [ 4 ] && a . j == a . c [ 5 ] && a . o == a . c [ 6 ] || ( a . c = [ "r" + e + f + ( void 0 !== a . b ? a . b . toString ( ) : "-" ) + ( void 0 !== a . i ? a . i . toString ( ) : "-" ) + ( void 0 !== a . j ? a . j . toString ( ) : "-" ) + ( void 0 !== a . o ? a . o . toString ( ) : "-" ) , e , f , a . b , a . i , a . j , a . o ] ) , m = b . add ( a . c [ 0 ] , l , l , a . rh . bind ( a , c ) , m ) , a . u = m . image , a . oa = [ m . offsetX , m . offsetY ] , b = m . image . width , a . D = d ? m . Zl : a . u ; a . C = [ l / 2 , l / 2 ] ; a . ra = [ l , l ] ; a . B = [ b , b ] }
k . rh = function ( a , b , c , d ) { b . setTransform ( 1 , 0 , 0 , 1 , 0 , 0 ) ; b . translate ( c , d ) ; b . beginPath ( ) ; var e = this . o ; if ( Infinity === e ) b . arc ( a . size / 2 , a . size / 2 , this . b , 0 , 2 * Math . PI , ! 0 ) ; else { var f = void 0 !== this . i ? this . i : this . b ; f !== this . b && ( e *= 2 ) ; for ( c = 0 ; c <= e ; c ++ ) { d = 2 * c * Math . PI / e - Math . PI / 2 + this . j ; var g = c % 2 ? f : this . b ; b . lineTo ( a . size / 2 + g * Math . cos ( d ) , a . size / 2 + g * Math . sin ( d ) ) } } this . Va && ( c = this . Va . b , null === c && ( c = Sh ) , b . fillStyle = id ( c ) , b . fill ( ) ) ; this . Ya && ( b . strokeStyle = a . strokeStyle , b . lineWidth = a . zj , a . lineDash && b . setLineDash ( a . lineDash ) ,
b . lineCap = a . lineCap , b . lineJoin = a . lineJoin , b . miterLimit = a . miterLimit , b . stroke ( ) ) ; b . closePath ( ) } ;
k . qh = function ( a , b , c , d ) { b . setTransform ( 1 , 0 , 0 , 1 , 0 , 0 ) ; b . translate ( c , d ) ; b . beginPath ( ) ; c = this . o ; if ( Infinity === c ) b . arc ( a . size / 2 , a . size / 2 , this . b , 0 , 2 * Math . PI , ! 0 ) ; else { d = void 0 !== this . i ? this . i : this . b ; d !== this . b && ( c *= 2 ) ; var e ; for ( e = 0 ; e <= c ; e ++ ) { var f = 2 * e * Math . PI / c - Math . PI / 2 + this . j ; var g = e % 2 ? d : this . b ; b . lineTo ( a . size / 2 + g * Math . cos ( f ) , a . size / 2 + g * Math . sin ( f ) ) } } b . fillStyle = Sh ; b . fill ( ) ; this . Ya && ( b . strokeStyle = a . strokeStyle , b . lineWidth = a . zj , a . lineDash && b . setLineDash ( a . lineDash ) , b . stroke ( ) ) ; b . closePath ( ) } ; function $k ( a ) { a = a || { } ; Yk . call ( this , { points : Infinity , fill : a . fill , radius : a . radius , snapToPixel : a . snapToPixel , stroke : a . stroke , atlasManager : a . atlasManager } ) } v ( $k , Yk ) ; $k . prototype . clone = function ( ) { var a = new $k ( { fill : this . Fa ( ) ? this . Fa ( ) . clone ( ) : void 0 , stroke : this . Ga ( ) ? this . Ga ( ) . clone ( ) : void 0 , radius : this . b , snapToPixel : this . v , atlasManager : this . S } ) ; a . td ( this . f ) ; a . ud ( this . a ) ; return a } ; $k . prototype . Uc = function ( a ) { this . b = a ; Zk ( this , this . S ) } ; function al ( a ) { a = a || { } ; this . b = void 0 !== a . color ? a . color : null ; this . a = void 0 } al . prototype . clone = function ( ) { var a = this . b ; return new al ( { color : a && a . slice ? a . slice ( ) : a || void 0 } ) } ; al . prototype . i = function ( ) { return this . b } ; al . prototype . c = function ( a ) { this . b = a ; this . a = void 0 } ; function bl ( a ) { a = a || { } ; this . Gc = null ; this . Za = cl ; void 0 !== a . geometry && this . Ra ( a . geometry ) ; this . Va = void 0 !== a . fill ? a . fill : null ; this . M = void 0 !== a . image ? a . image : null ; this . Ya = void 0 !== a . stroke ? a . stroke : null ; this . Ia = void 0 !== a . text ? a . text : null ; this . Fj = a . zIndex } k = bl . prototype ;
k . clone = function ( ) { var a = this . V ( ) ; a && a . clone && ( a = a . clone ( ) ) ; return new bl ( { geometry : a , fill : this . Fa ( ) ? this . Fa ( ) . clone ( ) : void 0 , image : this . Y ( ) ? this . Y ( ) . clone ( ) : void 0 , stroke : this . Ga ( ) ? this . Ga ( ) . clone ( ) : void 0 , text : this . Na ( ) ? this . Na ( ) . clone ( ) : void 0 , zIndex : this . Ba ( ) } ) } ; k . V = function ( ) { return this . Gc } ; k . Pk = function ( ) { return this . Za } ; k . Fa = function ( ) { return this . Va } ; k . pf = function ( a ) { this . Va = a } ; k . Y = function ( ) { return this . M } ; k . Og = function ( a ) { this . M = a } ; k . Ga = function ( ) { return this . Ya } ;
k . qf = function ( a ) { this . Ya = a } ; k . Na = function ( ) { return this . Ia } ; k . xd = function ( a ) { this . Ia = a } ; k . Ba = function ( ) { return this . Fj } ; k . Ra = function ( a ) { "function" === typeof a ? this . Za = a : "string" === typeof a ? this . Za = function ( b ) { return b . get ( a ) } : a ? a && ( this . Za = function ( ) { return a } ) : this . Za = cl ; this . Gc = a } ; k . Vb = function ( a ) { this . Fj = a } ; function dl ( a ) { if ( "function" !== typeof a ) { if ( Array . isArray ( a ) ) var b = a ; else xa ( a instanceof bl , 41 ) , b = [ a ] ; a = function ( ) { return b } } return a } var el = null ;
function fl ( ) { if ( ! el ) { var a = new al ( { color : "rgba(255,255,255,0.4)" } ) , b = new wj ( { color : "#3399CC" , width : 1.25 } ) ; el = [ new bl ( { image : new $k ( { fill : a , stroke : b , radius : 5 } ) , fill : a , stroke : b } ) ] } return el }
function gl ( ) { var a = { } , b = [ 255 , 255 , 255 , 1 ] , c = [ 0 , 153 , 255 , 1 ] ; a . Polygon = [ new bl ( { fill : new al ( { color : [ 255 , 255 , 255 , . 5 ] } ) } ) ] ; a . MultiPolygon = a . Polygon ; a . LineString = [ new bl ( { stroke : new wj ( { color : b , width : 5 } ) } ) , new bl ( { stroke : new wj ( { color : c , width : 3 } ) } ) ] ; a . MultiLineString = a . LineString ; a . Circle = a . Polygon . concat ( a . LineString ) ; a . Point = [ new bl ( { image : new $k ( { radius : 6 , fill : new al ( { color : c } ) , stroke : new wj ( { color : b , width : 1.5 } ) } ) , zIndex : Infinity } ) ] ; a . MultiPoint = a . Point ; a . GeometryCollection = a . Polygon . concat ( a . LineString ,
a . Point ) ; return a } function cl ( a ) { return a . V ( ) } ; function H ( a ) { Tc . call ( this ) ; this . a = void 0 ; this . c = "geometry" ; this . g = null ; this . j = void 0 ; this . f = null ; y ( this , Vc ( this . c ) , this . Ee , this ) ; void 0 !== a && ( a instanceof of || ! a ? this . Ra ( a ) : this . H ( a ) ) } v ( H , Tc ) ; k = H . prototype ; k . clone = function ( ) { var a = new H ( this . N ( ) ) ; a . Tc ( this . c ) ; var b = this . V ( ) ; b && a . Ra ( b . clone ( ) ) ; ( b = this . g ) && a . hg ( b ) ; return a } ; k . V = function ( ) { return this . get ( this . c ) } ; k . wm = function ( ) { return this . a } ; k . Qk = function ( ) { return this . c } ; k . xm = function ( ) { return this . g } ; k . Lc = function ( ) { return this . j } ; k . Al = function ( ) { this . s ( ) } ;
k . Ee = function ( ) { this . f && ( Ec ( this . f ) , this . f = null ) ; var a = this . V ( ) ; a && ( this . f = y ( a , "change" , this . Al , this ) ) ; this . s ( ) } ; k . Ra = function ( a ) { this . set ( this . c , a ) } ; k . hg = function ( a ) { this . j = ( this . g = a ) ? hl ( a ) : void 0 ; this . s ( ) } ; k . jc = function ( a ) { this . a = a ; this . s ( ) } ; k . Tc = function ( a ) { Kc ( this , Vc ( this . c ) , this . Ee , this ) ; this . c = a ; y ( this , Vc ( this . c ) , this . Ee , this ) ; this . Ee ( ) } ;
function hl ( a ) { var b ; if ( "function" === typeof a ) 2 == a . length ? b = function ( b ) { return a ( this , b ) } : b = a ; else { if ( Array . isArray ( a ) ) var c = a ; else xa ( a instanceof bl , 41 ) , c = [ a ] ; b = function ( ) { return c } } return b } ; var il = document . implementation . createDocument ( "" , "" , null ) ; function jl ( a , b ) { return il . createElementNS ( a , b ) } function kl ( a , b ) { return ll ( a , b , [ ] ) . join ( "" ) } function ll ( a , b , c ) { if ( a . nodeType == Node . CDATA _SECTION _NODE || a . nodeType == Node . TEXT _NODE ) b ? c . push ( String ( a . nodeValue ) . replace ( /(\r\n|\r|\n)/g , "" ) ) : c . push ( a . nodeValue ) ; else for ( a = a . firstChild ; a ; a = a . nextSibling ) ll ( a , b , c ) ; return c } function ml ( a ) { return a instanceof Document } function nl ( a ) { return a instanceof Node }
function pl ( a ) { return ( new DOMParser ) . parseFromString ( a , "application/xml" ) } function ql ( a , b ) { return function ( c , d ) { c = a . call ( b , c , d ) ; void 0 !== c && la ( d [ d . length - 1 ] , c ) } } function rl ( a , b ) { return function ( c , d ) { c = a . call ( void 0 !== b ? b : this , c , d ) ; void 0 !== c && d [ d . length - 1 ] . push ( c ) } } function sl ( a , b ) { return function ( c , d ) { c = a . call ( void 0 !== b ? b : this , c , d ) ; void 0 !== c && ( d [ d . length - 1 ] = c ) } }
function tl ( a ) { return function ( b , c ) { var d = a . call ( this , b , c ) ; if ( void 0 !== d ) { c = c [ c . length - 1 ] ; b = b . localName ; var e ; b in c ? e = c [ b ] : e = c [ b ] = [ ] ; e . push ( d ) } } } function I ( a , b ) { return function ( c , d ) { var e = a . call ( this , c , d ) ; void 0 !== e && ( d [ d . length - 1 ] [ void 0 !== b ? b : c . localName ] = e ) } } function J ( a , b ) { return function ( c , d , e ) { a . call ( void 0 !== b ? b : this , c , d , e ) ; e [ e . length - 1 ] . node . appendChild ( c ) } }
function vl ( a ) { var b , c ; return function ( d , e , f ) { if ( ! b ) { b = { } ; var g = { } ; g [ d . localName ] = a ; b [ d . namespaceURI ] = g ; c = wl ( d . localName ) } xl ( b , c , e , f ) } } function wl ( a , b ) { return function ( c , d , e ) { c = d [ d . length - 1 ] . node ; d = a ; void 0 === d && ( d = e ) ; e = b ; void 0 === b && ( e = c . namespaceURI ) ; return jl ( e , d ) } } var yl = wl ( ) ; function zl ( a , b ) { for ( var c = b . length , d = Array ( c ) , e = 0 ; e < c ; ++ e ) d [ e ] = a [ b [ e ] ] ; return d } function K ( a , b , c ) { c = void 0 !== c ? c : { } ; var d ; var e = 0 ; for ( d = a . length ; e < d ; ++ e ) c [ a [ e ] ] = b ; return c }
function Al ( a , b , c , d ) { for ( b = b . firstElementChild ; b ; b = b . nextElementSibling ) { var e = a [ b . namespaceURI ] ; void 0 !== e && ( e = e [ b . localName ] ) && e . call ( d , b , c ) } } function N ( a , b , c , d , e ) { d . push ( a ) ; Al ( b , c , d , e ) ; return d . pop ( ) } function xl ( a , b , c , d , e , f ) { for ( var g = ( void 0 !== e ? e : c ) . length , h , l , m = 0 ; m < g ; ++ m ) h = c [ m ] , void 0 !== h && ( l = b . call ( f , h , d , void 0 !== e ? e [ m ] : void 0 ) , void 0 !== l && a [ l . namespaceURI ] [ l . localName ] . call ( f , l , h , d ) ) } function Bl ( a , b , c , d , e , f , g ) { e . push ( a ) ; xl ( b , c , d , e , f , g ) ; e . pop ( ) } ; function Cl ( a , b , c , d ) { return function ( e , f , g ) { var h = new XMLHttpRequest ; h . open ( "GET" , "function" === typeof a ? a ( e , f , g ) : a , ! 0 ) ; "arraybuffer" == b . U ( ) && ( h . responseType = "arraybuffer" ) ; h . onload = function ( ) { if ( ! h . status || 200 <= h . status && 300 > h . status ) { var a = b . U ( ) ; if ( "json" == a || "text" == a ) var e = h . responseText ; else "xml" == a ? ( e = h . responseXML ) || ( e = pl ( h . responseText ) ) : "arraybuffer" == a && ( e = h . response ) ; e ? c . call ( this , b . Oa ( e , { featureProjection : g } ) , b . kb ( e ) ) : d . call ( this ) } else d . call ( this ) } . bind ( this ) ; h . onerror = function ( ) { d . call ( this ) } . bind ( this ) ;
h . send ( ) } } function Dl ( a , b ) { return Cl ( a , b , function ( a ) { this . cd ( a ) } , ua ) } ; function El ( ) { this . f = this . defaultDataProjection = null } function Fl ( a , b , c ) { var d ; c && ( d = { dataProjection : c . dataProjection ? c . dataProjection : a . kb ( b ) , featureProjection : c . featureProjection } ) ; return Gl ( a , d ) } function Gl ( a , b ) { return tb ( { dataProjection : a . defaultDataProjection , featureProjection : a . f } , b ) }
function Hl ( a , b , c ) { var d = c ? Tb ( c . featureProjection ) : null , e = c ? Tb ( c . dataProjection ) : null , f ; d && e && ! dc ( d , e ) ? a instanceof of ? f = ( b ? a . clone ( ) : a ) . tb ( b ? d : e , b ? e : d ) : f = hc ( a , e , d ) : f = a ; if ( b && c && void 0 !== c . decimals ) { var g = Math . pow ( 10 , c . decimals ) ; f === a && ( f = f . clone ( ) ) ; f . Dc ( function ( a ) { for ( var b = 0 , c = a . length ; b < c ; ++ b ) a [ b ] = Math . round ( a [ b ] * g ) / g ; return a } ) } return f } ; function Il ( ) { El . call ( this ) } v ( Il , El ) ; function Jl ( a ) { return "string" === typeof a ? ( a = JSON . parse ( a ) ) ? a : null : null !== a ? a : null } k = Il . prototype ; k . U = function ( ) { return "json" } ; k . Tb = function ( a , b ) { return this . Rc ( Jl ( a ) , Fl ( this , a , b ) ) } ; k . Oa = function ( a , b ) { return this . yg ( Jl ( a ) , Fl ( this , a , b ) ) } ; k . Sc = function ( a , b ) { return this . Cg ( Jl ( a ) , Fl ( this , a , b ) ) } ; k . kb = function ( a ) { return this . Fg ( Jl ( a ) ) } ; k . Bd = function ( a , b ) { return JSON . stringify ( this . Zc ( a , b ) ) } ; k . Wb = function ( a , b ) { return JSON . stringify ( this . he ( a , b ) ) } ;
k . $c = function ( a , b ) { return JSON . stringify ( this . je ( a , b ) ) } ; function Kl ( a , b , c , d , e , f ) { var g = NaN , h = NaN , l = ( c - b ) / d ; if ( 1 === l ) g = a [ b ] , h = a [ b + 1 ] ; else if ( 2 == l ) g = ( 1 - e ) * a [ b ] + e * a [ b + d ] , h = ( 1 - e ) * a [ b + 1 ] + e * a [ b + d + 1 ] ; else if ( l ) { var h = a [ b ] , l = a [ b + 1 ] , m = 0 , g = [ 0 ] , n ; for ( n = b + d ; n < c ; n += d ) { var p = a [ n ] , q = a [ n + 1 ] , m = m + Math . sqrt ( ( p - h ) * ( p - h ) + ( q - l ) * ( q - l ) ) ; g . push ( m ) ; h = p ; l = q } c = e * m ; l = 0 ; m = g . length ; for ( n = ! 1 ; l < m ; ) e = l + ( m - l >> 1 ) , h = + ia ( g [ e ] , c ) , 0 > h ? l = e + 1 : ( m = e , n = ! h ) ; e = n ? l : ~ l ; 0 > e ? ( c = ( c - g [ - e - 2 ] ) / ( g [ - e - 1 ] - g [ - e - 2 ] ) , b += ( - e - 2 ) * d , g = Ja ( a [ b ] , a [ b + d ] , c ) , h = Ja ( a [ b + 1 ] , a [ b + d + 1 ] , c ) ) : ( g = a [ b + e * d ] , h = a [ b + e * d + 1 ] ) } return f ? ( f [ 0 ] =
g , f [ 1 ] = h , f ) : [ g , h ] } function Ll ( a , b , c , d , e , f ) { if ( c == b ) return null ; if ( e < a [ b + d - 1 ] ) return f ? ( c = a . slice ( b , b + d ) , c [ d - 1 ] = e , c ) : null ; if ( a [ c - 1 ] < e ) return f ? ( c = a . slice ( c - d , c ) , c [ d - 1 ] = e , c ) : null ; if ( e == a [ b + d - 1 ] ) return a . slice ( b , b + d ) ; b /= d ; for ( c /= d ; b < c ; ) f = b + c >> 1 , e < a [ ( f + 1 ) * d - 1 ] ? c = f : b = f + 1 ; c = a [ b * d - 1 ] ; if ( e == c ) return a . slice ( ( b - 1 ) * d , ( b - 1 ) * d + d ) ; f = ( e - c ) / ( a [ ( b + 1 ) * d - 1 ] - c ) ; c = [ ] ; var g ; for ( g = 0 ; g < d - 1 ; ++ g ) c . push ( Ja ( a [ ( b - 1 ) * d + g ] , a [ b * d + g ] , f ) ) ; c . push ( e ) ; return c }
function Ml ( a , b , c , d , e , f ) { var g = 0 ; if ( f ) return Ll ( a , g , b [ b . length - 1 ] , c , d , e ) ; if ( d < a [ c - 1 ] ) return e ? ( a = a . slice ( 0 , c ) , a [ c - 1 ] = d , a ) : null ; if ( a [ a . length - 1 ] < d ) return e ? ( a = a . slice ( a . length - c ) , a [ c - 1 ] = d , a ) : null ; e = 0 ; for ( f = b . length ; e < f ; ++ e ) { var h = b [ e ] ; if ( g != h ) { if ( d < a [ g + c - 1 ] ) break ; else if ( d <= a [ h - 1 ] ) return Ll ( a , g , h , c , d , ! 1 ) ; g = h } } return null } ; function O ( a , b ) { rf . call ( this ) ; this . c = null ; this . u = this . D = this . j = - 1 ; this . ma ( a , b ) } v ( O , rf ) ; k = O . prototype ; k . mk = function ( a ) { this . A ? la ( this . A , a ) : this . A = a . slice ( ) ; this . s ( ) } ; k . clone = function ( ) { var a = new O ( null ) ; a . ba ( this . ja , this . A . slice ( ) ) ; return a } ; k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; this . u != this . i && ( this . D = Math . sqrt ( yf ( this . A , 0 , this . A . length , this . a , 0 ) ) , this . u = this . i ) ; return Af ( this . A , 0 , this . A . length , this . a , this . D , ! 1 , a , b , c , d ) } ;
k . Ck = function ( a , b ) { return Pf ( this . A , 0 , this . A . length , this . a , a , b ) } ; k . nn = function ( a , b ) { return "XYM" != this . ja && "XYZM" != this . ja ? null : Ll ( this . A , 0 , this . A . length , this . a , a , void 0 !== b ? b : ! 1 ) } ; k . X = function ( ) { return Ff ( this . A , 0 , this . A . length , this . a ) } ; k . wh = function ( a , b ) { return Kl ( this . A , 0 , this . A . length , this . a , a , b ) } ; k . pn = function ( ) { var a = this . A , b = this . a , c = a [ 0 ] , d = a [ 1 ] , e = 0 , f ; for ( f = 0 + b ; f < this . A . length ; f += b ) var g = a [ f ] , h = a [ f + 1 ] , e = e + Math . sqrt ( ( g - c ) * ( g - c ) + ( h - d ) * ( h - d ) ) , c = g , d = h ; return e } ;
function di ( a ) { a . j != a . i && ( a . c = a . wh ( . 5 , a . c ) , a . j = a . i ) ; return a . c } k . hd = function ( a ) { var b = [ ] ; b . length = Hf ( this . A , 0 , this . A . length , this . a , a , b , 0 ) ; a = new O ( null ) ; a . ba ( "XY" , b ) ; return a } ; k . U = function ( ) { return "LineString" } ; k . Xa = function ( a ) { return Qf ( this . A , 0 , this . A . length , this . a , a ) } ; k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 1 ) , this . A || ( this . A = [ ] ) , this . A . length = Df ( this . A , 0 , a , this . a ) , this . s ( ) ) : this . ba ( "XY" , null ) } ; k . ba = function ( a , b ) { tf ( this , a , b ) ; this . s ( ) } ; function P ( a , b ) { rf . call ( this ) ; this . c = [ ] ; this . j = this . u = - 1 ; this . ma ( a , b ) } v ( P , rf ) ; k = P . prototype ; k . nk = function ( a ) { this . A ? la ( this . A , a . ga ( ) . slice ( ) ) : this . A = a . ga ( ) . slice ( ) ; this . c . push ( this . A . length ) ; this . s ( ) } ; k . clone = function ( ) { var a = new P ( null ) ; a . ba ( this . ja , this . A . slice ( ) , this . c . slice ( ) ) ; return a } ; k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; this . j != this . i && ( this . u = Math . sqrt ( zf ( this . A , 0 , this . c , this . a , 0 ) ) , this . j = this . i ) ; return Bf ( this . A , 0 , this . c , this . a , this . u , ! 1 , a , b , c , d ) } ;
k . rn = function ( a , b , c ) { return "XYM" != this . ja && "XYZM" != this . ja || ! this . A . length ? null : Ml ( this . A , this . c , this . a , a , void 0 !== b ? b : ! 1 , void 0 !== c ? c : ! 1 ) } ; k . X = function ( ) { return Gf ( this . A , 0 , this . c , this . a ) } ; k . Bb = function ( ) { return this . c } ; k . Yk = function ( a ) { if ( 0 > a || this . c . length <= a ) return null ; var b = new O ( null ) ; b . ba ( this . ja , this . A . slice ( a ? this . c [ a - 1 ] : 0 , this . c [ a ] ) ) ; return b } ;
k . gd = function ( ) { var a = this . A , b = this . c , c = this . ja , d = [ ] , e = 0 , f ; var g = 0 ; for ( f = b . length ; g < f ; ++ g ) { var h = b [ g ] , l = new O ( null ) ; l . ba ( c , a . slice ( e , h ) ) ; d . push ( l ) ; e = h } return d } ; function ei ( a ) { var b = [ ] , c = a . A , d = 0 , e = a . c ; a = a . a ; var f ; var g = 0 ; for ( f = e . length ; g < f ; ++ g ) { var h = e [ g ] , d = Kl ( c , d , h , a , . 5 ) ; la ( b , d ) ; d = h } return b } k . hd = function ( a ) { var b = [ ] , c = [ ] , d = this . A , e = this . c , f = this . a , g = 0 , h = 0 , l ; var m = 0 ; for ( l = e . length ; m < l ; ++ m ) { var n = e [ m ] , h = Hf ( d , g , n , f , a , b , h ) ; c . push ( h ) ; g = n } b . length = h ; a = new P ( null ) ; a . ba ( "XY" , b , c ) ; return a } ; k . U = function ( ) { return "MultiLineString" } ;
k . Xa = function ( a ) { a : { var b = this . A , c = this . c , d = this . a , e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { if ( Qf ( b , e , c [ g ] , d , a ) ) { a = ! 0 ; break a } e = c [ g ] } a = ! 1 } return a } ; k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 2 ) , this . A || ( this . A = [ ] ) , a = Ef ( this . A , 0 , a , this . a , this . c ) , this . A . length = a . length ? a [ a . length - 1 ] : 0 , this . s ( ) ) : this . ba ( "XY" , null , this . c ) } ; k . ba = function ( a , b , c ) { tf ( this , a , b ) ; this . c = c ; this . s ( ) } ; function Nl ( a , b ) { var c = a . ja , d = [ ] , e = [ ] , f ; var g = 0 ; for ( f = b . length ; g < f ; ++ g ) { var h = b [ g ] ; g || ( c = h . ja ) ; la ( d , h . ga ( ) ) ; e . push ( d . length ) } a . ba ( c , d , e ) } ; function Q ( a , b ) { rf . call ( this ) ; this . ma ( a , b ) } v ( Q , rf ) ; k = Q . prototype ; k . qk = function ( a ) { this . A ? la ( this . A , a . ga ( ) ) : this . A = a . ga ( ) . slice ( ) ; this . s ( ) } ; k . clone = function ( ) { var a = new Q ( null ) ; a . ba ( this . ja , this . A . slice ( ) ) ; return a } ; k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; var e = this . A , f = this . a , g ; var h = 0 ; for ( g = e . length ; h < g ; h += f ) { var l = Ga ( a , b , e [ h ] , e [ h + 1 ] ) ; if ( l < d ) { d = l ; for ( l = 0 ; l < f ; ++ l ) c [ l ] = e [ h + l ] ; c . length = f } } return d } ; k . X = function ( ) { return Ff ( this . A , 0 , this . A . length , this . a ) } ;
k . il = function ( a ) { var b = this . A ? this . A . length / this . a : 0 ; if ( 0 > a || b <= a ) return null ; b = new C ( null ) ; b . ba ( this . ja , this . A . slice ( a * this . a , ( a + 1 ) * this . a ) ) ; return b } ; k . Zd = function ( ) { var a = this . A , b = this . ja , c = this . a , d = [ ] , e ; var f = 0 ; for ( e = a . length ; f < e ; f += c ) { var g = new C ( null ) ; g . ba ( b , a . slice ( f , f + c ) ) ; d . push ( g ) } return d } ; k . U = function ( ) { return "MultiPoint" } ; k . Xa = function ( a ) { var b = this . A , c = this . a , d ; var e = 0 ; for ( d = b . length ; e < d ; e += c ) { var f = b [ e ] ; var g = b [ e + 1 ] ; if ( Ua ( a , f , g ) ) return ! 0 } return ! 1 } ;
k . ma = function ( a , b ) { a ? ( uf ( this , b , a , 1 ) , this . A || ( this . A = [ ] ) , this . A . length = Df ( this . A , 0 , a , this . a ) , this . s ( ) ) : this . ba ( "XY" , null ) } ; k . ba = function ( a , b ) { tf ( this , a , b ) ; this . s ( ) } ; function R ( a , b ) { rf . call ( this ) ; this . c = [ ] ; this . u = - 1 ; this . D = null ; this . I = this . C = this . B = - 1 ; this . j = null ; this . ma ( a , b ) } v ( R , rf ) ; k = R . prototype ; k . rk = function ( a ) { if ( this . A ) { var b = this . A . length ; la ( this . A , a . ga ( ) ) ; a = a . Bb ( ) . slice ( ) ; var c ; var d = 0 ; for ( c = a . length ; d < c ; ++ d ) a [ d ] += b } else this . A = a . ga ( ) . slice ( ) , a = a . Bb ( ) . slice ( ) , this . c . push ( ) ; this . c . push ( a ) ; this . s ( ) } ; k . clone = function ( ) { for ( var a = new R ( null ) , b = this . c . length , c = Array ( b ) , d = 0 ; d < b ; ++ d ) c [ d ] = this . c [ d ] . slice ( ) ; Ol ( a , this . ja , this . A . slice ( ) , c ) ; return a } ;
k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; if ( this . C != this . i ) { var e = this . c , f = 0 , g = 0 , h ; var l = 0 ; for ( h = e . length ; l < h ; ++ l ) var m = e [ l ] , g = zf ( this . A , f , m , this . a , g ) , f = m [ m . length - 1 ] ; this . B = Math . sqrt ( g ) ; this . C = this . i } e = fi ( this ) ; f = this . c ; g = this . a ; l = this . B ; h = 0 ; var m = [ NaN , NaN ] , n ; var p = 0 ; for ( n = f . length ; p < n ; ++ p ) { var q = f [ p ] ; d = Bf ( e , h , q , g , l , ! 0 , a , b , c , d , m ) ; h = q [ q . length - 1 ] } return d } ;
k . Mc = function ( a , b ) { a : { var c = fi ( this ) , d = this . c , e = 0 ; if ( d . length ) { var f ; var g = 0 ; for ( f = d . length ; g < f ; ++ g ) { var h = d [ g ] ; if ( Nf ( c , e , h , this . a , a , b ) ) { a = ! 0 ; break a } e = h [ h . length - 1 ] } } a = ! 1 } return a } ; k . sn = function ( ) { var a = fi ( this ) , b = this . c , c = 0 , d = 0 , e ; var f = 0 ; for ( e = b . length ; f < e ; ++ f ) var g = b [ f ] , d = d + wf ( a , c , g , this . a ) , c = g [ g . length - 1 ] ; return d } ;
k . X = function ( a ) { if ( void 0 !== a ) { var b = fi ( this ) . slice ( ) ; Vf ( b , this . c , this . a , a ) } else b = this . A ; a = b ; b = this . c ; var c = this . a , d = 0 , e = [ ] , f = 0 , g ; var h = 0 ; for ( g = b . length ; h < g ; ++ h ) { var l = b [ h ] ; e [ f ++ ] = Gf ( a , d , l , c , e [ f ] ) ; d = l [ l . length - 1 ] } e . length = f ; return e } ;
function gi ( a ) { if ( a . u != a . i ) { var b = a . A , c = a . c , d = a . a , e = 0 , f = [ ] , g ; var h = 0 ; for ( g = c . length ; h < g ; ++ h ) { var l = c [ h ] , e = $a ( b , e , l [ 0 ] , d ) ; f . push ( ( e [ 0 ] + e [ 2 ] ) / 2 , ( e [ 1 ] + e [ 3 ] ) / 2 ) ; e = l [ l . length - 1 ] } b = fi ( a ) ; c = a . c ; d = a . a ; h = 0 ; g = [ ] ; l = 0 ; for ( e = c . length ; l < e ; ++ l ) { var m = c [ l ] ; g = Of ( b , h , m , d , f , 2 * l , g ) ; h = m [ m . length - 1 ] } a . D = g ; a . u = a . i } return a . D } k . Uk = function ( ) { var a = new Q ( null ) ; a . ba ( "XY" , gi ( this ) . slice ( ) ) ; return a } ;
function fi ( a ) { if ( a . I != a . i ) { var b = a . A ; a : { var c = a . c ; var d ; var e = 0 ; for ( d = c . length ; e < d ; ++ e ) if ( ! Tf ( b , c [ e ] , a . a , void 0 ) ) { c = ! 1 ; break a } c = ! 0 } c ? a . j = b : ( a . j = b . slice ( ) , a . j . length = Vf ( a . j , a . c , a . a ) ) ; a . I = a . i } return a . j } k . hd = function ( a ) { var b = [ ] , c = [ ] , d = this . A , e = this . c , f = this . a ; a = Math . sqrt ( a ) ; var g = 0 , h = 0 , l ; var m = 0 ; for ( l = e . length ; m < l ; ++ m ) { var n = e [ m ] , p = [ ] , h = If ( d , g , n , f , a , b , h , p ) ; c . push ( p ) ; g = n [ n . length - 1 ] } b . length = h ; d = new R ( null ) ; Ol ( d , "XY" , b , c ) ; return d } ;
k . jl = function ( a ) { if ( 0 > a || this . c . length <= a ) return null ; if ( a ) { var b = this . c [ a - 1 ] ; b = b [ b . length - 1 ] } else b = 0 ; a = this . c [ a ] . slice ( ) ; var c = a [ a . length - 1 ] ; if ( b ) { var d ; var e = 0 ; for ( d = a . length ; e < d ; ++ e ) a [ e ] -= b } e = new D ( null ) ; e . ba ( this . ja , this . A . slice ( b , c ) , a ) ; return e } ; k . Td = function ( ) { var a = this . ja , b = this . A , c = this . c , d = [ ] , e = 0 , f , g ; var h = 0 ; for ( f = c . length ; h < f ; ++ h ) { var l = c [ h ] . slice ( ) , m = l [ l . length - 1 ] ; if ( e ) { var n = 0 ; for ( g = l . length ; n < g ; ++ n ) l [ n ] -= e } n = new D ( null ) ; n . ba ( a , b . slice ( e , m ) , l ) ; d . push ( n ) ; e = m } return d } ; k . U = function ( ) { return "MultiPolygon" } ;
k . Xa = function ( a ) { a : { var b = fi ( this ) , c = this . c , d = this . a , e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] ; if ( Rf ( b , e , h , d , a ) ) { a = ! 0 ; break a } e = h [ h . length - 1 ] } a = ! 1 } return a } ; k . ma = function ( a , b ) { if ( a ) { uf ( this , b , a , 3 ) ; this . A || ( this . A = [ ] ) ; b = this . A ; var c = this . a , d = this . c , e = 0 , d = d ? d : [ ] , f = 0 , g ; var h = 0 ; for ( g = a . length ; h < g ; ++ h ) e = Ef ( b , e , a [ h ] , c , d [ f ] ) , d [ f ++ ] = e , e = e [ e . length - 1 ] ; d . length = f ; d . length ? ( a = d [ d . length - 1 ] , this . A . length = a . length ? a [ a . length - 1 ] : 0 ) : this . A . length = 0 ; this . s ( ) } else Ol ( this , "XY" , null , this . c ) } ;
function Ol ( a , b , c , d ) { tf ( a , b , c ) ; a . c = d ; a . s ( ) } function Pl ( a , b ) { var c = a . ja , d = [ ] , e = [ ] , f ; var g = 0 ; for ( f = b . length ; g < f ; ++ g ) { var h = b [ g ] ; g || ( c = h . ja ) ; var l = d . length ; var m = h . Bb ( ) ; var n ; var p = 0 ; for ( n = m . length ; p < n ; ++ p ) m [ p ] += l ; la ( d , h . ga ( ) ) ; e . push ( m ) } Ol ( a , c , d , e ) } ; function Ql ( a ) { a = a ? a : { } ; El . call ( this ) ; this . b = a . geometryName } v ( Ql , Il ) ;
function Rl ( a , b ) { if ( ! a ) return null ; if ( "number" === typeof a . x && "number" === typeof a . y ) var c = "Point" ; else if ( a . points ) c = "MultiPoint" ; else if ( a . paths ) c = 1 === a . paths . length ? "LineString" : "MultiLineString" ; else if ( a . rings ) { var d = a . rings , e = Sl ( a ) , f = [ ] , g = [ ] ; c = [ ] ; var h ; var l = 0 ; for ( h = d . length ; l < h ; ++ l ) f . length = 0 , Df ( f , 0 , d [ l ] , e . length ) , Sf ( f , 0 , f . length , e . length ) ? g . push ( [ d [ l ] ] ) : c . push ( d [ l ] ) ; for ( ; c . length ; ) { d = c . shift ( ) ; e = ! 1 ; for ( l = g . length - 1 ; 0 <= l ; l -- ) if ( Va ( ( new Jf ( g [ l ] [ 0 ] ) ) . G ( ) , ( new Jf ( d ) ) . G ( ) ) ) { g [ l ] . push ( d ) ; e = ! 0 ; break } e ||
g . push ( [ d . reverse ( ) ] ) } a = tb ( { } , a ) ; 1 === g . length ? ( c = "Polygon" , a . rings = g [ 0 ] ) : ( c = "MultiPolygon" , a . rings = g ) } return Hl ( ( 0 , Tl [ c ] ) ( a ) , ! 1 , b ) } function Sl ( a ) { var b = "XY" ; ! 0 === a . hasZ && ! 0 === a . hasM ? b = "XYZM" : ! 0 === a . hasZ ? b = "XYZ" : ! 0 === a . hasM && ( b = "XYM" ) ; return b } function Ul ( a ) { a = a . ja ; return { hasZ : "XYZ" === a || "XYZM" === a , hasM : "XYM" === a || "XYZM" === a } }
var Tl = { Point : function ( a ) { return void 0 !== a . m && void 0 !== a . z ? new C ( [ a . x , a . y , a . z , a . m ] , "XYZM" ) : void 0 !== a . z ? new C ( [ a . x , a . y , a . z ] , "XYZ" ) : void 0 !== a . m ? new C ( [ a . x , a . y , a . m ] , "XYM" ) : new C ( [ a . x , a . y ] ) } , LineString : function ( a ) { return new O ( a . paths [ 0 ] , Sl ( a ) ) } , Polygon : function ( a ) { return new D ( a . rings , Sl ( a ) ) } , MultiPoint : function ( a ) { return new Q ( a . points , Sl ( a ) ) } , MultiLineString : function ( a ) { return new P ( a . paths , Sl ( a ) ) } , MultiPolygon : function ( a ) { return new R ( a . rings , Sl ( a ) ) } } , Vl = { Point : function ( a ) { var b = a . X ( ) , c ; a = a . ja ;
"XYZ" === a ? c = { x : b [ 0 ] , y : b [ 1 ] , z : b [ 2 ] } : "XYM" === a ? c = { x : b [ 0 ] , y : b [ 1 ] , m : b [ 2 ] } : "XYZM" === a ? c = { x : b [ 0 ] , y : b [ 1 ] , z : b [ 2 ] , m : b [ 3 ] } : "XY" === a ? c = { x : b [ 0 ] , y : b [ 1 ] } : xa ( ! 1 , 34 ) ; return c } , LineString : function ( a ) { var b = Ul ( a ) ; return { hasZ : b . hasZ , hasM : b . hasM , paths : [ a . X ( ) ] } } , Polygon : function ( a ) { var b = Ul ( a ) ; return { hasZ : b . hasZ , hasM : b . hasM , rings : a . X ( ! 1 ) } } , MultiPoint : function ( a ) { var b = Ul ( a ) ; return { hasZ : b . hasZ , hasM : b . hasM , points : a . X ( ) } } , MultiLineString : function ( a ) { var b = Ul ( a ) ; return { hasZ : b . hasZ , hasM : b . hasM , paths : a . X ( ) } } , MultiPolygon : function ( a ) { var b =
Ul ( a ) ; a = a . X ( ! 1 ) ; for ( var c = [ ] , d = 0 ; d < a . length ; d ++ ) for ( var e = a [ d ] . length - 1 ; 0 <= e ; e -- ) c . push ( a [ d ] [ e ] ) ; return { hasZ : b . hasZ , hasM : b . hasM , rings : c } } } ; k = Ql . prototype ; k . Rc = function ( a , b ) { var c = Rl ( a . geometry , b ) , d = new H ; this . b && d . Tc ( this . b ) ; d . Ra ( c ) ; b && b . dg && a . attributes [ b . dg ] && d . jc ( a . attributes [ b . dg ] ) ; a . attributes && d . H ( a . attributes ) ; return d } ; k . yg = function ( a , b ) { b = b ? b : { } ; if ( a . features ) { var c = [ ] , d = a . features , e ; b . dg = a . objectIdFieldName ; a = 0 ; for ( e = d . length ; a < e ; ++ a ) c . push ( this . Rc ( d [ a ] , b ) ) ; return c } return [ this . Rc ( a , b ) ] } ;
k . Cg = function ( a , b ) { return Rl ( a , b ) } ; k . Fg = function ( a ) { return a . spatialReference && a . spatialReference . wkid ? Tb ( "EPSG:" + a . spatialReference . wkid ) : null } ; function Wl ( a , b ) { return ( 0 , Vl [ a . U ( ) ] ) ( Hl ( a , ! 0 , b ) , b ) } k . je = function ( a , b ) { return Wl ( a , Gl ( this , b ) ) } ; k . Zc = function ( a , b ) { b = Gl ( this , b ) ; var c = { } , d = a . V ( ) ; d && ( c . geometry = Wl ( d , b ) ) ; d = a . N ( ) ; delete d [ a . c ] ; c . attributes = wb ( d ) ? { } : d ; b && b . featureProjection && ( c . spatialReference = { wkid : Tb ( b . featureProjection ) . mb . split ( ":" ) . pop ( ) } ) ; return c } ;
k . he = function ( a , b ) { b = Gl ( this , b ) ; var c = [ ] , d ; var e = 0 ; for ( d = a . length ; e < d ; ++ e ) c . push ( this . Zc ( a [ e ] , b ) ) ; return { features : c } } ; function Xl ( a ) { this . kc = a } ; function Yl ( a , b ) { this . kc = a ; this . b = Array . prototype . slice . call ( arguments , 1 ) ; xa ( 2 <= this . b . length , 57 ) } v ( Yl , Xl ) ; function Zl ( a ) { var b = [ "And" ] . concat ( Array . prototype . slice . call ( arguments ) ) ; Yl . apply ( this , b ) } v ( Zl , Yl ) ; function $l ( a , b , c ) { this . kc = "BBOX" ; this . geometryName = a ; this . extent = b ; this . srsName = c } v ( $l , Xl ) ; function am ( a , b ) { this . kc = a ; this . b = b } v ( am , Xl ) ; function bm ( a , b , c ) { am . call ( this , "During" , a ) ; this . a = b ; this . i = c } v ( bm , am ) ; function cm ( a , b , c , d ) { am . call ( this , a , b ) ; this . i = c ; this . a = d } v ( cm , am ) ; function dm ( a , b , c ) { cm . call ( this , "PropertyIsEqualTo" , a , b , c ) } v ( dm , cm ) ; function em ( a , b ) { cm . call ( this , "PropertyIsGreaterThan" , a , b ) } v ( em , cm ) ; function fm ( a , b ) { cm . call ( this , "PropertyIsGreaterThanOrEqualTo" , a , b ) } v ( fm , cm ) ; function gm ( a , b , c , d ) { this . kc = a ; this . geometryName = b || "the_geom" ; this . geometry = c ; this . srsName = d } v ( gm , Xl ) ; function hm ( a , b , c ) { gm . call ( this , "Intersects" , a , b , c ) } v ( hm , gm ) ; function im ( a , b , c ) { am . call ( this , "PropertyIsBetween" , a ) ; this . a = b ; this . i = c } v ( im , am ) ; function jm ( a , b , c , d , e , f ) { am . call ( this , "PropertyIsLike" , a ) ; this . c = b ; this . g = void 0 !== c ? c : "*" ; this . f = void 0 !== d ? d : "." ; this . i = void 0 !== e ? e : "!" ; this . a = f } v ( jm , am ) ; function km ( a ) { am . call ( this , "PropertyIsNull" , a ) } v ( km , am ) ; function lm ( a , b ) { cm . call ( this , "PropertyIsLessThan" , a , b ) } v ( lm , cm ) ; function mm ( a , b ) { cm . call ( this , "PropertyIsLessThanOrEqualTo" , a , b ) } v ( mm , cm ) ; function nm ( a ) { this . kc = "Not" ; this . condition = a } v ( nm , Xl ) ; function om ( a , b , c ) { cm . call ( this , "PropertyIsNotEqualTo" , a , b , c ) } v ( om , cm ) ; function pm ( a ) { var b = [ "Or" ] . concat ( Array . prototype . slice . call ( arguments ) ) ; Yl . apply ( this , b ) } v ( pm , Yl ) ; function qm ( a , b , c ) { gm . call ( this , "Within" , a , b , c ) } v ( qm , gm ) ; function rm ( a ) { var b = [ null ] . concat ( Array . prototype . slice . call ( arguments ) ) ; return new ( Function . prototype . bind . apply ( Zl , b ) ) } function sm ( a , b , c ) { return new $l ( a , b , c ) } ; function tm ( a ) { of . call ( this ) ; this . a = a ? a : null ; um ( this ) } v ( tm , of ) ; function vm ( a ) { var b = [ ] , c ; var d = 0 ; for ( c = a . length ; d < c ; ++ d ) b . push ( a [ d ] . clone ( ) ) ; return b } function wm ( a ) { var b ; if ( a . a ) { var c = 0 ; for ( b = a . a . length ; c < b ; ++ c ) Kc ( a . a [ c ] , "change" , a . s , a ) } } function um ( a ) { var b ; if ( a . a ) { var c = 0 ; for ( b = a . a . length ; c < b ; ++ c ) y ( a . a [ c ] , "change" , a . s , a ) } } k = tm . prototype ; k . clone = function ( ) { var a = new tm ( null ) ; a . oj ( this . a ) ; return a } ;
k . Kb = function ( a , b , c , d ) { if ( d < Sa ( this . G ( ) , a , b ) ) return d ; var e = this . a , f ; var g = 0 ; for ( f = e . length ; g < f ; ++ g ) d = e [ g ] . Kb ( a , b , c , d ) ; return d } ; k . Mc = function ( a , b ) { var c = this . a , d ; var e = 0 ; for ( d = c . length ; e < d ; ++ e ) if ( c [ e ] . Mc ( a , b ) ) return ! 0 ; return ! 1 } ; k . se = function ( a ) { Ya ( a ) ; for ( var b = this . a , c = 0 , d = b . length ; c < d ; ++ c ) cb ( a , b [ c ] . G ( ) ) ; return a } ; k . Vf = function ( ) { return vm ( this . a ) } ;
k . Vd = function ( a ) { this . o != this . i && ( ub ( this . f ) , this . g = 0 , this . o = this . i ) ; if ( 0 > a || this . g && a < this . g ) return this ; var b = a . toString ( ) ; if ( this . f . hasOwnProperty ( b ) ) return this . f [ b ] ; var c = [ ] , d = this . a , e = ! 1 , f ; var g = 0 ; for ( f = d . length ; g < f ; ++ g ) { var h = d [ g ] , l = h . Vd ( a ) ; c . push ( l ) ; l !== h && ( e = ! 0 ) } if ( e ) return a = new tm ( null ) , wm ( a ) , a . a = c , um ( a ) , a . s ( ) , this . f [ b ] = a ; this . g = a ; return this } ; k . U = function ( ) { return "GeometryCollection" } ; k . Xa = function ( a ) { var b = this . a , c ; var d = 0 ; for ( c = b . length ; d < c ; ++ d ) if ( b [ d ] . Xa ( a ) ) return ! 0 ; return ! 1 } ;
k . rotate = function ( a , b ) { for ( var c = this . a , d = 0 , e = c . length ; d < e ; ++ d ) c [ d ] . rotate ( a , b ) ; this . s ( ) } ; k . scale = function ( a , b , c ) { c || ( c = nb ( this . G ( ) ) ) ; for ( var d = this . a , e = 0 , f = d . length ; e < f ; ++ e ) d [ e ] . scale ( a , b , c ) ; this . s ( ) } ; k . oj = function ( a ) { a = vm ( a ) ; wm ( this ) ; this . a = a ; um ( this ) ; this . s ( ) } ; k . Dc = function ( a ) { var b = this . a , c ; var d = 0 ; for ( c = b . length ; d < c ; ++ d ) b [ d ] . Dc ( a ) ; this . s ( ) } ; k . translate = function ( a , b ) { var c = this . a , d ; var e = 0 ; for ( d = c . length ; e < d ; ++ e ) c [ e ] . translate ( a , b ) ; this . s ( ) } ; k . ka = function ( ) { wm ( this ) ; of . prototype . ka . call ( this ) } ; function xm ( a ) { a = a ? a : { } ; El . call ( this ) ; this . defaultDataProjection = Tb ( a . defaultDataProjection ? a . defaultDataProjection : "EPSG:4326" ) ; a . featureProjection && ( this . f = Tb ( a . featureProjection ) ) ; this . b = a . geometryName } v ( xm , Il ) ; function ym ( a , b ) { return a ? Hl ( ( 0 , zm [ a . type ] ) ( a ) , ! 1 , b ) : null } function Am ( a , b ) { return ( 0 , Bm [ a . U ( ) ] ) ( Hl ( a , ! 0 , b ) , b ) }
var zm = { Point : function ( a ) { return new C ( a . coordinates ) } , LineString : function ( a ) { return new O ( a . coordinates ) } , Polygon : function ( a ) { return new D ( a . coordinates ) } , MultiPoint : function ( a ) { return new Q ( a . coordinates ) } , MultiLineString : function ( a ) { return new P ( a . coordinates ) } , MultiPolygon : function ( a ) { return new R ( a . coordinates ) } , GeometryCollection : function ( a , b ) { a = a . geometries . map ( function ( a ) { return ym ( a , b ) } ) ; return new tm ( a ) } } , Bm = { Point : function ( a ) { return { type : "Point" , coordinates : a . X ( ) } } , LineString : function ( a ) { return { type : "LineString" ,
coordinates : a . X ( ) } } , Polygon : function ( a , b ) { if ( b ) var c = b . rightHanded ; return { type : "Polygon" , coordinates : a . X ( c ) } } , MultiPoint : function ( a ) { return { type : "MultiPoint" , coordinates : a . X ( ) } } , MultiLineString : function ( a ) { return { type : "MultiLineString" , coordinates : a . X ( ) } } , MultiPolygon : function ( a , b ) { if ( b ) var c = b . rightHanded ; return { type : "MultiPolygon" , coordinates : a . X ( c ) } } , GeometryCollection : function ( a , b ) { return { type : "GeometryCollection" , geometries : a . a . map ( function ( a ) { var c = tb ( { } , b ) ; delete c . featureProjection ; return Am ( a ,
c ) } ) } } , Circle : function ( ) { return { type : "GeometryCollection" , geometries : [ ] } } } ; k = xm . prototype ; k . Rc = function ( a , b ) { a = "Feature" === a . type ? a : { type : "Feature" , geometry : a } ; b = ym ( a . geometry , b ) ; var c = new H ; this . b && c . Tc ( this . b ) ; c . Ra ( b ) ; void 0 !== a . id && c . jc ( a . id ) ; a . properties && c . H ( a . properties ) ; return c } ; k . yg = function ( a , b ) { if ( "FeatureCollection" === a . type ) { var c = [ ] ; a = a . features ; var d ; var e = 0 ; for ( d = a . length ; e < d ; ++ e ) c . push ( this . Rc ( a [ e ] , b ) ) } else c = [ this . Rc ( a , b ) ] ; return c } ; k . Cg = function ( a , b ) { return ym ( a , b ) } ;
k . Fg = function ( a ) { a = a . crs ; var b ; a ? "name" == a . type ? b = Tb ( a . properties . name ) : "EPSG" == a . type ? b = Tb ( "EPSG:" + a . properties . code ) : xa ( ! 1 , 36 ) : b = this . defaultDataProjection ; return b } ; k . Zc = function ( a , b ) { b = Gl ( this , b ) ; var c = { type : "Feature" } , d = a . a ; void 0 !== d && ( c . id = d ) ; ( d = a . V ( ) ) ? c . geometry = Am ( d , b ) : c . geometry = null ; b = a . N ( ) ; delete b [ a . c ] ; wb ( b ) ? c . properties = null : c . properties = b ; return c } ; k . he = function ( a , b ) { b = Gl ( this , b ) ; var c = [ ] , d ; var e = 0 ; for ( d = a . length ; e < d ; ++ e ) c . push ( this . Zc ( a [ e ] , b ) ) ; return { type : "FeatureCollection" , features : c } } ;
k . je = function ( a , b ) { return Am ( a , Gl ( this , b ) ) } ; function Cm ( ) { this . i = new XMLSerializer ; El . call ( this ) } v ( Cm , El ) ; k = Cm . prototype ; k . U = function ( ) { return "xml" } ; k . Tb = function ( a , b ) { return ml ( a ) ? Dm ( this , a , b ) : nl ( a ) ? this . xg ( a , b ) : "string" === typeof a ? ( a = pl ( a ) , Dm ( this , a , b ) ) : null } ; function Dm ( a , b , c ) { a = Em ( a , b , c ) ; return 0 < a . length ? a [ 0 ] : null } k . xg = function ( ) { return null } ; k . Oa = function ( a , b ) { return ml ( a ) ? Em ( this , a , b ) : nl ( a ) ? this . zc ( a , b ) : "string" === typeof a ? ( a = pl ( a ) , Em ( this , a , b ) ) : [ ] } ;
function Em ( a , b , c ) { var d = [ ] ; for ( b = b . firstChild ; b ; b = b . nextSibling ) b . nodeType == Node . ELEMENT _NODE && la ( d , a . zc ( b , c ) ) ; return d } k . Sc = function ( a , b ) { if ( ml ( a ) ) return null ; if ( nl ( a ) ) return this . aj ( a , b ) ; "string" === typeof a && pl ( a ) ; return null } ; k . aj = function ( ) { return null } ; k . kb = function ( a ) { return ml ( a ) ? this . Eg ( a ) : nl ( a ) ? this . kf ( a ) : "string" === typeof a ? ( a = pl ( a ) , this . Eg ( a ) ) : null } ; k . Eg = function ( ) { return this . defaultDataProjection } ; k . kf = function ( ) { return this . defaultDataProjection } ;
k . Bd = function ( a , b ) { return this . i . serializeToString ( this . Vg ( a , b ) ) } ; k . Vg = function ( ) { return null } ; k . Wb = function ( a , b ) { a = this . Xb ( a , b ) ; return this . i . serializeToString ( a ) } ; k . Xb = function ( ) { return null } ; k . $c = function ( a , b ) { a = this . ie ( a , b ) ; return this . i . serializeToString ( a ) } ; k . ie = function ( ) { return null } ; function Fm ( a ) { a = a ? a : { } ; this . featureType = a . featureType ; this . featureNS = a . featureNS ; this . srsName = a . srsName ; this . schemaLocation = "" ; this . b = { } ; this . b [ "http://www.opengis.net/gml" ] = { featureMember : sl ( Fm . prototype . be ) , featureMembers : sl ( Fm . prototype . be ) } ; Cm . call ( this ) } v ( Fm , Cm ) ; var Gm = /^[\s\xa0]*$/ ; k = Fm . prototype ;
k . be = function ( a , b ) { var c = a . localName , d = null ; if ( "FeatureCollection" == c ) "http://www.opengis.net/wfs" === a . namespaceURI ? d = N ( [ ] , this . b , a , b , this ) : d = N ( null , this . b , a , b , this ) ; else if ( "featureMembers" == c || "featureMember" == c ) { var e = b [ 0 ] , f = e . featureType , g = e . featureNS , h ; if ( ! f && a . childNodes ) { f = [ ] ; g = { } ; var l = 0 ; for ( h = a . childNodes . length ; l < h ; ++ l ) { var m = a . childNodes [ l ] ; if ( 1 === m . nodeType ) { var n = m . nodeName . split ( ":" ) . pop ( ) ; if ( - 1 === f . indexOf ( n ) ) { var p = "" , q = 0 , m = m . namespaceURI , r ; for ( r in g ) { if ( g [ r ] === m ) { p = r ; break } ++ q } p ||
( p = "p" + q , g [ p ] = m ) ; f . push ( p + ":" + n ) } } } "featureMember" != c && ( e . featureType = f , e . featureNS = g ) } "string" === typeof g && ( l = g , g = { } , g . p0 = l ) ; var e = { } , f = Array . isArray ( f ) ? f : [ f ] , u ; for ( u in g ) { n = { } ; l = 0 ; for ( h = f . length ; l < h ; ++ l ) ( - 1 === f [ l ] . indexOf ( ":" ) ? "p0" : f [ l ] . split ( ":" ) [ 0 ] ) === u && ( n [ f [ l ] . split ( ":" ) . pop ( ) ] = "featureMembers" == c ? rl ( this . wg , this ) : sl ( this . wg , this ) ) ; e [ g [ u ] ] = n } "featureMember" == c ? d = N ( void 0 , e , a , b ) : d = N ( [ ] , e , a , b ) } null === d && ( d = [ ] ) ; return d } ;
k . gf = function ( a , b ) { var c = b [ 0 ] ; c . srsName = a . firstElementChild . getAttribute ( "srsName" ) ; if ( a = N ( null , this . Zg , a , b , this ) ) return Hl ( a , ! 1 , c ) } ;
k . wg = function ( a , b ) { var c ; ( c = a . getAttribute ( "fid" ) ) || ( c = a . getAttributeNS ( "http://www.opengis.net/gml" , "id" ) || "" ) ; var d = { } , e ; for ( a = a . firstElementChild ; a ; a = a . nextElementSibling ) { var f = a . localName ; if ( 0 === a . childNodes . length || 1 === a . childNodes . length && ( 3 === a . firstChild . nodeType || 4 === a . firstChild . nodeType ) ) { var g = kl ( a , ! 1 ) ; Gm . test ( g ) && ( g = void 0 ) ; d [ f ] = g } else "boundedBy" !== f && ( e = f ) , d [ f ] = this . gf ( a , b ) } b = new H ( d ) ; e && b . Tc ( e ) ; c && b . jc ( c ) ; return b } ;
k . fj = function ( a , b ) { if ( a = this . ff ( a , b ) ) return b = new C ( null ) , b . ba ( "XYZ" , a ) , b } ; k . dj = function ( a , b ) { if ( a = N ( [ ] , this . Nj , a , b , this ) ) return new Q ( a ) } ; k . cj = function ( a , b ) { if ( a = N ( [ ] , this . Mj , a , b , this ) ) return b = new P ( null ) , Nl ( b , a ) , b } ; k . ej = function ( a , b ) { if ( a = N ( [ ] , this . Oj , a , b , this ) ) return b = new R ( null ) , Pl ( b , a ) , b } ; k . Xi = function ( a , b ) { Al ( this . Rj , a , b , this ) } ; k . Mh = function ( a , b ) { Al ( this . Kj , a , b , this ) } ; k . Yi = function ( a , b ) { Al ( this . Sj , a , b , this ) } ; k . hf = function ( a , b ) { if ( a = this . ff ( a , b ) ) return b = new O ( null ) , b . ba ( "XYZ" , a ) , b } ;
k . wp = function ( a , b ) { if ( a = N ( null , this . ke , a , b , this ) ) return a } ; k . bj = function ( a , b ) { if ( a = this . ff ( a , b ) ) return b = new Jf ( null ) , Kf ( b , "XYZ" , a ) , b } ; k . jf = function ( a , b ) { if ( ( a = N ( [ null ] , this . zf , a , b , this ) ) && a [ 0 ] ) { b = new D ( null ) ; var c = a [ 0 ] , d = [ c . length ] , e ; var f = 1 ; for ( e = a . length ; f < e ; ++ f ) la ( c , a [ f ] ) , d . push ( c . length ) ; b . ba ( "XYZ" , c , d ) ; return b } } ; k . ff = function ( a , b ) { return N ( null , this . ke , a , b , this ) } ; k . Nj = { "http://www.opengis.net/gml" : { pointMember : rl ( Fm . prototype . Xi ) , pointMembers : rl ( Fm . prototype . Xi ) } } ;
k . Mj = { "http://www.opengis.net/gml" : { lineStringMember : rl ( Fm . prototype . Mh ) , lineStringMembers : rl ( Fm . prototype . Mh ) } } ; k . Oj = { "http://www.opengis.net/gml" : { polygonMember : rl ( Fm . prototype . Yi ) , polygonMembers : rl ( Fm . prototype . Yi ) } } ; k . Rj = { "http://www.opengis.net/gml" : { Point : rl ( Fm . prototype . ff ) } } ; k . Kj = { "http://www.opengis.net/gml" : { LineString : rl ( Fm . prototype . hf ) } } ; k . Sj = { "http://www.opengis.net/gml" : { Polygon : rl ( Fm . prototype . jf ) } } ; k . le = { "http://www.opengis.net/gml" : { LinearRing : sl ( Fm . prototype . wp ) } } ;
k . aj = function ( a , b ) { return ( a = this . gf ( a , [ Fl ( this , a , b ? b : { } ) ] ) ) ? a : null } ; k . zc = function ( a , b ) { var c = { featureType : this . featureType , featureNS : this . featureNS } ; b && tb ( c , Fl ( this , a , b ) ) ; return this . be ( a , [ c ] ) || [ ] } ; k . kf = function ( a ) { return Tb ( this . srsName ? this . srsName : a . firstElementChild . getAttribute ( "srsName" ) ) } ; function Hm ( a ) { a = kl ( a , ! 1 ) ; return Im ( a ) } function Im ( a ) { if ( a = /^\s*(true|1)|(false|0)\s*$/ . exec ( a ) ) return void 0 !== a [ 1 ] || ! 1 } function Jm ( a ) { a = kl ( a , ! 1 ) ; a = Date . parse ( a ) ; return isNaN ( a ) ? void 0 : a / 1E3 } function Km ( a ) { a = kl ( a , ! 1 ) ; return Lm ( a ) } function Lm ( a ) { if ( a = /^\s*([+\-]?\d*\.?\d+(?:e[+\-]?\d+)?)\s*$/i . exec ( a ) ) return parseFloat ( a [ 1 ] ) } function Mm ( a ) { a = kl ( a , ! 1 ) ; return Nm ( a ) } function Nm ( a ) { if ( a = /^\s*(\d+)\s*$/ . exec ( a ) ) return parseInt ( a [ 1 ] , 10 ) } function S ( a ) { return kl ( a , ! 1 ) . trim ( ) }
function Om ( a , b ) { Pm ( a , b ? "1" : "0" ) } function Qm ( a , b ) { a . appendChild ( il . createTextNode ( b . toPrecision ( ) ) ) } function Rm ( a , b ) { a . appendChild ( il . createTextNode ( b . toString ( ) ) ) } function Pm ( a , b ) { a . appendChild ( il . createTextNode ( b ) ) } ; function Sm ( a ) { a = a ? a : { } ; Fm . call ( this , a ) ; this . l = void 0 !== a . surface ? a . surface : ! 1 ; this . c = void 0 !== a . curve ? a . curve : ! 1 ; this . g = void 0 !== a . multiCurve ? a . multiCurve : ! 0 ; this . j = void 0 !== a . multiSurface ? a . multiSurface : ! 0 ; this . schemaLocation = a . schemaLocation ? a . schemaLocation : "http://www.opengis.net/gml http://schemas.opengis.net/gml/3.1.1/profiles/gmlsfProfile/1.0.0/gmlsf.xsd" } v ( Sm , Fm ) ; k = Sm . prototype ; k . Ap = function ( a , b ) { if ( a = N ( [ ] , this . Lj , a , b , this ) ) return b = new P ( null ) , Nl ( b , a ) , b } ;
k . Bp = function ( a , b ) { if ( a = N ( [ ] , this . Pj , a , b , this ) ) return b = new R ( null ) , Pl ( b , a ) , b } ; k . ph = function ( a , b ) { Al ( this . Hj , a , b , this ) } ; k . Aj = function ( a , b ) { Al ( this . Uj , a , b , this ) } ; k . Ep = function ( a , b ) { return N ( [ null ] , this . Qj , a , b , this ) } ; k . Hp = function ( a , b ) { return N ( [ null ] , this . Tj , a , b , this ) } ; k . Fp = function ( a , b ) { return N ( [ null ] , this . zf , a , b , this ) } ; k . zp = function ( a , b ) { return N ( [ null ] , this . ke , a , b , this ) } ; k . cm = function ( a , b ) { ( a = N ( void 0 , this . le , a , b , this ) ) && b [ b . length - 1 ] . push ( a ) } ;
k . yk = function ( a , b ) { ( a = N ( void 0 , this . le , a , b , this ) ) && ( b [ b . length - 1 ] [ 0 ] = a ) } ; k . gj = function ( a , b ) { if ( ( a = N ( [ null ] , this . Vj , a , b , this ) ) && a [ 0 ] ) { b = new D ( null ) ; var c = a [ 0 ] , d = [ c . length ] , e ; var f = 1 ; for ( e = a . length ; f < e ; ++ f ) la ( c , a [ f ] ) , d . push ( c . length ) ; b . ba ( "XYZ" , c , d ) ; return b } } ; k . Zi = function ( a , b ) { if ( a = N ( [ null ] , this . Ij , a , b , this ) ) return b = new O ( null ) , b . ba ( "XYZ" , a ) , b } ; k . vp = function ( a , b ) { a = N ( [ null ] , this . Jj , a , b , this ) ; return Xa ( a [ 1 ] [ 0 ] , a [ 1 ] [ 1 ] , a [ 2 ] [ 0 ] , a [ 2 ] [ 1 ] ) } ;
k . xp = function ( a , b ) { var c = kl ( a , ! 1 ) , d = /^\s*([+\-]?\d*\.?\d+(?:[eE][+\-]?\d+)?)\s*/ ; a = [ ] ; for ( var e ; e = d . exec ( c ) ; ) a . push ( parseFloat ( e [ 1 ] ) ) , c = c . substr ( e [ 0 ] . length ) ; if ( "" === c ) { b = b [ 0 ] . srsName ; c = "enu" ; b && ( c = Tb ( b ) . b ) ; if ( "neu" === c ) for ( b = 0 , c = a . length ; b < c ; b += 3 ) d = a [ b ] , a [ b ] = a [ b + 1 ] , a [ b + 1 ] = d ; b = a . length ; 2 == b && a . push ( 0 ) ; if ( b ) return a } } ;
k . Bg = function ( a , b ) { var c = kl ( a , ! 1 ) . replace ( /^\s*|\s*$/g , "" ) , d = b [ 0 ] . srsName , e = a . parentNode . getAttribute ( "srsDimension" ) ; b = "enu" ; d && ( b = Tb ( d ) . b ) ; c = c . split ( /\s+/ ) ; d = 2 ; a . getAttribute ( "srsDimension" ) ? d = Nm ( a . getAttribute ( "srsDimension" ) ) : a . getAttribute ( "dimension" ) ? d = Nm ( a . getAttribute ( "dimension" ) ) : e && ( d = Nm ( e ) ) ; for ( var f , g = [ ] , h = 0 , l = c . length ; h < l ; h += d ) a = parseFloat ( c [ h ] ) , e = parseFloat ( c [ h + 1 ] ) , f = 3 === d ? parseFloat ( c [ h + 2 ] ) : 0 , "en" === b . substr ( 0 , 2 ) ? g . push ( a , e , f ) : g . push ( e , a , f ) ; return g } ;
k . ke = { "http://www.opengis.net/gml" : { pos : sl ( Sm . prototype . xp ) , posList : sl ( Sm . prototype . Bg ) } } ; k . zf = { "http://www.opengis.net/gml" : { interior : Sm . prototype . cm , exterior : Sm . prototype . yk } } ;
k . Zg = { "http://www.opengis.net/gml" : { Point : sl ( Fm . prototype . fj ) , MultiPoint : sl ( Fm . prototype . dj ) , LineString : sl ( Fm . prototype . hf ) , MultiLineString : sl ( Fm . prototype . cj ) , LinearRing : sl ( Fm . prototype . bj ) , Polygon : sl ( Fm . prototype . jf ) , MultiPolygon : sl ( Fm . prototype . ej ) , Surface : sl ( Sm . prototype . gj ) , MultiSurface : sl ( Sm . prototype . Bp ) , Curve : sl ( Sm . prototype . Zi ) , MultiCurve : sl ( Sm . prototype . Ap ) , Envelope : sl ( Sm . prototype . vp ) } } ; k . Lj = { "http://www.opengis.net/gml" : { curveMember : rl ( Sm . prototype . ph ) , curveMembers : rl ( Sm . prototype . ph ) } } ;
k . Pj = { "http://www.opengis.net/gml" : { surfaceMember : rl ( Sm . prototype . Aj ) , surfaceMembers : rl ( Sm . prototype . Aj ) } } ; k . Hj = { "http://www.opengis.net/gml" : { LineString : rl ( Fm . prototype . hf ) , Curve : rl ( Sm . prototype . Zi ) } } ; k . Uj = { "http://www.opengis.net/gml" : { Polygon : rl ( Fm . prototype . jf ) , Surface : rl ( Sm . prototype . gj ) } } ; k . Vj = { "http://www.opengis.net/gml" : { patches : sl ( Sm . prototype . Ep ) } } ; k . Ij = { "http://www.opengis.net/gml" : { segments : sl ( Sm . prototype . Hp ) } } ; k . Jj = { "http://www.opengis.net/gml" : { lowerCorner : rl ( Sm . prototype . Bg ) , upperCorner : rl ( Sm . prototype . Bg ) } } ;
k . Qj = { "http://www.opengis.net/gml" : { PolygonPatch : sl ( Sm . prototype . Fp ) } } ; k . Tj = { "http://www.opengis.net/gml" : { LineStringSegment : sl ( Sm . prototype . zp ) } } ; function Tm ( a , b , c ) { var d = c [ c . length - 1 ] ; c = d . hasZ ; d = d . srsName ; b = b . X ( ) ; for ( var e = b . length , f = Array ( e ) , g , h = 0 ; h < e ; ++ h ) { g = b [ h ] ; var l = h , m = c , n = "enu" ; d && ( n = Tb ( d ) . b ) ; n = "en" === n . substr ( 0 , 2 ) ? g [ 0 ] + " " + g [ 1 ] : g [ 1 ] + " " + g [ 0 ] ; m && ( n += " " + ( g [ 2 ] || 0 ) ) ; f [ l ] = n } Pm ( a , f . join ( " " ) ) }
k . ni = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; d && a . setAttribute ( "srsName" , d ) ; d = jl ( a . namespaceURI , "pos" ) ; a . appendChild ( d ) ; c = c [ c . length - 1 ] ; a = c . hasZ ; var e = c . srsName ; c = "enu" ; e && ( c = Tb ( e ) . b ) ; b = b . X ( ) ; c = "en" === c . substr ( 0 , 2 ) ? b [ 0 ] + " " + b [ 1 ] : b [ 1 ] + " " + b [ 0 ] ; a && ( c += " " + ( b [ 2 ] || 0 ) ) ; Pm ( d , c ) } ; var Um = { "http://www.opengis.net/gml" : { lowerCorner : J ( Pm ) , upperCorner : J ( Pm ) } } ; k = Sm . prototype ;
k . jn = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; d && a . setAttribute ( "srsName" , d ) ; Bl ( { node : a } , Um , yl , [ b [ 0 ] + " " + b [ 1 ] , b [ 2 ] + " " + b [ 3 ] ] , c , [ "lowerCorner" , "upperCorner" ] , this ) } ; k . ki = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; d && a . setAttribute ( "srsName" , d ) ; d = jl ( a . namespaceURI , "posList" ) ; a . appendChild ( d ) ; Tm ( d , b , c ) } ; k . hn = function ( a , b ) { a = b [ b . length - 1 ] ; b = a . node ; var c = a . exteriorWritten ; void 0 === c && ( a . exteriorWritten = ! 0 ) ; return jl ( b . namespaceURI , void 0 !== c ? "interior" : "exterior" ) } ;
k . Se = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , d = d . srsName ; "PolygonPatch" !== a . nodeName && d && a . setAttribute ( "srsName" , d ) ; "Polygon" === a . nodeName || "PolygonPatch" === a . nodeName ? ( b = b . Sd ( ) , Bl ( { node : a , hasZ : e , srsName : d } , Vm , this . hn , b , c , void 0 , this ) ) : "Surface" === a . nodeName && ( e = jl ( a . namespaceURI , "patches" ) , a . appendChild ( e ) , a = jl ( e . namespaceURI , "PolygonPatch" ) , e . appendChild ( a ) , this . Se ( a , b , c ) ) } ;
k . Re = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; "LineStringSegment" !== a . nodeName && d && a . setAttribute ( "srsName" , d ) ; "LineString" === a . nodeName || "LineStringSegment" === a . nodeName ? ( d = jl ( a . namespaceURI , "posList" ) , a . appendChild ( d ) , Tm ( d , b , c ) ) : "Curve" === a . nodeName && ( d = jl ( a . namespaceURI , "segments" ) , a . appendChild ( d ) , a = jl ( d . namespaceURI , "LineStringSegment" ) , d . appendChild ( a ) , this . Re ( a , b , c ) ) } ;
k . mi = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , f = d . srsName , d = d . surface ; f && a . setAttribute ( "srsName" , f ) ; b = b . Td ( ) ; Bl ( { node : a , hasZ : e , srsName : f , surface : d } , Wm , this . o , b , c , void 0 , this ) } ; k . kn = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . srsName , d = d . hasZ ; e && a . setAttribute ( "srsName" , e ) ; b = b . Zd ( ) ; Bl ( { node : a , hasZ : d , srsName : e } , Xm , wl ( "pointMember" ) , b , c , void 0 , this ) } ;
k . li = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , f = d . srsName , d = d . curve ; f && a . setAttribute ( "srsName" , f ) ; b = b . gd ( ) ; Bl ( { node : a , hasZ : e , srsName : f , curve : d } , Ym , this . o , b , c , void 0 , this ) } ; k . oi = function ( a , b , c ) { var d = jl ( a . namespaceURI , "LinearRing" ) ; a . appendChild ( d ) ; this . ki ( d , b , c ) } ; k . pi = function ( a , b , c ) { var d = this . a ( b , c ) ; d && ( a . appendChild ( d ) , this . Se ( d , b , c ) ) } ; k . ln = function ( a , b , c ) { var d = jl ( a . namespaceURI , "Point" ) ; a . appendChild ( d ) ; this . ni ( d , b , c ) } ;
k . ji = function ( a , b , c ) { var d = this . a ( b , c ) ; d && ( a . appendChild ( d ) , this . Re ( d , b , c ) ) } ; k . od = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = tb ( { } , d ) ; e . node = a ; var f ; Array . isArray ( b ) ? d . dataProjection ? f = hc ( b , d . featureProjection , d . dataProjection ) : f = b : f = Hl ( b , ! 0 , d ) ; Bl ( e , Zm , this . a , [ f ] , c , void 0 , this ) } ;
k . ii = function ( a , b , c ) { var d = b . a ; d && a . setAttribute ( "fid" , d ) ; var d = c [ c . length - 1 ] , e = d . featureNS , f = b . c ; d . lb || ( d . lb = { } , d . lb [ e ] = { } ) ; var g = b . N ( ) ; b = [ ] ; var h = [ ] ; for ( m in g ) { var l = g [ m ] ; null !== l && ( b . push ( m ) , h . push ( l ) , m == f || l instanceof of ? m in d . lb [ e ] || ( d . lb [ e ] [ m ] = J ( this . od , this ) ) : m in d . lb [ e ] || ( d . lb [ e ] [ m ] = J ( Pm ) ) ) } var m = tb ( { } , d ) ; m . node = a ; Bl ( m , d . lb , wl ( void 0 , e ) , h , c , b ) } ;
var Wm = { "http://www.opengis.net/gml" : { surfaceMember : J ( Sm . prototype . pi ) , polygonMember : J ( Sm . prototype . pi ) } } , Xm = { "http://www.opengis.net/gml" : { pointMember : J ( Sm . prototype . ln ) } } , Ym = { "http://www.opengis.net/gml" : { lineStringMember : J ( Sm . prototype . ji ) , curveMember : J ( Sm . prototype . ji ) } } , Vm = { "http://www.opengis.net/gml" : { exterior : J ( Sm . prototype . oi ) , interior : J ( Sm . prototype . oi ) } } , Zm = { "http://www.opengis.net/gml" : { Curve : J ( Sm . prototype . Re ) , MultiCurve : J ( Sm . prototype . li ) , Point : J ( Sm . prototype . ni ) , MultiPoint : J ( Sm . prototype . kn ) ,
LineString : J ( Sm . prototype . Re ) , MultiLineString : J ( Sm . prototype . li ) , LinearRing : J ( Sm . prototype . ki ) , Polygon : J ( Sm . prototype . Se ) , MultiPolygon : J ( Sm . prototype . mi ) , Surface : J ( Sm . prototype . Se ) , MultiSurface : J ( Sm . prototype . mi ) , Envelope : J ( Sm . prototype . jn ) } } , $m = { MultiLineString : "lineStringMember" , MultiCurve : "curveMember" , MultiPolygon : "polygonMember" , MultiSurface : "surfaceMember" } ; Sm . prototype . o = function ( a , b ) { return jl ( "http://www.opengis.net/gml" , $m [ b [ b . length - 1 ] . node . nodeName ] ) } ;
Sm . prototype . a = function ( a , b ) { var c = b [ b . length - 1 ] ; b = c . multiSurface ; var d = c . surface , e = c . curve , c = c . multiCurve ; Array . isArray ( a ) ? a = "Envelope" : ( a = a . U ( ) , "MultiPolygon" === a && ! 0 === b ? a = "MultiSurface" : "Polygon" === a && ! 0 === d ? a = "Surface" : "LineString" === a && ! 0 === e ? a = "Curve" : "MultiLineString" === a && ! 0 === c && ( a = "MultiCurve" ) ) ; return jl ( "http://www.opengis.net/gml" , a ) } ;
Sm . prototype . ie = function ( a , b ) { b = Gl ( this , b ) ; var c = jl ( "http://www.opengis.net/gml" , "geom" ) , d = { node : c , hasZ : this . hasZ , srsName : this . srsName , curve : this . c , surface : this . l , multiSurface : this . j , multiCurve : this . g } ; b && tb ( d , b ) ; this . od ( c , a , [ d ] ) ; return c } ;
Sm . prototype . Xb = function ( a , b ) { b = Gl ( this , b ) ; var c = jl ( "http://www.opengis.net/gml" , "featureMembers" ) ; c . setAttributeNS ( "http://www.w3.org/2001/XMLSchema-instance" , "xsi:schemaLocation" , this . schemaLocation ) ; var d = { srsName : this . srsName , hasZ : this . hasZ , curve : this . c , surface : this . l , multiSurface : this . j , multiCurve : this . g , featureNS : this . featureNS , featureType : this . featureType } ; b && tb ( d , b ) ; b = [ d ] ; var e = b [ b . length - 1 ] , d = e . featureType , f = e . featureNS , g = { } ; g [ f ] = { } ; g [ f ] [ d ] = J ( this . ii , this ) ; e = tb ( { } , e ) ; e . node = c ; Bl ( e , g , wl ( d ,
f ) , a , b ) ; return c } ; function an ( a ) { a = a ? a : { } ; Fm . call ( this , a ) ; this . b [ "http://www.opengis.net/gml" ] . featureMember = rl ( Fm . prototype . be ) ; this . schemaLocation = a . schemaLocation ? a . schemaLocation : "http://www.opengis.net/gml http://schemas.opengis.net/gml/2.1.2/feature.xsd" } v ( an , Fm ) ; k = an . prototype ;
k . $i = function ( a , b ) { a = kl ( a , ! 1 ) . replace ( /^\s*|\s*$/g , "" ) ; var c = b [ 0 ] . srsName ; b = "enu" ; c && ( c = Tb ( c ) ) && ( b = c . b ) ; a = a . trim ( ) . split ( /\s+/ ) ; for ( var d , e , f = [ ] , g = 0 , h = a . length ; g < h ; g ++ ) e = a [ g ] . split ( /,+/ ) , c = parseFloat ( e [ 0 ] ) , d = parseFloat ( e [ 1 ] ) , e = 3 === e . length ? parseFloat ( e [ 2 ] ) : 0 , "en" === b . substr ( 0 , 2 ) ? f . push ( c , d , e ) : f . push ( d , c , e ) ; return f } ; k . tp = function ( a , b ) { a = N ( [ null ] , this . Gj , a , b , this ) ; return Xa ( a [ 1 ] [ 0 ] , a [ 1 ] [ 1 ] , a [ 1 ] [ 3 ] , a [ 1 ] [ 4 ] ) } ; k . am = function ( a , b ) { ( a = N ( void 0 , this . le , a , b , this ) ) && b [ b . length - 1 ] . push ( a ) } ;
k . bp = function ( a , b ) { ( a = N ( void 0 , this . le , a , b , this ) ) && ( b [ b . length - 1 ] [ 0 ] = a ) } ; k . ke = { "http://www.opengis.net/gml" : { coordinates : sl ( an . prototype . $i ) } } ; k . zf = { "http://www.opengis.net/gml" : { innerBoundaryIs : an . prototype . am , outerBoundaryIs : an . prototype . bp } } ; k . Gj = { "http://www.opengis.net/gml" : { coordinates : rl ( an . prototype . $i ) } } ;
k . Zg = { "http://www.opengis.net/gml" : { Point : sl ( Fm . prototype . fj ) , MultiPoint : sl ( Fm . prototype . dj ) , LineString : sl ( Fm . prototype . hf ) , MultiLineString : sl ( Fm . prototype . cj ) , LinearRing : sl ( Fm . prototype . bj ) , Polygon : sl ( Fm . prototype . jf ) , MultiPolygon : sl ( Fm . prototype . ej ) , Box : sl ( an . prototype . tp ) } } ;
k . jg = function ( a , b ) { var c = b [ b . length - 1 ] ; b = c . multiSurface ; var d = c . surface , c = c . multiCurve ; Array . isArray ( a ) ? a = "Envelope" : ( a = a . U ( ) , "MultiPolygon" === a && ! 0 === b ? a = "MultiSurface" : "Polygon" === a && ! 0 === d ? a = "Surface" : "MultiLineString" === a && ! 0 === c && ( a = "MultiCurve" ) ) ; return jl ( "http://www.opengis.net/gml" , a ) } ; k . ai = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = tb ( { } , d ) ; e . node = a ; var f ; Array . isArray ( b ) ? d . dataProjection ? f = hc ( b , d . featureProjection , d . dataProjection ) : f = b : f = Hl ( b , ! 0 , d ) ; Bl ( e , bn , this . jg , [ f ] , c , void 0 , this ) } ;
k . Pe = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; "LineStringSegment" !== a . nodeName && d && a . setAttribute ( "srsName" , d ) ; "LineString" === a . nodeName || "LineStringSegment" === a . nodeName ? ( d = cn ( a . namespaceURI ) , a . appendChild ( d ) , dn ( d , b , c ) ) : "Curve" === a . nodeName && ( d = jl ( a . namespaceURI , "segments" ) , a . appendChild ( d ) , a = jl ( d . namespaceURI , "LineStringSegment" ) , d . appendChild ( a ) , this . Pe ( a , b , c ) ) } ; function cn ( a ) { a = jl ( a , "coordinates" ) ; a . setAttribute ( "decimal" , "." ) ; a . setAttribute ( "cs" , "," ) ; a . setAttribute ( "ts" , " " ) ; return a }
function dn ( a , b , c ) { var d = c [ c . length - 1 ] ; c = d . hasZ ; d = d . srsName ; b = b . X ( ) ; for ( var e = b . length , f = Array ( e ) , g , h = 0 ; h < e ; ++ h ) g = b [ h ] , f [ h ] = en ( g , d , c ) ; Pm ( a , f . join ( " " ) ) }
k . Qe = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , d = d . srsName ; "PolygonPatch" !== a . nodeName && d && a . setAttribute ( "srsName" , d ) ; "Polygon" === a . nodeName || "PolygonPatch" === a . nodeName ? ( b = b . Sd ( ) , Bl ( { node : a , hasZ : e , srsName : d } , fn , this . dn , b , c , void 0 , this ) ) : "Surface" === a . nodeName && ( e = jl ( a . namespaceURI , "patches" ) , a . appendChild ( e ) , a = jl ( e . namespaceURI , "PolygonPatch" ) , e . appendChild ( a ) , this . Qe ( a , b , c ) ) } ;
k . dn = function ( a , b ) { a = b [ b . length - 1 ] ; b = a . node ; var c = a . exteriorWritten ; void 0 === c && ( a . exteriorWritten = ! 0 ) ; return jl ( b . namespaceURI , void 0 !== c ? "innerBoundaryIs" : "outerBoundaryIs" ) } ; k . gi = function ( a , b , c ) { var d = jl ( a . namespaceURI , "LinearRing" ) ; a . appendChild ( d ) ; this . ci ( d , b , c ) } ; function en ( a , b , c ) { var d = "enu" ; b && ( d = Tb ( b ) . b ) ; b = "en" === d . substr ( 0 , 2 ) ? a [ 0 ] + "," + a [ 1 ] : a [ 1 ] + "," + a [ 0 ] ; c && ( b += "," + ( a [ 2 ] || 0 ) ) ; return b }
k . di = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , f = d . srsName , d = d . curve ; f && a . setAttribute ( "srsName" , f ) ; b = b . gd ( ) ; Bl ( { node : a , hasZ : e , srsName : f , curve : d } , gn , this . a , b , c , void 0 , this ) } ; k . fi = function ( a , b , c ) { var d = c [ c . length - 1 ] ; c = d . hasZ ; var e = d . srsName ; e && a . setAttribute ( "srsName" , e ) ; d = cn ( a . namespaceURI ) ; a . appendChild ( d ) ; a = b . X ( ) ; a = en ( a , e , c ) ; Pm ( d , a ) } ;
k . fn = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ ; ( d = d . srsName ) && a . setAttribute ( "srsName" , d ) ; b = b . Zd ( ) ; Bl ( { node : a , hasZ : e , srsName : d } , hn , wl ( "pointMember" ) , b , c , void 0 , this ) } ; k . gn = function ( a , b , c ) { var d = jl ( a . namespaceURI , "Point" ) ; a . appendChild ( d ) ; this . fi ( d , b , c ) } ; k . bi = function ( a , b , c ) { var d = this . jg ( b , c ) ; d && ( a . appendChild ( d ) , this . Pe ( d , b , c ) ) } ; k . ci = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; d && a . setAttribute ( "srsName" , d ) ; d = cn ( a . namespaceURI ) ; a . appendChild ( d ) ; dn ( d , b , c ) } ;
k . ei = function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . hasZ , f = d . srsName , d = d . surface ; f && a . setAttribute ( "srsName" , f ) ; b = b . Td ( ) ; Bl ( { node : a , hasZ : e , srsName : f , surface : d } , jn , this . a , b , c , void 0 , this ) } ; k . hi = function ( a , b , c ) { var d = this . jg ( b , c ) ; d && ( a . appendChild ( d ) , this . Qe ( d , b , c ) ) } ; k . en = function ( a , b , c ) { var d = c [ c . length - 1 ] . srsName ; d && a . setAttribute ( "srsName" , d ) ; Bl ( { node : a } , kn , yl , [ b [ 0 ] + " " + b [ 1 ] , b [ 2 ] + " " + b [ 3 ] ] , c , [ "lowerCorner" , "upperCorner" ] , this ) } ;
var bn = { "http://www.opengis.net/gml" : { Curve : J ( an . prototype . Pe ) , MultiCurve : J ( an . prototype . di ) , Point : J ( an . prototype . fi ) , MultiPoint : J ( an . prototype . fn ) , LineString : J ( an . prototype . Pe ) , MultiLineString : J ( an . prototype . di ) , LinearRing : J ( an . prototype . ci ) , Polygon : J ( an . prototype . Qe ) , MultiPolygon : J ( an . prototype . ei ) , Surface : J ( an . prototype . Qe ) , MultiSurface : J ( an . prototype . ei ) , Envelope : J ( an . prototype . en ) } } , fn = { "http://www.opengis.net/gml" : { outerBoundaryIs : J ( an . prototype . gi ) , innerBoundaryIs : J ( an . prototype . gi ) } } , hn = { "http://www.opengis.net/gml" : { pointMember : J ( an . prototype . gn ) } } ,
gn = { "http://www.opengis.net/gml" : { lineStringMember : J ( an . prototype . bi ) , curveMember : J ( an . prototype . bi ) } } ; an . prototype . a = function ( a , b ) { return jl ( "http://www.opengis.net/gml" , ln [ b [ b . length - 1 ] . node . nodeName ] ) } ; var ln = { MultiLineString : "lineStringMember" , MultiCurve : "curveMember" , MultiPolygon : "polygonMember" , MultiSurface : "surfaceMember" } , jn = { "http://www.opengis.net/gml" : { surfaceMember : J ( an . prototype . hi ) , polygonMember : J ( an . prototype . hi ) } } , kn = { "http://www.opengis.net/gml" : { lowerCorner : J ( Pm ) , upperCorner : J ( Pm ) } } ; function mn ( a ) { a = a ? a : { } ; Cm . call ( this ) ; this . defaultDataProjection = Tb ( "EPSG:4326" ) ; this . b = a . readExtensions } v ( mn , Cm ) ; var nn = [ null , "http://www.topografix.com/GPX/1/0" , "http://www.topografix.com/GPX/1/1" ] ; function on ( a , b , c , d ) { a . push ( parseFloat ( c . getAttribute ( "lon" ) ) , parseFloat ( c . getAttribute ( "lat" ) ) ) ; "ele" in d ? ( a . push ( d . ele ) , delete d . ele , b . hasZ = ! 0 ) : a . push ( 0 ) ; "time" in d ? ( a . push ( d . time ) , delete d . time , b . hasM = ! 0 ) : a . push ( 0 ) ; return a }
function pn ( a , b , c ) { var d = "XY" , e = 2 ; a . hasZ && a . hasM ? ( d = "XYZM" , e = 4 ) : a . hasZ ? ( d = "XYZ" , e = 3 ) : a . hasM && ( d = "XYM" , e = 3 ) ; if ( 4 !== e ) { var f ; var g = 0 ; for ( f = b . length / 4 ; g < f ; g ++ ) b [ g * e ] = b [ 4 * g ] , b [ g * e + 1 ] = b [ 4 * g + 1 ] , a . hasZ && ( b [ g * e + 2 ] = b [ 4 * g + 2 ] ) , a . hasM && ( b [ g * e + 2 ] = b [ 4 * g + 3 ] ) ; b . length = b . length / 4 * e ; if ( c ) for ( g = 0 , f = c . length ; g < f ; g ++ ) c [ g ] = c [ g ] / 4 * e } return d } function qn ( a , b ) { var c = b [ b . length - 1 ] , d = a . getAttribute ( "href" ) ; null !== d && ( c . link = d ) ; Al ( rn , a , b ) } function sn ( a , b ) { b [ b . length - 1 ] . extensionsNode _ = a }
function tn ( a , b ) { var c = b [ 0 ] ; if ( a = N ( { flatCoordinates : [ ] , layoutOptions : { } } , un , a , b ) ) { b = a . flatCoordinates ; delete a . flatCoordinates ; var d = a . layoutOptions ; delete a . layoutOptions ; var d = pn ( d , b ) , e = new O ( null ) ; e . ba ( d , b ) ; Hl ( e , ! 1 , c ) ; c = new H ( e ) ; c . H ( a ) ; return c } }
function vn ( a , b ) { var c = b [ 0 ] ; if ( a = N ( { flatCoordinates : [ ] , ends : [ ] , layoutOptions : { } } , wn , a , b ) ) { b = a . flatCoordinates ; delete a . flatCoordinates ; var d = a . ends ; delete a . ends ; var e = a . layoutOptions ; delete a . layoutOptions ; var e = pn ( e , b , d ) , f = new P ( null ) ; f . ba ( e , b , d ) ; Hl ( f , ! 1 , c ) ; c = new H ( f ) ; c . H ( a ) ; return c } } function xn ( a , b ) { var c = b [ 0 ] ; if ( b = N ( { } , yn , a , b ) ) { var d = { } ; a = on ( [ ] , d , a , b ) ; d = pn ( d , a ) ; a = new C ( a , d ) ; Hl ( a , ! 1 , c ) ; c = new H ( a ) ; c . H ( b ) ; return c } }
var zn = { rte : tn , trk : vn , wpt : xn } , An = K ( nn , { rte : rl ( tn ) , trk : rl ( vn ) , wpt : rl ( xn ) } ) , rn = K ( nn , { text : I ( S , "linkText" ) , type : I ( S , "linkType" ) } ) , un = K ( nn , { name : I ( S ) , cmt : I ( S ) , desc : I ( S ) , src : I ( S ) , link : qn , number : I ( Mm ) , extensions : sn , type : I ( S ) , rtept : function ( a , b ) { var c = N ( { } , Bn , a , b ) ; c && ( b = b [ b . length - 1 ] , on ( b . flatCoordinates , b . layoutOptions , a , c ) ) } } ) , Bn = K ( nn , { ele : I ( Km ) , time : I ( Jm ) } ) , wn = K ( nn , { name : I ( S ) , cmt : I ( S ) , desc : I ( S ) , src : I ( S ) , link : qn , number : I ( Mm ) , type : I ( S ) , extensions : sn , trkseg : function ( a , b ) { var c = b [ b . length - 1 ] ; Al ( Cn , a , b ) ; c . ends . push ( c . flatCoordinates . length ) } } ) ,
Cn = K ( nn , { trkpt : function ( a , b ) { var c = N ( { } , Dn , a , b ) ; c && ( b = b [ b . length - 1 ] , on ( b . flatCoordinates , b . layoutOptions , a , c ) ) } } ) , Dn = K ( nn , { ele : I ( Km ) , time : I ( Jm ) } ) , yn = K ( nn , { ele : I ( Km ) , time : I ( Jm ) , magvar : I ( Km ) , geoidheight : I ( Km ) , name : I ( S ) , cmt : I ( S ) , desc : I ( S ) , src : I ( S ) , link : qn , sym : I ( S ) , type : I ( S ) , fix : I ( S ) , sat : I ( Mm ) , hdop : I ( Km ) , vdop : I ( Km ) , pdop : I ( Km ) , ageofdgpsdata : I ( Km ) , dgpsid : I ( Mm ) , extensions : sn } ) ;
function En ( a , b ) { b || ( b = [ ] ) ; for ( var c = 0 , d = b . length ; c < d ; ++ c ) { var e = b [ c ] ; if ( a . b ) { var f = e . get ( "extensionsNode_" ) || null ; a . b ( e , f ) } e . set ( "extensionsNode_" , void 0 ) } } mn . prototype . xg = function ( a , b ) { if ( ! ja ( nn , a . namespaceURI ) ) return null ; var c = zn [ a . localName ] ; if ( ! c ) return null ; a = c ( a , [ Fl ( this , a , b ) ] ) ; if ( ! a ) return null ; En ( this , [ a ] ) ; return a } ; mn . prototype . zc = function ( a , b ) { return ja ( nn , a . namespaceURI ) ? "gpx" == a . localName && ( a = N ( [ ] , An , a , [ Fl ( this , a , b ) ] ) ) ? ( En ( this , a ) , a ) : [ ] : [ ] } ;
function Fn ( a , b , c ) { a . setAttribute ( "href" , b ) ; b = c [ c . length - 1 ] . properties ; Bl ( { node : a } , Gn , yl , [ b . linkText , b . linkType ] , c , Hn ) } function In ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . node . namespaceURI , f = d . properties ; a . setAttributeNS ( null , "lat" , b [ 1 ] ) ; a . setAttributeNS ( null , "lon" , b [ 0 ] ) ; switch ( d . geometryLayout ) { case "XYZM" : b [ 3 ] && ( f . time = b [ 3 ] ) ; case "XYZ" : b [ 2 ] && ( f . ele = b [ 2 ] ) ; break ; case "XYM" : b [ 2 ] && ( f . time = b [ 2 ] ) } b = "rtept" == a . nodeName ? Jn [ e ] : Kn [ e ] ; d = zl ( f , b ) ; Bl ( { node : a , properties : f } , Ln , yl , d , c , b ) }
var Hn = [ "text" , "type" ] , Gn = K ( nn , { text : J ( Pm ) , type : J ( Pm ) } ) , Mn = K ( nn , "name cmt desc src link number type rtept" . split ( " " ) ) , Nn = K ( nn , { name : J ( Pm ) , cmt : J ( Pm ) , desc : J ( Pm ) , src : J ( Pm ) , link : J ( Fn ) , number : J ( Rm ) , type : J ( Pm ) , rtept : vl ( J ( In ) ) } ) , Jn = K ( nn , [ "ele" , "time" ] ) , On = K ( nn , "name cmt desc src link number type trkseg" . split ( " " ) ) , Rn = K ( nn , { name : J ( Pm ) , cmt : J ( Pm ) , desc : J ( Pm ) , src : J ( Pm ) , link : J ( Fn ) , number : J ( Rm ) , type : J ( Pm ) , trkseg : vl ( J ( function ( a , b , c ) { Bl ( { node : a , geometryLayout : b . ja , properties : { } } , Pn , Qn , b . X ( ) , c ) } ) ) } ) , Qn = wl ( "trkpt" ) ,
Pn = K ( nn , { trkpt : J ( In ) } ) , Kn = K ( nn , "ele time magvar geoidheight name cmt desc src link sym type fix sat hdop vdop pdop ageofdgpsdata dgpsid" . split ( " " ) ) , Ln = K ( nn , { ele : J ( Qm ) , time : J ( function ( a , b ) { b = new Date ( 1E3 * b ) ; a . appendChild ( il . createTextNode ( b . getUTCFullYear ( ) + "-" + Xe ( b . getUTCMonth ( ) + 1 ) + "-" + Xe ( b . getUTCDate ( ) ) + "T" + Xe ( b . getUTCHours ( ) ) + ":" + Xe ( b . getUTCMinutes ( ) ) + ":" + Xe ( b . getUTCSeconds ( ) ) + "Z" ) ) } ) , magvar : J ( Qm ) , geoidheight : J ( Qm ) , name : J ( Pm ) , cmt : J ( Pm ) , desc : J ( Pm ) , src : J ( Pm ) , link : J ( Fn ) , sym : J ( Pm ) , type : J ( Pm ) , fix : J ( Pm ) ,
sat : J ( Rm ) , hdop : J ( Qm ) , vdop : J ( Qm ) , pdop : J ( Qm ) , ageofdgpsdata : J ( Qm ) , dgpsid : J ( Rm ) } ) , Sn = { Point : "wpt" , LineString : "rte" , MultiLineString : "trk" } ; function Tn ( a , b ) { if ( a = a . V ( ) ) if ( a = Sn [ a . U ( ) ] ) return jl ( b [ b . length - 1 ] . node . namespaceURI , a ) }
var Un = K ( nn , { rte : J ( function ( a , b , c ) { var d = c [ 0 ] , e = b . N ( ) ; a = { node : a , properties : e } ; if ( b = b . V ( ) ) b = Hl ( b , ! 0 , d ) , a . geometryLayout = b . ja , e . rtept = b . X ( ) ; d = Mn [ c [ c . length - 1 ] . node . namespaceURI ] ; e = zl ( e , d ) ; Bl ( a , Nn , yl , e , c , d ) } ) , trk : J ( function ( a , b , c ) { var d = c [ 0 ] , e = b . N ( ) ; a = { node : a , properties : e } ; if ( b = b . V ( ) ) b = Hl ( b , ! 0 , d ) , e . trkseg = b . gd ( ) ; d = On [ c [ c . length - 1 ] . node . namespaceURI ] ; e = zl ( e , d ) ; Bl ( a , Rn , yl , e , c , d ) } ) , wpt : J ( function ( a , b , c ) { var d = c [ 0 ] , e = c [ c . length - 1 ] ; e . properties = b . N ( ) ; if ( b = b . V ( ) ) b = Hl ( b , ! 0 , d ) , e . geometryLayout = b . ja , In ( a , b . X ( ) ,
c ) } ) } ) ; mn . prototype . Xb = function ( a , b ) { b = Gl ( this , b ) ; var c = jl ( "http://www.topografix.com/GPX/1/1" , "gpx" ) ; c . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:xsi" , "http://www.w3.org/2001/XMLSchema-instance" ) ; c . setAttributeNS ( "http://www.w3.org/2001/XMLSchema-instance" , "xsi:schemaLocation" , "http://www.topografix.com/GPX/1/1 http://www.topografix.com/GPX/1/1/gpx.xsd" ) ; c . setAttribute ( "version" , "1.1" ) ; c . setAttribute ( "creator" , "OpenLayers" ) ; Bl ( { node : c } , Un , Tn , a , [ b ] ) ; return c } ; function Vn ( ) { El . call ( this ) } v ( Vn , El ) ; function Wn ( a ) { return "string" === typeof a ? a : "" } k = Vn . prototype ; k . U = function ( ) { return "text" } ; k . Tb = function ( a , b ) { return this . ae ( Wn ( a ) , Gl ( this , b ) ) } ; k . Oa = function ( a , b ) { return this . zg ( Wn ( a ) , Gl ( this , b ) ) } ; k . Sc = function ( a , b ) { return this . wd ( Wn ( a ) , Gl ( this , b ) ) } ; k . kb = function ( ) { return this . defaultDataProjection } ; k . Bd = function ( a , b ) { return this . ge ( a , Gl ( this , b ) ) } ; k . Wb = function ( a , b ) { return this . Wg ( a , Gl ( this , b ) ) } ; k . $c = function ( a , b ) { return this . Cd ( a , Gl ( this , b ) ) } ; function Xn ( a ) { a = a ? a : { } ; El . call ( this ) ; this . defaultDataProjection = Tb ( "EPSG:4326" ) ; this . b = a . altitudeMode ? a . altitudeMode : "none" } v ( Xn , Vn ) ; var Yn = /^B(\d{2})(\d{2})(\d{2})(\d{2})(\d{5})([NS])(\d{3})(\d{5})([EW])([AV])(\d{5})(\d{5})/ , Zn = /^H.([A-Z]{3}).*?:(.*)/ , $n = /^HFDTE(\d{2})(\d{2})(\d{2})/ , ao = /\r\n|\r|\n/ ; k = Xn . prototype ;
k . ae = function ( a , b ) { var c = this . b , d = a . split ( ao ) ; a = { } ; var e = [ ] , f = 2E3 , g = 0 , h = 1 , l = - 1 , m ; var n = 0 ; for ( m = d . length ; n < m ; ++ n ) { var p = d [ n ] , q ; if ( "B" == p . charAt ( 0 ) ) { if ( q = Yn . exec ( p ) ) { var p = parseInt ( q [ 1 ] , 10 ) , r = parseInt ( q [ 2 ] , 10 ) , u = parseInt ( q [ 3 ] , 10 ) , x = parseInt ( q [ 4 ] , 10 ) + parseInt ( q [ 5 ] , 10 ) / 6E4 ; "S" == q [ 6 ] && ( x = - x ) ; var B = parseInt ( q [ 7 ] , 10 ) + parseInt ( q [ 8 ] , 10 ) / 6E4 ; "W" == q [ 9 ] && ( B = - B ) ; e . push ( B , x ) ; "none" != c && e . push ( "gps" == c ? parseInt ( q [ 11 ] , 10 ) : "barometric" == c ? parseInt ( q [ 12 ] , 10 ) : 0 ) ; q = Date . UTC ( f , g , h , p , r , u ) ; q < l && ( q = Date . UTC ( f , g , h + 1 , p , r ,
u ) ) ; e . push ( q / 1E3 ) ; l = q } } else "H" == p . charAt ( 0 ) && ( ( q = $n . exec ( p ) ) ? ( h = parseInt ( q [ 1 ] , 10 ) , g = parseInt ( q [ 2 ] , 10 ) - 1 , f = 2E3 + parseInt ( q [ 3 ] , 10 ) ) : ( q = Zn . exec ( p ) ) && ( a [ q [ 1 ] ] = q [ 2 ] . trim ( ) ) ) } if ( ! e . length ) return null ; d = new O ( null ) ; d . ba ( "none" == c ? "XYM" : "XYZM" , e ) ; b = new H ( Hl ( d , ! 1 , b ) ) ; b . H ( a ) ; return b } ; k . zg = function ( a , b ) { return ( a = this . ae ( a , b ) ) ? [ a ] : [ ] } ; k . ge = function ( ) { } ; k . Wg = function ( ) { } ; k . Cd = function ( ) { } ; k . wd = function ( ) { } ; function bo ( a , b , c , d , e , f ) { Qc . call ( this ) ; this . j = null ; this . M = a ? a : new Image ; null !== d && ( this . M . crossOrigin = d ) ; this . c = f ? document . createElement ( "CANVAS" ) : null ; this . g = f ; this . f = null ; this . i = e ; this . a = c ; this . o = b ; this . l = ! 1 ; 2 == this . i && co ( this ) } v ( bo , Qc ) ; function co ( a ) { var b = jd ( 1 , 1 ) ; try { b . drawImage ( a . M , 0 , 0 ) , b . getImageData ( 0 , 0 , 1 , 1 ) } catch ( c ) { a . l = ! 0 } } bo . prototype . v = function ( ) { this . i = 3 ; this . f . forEach ( Ec ) ; this . f = null ; this . b ( "change" ) } ;
bo . prototype . u = function ( ) { this . i = 2 ; this . a && ( this . M . width = this . a [ 0 ] , this . M . height = this . a [ 1 ] ) ; this . a = [ this . M . width , this . M . height ] ; this . f . forEach ( Ec ) ; this . f = null ; co ( this ) ; if ( ! this . l && null !== this . g ) { this . c . width = this . M . width ; this . c . height = this . M . height ; var a = this . c . getContext ( "2d" ) ; a . drawImage ( this . M , 0 , 0 ) ; for ( var b = a . getImageData ( 0 , 0 , this . M . width , this . M . height ) , c = b . data , d = this . g [ 0 ] / 255 , e = this . g [ 1 ] / 255 , f = this . g [ 2 ] / 255 , g = 0 , h = c . length ; g < h ; g += 4 ) c [ g ] *= d , c [ g + 1 ] *= e , c [ g + 2 ] *= f ; a . putImageData ( b , 0 , 0 ) } this . b ( "change" ) } ;
bo . prototype . Y = function ( ) { return this . c ? this . c : this . M } ; bo . prototype . load = function ( ) { if ( 0 == this . i ) { this . i = 1 ; this . f = [ Jc ( this . M , "error" , this . v , this ) , Jc ( this . M , "load" , this . u , this ) ] ; try { this . M . src = this . o } catch ( a ) { this . v ( ) } } } ; function eo ( a ) { a = a || { } ; this . o = void 0 !== a . anchor ? a . anchor : [ . 5 , . 5 ] ; this . u = null ; this . i = void 0 !== a . anchorOrigin ? a . anchorOrigin : "top-left" ; this . C = void 0 !== a . anchorXUnits ? a . anchorXUnits : "fraction" ; this . B = void 0 !== a . anchorYUnits ? a . anchorYUnits : "fraction" ; this . ra = void 0 !== a . crossOrigin ? a . crossOrigin : null ; var b = void 0 !== a . img ? a . img : null , c = void 0 !== a . imgSize ? a . imgSize : null , d = a . src ; xa ( ! ( void 0 !== d && b ) , 4 ) ; xa ( ! b || b && c , 5 ) ; void 0 !== d && d . length || ! b || ( d = b . src || w ( b ) . toString ( ) ) ; xa ( void 0 !== d && 0 < d . length , 6 ) ; var e = void 0 !==
a . src ? 0 : 2 ; this . j = void 0 !== a . color ? ed ( a . color ) : null ; var f = this . ra , g = this . j , h = zh . get ( d , f , g ) ; h || ( h = new bo ( b , d , c , f , e , g ) , zh . set ( d , f , g , h ) ) ; this . b = h ; this . oa = void 0 !== a . offset ? a . offset : [ 0 , 0 ] ; this . c = void 0 !== a . offsetOrigin ? a . offsetOrigin : "top-left" ; this . S = null ; this . D = void 0 !== a . size ? a . size : null ; Xk . call ( this , { opacity : void 0 !== a . opacity ? a . opacity : 1 , rotation : void 0 !== a . rotation ? a . rotation : 0 , scale : void 0 !== a . scale ? a . scale : 1 , snapToPixel : void 0 !== a . snapToPixel ? a . snapToPixel : ! 0 , rotateWithView : void 0 !== a . rotateWithView ?
a . rotateWithView : ! 1 } ) } v ( eo , Xk ) ; k = eo . prototype ;
k . clone = function ( ) { var a = this . Y ( 1 ) ; if ( 2 === this . b . i ) if ( "IMG" === a . tagName . toUpperCase ( ) ) var b = a . cloneNode ( ! 0 ) ; else { b = document . createElement ( "canvas" ) ; var c = b . getContext ( "2d" ) ; b . width = a . width ; b . height = a . height ; c . drawImage ( a , 0 , 0 ) } return new eo ( { anchor : this . o . slice ( ) , anchorOrigin : this . i , anchorXUnits : this . C , anchorYUnits : this . B , crossOrigin : this . ra , color : this . j && this . j . slice ? this . j . slice ( ) : this . j || void 0 , img : b ? b : void 0 , imgSize : b ? this . b . a . slice ( ) : void 0 , src : b ? void 0 : this . b . o , offset : this . oa . slice ( ) , offsetOrigin : this . c ,
size : null !== this . D ? this . D . slice ( ) : void 0 , opacity : this . f , scale : this . a , snapToPixel : this . v , rotation : this . g , rotateWithView : this . l } ) } ;
k . Hc = function ( ) { if ( this . u ) return this . u ; var a = this . o , b = this . ic ( ) ; if ( "fraction" == this . C || "fraction" == this . B ) { if ( ! b ) return null ; a = this . o . slice ( ) ; "fraction" == this . C && ( a [ 0 ] *= b [ 0 ] ) ; "fraction" == this . B && ( a [ 1 ] *= b [ 1 ] ) } if ( "top-left" != this . i ) { if ( ! b ) return null ; a === this . o && ( a = this . o . slice ( ) ) ; if ( "top-right" == this . i || "bottom-right" == this . i ) a [ 0 ] = - a [ 0 ] + b [ 0 ] ; if ( "bottom-left" == this . i || "bottom-right" == this . i ) a [ 1 ] = - a [ 1 ] + b [ 1 ] } return this . u = a } ; k . Lo = function ( ) { return this . j } ; k . Y = function ( a ) { return this . b . Y ( a ) } ; k . ye = function ( ) { return this . b . a } ;
k . Ye = function ( ) { return this . b . i } ; k . qg = function ( ) { var a = this . b ; if ( ! a . j ) if ( a . l ) { var b = a . a [ 0 ] , c = a . a [ 1 ] , d = jd ( b , c ) ; d . fillRect ( 0 , 0 , b , c ) ; a . j = d . canvas } else a . j = a . M ; return a . j } ; k . Oc = function ( ) { if ( this . S ) return this . S ; var a = this . oa ; if ( "top-left" != this . c ) { var b = this . ic ( ) , c = this . b . a ; if ( ! b || ! c ) return null ; a = a . slice ( ) ; if ( "top-right" == this . c || "bottom-right" == this . c ) a [ 0 ] = c [ 0 ] - b [ 0 ] - a [ 0 ] ; if ( "bottom-left" == this . c || "bottom-right" == this . c ) a [ 1 ] = c [ 1 ] - b [ 1 ] - a [ 1 ] } return this . S = a } ; k . Mo = function ( ) { return this . b . o } ;
k . ic = function ( ) { return this . D ? this . D : this . b . a } ; k . Nh = function ( a , b ) { return y ( this . b , "change" , a , b ) } ; k . load = function ( ) { this . b . load ( ) } ; k . Bj = function ( a , b ) { Kc ( this . b , "change" , a , b ) } ; function fo ( a ) { a = a || { } ; this . a = a . font ; this . f = a . rotation ; this . o = a . rotateWithView ; this . b = a . scale ; this . Ia = a . text ; this . g = a . textAlign ; this . j = a . textBaseline ; this . Va = void 0 !== a . fill ? a . fill : new al ( { color : "#333" } ) ; this . Ya = void 0 !== a . stroke ? a . stroke : null ; this . i = void 0 !== a . offsetX ? a . offsetX : 0 ; this . c = void 0 !== a . offsetY ? a . offsetY : 0 } k = fo . prototype ;
k . clone = function ( ) { return new fo ( { font : this . a , rotation : this . f , rotateWithView : this . o , scale : this . b , text : this . Na ( ) , textAlign : this . g , textBaseline : this . j , fill : this . Fa ( ) ? this . Fa ( ) . clone ( ) : void 0 , stroke : this . Ga ( ) ? this . Ga ( ) . clone ( ) : void 0 , offsetX : this . i , offsetY : this . c } ) } ; k . Nk = function ( ) { return this . a } ; k . cl = function ( ) { return this . i } ; k . dl = function ( ) { return this . c } ; k . Fa = function ( ) { return this . Va } ; k . Ro = function ( ) { return this . o } ; k . So = function ( ) { return this . f } ; k . To = function ( ) { return this . b } ; k . Ga = function ( ) { return this . Ya } ;
k . Na = function ( ) { return this . Ia } ; k . nl = function ( ) { return this . g } ; k . ol = function ( ) { return this . j } ; k . nj = function ( a ) { this . a = a } ; k . sj = function ( a ) { this . i = a } ; k . tj = function ( a ) { this . c = a } ; k . pf = function ( a ) { this . Va = a } ; k . Uo = function ( a ) { this . f = a } ; k . Si = function ( a ) { this . b = a } ; k . qf = function ( a ) { this . Ya = a } ; k . xd = function ( a ) { this . Ia = a } ; k . vj = function ( a ) { this . g = a } ; k . hq = function ( a ) { this . j = a } ; function go ( a ) { a = a ? a : { } ; Cm . call ( this ) ; ho || ( io = [ 255 , 255 , 255 , 1 ] , jo = new al ( { color : io } ) , ko = [ 20 , 2 ] , lo = mo = "pixels" , no = [ 64 , 64 ] , oo = "https://maps.google.com/mapfiles/kml/pushpin/ylw-pushpin.png" , po = . 5 , qo = new eo ( { anchor : ko , anchorOrigin : "bottom-left" , anchorXUnits : mo , anchorYUnits : lo , crossOrigin : "anonymous" , rotation : 0 , scale : po , size : no , src : oo } ) , ro = "NO_IMAGE" , so = new wj ( { color : io , width : 1 } ) , to = new wj ( { color : [ 51 , 51 , 51 , 1 ] , width : 2 } ) , uo = new fo ( { font : "bold 16px Helvetica" , fill : jo , stroke : to , scale : . 8 } ) , vo = new bl ( { fill : jo ,
image : qo , text : uo , stroke : so , zIndex : 0 } ) , ho = [ vo ] ) ; this . defaultDataProjection = Tb ( "EPSG:4326" ) ; this . a = a . defaultStyle ? a . defaultStyle : ho ; this . c = void 0 !== a . extractStyles ? a . extractStyles : ! 0 ; this . j = void 0 !== a . writeStyles ? a . writeStyles : ! 0 ; this . b = { } ; this . g = void 0 !== a . showPointNames ? a . showPointNames : ! 0 } var ho , io , jo , ko , mo , lo , no , oo , po , qo , ro , so , to , uo , vo ; v ( go , Cm ) ;
var wo = [ "http://www.google.com/kml/ext/2.2" ] , xo = [ null , "http://earth.google.com/kml/2.0" , "http://earth.google.com/kml/2.1" , "http://earth.google.com/kml/2.2" , "http://www.opengis.net/kml/2.2" ] , yo = { fraction : "fraction" , pixels : "pixels" , insetPixels : "pixels" } ;
function zo ( a , b ) { var c = [ 0 , 0 ] , d = "start" ; if ( a . Y ( ) ) { var e = a . Y ( ) . ye ( ) ; null === e && ( e = no ) ; 2 == e . length && ( d = a . Y ( ) . a , c [ 0 ] = d * e [ 0 ] / 2 , c [ 1 ] = - d * e [ 1 ] / 2 , d = "left" ) } null !== a . Na ( ) ? ( e = a . Na ( ) , a = e . clone ( ) , a . nj ( e . a || uo . a ) , a . Si ( e . b || uo . b ) , a . pf ( e . Fa ( ) || uo . Fa ( ) ) , a . qf ( e . Ga ( ) || to ) ) : a = uo . clone ( ) ; a . xd ( b ) ; a . sj ( c [ 0 ] ) ; a . tj ( c [ 1 ] ) ; a . vj ( d ) ; return new bl ( { text : a } ) }
function Ao ( a , b , c , d , e ) { return function ( ) { var f = e , g = "" ; f && this . V ( ) && ( f = "Point" === this . V ( ) . U ( ) ) ; f && ( g = this . get ( "name" ) , f = f && g ) ; if ( a ) return f ? ( f = zo ( a [ 0 ] , g ) , a . concat ( f ) ) : a ; if ( b ) { var h = Bo ( b , c , d ) ; return f ? ( f = zo ( h [ 0 ] , g ) , h . concat ( f ) ) : h } return f ? ( f = zo ( c [ 0 ] , g ) , c . concat ( f ) ) : c } } function Bo ( a , b , c ) { return Array . isArray ( a ) ? a : "string" === typeof a ? ( ! ( a in c ) && "#" + a in c && ( a = "#" + a ) , Bo ( c [ a ] , b , c ) ) : b }
function Co ( a ) { a = kl ( a , ! 1 ) ; if ( a = /^\s*#?\s*([0-9A-Fa-f]{8})\s*$/ . exec ( a ) ) return a = a [ 1 ] , [ parseInt ( a . substr ( 6 , 2 ) , 16 ) , parseInt ( a . substr ( 4 , 2 ) , 16 ) , parseInt ( a . substr ( 2 , 2 ) , 16 ) , parseInt ( a . substr ( 0 , 2 ) , 16 ) / 255 ] } function Do ( a ) { a = kl ( a , ! 1 ) ; for ( var b = [ ] , c = /^\s*([+\-]?\d*\.?\d+(?:e[+\-]?\d+)?)\s*,\s*([+\-]?\d*\.?\d+(?:e[+\-]?\d+)?)(?:\s*,\s*([+\-]?\d*\.?\d+(?:e[+\-]?\d+)?))?\s*/i , d ; d = c . exec ( a ) ; ) b . push ( parseFloat ( d [ 1 ] ) , parseFloat ( d [ 2 ] ) , d [ 3 ] ? parseFloat ( d [ 3 ] ) : 0 ) , a = a . substr ( d [ 0 ] . length ) ; if ( "" === a ) return b }
function Eo ( a ) { var b = kl ( a , ! 1 ) . trim ( ) ; return a . baseURI && "about:blank" !== a . baseURI ? ( new URL ( b , a . baseURI ) ) . href : b } function Fo ( a ) { return Km ( a ) } function Go ( a , b ) { return N ( null , Ho , a , b ) } function Io ( a , b ) { if ( b = N ( { A : [ ] , Ej : [ ] } , Jo , a , b ) ) { a = b . A ; b = b . Ej ; var c ; var d = 0 ; for ( c = Math . min ( a . length , b . length ) ; d < c ; ++ d ) a [ 4 * d + 3 ] = b [ d ] ; b = new O ( null ) ; b . ba ( "XYZM" , a ) ; return b } } function Ko ( a , b ) { var c = N ( { } , Lo , a , b ) ; if ( a = N ( null , Mo , a , b ) ) return b = new O ( null ) , b . ba ( "XYZ" , a ) , b . H ( c ) , b }
function No ( a , b ) { var c = N ( { } , Lo , a , b ) ; if ( a = N ( null , Mo , a , b ) ) return b = new D ( null ) , b . ba ( "XYZ" , a , [ a . length ] ) , b . H ( c ) , b }
function Oo ( a , b ) { a = N ( [ ] , Po , a , b ) ; if ( ! a ) return null ; if ( ! a . length ) return new tm ( a ) ; var c = ! 0 , d = a [ 0 ] . U ( ) , e ; var f = 1 ; for ( e = a . length ; f < e ; ++ f ) if ( b = a [ f ] , b . U ( ) != d ) { c = ! 1 ; break } if ( c ) if ( "Point" == d ) { var g = a [ 0 ] ; c = g . ja ; d = g . ga ( ) ; f = 1 ; for ( e = a . length ; f < e ; ++ f ) b = a [ f ] , la ( d , b . ga ( ) ) ; g = new Q ( null ) ; g . ba ( c , d ) ; Qo ( g , a ) } else "LineString" == d ? ( g = new P ( null ) , Nl ( g , a ) , Qo ( g , a ) ) : "Polygon" == d ? ( g = new R ( null ) , Pl ( g , a ) , Qo ( g , a ) ) : "GeometryCollection" == d ? g = new tm ( a ) : xa ( ! 1 , 37 ) ; else g = new tm ( a ) ; return g }
function Ro ( a , b ) { var c = N ( { } , Lo , a , b ) ; if ( a = N ( null , Mo , a , b ) ) return b = new C ( null ) , b . ba ( "XYZ" , a ) , b . H ( c ) , b } function So ( a , b ) { var c = N ( { } , Lo , a , b ) ; if ( ( a = N ( [ null ] , To , a , b ) ) && a [ 0 ] ) { b = new D ( null ) ; var d = a [ 0 ] , e = [ d . length ] , f ; var g = 1 ; for ( f = a . length ; g < f ; ++ g ) la ( d , a [ g ] ) , e . push ( d . length ) ; b . ba ( "XYZ" , d , e ) ; b . H ( c ) ; return b } }
function Uo ( a , b ) { b = N ( { } , Vo , a , b ) ; if ( ! b ) return null ; a = "fillStyle" in b ? b . fillStyle : jo ; var c = b . fill ; void 0 === c || c || ( a = null ) ; c = "imageStyle" in b ? b . imageStyle : qo ; c == ro && ( c = void 0 ) ; var d = "textStyle" in b ? b . textStyle : uo , e = "strokeStyle" in b ? b . strokeStyle : so ; b = b . outline ; void 0 === b || b || ( e = null ) ; return [ new bl ( { fill : a , image : c , stroke : e , text : d , zIndex : void 0 } ) ] }
function Qo ( a , b ) { var c = b . length , d = Array ( b . length ) , e = Array ( b . length ) , f , g ; var h = g = ! 1 ; for ( f = 0 ; f < c ; ++ f ) { var l = b [ f ] ; d [ f ] = l . get ( "extrude" ) ; e [ f ] = l . get ( "altitudeMode" ) ; h = h || void 0 !== d [ f ] ; g = g || e [ f ] } h && a . set ( "extrude" , d ) ; g && a . set ( "altitudeMode" , e ) } function Wo ( a , b ) { Al ( Xo , a , b ) } function Yo ( a , b ) { Al ( Zo , a , b ) }
var $o = K ( xo , { displayName : I ( S ) , value : I ( S ) } ) , Xo = K ( xo , { Data : function ( a , b ) { var c = a . getAttribute ( "name" ) ; Al ( $o , a , b ) ; a = b [ b . length - 1 ] ; null !== c ? a [ c ] = a . value : null !== a . displayName && ( a [ a . displayName ] = a . value ) } , SchemaData : function ( a , b ) { Al ( ap , a , b ) } } ) , Zo = K ( xo , { LatLonAltBox : function ( a , b ) { if ( a = N ( { } , bp , a , b ) ) b = b [ b . length - 1 ] , b . extent = [ parseFloat ( a . west ) , parseFloat ( a . south ) , parseFloat ( a . east ) , parseFloat ( a . north ) ] , b . altitudeMode = a . altitudeMode , b . minAltitude = parseFloat ( a . minAltitude ) , b . maxAltitude = parseFloat ( a . maxAltitude ) } ,
Lod : function ( a , b ) { if ( a = N ( { } , cp , a , b ) ) b = b [ b . length - 1 ] , b . minLodPixels = parseFloat ( a . minLodPixels ) , b . maxLodPixels = parseFloat ( a . maxLodPixels ) , b . minFadeExtent = parseFloat ( a . minFadeExtent ) , b . maxFadeExtent = parseFloat ( a . maxFadeExtent ) } } ) , bp = K ( xo , { altitudeMode : I ( S ) , minAltitude : I ( Km ) , maxAltitude : I ( Km ) , north : I ( Km ) , south : I ( Km ) , east : I ( Km ) , west : I ( Km ) } ) , cp = K ( xo , { minLodPixels : I ( Km ) , maxLodPixels : I ( Km ) , minFadeExtent : I ( Km ) , maxFadeExtent : I ( Km ) } ) , Lo = K ( xo , { extrude : I ( Hm ) , altitudeMode : I ( S ) } ) , Ho = K ( xo , { coordinates : sl ( Do ) } ) , To =
K ( xo , { innerBoundaryIs : function ( a , b ) { ( a = N ( void 0 , dp , a , b ) ) && b [ b . length - 1 ] . push ( a ) } , outerBoundaryIs : function ( a , b ) { ( a = N ( void 0 , ep , a , b ) ) && ( b [ b . length - 1 ] [ 0 ] = a ) } } ) , Jo = K ( xo , { when : function ( a , b ) { b = b [ b . length - 1 ] . Ej ; a = kl ( a , ! 1 ) ; a = Date . parse ( a ) ; b . push ( isNaN ( a ) ? 0 : a ) } } , K ( wo , { coord : function ( a , b ) { b = b [ b . length - 1 ] . A ; a = kl ( a , ! 1 ) ; ( a = /^\s*([+\-]?\d+(?:\.\d*)?(?:e[+\-]?\d*)?)\s+([+\-]?\d+(?:\.\d*)?(?:e[+\-]?\d*)?)\s+([+\-]?\d+(?:\.\d*)?(?:e[+\-]?\d*)?)\s*$/i . exec ( a ) ) ? b . push ( parseFloat ( a [ 1 ] ) , parseFloat ( a [ 2 ] ) , parseFloat ( a [ 3 ] ) ,
0 ) : b . push ( 0 , 0 , 0 , 0 ) } } ) ) , Mo = K ( xo , { coordinates : sl ( Do ) } ) , fp = K ( xo , { href : I ( Eo ) } , K ( wo , { x : I ( Km ) , y : I ( Km ) , w : I ( Km ) , h : I ( Km ) } ) ) , gp = K ( xo , { Icon : I ( function ( a , b ) { return ( a = N ( { } , fp , a , b ) ) ? a : null } ) , heading : I ( Km ) , hotSpot : I ( function ( a ) { var b = a . getAttribute ( "xunits" ) , c = a . getAttribute ( "yunits" ) ; var d = "insetPixels" !== b ? "insetPixels" !== c ? "bottom-left" : "top-left" : "insetPixels" !== c ? "bottom-right" : "top-right" ; return { x : parseFloat ( a . getAttribute ( "x" ) ) , Xg : yo [ b ] , y : parseFloat ( a . getAttribute ( "y" ) ) , Yg : yo [ c ] , origin : d } } ) , scale : I ( Fo ) } ) ,
dp = K ( xo , { LinearRing : sl ( Go ) } ) , hp = K ( xo , { color : I ( Co ) , scale : I ( Fo ) } ) , ip = K ( xo , { color : I ( Co ) , width : I ( Km ) } ) , Po = K ( xo , { LineString : rl ( Ko ) , LinearRing : rl ( No ) , MultiGeometry : rl ( Oo ) , Point : rl ( Ro ) , Polygon : rl ( So ) } ) , jp = K ( wo , { Track : rl ( Io ) } ) , lp = K ( xo , { ExtendedData : Wo , Region : Yo , Link : function ( a , b ) { Al ( kp , a , b ) } , address : I ( S ) , description : I ( S ) , name : I ( S ) , open : I ( Hm ) , phoneNumber : I ( S ) , visibility : I ( Hm ) } ) , kp = K ( xo , { href : I ( Eo ) } ) , ep = K ( xo , { LinearRing : sl ( Go ) } ) , mp = K ( xo , { Style : I ( Uo ) , key : I ( S ) , styleUrl : I ( Eo ) } ) , op = K ( xo , { ExtendedData : Wo , Region : Yo ,
MultiGeometry : I ( Oo , "geometry" ) , LineString : I ( Ko , "geometry" ) , LinearRing : I ( No , "geometry" ) , Point : I ( Ro , "geometry" ) , Polygon : I ( So , "geometry" ) , Style : I ( Uo ) , StyleMap : function ( a , b ) { if ( a = N ( void 0 , np , a , b ) ) b = b [ b . length - 1 ] , Array . isArray ( a ) ? b . Style = a : "string" === typeof a ? b . styleUrl = a : xa ( ! 1 , 38 ) } , address : I ( S ) , description : I ( S ) , name : I ( S ) , open : I ( Hm ) , phoneNumber : I ( S ) , styleUrl : I ( Eo ) , visibility : I ( Hm ) } , K ( wo , { MultiTrack : I ( function ( a , b ) { if ( a = N ( [ ] , jp , a , b ) ) return b = new P ( null ) , Nl ( b , a ) , b } , "geometry" ) , Track : I ( Io , "geometry" ) } ) ) ,
pp = K ( xo , { color : I ( Co ) , fill : I ( Hm ) , outline : I ( Hm ) } ) , ap = K ( xo , { SimpleData : function ( a , b ) { var c = a . getAttribute ( "name" ) ; null !== c && ( a = S ( a ) , b [ b . length - 1 ] [ c ] = a ) } } ) , Vo = K ( xo , { IconStyle : function ( a , b ) { if ( a = N ( { } , gp , a , b ) ) { b = b [ b . length - 1 ] ; var c = "Icon" in a ? a . Icon : { } , d = ! ( "Icon" in a ) || 0 < Object . keys ( c ) . length , e , f = c . href ; f ? e = f : d && ( e = oo ) ; var f = "bottom-left" , g = a . hotSpot ; if ( g ) { var h = [ g . x , g . y ] ; var l = g . Xg ; var m = g . Yg ; f = g . origin } else e === oo ? ( h = ko , l = mo , m = lo ) : /^http:\/\/maps\.(?:google|gstatic)\.com\// . test ( e ) && ( h = [ . 5 , 0 ] , m = l = "fraction" ) ;
var n , g = c . x , p = c . y ; void 0 !== g && void 0 !== p && ( n = [ g , p ] ) ; var q , g = c . w , c = c . h ; void 0 !== g && void 0 !== c && ( q = [ g , c ] ) ; var r , c = a . heading ; void 0 !== c && ( r = Ha ( c ) ) ; a = a . scale ; d ? ( e == oo && ( q = no , void 0 === a && ( a = po ) ) , e = new eo ( { anchor : h , anchorOrigin : f , anchorXUnits : l , anchorYUnits : m , crossOrigin : "anonymous" , offset : n , offsetOrigin : "bottom-left" , rotation : r , scale : a , size : q , src : e } ) , b . imageStyle = e ) : b . imageStyle = ro } } , LabelStyle : function ( a , b ) { ( a = N ( { } , hp , a , b ) ) && ( b [ b . length - 1 ] . textStyle = new fo ( { fill : new al ( { color : "color" in a ? a . color : io } ) ,
scale : a . scale } ) ) } , LineStyle : function ( a , b ) { ( a = N ( { } , ip , a , b ) ) && ( b [ b . length - 1 ] . strokeStyle = new wj ( { color : "color" in a ? a . color : io , width : "width" in a ? a . width : 1 } ) ) } , PolyStyle : function ( a , b ) { if ( a = N ( { } , pp , a , b ) ) { b = b [ b . length - 1 ] ; b . fillStyle = new al ( { color : "color" in a ? a . color : io } ) ; var c = a . fill ; void 0 !== c && ( b . fill = c ) ; a = a . outline ; void 0 !== a && ( b . outline = a ) } } } ) , np = K ( xo , { Pair : function ( a , b ) { if ( a = N ( { } , mp , a , b ) ) { var c = a . key ; c && "normal" == c && ( ( c = a . styleUrl ) && ( b [ b . length - 1 ] = c ) , ( a = a . Style ) && ( b [ b . length - 1 ] = a ) ) } } } ) ; k = go . prototype ;
k . vg = function ( a , b ) { var c = K ( xo , { Document : ql ( this . vg , this ) , Folder : ql ( this . vg , this ) , Placemark : rl ( this . Dg , this ) , Style : this . Jp . bind ( this ) , StyleMap : this . Ip . bind ( this ) } ) ; if ( a = N ( [ ] , c , a , b , this ) ) return a } ; k . Dg = function ( a , b ) { var c = N ( { geometry : null } , op , a , b ) ; if ( c ) { var d = new H ; a = a . getAttribute ( "id" ) ; null !== a && d . jc ( a ) ; b = b [ 0 ] ; ( a = c . geometry ) && Hl ( a , ! 1 , b ) ; d . Ra ( a ) ; delete c . geometry ; this . c && d . hg ( Ao ( c . Style , c . styleUrl , this . a , this . b , this . g ) ) ; delete c . Style ; d . H ( c ) ; return d } } ;
k . Jp = function ( a , b ) { var c = a . getAttribute ( "id" ) ; null !== c && ( b = Uo ( a , b ) ) && ( a = a . baseURI && "about:blank" !== a . baseURI ? ( new URL ( "#" + c , a . baseURI ) ) . href : "#" + c , this . b [ a ] = b ) } ; k . Ip = function ( a , b ) { var c = a . getAttribute ( "id" ) ; null !== c && ( b = N ( void 0 , np , a , b ) ) && ( a = a . baseURI && "about:blank" !== a . baseURI ? ( new URL ( "#" + c , a . baseURI ) ) . href : "#" + c , this . b [ a ] = b ) } ; k . xg = function ( a , b ) { return ja ( xo , a . namespaceURI ) ? ( a = this . Dg ( a , [ Fl ( this , a , b ) ] ) ) ? a : null : null } ;
k . zc = function ( a , b ) { if ( ! ja ( xo , a . namespaceURI ) ) return [ ] ; var c = a . localName ; if ( "Document" == c || "Folder" == c ) return ( c = this . vg ( a , [ Fl ( this , a , b ) ] ) ) ? c : [ ] ; if ( "Placemark" == c ) return ( b = this . Dg ( a , [ Fl ( this , a , b ) ] ) ) ? [ b ] : [ ] ; if ( "kml" == c ) { c = [ ] ; for ( a = a . firstElementChild ; a ; a = a . nextElementSibling ) { var d = this . zc ( a , b ) ; d && la ( c , d ) } return c } return [ ] } ; k . Cp = function ( a ) { if ( ml ( a ) ) return qp ( this , a ) ; if ( nl ( a ) ) return rp ( this , a ) ; if ( "string" === typeof a ) return a = pl ( a ) , qp ( this , a ) } ;
function qp ( a , b ) { for ( b = b . firstChild ; b ; b = b . nextSibling ) if ( b . nodeType == Node . ELEMENT _NODE ) { var c = rp ( a , b ) ; if ( c ) return c } } function rp ( a , b ) { var c ; for ( c = b . firstElementChild ; c ; c = c . nextElementSibling ) if ( ja ( xo , c . namespaceURI ) && "name" == c . localName ) return S ( c ) ; for ( c = b . firstElementChild ; c ; c = c . nextElementSibling ) if ( b = c . localName , ja ( xo , c . namespaceURI ) && ( "Document" == b || "Folder" == b || "Placemark" == b || "kml" == b ) && ( b = rp ( a , c ) ) ) return b }
k . Dp = function ( a ) { var b = [ ] ; ml ( a ) ? la ( b , sp ( this , a ) ) : nl ( a ) ? la ( b , tp ( this , a ) ) : "string" === typeof a && ( a = pl ( a ) , la ( b , sp ( this , a ) ) ) ; return b } ; function sp ( a , b ) { var c = [ ] ; for ( b = b . firstChild ; b ; b = b . nextSibling ) b . nodeType == Node . ELEMENT _NODE && la ( c , tp ( a , b ) ) ; return c }
function tp ( a , b ) { var c , d = [ ] ; for ( c = b . firstElementChild ; c ; c = c . nextElementSibling ) if ( ja ( xo , c . namespaceURI ) && "NetworkLink" == c . localName ) { var e = N ( { } , lp , c , [ ] ) ; d . push ( e ) } for ( c = b . firstElementChild ; c ; c = c . nextElementSibling ) b = c . localName , ! ja ( xo , c . namespaceURI ) || "Document" != b && "Folder" != b && "kml" != b || la ( d , tp ( a , c ) ) ; return d } k . Gp = function ( a ) { var b = [ ] ; ml ( a ) ? la ( b , up ( this , a ) ) : nl ( a ) ? la ( b , this . lf ( a ) ) : "string" === typeof a && ( a = pl ( a ) , la ( b , up ( this , a ) ) ) ; return b } ;
function up ( a , b ) { var c = [ ] ; for ( b = b . firstChild ; b ; b = b . nextSibling ) b . nodeType == Node . ELEMENT _NODE && la ( c , a . lf ( b ) ) ; return c } k . lf = function ( a ) { var b , c = [ ] ; for ( b = a . firstElementChild ; b ; b = b . nextElementSibling ) if ( ja ( xo , b . namespaceURI ) && "Region" == b . localName ) { var d = N ( { } , Zo , b , [ ] ) ; c . push ( d ) } for ( b = a . firstElementChild ; b ; b = b . nextElementSibling ) a = b . localName , ! ja ( xo , b . namespaceURI ) || "Document" != a && "Folder" != a && "kml" != a || la ( c , this . lf ( b ) ) ; return c } ;
function vp ( a , b ) { b = ed ( b ) ; b = [ 255 * ( 4 == b . length ? b [ 3 ] : 1 ) , b [ 2 ] , b [ 1 ] , b [ 0 ] ] ; var c ; for ( c = 0 ; 4 > c ; ++ c ) { var d = parseInt ( b [ c ] , 10 ) . toString ( 16 ) ; b [ c ] = 1 == d . length ? "0" + d : d } Pm ( a , b . join ( "" ) ) } function wp ( a , b , c ) { a = { node : a } ; var d = b . U ( ) ; if ( "GeometryCollection" == d ) { var e = b . Vf ( ) ; var f = xp } else "MultiPoint" == d ? ( e = b . Zd ( ) , f = yp ) : "MultiLineString" == d ? ( e = b . gd ( ) , f = zp ) : "MultiPolygon" == d ? ( e = b . Td ( ) , f = Ap ) : xa ( ! 1 , 39 ) ; Bl ( a , Bp , f , e , c ) } function Cp ( a , b , c ) { Bl ( { node : a } , Dp , Ep , [ b ] , c ) }
function Fp ( a , b , c ) { var d = { node : a } ; b . a && a . setAttribute ( "id" , b . a ) ; a = b . N ( ) ; var e = { address : 1 , description : 1 , name : 1 , open : 1 , phoneNumber : 1 , styleUrl : 1 , visibility : 1 } ; e [ b . c ] = 1 ; var f = Object . keys ( a || { } ) . sort ( ) . filter ( function ( a ) { return ! e [ a ] } ) ; if ( 0 < f . length ) { var g = zl ( a , f ) ; Bl ( d , Gp , Hp , [ { names : f , values : g } ] , c ) } if ( f = b . Lc ( ) ) if ( f = f . call ( b , 0 ) ) f = Array . isArray ( f ) ? f [ 0 ] : f , this . j && ( a . Style = f ) , ( f = f . Na ( ) ) && ( a . name = f . Na ( ) ) ; f = Ip [ c [ c . length - 1 ] . node . namespaceURI ] ; a = zl ( a , f ) ; Bl ( d , Gp , yl , a , c , f ) ; a = c [ 0 ] ; ( b = b . V ( ) ) && ( b = Hl ( b , ! 0 , a ) ) ; Bl ( d ,
Gp , xp , [ b ] , c ) } function Jp ( a , b , c ) { var d = b . ga ( ) ; a = { node : a } ; a . layout = b . ja ; a . stride = b . qa ( ) ; Bl ( a , Kp , Lp , [ d ] , c ) } function Mp ( a , b , c ) { b = b . Sd ( ) ; var d = b . shift ( ) ; a = { node : a } ; Bl ( a , Np , Op , b , c ) ; Bl ( a , Np , Pp , [ d ] , c ) } function Qp ( a , b ) { Qm ( a , Math . round ( 1E6 * b ) / 1E6 ) }
var Rp = K ( xo , [ "Document" , "Placemark" ] ) , Up = K ( xo , { Document : J ( function ( a , b , c ) { Bl ( { node : a } , Sp , Tp , b , c , void 0 , this ) } ) , Placemark : J ( Fp ) } ) , Sp = K ( xo , { Placemark : J ( Fp ) } ) , Vp = K ( xo , { Data : J ( function ( a , b , c ) { a . setAttribute ( "name" , b . name ) ; a = { node : a } ; b = b . value ; "object" == typeof b ? ( null !== b && b . displayName && Bl ( a , Vp , yl , [ b . displayName ] , c , [ "displayName" ] ) , null !== b && b . value && Bl ( a , Vp , yl , [ b . value ] , c , [ "value" ] ) ) : Bl ( a , Vp , yl , [ b ] , c , [ "value" ] ) } ) , value : J ( function ( a , b ) { Pm ( a , b ) } ) , displayName : J ( function ( a , b ) { a . appendChild ( il . createCDATASection ( b ) ) } ) } ) ,
Wp = { Point : "Point" , LineString : "LineString" , LinearRing : "LinearRing" , Polygon : "Polygon" , MultiPoint : "MultiGeometry" , MultiLineString : "MultiGeometry" , MultiPolygon : "MultiGeometry" , GeometryCollection : "MultiGeometry" } , Xp = K ( xo , [ "href" ] , K ( wo , [ "x" , "y" , "w" , "h" ] ) ) , Yp = K ( xo , { href : J ( Pm ) } , K ( wo , { x : J ( Qm ) , y : J ( Qm ) , w : J ( Qm ) , h : J ( Qm ) } ) ) , Zp = K ( xo , [ "scale" , "heading" , "Icon" , "hotSpot" ] ) , aq = K ( xo , { Icon : J ( function ( a , b , c ) { a = { node : a } ; var d = Xp [ c [ c . length - 1 ] . node . namespaceURI ] , e = zl ( b , d ) ; Bl ( a , Yp , yl , e , c , d ) ; d = Xp [ wo [ 0 ] ] ; e = zl ( b , d ) ; Bl ( a , Yp ,
$p , e , c , d ) } ) , heading : J ( Qm ) , hotSpot : J ( function ( a , b ) { a . setAttribute ( "x" , b . x ) ; a . setAttribute ( "y" , b . y ) ; a . setAttribute ( "xunits" , b . Xg ) ; a . setAttribute ( "yunits" , b . Yg ) } ) , scale : J ( Qp ) } ) , bq = K ( xo , [ "color" , "scale" ] ) , cq = K ( xo , { color : J ( vp ) , scale : J ( Qp ) } ) , dq = K ( xo , [ "color" , "width" ] ) , eq = K ( xo , { color : J ( vp ) , width : J ( Qm ) } ) , Dp = K ( xo , { LinearRing : J ( Jp ) } ) , Bp = K ( xo , { LineString : J ( Jp ) , Point : J ( Jp ) , Polygon : J ( Mp ) , GeometryCollection : J ( wp ) } ) , Ip = K ( xo , "name open visibility address phoneNumber description styleUrl Style" . split ( " " ) ) , Gp = K ( xo ,
{ ExtendedData : J ( function ( a , b , c ) { a = { node : a } ; var d = b . names ; b = b . values ; for ( var e = d . length , f = 0 ; f < e ; f ++ ) Bl ( a , Vp , fq , [ { name : d [ f ] , value : b [ f ] } ] , c ) } ) , MultiGeometry : J ( wp ) , LineString : J ( Jp ) , LinearRing : J ( Jp ) , Point : J ( Jp ) , Polygon : J ( Mp ) , Style : J ( function ( a , b , c ) { a = { node : a } ; var d = { } , e = b . Fa ( ) , f = b . Ga ( ) , g = b . Y ( ) ; b = b . Na ( ) ; g instanceof eo && ( d . IconStyle = g ) ; b && ( d . LabelStyle = b ) ; f && ( d . LineStyle = f ) ; e && ( d . PolyStyle = e ) ; b = gq [ c [ c . length - 1 ] . node . namespaceURI ] ; d = zl ( d , b ) ; Bl ( a , hq , yl , d , c , b ) } ) , address : J ( Pm ) , description : J ( Pm ) , name : J ( Pm ) ,
open : J ( Om ) , phoneNumber : J ( Pm ) , styleUrl : J ( Pm ) , visibility : J ( Om ) } ) , Kp = K ( xo , { coordinates : J ( function ( a , b , c ) { c = c [ c . length - 1 ] ; var d = c . layout ; c = c . stride ; var e ; "XY" == d || "XYM" == d ? e = 2 : "XYZ" == d || "XYZM" == d ? e = 3 : xa ( ! 1 , 34 ) ; var f , g = b . length , h = "" ; if ( 0 < g ) { h += b [ 0 ] ; for ( d = 1 ; d < e ; ++ d ) h += "," + b [ d ] ; for ( f = c ; f < g ; f += c ) for ( h += " " + b [ f ] , d = 1 ; d < e ; ++ d ) h += "," + b [ f + d ] } Pm ( a , h ) } ) } ) , Np = K ( xo , { outerBoundaryIs : J ( Cp ) , innerBoundaryIs : J ( Cp ) } ) , iq = K ( xo , { color : J ( vp ) } ) , gq = K ( xo , [ "IconStyle" , "LabelStyle" , "LineStyle" , "PolyStyle" ] ) , hq = K ( xo , { IconStyle : J ( function ( a ,
b , c ) { a = { node : a } ; var d = { } , e = b . ic ( ) , f = b . ye ( ) , g = { href : b . b . o } ; if ( e ) { g . w = e [ 0 ] ; g . h = e [ 1 ] ; var h = b . Hc ( ) , l = b . Oc ( ) ; l && f && l [ 0 ] && l [ 1 ] !== e [ 1 ] && ( g . x = l [ 0 ] , g . y = f [ 1 ] - ( l [ 1 ] + e [ 1 ] ) ) ; h && h [ 0 ] && h [ 1 ] !== e [ 1 ] && ( d . hotSpot = { x : h [ 0 ] , Xg : "pixels" , y : e [ 1 ] - h [ 1 ] , Yg : "pixels" } ) } d . Icon = g ; e = b . a ; 1 !== e && ( d . scale = e ) ; ( b = b . g ) && ( d . heading = b ) ; b = Zp [ c [ c . length - 1 ] . node . namespaceURI ] ; d = zl ( d , b ) ; Bl ( a , aq , yl , d , c , b ) } ) , LabelStyle : J ( function ( a , b , c ) { a = { node : a } ; var d = { } , e = b . Fa ( ) ; e && ( d . color = e . b ) ; ( b = b . b ) && 1 !== b && ( d . scale = b ) ; b = bq [ c [ c . length - 1 ] . node . namespaceURI ] ;
d = zl ( d , b ) ; Bl ( a , cq , yl , d , c , b ) } ) , LineStyle : J ( function ( a , b , c ) { a = { node : a } ; var d = dq [ c [ c . length - 1 ] . node . namespaceURI ] ; b = zl ( { color : b . a , width : b . c } , d ) ; Bl ( a , eq , yl , b , c , d ) } ) , PolyStyle : J ( function ( a , b , c ) { Bl ( { node : a } , iq , jq , [ b . b ] , c ) } ) } ) ; function $p ( a , b , c ) { return jl ( wo [ 0 ] , "gx:" + c ) } function Tp ( a , b ) { return jl ( b [ b . length - 1 ] . node . namespaceURI , "Placemark" ) } function xp ( a , b ) { if ( a ) return jl ( b [ b . length - 1 ] . node . namespaceURI , Wp [ a . U ( ) ] ) }
var jq = wl ( "color" ) , Lp = wl ( "coordinates" ) , fq = wl ( "Data" ) , Hp = wl ( "ExtendedData" ) , Op = wl ( "innerBoundaryIs" ) , yp = wl ( "Point" ) , zp = wl ( "LineString" ) , Ep = wl ( "LinearRing" ) , Ap = wl ( "Polygon" ) , Pp = wl ( "outerBoundaryIs" ) ;
go . prototype . Xb = function ( a , b ) { b = Gl ( this , b ) ; var c = jl ( xo [ 4 ] , "kml" ) ; c . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:gx" , wo [ 0 ] ) ; c . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:xsi" , "http://www.w3.org/2001/XMLSchema-instance" ) ; c . setAttributeNS ( "http://www.w3.org/2001/XMLSchema-instance" , "xsi:schemaLocation" , "http://www.opengis.net/kml/2.2 https://developers.google.com/kml/schema/kml22gx.xsd" ) ; var d = { node : c } , e = { } ; 1 < a . length ? e . Document = a : 1 == a . length && ( e . Placemark = a [ 0 ] ) ; a = Rp [ c . namespaceURI ] ;
e = zl ( e , a ) ; Bl ( d , Up , yl , e , [ b ] , a , this ) ; return c } ; Fj . Dd = function ( ) { } ;
( function ( a ) { function b ( a ) { this . lc = ArrayBuffer . isView && ArrayBuffer . isView ( a ) ? a : new Uint8Array ( a || 0 ) ; this . type = this . ea = 0 ; this . length = this . lc . length } function c ( a , b , c ) { var e = c . lc ; var f = e [ c . ea ++ ] ; var g = ( f & 112 ) >> 4 ; if ( 128 > f ) return d ( a , g , b ) ; f = e [ c . ea ++ ] ; g |= ( f & 127 ) << 3 ; if ( 128 > f ) return d ( a , g , b ) ; f = e [ c . ea ++ ] ; g |= ( f & 127 ) << 10 ; if ( 128 > f ) return d ( a , g , b ) ; f = e [ c . ea ++ ] ; g |= ( f & 127 ) << 17 ; if ( 128 > f ) return d ( a , g , b ) ; f = e [ c . ea ++ ] ; g |= ( f & 127 ) << 24 ; if ( 128 > f ) return d ( a , g , b ) ; f = e [ c . ea ++ ] ; if ( 128 > f ) return d ( a , g | ( f & 1 ) << 31 , b ) ; throw Error ( "Expected varint not more than 10 bytes" ) ;
} function d ( a , b , c ) { return c ? 4294967296 * b + ( a >>> 0 ) : 4294967296 * ( b >>> 0 ) + ( a >>> 0 ) } var e = { read : function ( a , b , c , d , e ) { var f = 8 * e - d - 1 ; var g = ( 1 << f ) - 1 , h = g >> 1 , l = - 7 ; e = c ? e - 1 : 0 ; var m = c ? - 1 : 1 , x = a [ b + e ] ; e += m ; c = x & ( 1 << - l ) - 1 ; x >>= - l ; for ( l += f ; 0 < l ; c = 256 * c + a [ b + e ] , e += m , l -= 8 ) ; f = c & ( 1 << - l ) - 1 ; c >>= - l ; for ( l += d ; 0 < l ; f = 256 * f + a [ b + e ] , e += m , l -= 8 ) ; if ( 0 === c ) c = 1 - h ; else { if ( c === g ) return f ? NaN : Infinity * ( x ? - 1 : 1 ) ; f += Math . pow ( 2 , d ) ; c -= h } return ( x ? - 1 : 1 ) * f * Math . pow ( 2 , c - d ) } , write : function ( a , b , c , d , e , n ) { var f , g = 8 * n - e - 1 , h = ( 1 << g ) - 1 , l = h >> 1 , m = 23 === e ? Math . pow ( 2 ,
- 24 ) - Math . pow ( 2 , - 77 ) : 0 ; n = d ? 0 : n - 1 ; var B = d ? 1 : - 1 , E = 0 > b || 0 === b && 0 > 1 / b ? 1 : 0 ; b = Math . abs ( b ) ; isNaN ( b ) || Infinity === b ? ( b = isNaN ( b ) ? 1 : 0 , d = h ) : ( d = Math . floor ( Math . log ( b ) / Math . LN2 ) , 1 > b * ( f = Math . pow ( 2 , - d ) ) && ( d -- , f *= 2 ) , b = 1 <= d + l ? b + m / f : b + m * Math . pow ( 2 , 1 - l ) , 2 <= b * f && ( d ++ , f /= 2 ) , d + l >= h ? ( b = 0 , d = h ) : 1 <= d + l ? ( b = ( b * f - 1 ) * Math . pow ( 2 , e ) , d += l ) : ( b = b * Math . pow ( 2 , l - 1 ) * Math . pow ( 2 , e ) , d = 0 ) ) ; for ( ; 8 <= e ; a [ c + n ] = b & 255 , n += B , b /= 256 , e -= 8 ) ; d = d << e | b ; for ( g += e ; 0 < g ; a [ c + n ] = d & 255 , n += B , d /= 256 , g -= 8 ) ; a [ c + n - B ] |= 128 * E } } ; b . c = 0 ; b . i = 1 ; b . b = 2 ; b . a = 5 ; b . prototype = { Ag : function ( a ,
b , c ) { for ( c = c || this . length ; this . ea < c ; ) { var d = this . Ka ( ) , e = d >> 3 , f = this . ea ; this . type = d & 7 ; a ( e , b , this ) ; this . ea === f && this . mq ( d ) } return b } , yp : function ( ) { var a = e . read ( this . lc , this . ea , ! 0 , 23 , 4 ) ; this . ea += 4 ; return a } , up : function ( ) { var a = e . read ( this . lc , this . ea , ! 0 , 52 , 8 ) ; this . ea += 8 ; return a } , Ka : function ( a ) { var b = this . lc ; var d = b [ this . ea ++ ] ; var e = d & 127 ; if ( 128 > d ) return e ; d = b [ this . ea ++ ] ; e |= ( d & 127 ) << 7 ; if ( 128 > d ) return e ; d = b [ this . ea ++ ] ; e |= ( d & 127 ) << 14 ; if ( 128 > d ) return e ; d = b [ this . ea ++ ] ; e |= ( d & 127 ) << 21 ; if ( 128 > d ) return e ; d = b [ this . ea ] ;
return c ( e | ( d & 15 ) << 28 , a , this ) } , Kp : function ( ) { return this . Ka ( ! 0 ) } , ce : function ( ) { var a = this . Ka ( ) ; return 1 === a % 2 ? ( a + 1 ) / - 2 : a / 2 } , sp : function ( ) { return ! ! this . Ka ( ) } , Gg : function ( ) { for ( var a = this . Ka ( ) + this . ea , b = this . lc , c = "" , d = this . ea ; d < a ; ) { var e = b [ d ] , n = null , p = 239 < e ? 4 : 223 < e ? 3 : 191 < e ? 2 : 1 ; if ( d + p > a ) break ; if ( 1 === p ) 128 > e && ( n = e ) ; else if ( 2 === p ) { var q = b [ d + 1 ] ; 128 === ( q & 192 ) && ( n = ( e & 31 ) << 6 | q & 63 , 127 >= n && ( n = null ) ) } else if ( 3 === p ) { q = b [ d + 1 ] ; var r = b [ d + 2 ] ; 128 === ( q & 192 ) && 128 === ( r & 192 ) && ( n = ( e & 15 ) << 12 | ( q & 63 ) << 6 | r & 63 , 2047 >= n || 55296 <=
n && 57343 >= n ) && ( n = null ) } else if ( 4 === p ) { q = b [ d + 1 ] ; r = b [ d + 2 ] ; var u = b [ d + 3 ] ; 128 === ( q & 192 ) && 128 === ( r & 192 ) && 128 === ( u & 192 ) && ( n = ( e & 15 ) << 18 | ( q & 63 ) << 12 | ( r & 63 ) << 6 | u & 63 , 65535 >= n || 1114112 <= n ) && ( n = null ) } null === n ? ( n = 65533 , p = 1 ) : 65535 < n && ( n -= 65536 , c += String . fromCharCode ( n >>> 10 & 1023 | 55296 ) , n = 56320 | n & 1023 ) ; c += String . fromCharCode ( n ) ; d += p } this . ea = a ; return c } , mq : function ( a ) { a &= 7 ; if ( a === b . c ) for ( ; 127 < this . lc [ this . ea ++ ] ; ) ; else if ( a === b . b ) this . ea = this . Ka ( ) + this . ea ; else if ( a === b . a ) this . ea += 4 ; else if ( a === b . i ) this . ea += 8 ; else throw Error ( "Unimplemented type: " +
a ) ; } } ; a [ "default" ] = b } ) ( Fj . Dd = Fj . Dd || { } ) ; Fj . Dd = Fj . Dd . default ; Fj . xf = { } ; Fj . xf . Bf = function ( ) { } ;
( function ( a ) { function b ( a , b ) { this . layers = a . Ag ( l , { } , b ) } function c ( a , b ) { this . x = a ; this . y = b } function d ( a , b , c , d , f ) { this . properties = { } ; this . extent = c ; this . type = 0 ; this . Cc = a ; this . Ef = - 1 ; this . ne = d ; this . pe = f ; a . Ag ( e , this , b ) } function e ( a , b , c ) { if ( 1 == a ) b . id = c . Ka ( ) ; else if ( 2 == a ) for ( a = c . Ka ( ) + c . ea ; c . ea < a ; ) { var d = b . ne [ c . Ka ( ) ] , e = b . pe [ c . Ka ( ) ] ; b . properties [ d ] = e } else 3 == a ? b . type = c . Ka ( ) : 4 == a && ( b . Ef = c . ea ) } function f ( a , b ) { this . version = 1 ; this . name = null ; this . extent = 4096 ; this . length = 0 ; this . Cc = a ; this . ne = [ ] ; this . pe = [ ] ; this . me = [ ] ;
a . Ag ( g , this , b ) ; this . length = this . me . length } function g ( a , b , c ) { 15 === a ? b . version = c . Ka ( ) : 1 === a ? b . name = c . Gg ( ) : 5 === a ? b . extent = c . Ka ( ) : 2 === a ? b . me . push ( c . ea ) : 3 === a ? b . ne . push ( c . Gg ( ) ) : 4 === a && b . pe . push ( h ( c ) ) } function h ( a ) { for ( var b = null , c = a . Ka ( ) + a . ea ; a . ea < c ; ) b = a . Ka ( ) >> 3 , b = 1 === b ? a . Gg ( ) : 2 === b ? a . yp ( ) : 3 === b ? a . up ( ) : 4 === b ? a . Kp ( ) : 5 === b ? a . Ka ( ) : 6 === b ? a . ce ( ) : 7 === b ? a . sp ( ) : null ; return b } function l ( a , b , c ) { 3 === a && ( a = new m ( c , c . Ka ( ) + c . ea ) , a . length && ( b [ a . name ] = a ) ) } c . prototype = { clone : function ( ) { return new c ( this . x , this . y ) } , add : function ( a ) { return this . clone ( ) . Yj ( a ) } ,
rotate : function ( a ) { return this . clone ( ) . hk ( a ) } , round : function ( ) { return this . clone ( ) . ik ( ) } , angle : function ( ) { return Math . atan2 ( this . y , this . x ) } , Yj : function ( a ) { this . x += a . x ; this . y += a . y ; return this } , hk : function ( a ) { var b = Math . cos ( a ) ; a = Math . sin ( a ) ; var c = a * this . x + b * this . y ; this . x = b * this . x - a * this . y ; this . y = c ; return this } , ik : function ( ) { this . x = Math . round ( this . x ) ; this . y = Math . round ( this . y ) ; return this } } ; c . Kq = function ( a ) { return a instanceof c ? a : Array . isArray ( a ) ? new c ( a [ 0 ] , a [ 1 ] ) : a } ; d . b = [ "Unknown" , "Point" , "LineString" ,
"Polygon" ] ; d . prototype . Oh = function ( ) { var a = this . Cc ; a . ea = this . Ef ; for ( var b = a . Ka ( ) + a . ea , d = 1 , e = 0 , f = 0 , g = 0 , h = [ ] , l ; a . ea < b ; ) if ( e || ( e = a . Ka ( ) , d = e & 7 , e >>= 3 ) , e -- , 1 === d || 2 === d ) f += a . ce ( ) , g += a . ce ( ) , 1 === d && ( l && h . push ( l ) , l = [ ] ) , l . push ( new c ( f , g ) ) ; else if ( 7 === d ) l && l . push ( l [ 0 ] . clone ( ) ) ; else throw Error ( "unknown command " + d ) ; l && h . push ( l ) ; return h } ; d . prototype . bbox = function ( ) { var a = this . Cc ; a . ea = this . Ef ; for ( var b = a . Ka ( ) + a . ea , c = 1 , d = 0 , e = 0 , f = 0 , g = Infinity , h = - Infinity , l = Infinity , m = - Infinity ; a . ea < b ; ) if ( d || ( d = a . Ka ( ) , c = d & 7 , d >>=
3 ) , d -- , 1 === c || 2 === c ) e += a . ce ( ) , f += a . ce ( ) , e < g && ( g = e ) , e > h && ( h = e ) , f < l && ( l = f ) , f > m && ( m = f ) ; else if ( 7 !== c ) throw Error ( "unknown command " + c ) ; return [ g , l , h , m ] } ; var m = f ; f . prototype . feature = function ( a ) { if ( 0 > a || a >= this . me . length ) throw Error ( "feature index out of bounds" ) ; this . Cc . ea = this . me [ a ] ; a = this . Cc . Ka ( ) + this . Cc . ea ; return new d ( this . Cc , a , this . extent , this . ne , this . pe ) } ; var n = m ; a [ "default" ] = { Bf : b , Wj : d , Xj : n } ; a . Bf = b ; a . Wj = d ; a . Xj = n } ) ( Fj . xf = Fj . xf || { } ) ; function kq ( a , b , c , d , e ) { this . g = e ; this . i = a ; this . b = b ; this . f = c ; this . c = d } k = kq . prototype ; k . get = function ( a ) { return this . c [ a ] } ; k . Bb = function ( ) { return this . f } ; k . G = function ( ) { this . a || ( this . a = "Point" === this . i ? Za ( this . b ) : $a ( this . b , 0 , this . b . length , 2 ) ) ; return this . a } ; k . Wn = function ( ) { return this . g } ; k . ec = function ( ) { return this . b } ; k . ga = kq . prototype . ec ; k . V = function ( ) { return this } ; k . Xn = function ( ) { return this . c } ; k . Vd = kq . prototype . V ; k . qa = function ( ) { return 2 } ; k . Lc = ua ; k . U = function ( ) { return this . i } ; function lq ( a ) { El . call ( this ) ; a = a ? a : { } ; this . defaultDataProjection = new Bb ( { code : "" , units : "tile-pixels" } ) ; this . b = a . featureClass ? a . featureClass : kq ; this . a = a . geometryName ; this . i = a . layerName ? a . layerName : "layer" ; this . c = a . layers ? a . layers : null } v ( lq , El ) ; k = lq . prototype ; k . U = function ( ) { return "arraybuffer" } ;
k . Oa = function ( a , b ) { var c = this . c ; a = new Fj . Dd ( a ) ; a = new Fj . xf . Bf ( a ) ; var d = [ ] , e = this . b , f ; for ( f in a . layers ) if ( ! c || - 1 != c . indexOf ( f ) ) { var g = a . layers [ f ] ; for ( var h = 0 , l = g . length ; h < l ; ++ h ) { if ( e === kq ) { var m = void 0 ; var n = g . feature ( h ) , p = f , q = n . Oh ( ) , r = [ ] , u = [ ] ; mq ( q , u , r ) ; var x = n . type ; 1 === x ? m = 1 === q . length ? "Point" : "MultiPoint" : 2 === x ? m = 1 === q . length ? "LineString" : "MultiLineString" : 3 === x && ( m = "Polygon" ) ; q = n . properties ; q [ this . i ] = p ; m = new this . b ( m , u , r , q , n . id ) } else { x = g . feature ( h ) ; u = f ; r = b ; m = new this . b ; n = x . id ; p = x . properties ; p [ this . i ] =
u ; this . a && m . Tc ( this . a ) ; u = void 0 ; q = x . type ; if ( 0 === q ) u = null ; else { var x = x . Oh ( ) , B = [ ] , E = [ ] ; mq ( x , E , B ) ; 1 === q ? u = 1 === x . length ? new C ( null ) : new Q ( null ) : 2 === q ? 1 === x . length ? u = new O ( null ) : u = new P ( null ) : 3 === q && ( u = new D ( null ) ) ; u . ba ( "XY" , E , B ) } r = Hl ( u , ! 1 , Gl ( this , r ) ) ; m . Ra ( r ) ; m . jc ( n ) ; m . H ( p ) } d . push ( m ) } } return d } ; k . kb = function ( ) { return this . defaultDataProjection } ; k . mn = function ( a ) { this . c = a } ;
function mq ( a , b , c ) { for ( var d = 0 , e = 0 , f = a . length ; e < f ; ++ e ) { var g = a [ e ] , h ; var l = 0 ; for ( h = g . length ; l < h ; ++ l ) { var m = g [ l ] ; b . push ( m . x , m . y ) } d += 2 * l ; c . push ( d ) } } k . Tb = function ( ) { } ; k . Sc = function ( ) { } ; k . Bd = function ( ) { } ; k . $c = function ( ) { } ; k . Wb = function ( ) { } ; function nq ( ) { Cm . call ( this ) ; this . defaultDataProjection = Tb ( "EPSG:4326" ) } v ( nq , Cm ) ; function oq ( a , b ) { b [ b . length - 1 ] . fe [ a . getAttribute ( "k" ) ] = a . getAttribute ( "v" ) }
var pq = [ null ] , qq = K ( pq , { nd : function ( a , b ) { b [ b . length - 1 ] . md . push ( a . getAttribute ( "ref" ) ) } , tag : oq } ) , sq = K ( pq , { node : function ( a , b ) { var c = b [ 0 ] , d = b [ b . length - 1 ] , e = a . getAttribute ( "id" ) , f = [ parseFloat ( a . getAttribute ( "lon" ) ) , parseFloat ( a . getAttribute ( "lat" ) ) ] ; d . Sh [ e ] = f ; a = N ( { fe : { } } , rq , a , b ) ; wb ( a . fe ) || ( f = new C ( f ) , Hl ( f , ! 1 , c ) , c = new H ( f ) , c . jc ( e ) , c . H ( a . fe ) , d . features . push ( c ) ) } , way : function ( a , b ) { var c = b [ 0 ] , d = a . getAttribute ( "id" ) ; a = N ( { md : [ ] , fe : { } } , qq , a , b ) ; b = b [ b . length - 1 ] ; for ( var e = [ ] , f = 0 , g = a . md . length ; f < g ; f ++ ) la ( e , b . Sh [ a . md [ f ] ] ) ;
a . md [ 0 ] == a . md [ a . md . length - 1 ] ? ( f = new D ( null ) , f . ba ( "XY" , e , [ e . length ] ) ) : ( f = new O ( null ) , f . ba ( "XY" , e ) ) ; Hl ( f , ! 1 , c ) ; c = new H ( f ) ; c . jc ( d ) ; c . H ( a . fe ) ; b . features . push ( c ) } } ) , rq = K ( pq , { tag : oq } ) ; nq . prototype . zc = function ( a , b ) { b = Fl ( this , a , b ) ; return "osm" == a . localName && ( a = N ( { Sh : { } , features : [ ] } , sq , a , [ b ] ) , a . features ) ? a . features : [ ] } ; nq . prototype . Vg = function ( ) { } ; nq . prototype . Xb = function ( ) { } ; nq . prototype . ie = function ( ) { } ; function tq ( a ) { return a . getAttributeNS ( "http://www.w3.org/1999/xlink" , "href" ) } ; function uq ( ) { } uq . prototype . read = function ( a ) { return ml ( a ) ? this . a ( a ) : nl ( a ) ? this . b ( a ) : "string" === typeof a ? ( a = pl ( a ) , this . a ( a ) ) : null } ; function vq ( ) { } v ( vq , uq ) ; vq . prototype . a = function ( a ) { for ( a = a . firstChild ; a ; a = a . nextSibling ) if ( a . nodeType == Node . ELEMENT _NODE ) return this . b ( a ) ; return null } ; vq . prototype . b = function ( a ) { return ( a = N ( { } , wq , a , [ ] ) ) ? a : null } ;
var xq = [ null , "http://www.opengis.net/ows/1.1" ] , wq = K ( xq , { ServiceIdentification : I ( function ( a , b ) { return N ( { } , yq , a , b ) } ) , ServiceProvider : I ( function ( a , b ) { return N ( { } , zq , a , b ) } ) , OperationsMetadata : I ( function ( a , b ) { return N ( { } , Aq , a , b ) } ) } ) , Cq = K ( xq , { DeliveryPoint : I ( S ) , City : I ( S ) , AdministrativeArea : I ( S ) , PostalCode : I ( S ) , Country : I ( S ) , ElectronicMailAddress : I ( S ) } ) , Dq = K ( xq , { Value : tl ( function ( a ) { return S ( a ) } ) } ) , Eq = K ( xq , { AllowedValues : I ( function ( a , b ) { return N ( { } , Dq , a , b ) } ) } ) , Gq = K ( xq , { Phone : I ( function ( a , b ) { return N ( { } ,
Fq , a , b ) } ) , Address : I ( function ( a , b ) { return N ( { } , Cq , a , b ) } ) } ) , Iq = K ( xq , { HTTP : I ( function ( a , b ) { return N ( { } , Hq , a , b ) } ) } ) , Hq = K ( xq , { Get : tl ( function ( a , b ) { var c = tq ( a ) ; if ( c ) return N ( { href : c } , Jq , a , b ) } ) , Post : void 0 } ) , Kq = K ( xq , { DCP : I ( function ( a , b ) { return N ( { } , Iq , a , b ) } ) } ) , Aq = K ( xq , { Operation : function ( a , b ) { var c = a . getAttribute ( "name" ) ; ( a = N ( { } , Kq , a , b ) ) && ( b [ b . length - 1 ] [ c ] = a ) } } ) , Fq = K ( xq , { Voice : I ( S ) , Facsimile : I ( S ) } ) , Jq = K ( xq , { Constraint : tl ( function ( a , b ) { var c = a . getAttribute ( "name" ) ; if ( c ) return N ( { name : c } , Eq , a , b ) } ) } ) , Lq = K ( xq ,
{ IndividualName : I ( S ) , PositionName : I ( S ) , ContactInfo : I ( function ( a , b ) { return N ( { } , Gq , a , b ) } ) } ) , yq = K ( xq , { Title : I ( S ) , ServiceTypeVersion : I ( S ) , ServiceType : I ( S ) } ) , zq = K ( xq , { ProviderName : I ( S ) , ProviderSite : I ( tq ) , ServiceContact : I ( function ( a , b ) { return N ( { } , Lq , a , b ) } ) } ) ; function Mq ( a , b , c , d ) { var e ; void 0 !== d ? e = d : e = [ ] ; for ( var f = d = 0 ; f < b ; ) { var g = a [ f ++ ] ; e [ d ++ ] = a [ f ++ ] ; e [ d ++ ] = g ; for ( g = 2 ; g < c ; ++ g ) e [ d ++ ] = a [ f ++ ] } e . length = d } ; function Nq ( a ) { a = a ? a : { } ; El . call ( this ) ; this . defaultDataProjection = Tb ( "EPSG:4326" ) ; this . b = a . factor ? a . factor : 1E5 ; this . a = a . geometryLayout ? a . geometryLayout : "XY" } v ( Nq , Vn ) ; function Oq ( a , b , c ) { var d , e = Array ( b ) ; for ( d = 0 ; d < b ; ++ d ) e [ d ] = 0 ; var f ; var g = 0 ; for ( f = a . length ; g < f ; ) for ( d = 0 ; d < b ; ++ d , ++ g ) { var h = a [ g ] , l = h - e [ d ] ; e [ d ] = h ; a [ g ] = l } return Pq ( a , c ? c : 1E5 ) } function Qq ( a , b , c ) { var d , e = Array ( b ) ; for ( d = 0 ; d < b ; ++ d ) e [ d ] = 0 ; a = Rq ( a , c ? c : 1E5 ) ; var f ; c = 0 ; for ( f = a . length ; c < f ; ) for ( d = 0 ; d < b ; ++ d , ++ c ) e [ d ] += a [ c ] , a [ c ] = e [ d ] ; return a }
function Pq ( a , b ) { b = b ? b : 1E5 ; var c ; var d = 0 ; for ( c = a . length ; d < c ; ++ d ) a [ d ] = Math . round ( a [ d ] * b ) ; b = 0 ; for ( d = a . length ; b < d ; ++ b ) c = a [ b ] , a [ b ] = 0 > c ? ~ ( c << 1 ) : c << 1 ; b = "" ; d = 0 ; for ( c = a . length ; d < c ; ++ d ) { for ( var e , f = a [ d ] , g = "" ; 32 <= f ; ) e = ( 32 | f & 31 ) + 63 , g += String . fromCharCode ( e ) , f >>= 5 ; g += String . fromCharCode ( f + 63 ) ; b += g } return b }
function Rq ( a , b ) { b = b ? b : 1E5 ; var c = [ ] , d = 0 , e = 0 , f ; var g = 0 ; for ( f = a . length ; g < f ; ++ g ) { var h = a . charCodeAt ( g ) - 63 , d = d | ( h & 31 ) << e ; 32 > h ? ( c . push ( d ) , e = d = 0 ) : e += 5 } a = 0 ; for ( d = c . length ; a < d ; ++ a ) e = c [ a ] , c [ a ] = e & 1 ? ~ ( e >> 1 ) : e >> 1 ; a = 0 ; for ( d = c . length ; a < d ; ++ a ) c [ a ] /= b ; return c } k = Nq . prototype ; k . ae = function ( a , b ) { a = this . wd ( a , b ) ; return new H ( a ) } ; k . zg = function ( a , b ) { return [ this . ae ( a , b ) ] } ; k . wd = function ( a , b ) { var c = sf ( this . a ) ; a = Qq ( a , c , this . b ) ; Mq ( a , a . length , c , a ) ; c = Ff ( a , 0 , a . length , c ) ; return Hl ( new O ( c , this . a ) , ! 1 , Gl ( this , b ) ) } ;
k . ge = function ( a , b ) { if ( a = a . V ( ) ) return this . Cd ( a , b ) ; xa ( ! 1 , 40 ) ; return "" } ; k . Wg = function ( a , b ) { return this . ge ( a [ 0 ] , b ) } ; k . Cd = function ( a , b ) { a = Hl ( a , ! 0 , Gl ( this , b ) ) ; b = a . ga ( ) ; a = a . qa ( ) ; Mq ( b , b . length , a , b ) ; return Oq ( b , a , this . b ) } ; function Sq ( a ) { a = a ? a : { } ; El . call ( this ) ; this . a = a . layerName ; this . b = a . layers ? a . layers : null ; this . defaultDataProjection = Tb ( a . defaultDataProjection ? a . defaultDataProjection : "EPSG:4326" ) } v ( Sq , Il ) ; function Tq ( a , b ) { var c = [ ] , d , e ; var f = 0 ; for ( e = a . length ; f < e ; ++ f ) { var g = a [ f ] ; 0 < f && c . pop ( ) ; 0 <= g ? d = b [ g ] : d = b [ ~ g ] . slice ( ) . reverse ( ) ; c . push . apply ( c , d ) } a = 0 ; for ( b = c . length ; a < b ; ++ a ) c [ a ] = c [ a ] . slice ( ) ; return c }
function Uq ( a , b , c , d , e , f , g ) { a = a . geometries ; var h = [ ] , l ; var m = 0 ; for ( l = a . length ; m < l ; ++ m ) h [ m ] = Vq ( a [ m ] , b , c , d , e , f , g ) ; return h } function Vq ( a , b , c , d , e , f , g ) { var h = a . type , l = Wq [ h ] ; c = "Point" === h || "MultiPoint" === h ? l ( a , c , d ) : l ( a , b ) ; b = new H ; b . Ra ( Hl ( c , ! 1 , g ) ) ; void 0 !== a . id && b . jc ( a . id ) ; a = a . properties ; e && ( a || ( a = { } ) , a [ e ] = f ) ; a && b . H ( a ) ; return b }
Sq . prototype . yg = function ( a , b ) { if ( "Topology" == a . type ) { var c = null , d = null ; if ( a . transform ) { var e = a . transform ; c = e . scale ; d = e . translate } var f = a . arcs ; if ( e ) { e = c ; var g = d , h ; var l = 0 ; for ( h = f . length ; l < h ; ++ l ) { var m , n = f [ l ] , p = e , q = g , r = 0 , u = 0 ; var x = 0 ; for ( m = n . length ; x < m ; ++ x ) { var B = n [ x ] ; r += B [ 0 ] ; u += B [ 1 ] ; B [ 0 ] = r ; B [ 1 ] = u ; Xq ( B , p , q ) } } } e = [ ] ; a = a . objects ; var g = this . a , E ; for ( E in a ) this . b && - 1 == this . b . indexOf ( E ) || ( "GeometryCollection" === a [ E ] . type ? ( l = a [ E ] , e . push . apply ( e , Uq ( l , f , c , d , g , E , b ) ) ) : ( l = a [ E ] , e . push ( Vq ( l , f , c , d , g , E , b ) ) ) ) ; return e } return [ ] } ;
function Xq ( a , b , c ) { a [ 0 ] = a [ 0 ] * b [ 0 ] + c [ 0 ] ; a [ 1 ] = a [ 1 ] * b [ 1 ] + c [ 1 ] } Sq . prototype . Fg = function ( ) { return this . defaultDataProjection } ;
var Wq = { Point : function ( a , b , c ) { a = a . coordinates ; b && c && Xq ( a , b , c ) ; return new C ( a ) } , LineString : function ( a , b ) { a = Tq ( a . arcs , b ) ; return new O ( a ) } , Polygon : function ( a , b ) { var c = [ ] , d ; var e = 0 ; for ( d = a . arcs . length ; e < d ; ++ e ) c [ e ] = Tq ( a . arcs [ e ] , b ) ; return new D ( c ) } , MultiPoint : function ( a , b , c ) { a = a . coordinates ; var d ; if ( b && c ) { var e = 0 ; for ( d = a . length ; e < d ; ++ e ) Xq ( a [ e ] , b , c ) } return new Q ( a ) } , MultiLineString : function ( a , b ) { var c = [ ] , d ; var e = 0 ; for ( d = a . arcs . length ; e < d ; ++ e ) c [ e ] = Tq ( a . arcs [ e ] , b ) ; return new P ( c ) } , MultiPolygon : function ( a ,
b ) { var c = [ ] , d , e ; var f = 0 ; for ( e = a . arcs . length ; f < e ; ++ f ) { var g = a . arcs [ f ] ; var h = [ ] ; var l = 0 ; for ( d = g . length ; l < d ; ++ l ) h [ l ] = Tq ( g [ l ] , b ) ; c [ f ] = h } return new R ( c ) } } ; k = Sq . prototype ; k . Zc = function ( ) { } ; k . he = function ( ) { } ; k . je = function ( ) { } ; k . Cg = function ( ) { } ; k . Rc = function ( ) { } ; function Yq ( a ) { a = a ? a : { } ; this . c = a . featureType ; this . a = a . featureNS ; this . b = a . gmlFormat ? a . gmlFormat : new Sm ; this . o = a . schemaLocation ? a . schemaLocation : Zq [ "1.1.0" ] ; Cm . call ( this ) } v ( Yq , Cm ) ; var Zq = { "1.1.0" : "http://www.opengis.net/wfs http://schemas.opengis.net/wfs/1.1.0/wfs.xsd" , "1.0.0" : "http://www.opengis.net/wfs http://schemas.opengis.net/wfs/1.0.0/wfs.xsd" } ;
Yq . prototype . zc = function ( a , b ) { var c = { featureType : this . c , featureNS : this . a } ; tb ( c , Fl ( this , a , b ? b : { } ) ) ; b = [ c ] ; this . b . b [ "http://www.opengis.net/gml" ] . featureMember = rl ( Fm . prototype . be ) ; ( a = N ( [ ] , this . b . b , a , b , this . b ) ) || ( a = [ ] ) ; return a } ; Yq . prototype . j = function ( a ) { if ( ml ( a ) ) return $q ( a ) ; if ( nl ( a ) ) return N ( { } , ar , a , [ ] ) ; if ( "string" === typeof a ) return a = pl ( a ) , $q ( a ) } ; Yq . prototype . g = function ( a ) { if ( ml ( a ) ) return br ( this , a ) ; if ( nl ( a ) ) return cr ( this , a ) ; if ( "string" === typeof a ) return a = pl ( a ) , br ( this , a ) } ;
function br ( a , b ) { for ( b = b . firstChild ; b ; b = b . nextSibling ) if ( b . nodeType == Node . ELEMENT _NODE ) return cr ( a , b ) } var dr = { "http://www.opengis.net/gml" : { boundedBy : I ( Fm . prototype . gf , "bounds" ) } } ; function cr ( a , b ) { var c = { } , d = Nm ( b . getAttribute ( "numberOfFeatures" ) ) ; c . numberOfFeatures = d ; return N ( c , dr , b , [ ] , a . b ) }
var er = { "http://www.opengis.net/wfs" : { totalInserted : I ( Mm ) , totalUpdated : I ( Mm ) , totalDeleted : I ( Mm ) } } , fr = { "http://www.opengis.net/ogc" : { FeatureId : rl ( function ( a ) { return a . getAttribute ( "fid" ) } ) } } , gr = { "http://www.opengis.net/wfs" : { Feature : function ( a , b ) { Al ( fr , a , b ) } } } , ar = { "http://www.opengis.net/wfs" : { TransactionSummary : I ( function ( a , b ) { return N ( { } , er , a , b ) } , "transactionSummary" ) , InsertResults : I ( function ( a , b ) { return N ( [ ] , gr , a , b ) } , "insertIds" ) } } ;
function $q ( a ) { for ( a = a . firstChild ; a ; a = a . nextSibling ) if ( a . nodeType == Node . ELEMENT _NODE ) return N ( { } , ar , a , [ ] ) } var hr = { "http://www.opengis.net/wfs" : { PropertyName : J ( Pm ) } } ; function ir ( a , b ) { var c = jl ( "http://www.opengis.net/ogc" , "Filter" ) , d = jl ( "http://www.opengis.net/ogc" , "FeatureId" ) ; c . appendChild ( d ) ; d . setAttribute ( "fid" , b ) ; a . appendChild ( c ) } function jr ( a , b ) { a = ( a ? a : "feature" ) + ":" ; return b . indexOf ( a ) ? a + b : b }
var kr = { "http://www.opengis.net/wfs" : { Insert : J ( function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . gmlVersion , d = jl ( d . featureNS , d . featureType ) ; a . appendChild ( d ) ; if ( 2 === e ) { a = an . prototype ; ( e = b . a ) && d . setAttribute ( "fid" , e ) ; var e = c [ c . length - 1 ] , f = e . featureNS , g = b . c ; e . lb || ( e . lb = { } , e . lb [ f ] = { } ) ; var h = b . N ( ) ; b = [ ] ; var l = [ ] ; for ( n in h ) { var m = h [ n ] ; null !== m && ( b . push ( n ) , l . push ( m ) , n == g || m instanceof of ? n in e . lb [ f ] || ( e . lb [ f ] [ n ] = J ( a . ai , a ) ) : n in e . lb [ f ] || ( e . lb [ f ] [ n ] = J ( Pm ) ) ) } var n = tb ( { } , e ) ; n . node = d ; Bl ( n , e . lb , wl ( void 0 , f ) , l , c , b ) } else Sm . prototype . ii ( d ,
b , c ) } ) , Update : J ( function ( a , b , c ) { var d = c [ c . length - 1 ] ; xa ( void 0 !== b . a , 27 ) ; var e = d . featurePrefix , f = d . featureNS ; a . setAttribute ( "typeName" , jr ( e , d . featureType ) ) ; a . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:" + e , f ) ; e = b . a ; if ( void 0 !== e ) { for ( var f = b . O ( ) , g = [ ] , h = 0 , l = f . length ; h < l ; h ++ ) { var m = b . get ( f [ h ] ) ; void 0 !== m && g . push ( { name : f [ h ] , value : m } ) } Bl ( { gmlVersion : d . gmlVersion , node : a , hasZ : d . hasZ , srsName : d . srsName } , kr , wl ( "Property" ) , g , c ) ; ir ( a , e ) } } ) , Delete : J ( function ( a , b , c ) { c = c [ c . length - 1 ] ; xa ( void 0 !== b . a , 26 ) ;
var d = c . featurePrefix , e = c . featureNS ; a . setAttribute ( "typeName" , jr ( d , c . featureType ) ) ; a . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:" + d , e ) ; b = b . a ; void 0 !== b && ir ( a , b ) } ) , Property : J ( function ( a , b , c ) { var d = jl ( "http://www.opengis.net/wfs" , "Name" ) , e = c [ c . length - 1 ] . gmlVersion ; a . appendChild ( d ) ; Pm ( d , b . name ) ; void 0 !== b . value && null !== b . value && ( d = jl ( "http://www.opengis.net/wfs" , "Value" ) , a . appendChild ( d ) , b . value instanceof of ? 2 === e ? an . prototype . ai ( d , b . value , c ) : Sm . prototype . od ( d , b . value , c ) : Pm ( d , b . value ) ) } ) ,
Native : J ( function ( a , b ) { b . vq && a . setAttribute ( "vendorId" , b . vq ) ; void 0 !== b . Vp && a . setAttribute ( "safeToIgnore" , b . Vp ) ; void 0 !== b . value && Pm ( a , b . value ) } ) } } ; function lr ( a , b , c ) { var d = { node : a } ; b . b . forEach ( function ( a ) { Bl ( d , mr , wl ( a . kc ) , [ a ] , c ) } ) } function nr ( a , b ) { void 0 !== b . a && a . setAttribute ( "matchCase" , b . a . toString ( ) ) ; or ( a , b . b ) ; pr ( a , "" + b . i ) } function qr ( a , b , c ) { a = jl ( "http://www.opengis.net/ogc" , a ) ; Pm ( a , c ) ; b . appendChild ( a ) } function or ( a , b ) { qr ( "PropertyName" , a , b ) } function pr ( a , b ) { qr ( "Literal" , a , b ) }
function rr ( a , b ) { var c = jl ( "http://www.opengis.net/gml" , "TimeInstant" ) ; a . appendChild ( c ) ; a = jl ( "http://www.opengis.net/gml" , "timePosition" ) ; c . appendChild ( a ) ; Pm ( a , b ) }
var mr = { "http://www.opengis.net/wfs" : { Query : J ( function ( a , b , c ) { var d = c [ c . length - 1 ] , e = d . featurePrefix , f = d . featureNS , g = d . propertyNames , h = d . srsName ; a . setAttribute ( "typeName" , e ? jr ( e , b ) : b ) ; h && a . setAttribute ( "srsName" , h ) ; f && a . setAttributeNS ( "http://www.w3.org/2000/xmlns/" , "xmlns:" + e , f ) ; b = tb ( { } , d ) ; b . node = a ; Bl ( b , hr , wl ( "PropertyName" ) , g , c ) ; if ( d = d . filter ) g = jl ( "http://www.opengis.net/ogc" , "Filter" ) , a . appendChild ( g ) , Bl ( { node : g } , mr , wl ( d . kc ) , [ d ] , c ) } ) } , "http://www.opengis.net/ogc" : { During : J ( function ( a , b ) { var c = jl ( "http://www.opengis.net/fes" ,
"ValueReference" ) ; Pm ( c , b . b ) ; a . appendChild ( c ) ; c = jl ( "http://www.opengis.net/gml" , "TimePeriod" ) ; a . appendChild ( c ) ; a = jl ( "http://www.opengis.net/gml" , "begin" ) ; c . appendChild ( a ) ; rr ( a , b . a ) ; a = jl ( "http://www.opengis.net/gml" , "end" ) ; c . appendChild ( a ) ; rr ( a , b . i ) } ) , And : J ( lr ) , Or : J ( lr ) , Not : J ( function ( a , b , c ) { b = b . condition ; Bl ( { node : a } , mr , wl ( b . kc ) , [ b ] , c ) } ) , BBOX : J ( function ( a , b , c ) { c [ c . length - 1 ] . srsName = b . srsName ; or ( a , b . geometryName ) ; Sm . prototype . od ( a , b . extent , c ) } ) , Intersects : J ( function ( a , b , c ) { c [ c . length - 1 ] . srsName = b . srsName ;
or ( a , b . geometryName ) ; Sm . prototype . od ( a , b . geometry , c ) } ) , Within : J ( function ( a , b , c ) { c [ c . length - 1 ] . srsName = b . srsName ; or ( a , b . geometryName ) ; Sm . prototype . od ( a , b . geometry , c ) } ) , PropertyIsEqualTo : J ( nr ) , PropertyIsNotEqualTo : J ( nr ) , PropertyIsLessThan : J ( nr ) , PropertyIsLessThanOrEqualTo : J ( nr ) , PropertyIsGreaterThan : J ( nr ) , PropertyIsGreaterThanOrEqualTo : J ( nr ) , PropertyIsNull : J ( function ( a , b ) { or ( a , b . b ) } ) , PropertyIsBetween : J ( function ( a , b ) { or ( a , b . b ) ; var c = jl ( "http://www.opengis.net/ogc" , "LowerBoundary" ) ; a . appendChild ( c ) ;
pr ( c , "" + b . a ) ; c = jl ( "http://www.opengis.net/ogc" , "UpperBoundary" ) ; a . appendChild ( c ) ; pr ( c , "" + b . i ) } ) , PropertyIsLike : J ( function ( a , b ) { a . setAttribute ( "wildCard" , b . g ) ; a . setAttribute ( "singleChar" , b . f ) ; a . setAttribute ( "escapeChar" , b . i ) ; void 0 !== b . a && a . setAttribute ( "matchCase" , b . a . toString ( ) ) ; or ( a , b . b ) ; pr ( a , "" + b . c ) } ) } } ;
Yq . prototype . l = function ( a ) { var b = jl ( "http://www.opengis.net/wfs" , "GetFeature" ) ; b . setAttribute ( "service" , "WFS" ) ; b . setAttribute ( "version" , "1.1.0" ) ; if ( a ) { a . handle && b . setAttribute ( "handle" , a . handle ) ; a . outputFormat && b . setAttribute ( "outputFormat" , a . outputFormat ) ; void 0 !== a . maxFeatures && b . setAttribute ( "maxFeatures" , a . maxFeatures ) ; a . resultType && b . setAttribute ( "resultType" , a . resultType ) ; void 0 !== a . startIndex && b . setAttribute ( "startIndex" , a . startIndex ) ; void 0 !== a . count && b . setAttribute ( "count" , a . count ) ; var c =
a . filter ; if ( a . bbox ) { xa ( a . geometryName , 12 ) ; var d = sm ( a . geometryName , a . bbox , a . srsName ) ; c ? c = rm ( c , d ) : c = d } } b . setAttributeNS ( "http://www.w3.org/2001/XMLSchema-instance" , "xsi:schemaLocation" , this . o ) ; c = { node : b , srsName : a . srsName , featureNS : a . featureNS ? a . featureNS : this . a , featurePrefix : a . featurePrefix , geometryName : a . geometryName , filter : c , propertyNames : a . propertyNames ? a . propertyNames : [ ] } ; xa ( Array . isArray ( a . featureTypes ) , 11 ) ; a = a . featureTypes ; c = [ c ] ; d = tb ( { } , c [ c . length - 1 ] ) ; d . node = b ; Bl ( d , mr , wl ( "Query" ) , a , c ) ; return b } ;
Yq . prototype . v = function ( a , b , c , d ) { var e = [ ] , f = jl ( "http://www.opengis.net/wfs" , "Transaction" ) , g = d . version ? d . version : "1.1.0" , h = "1.0.0" === g ? 2 : 3 ; f . setAttribute ( "service" , "WFS" ) ; f . setAttribute ( "version" , g ) ; if ( d ) { var l = d . gmlOptions ? d . gmlOptions : { } ; d . handle && f . setAttribute ( "handle" , d . handle ) } f . setAttributeNS ( "http://www.w3.org/2001/XMLSchema-instance" , "xsi:schemaLocation" , Zq [ g ] ) ; a && ( g = { node : f , featureNS : d . featureNS , featureType : d . featureType , featurePrefix : d . featurePrefix , gmlVersion : h , hasZ : d . hasZ , srsName : d . srsName } ,
tb ( g , l ) , Bl ( g , kr , wl ( "Insert" ) , a , e ) ) ; b && ( g = { node : f , featureNS : d . featureNS , featureType : d . featureType , featurePrefix : d . featurePrefix , gmlVersion : h , hasZ : d . hasZ , srsName : d . srsName } , tb ( g , l ) , Bl ( g , kr , wl ( "Update" ) , b , e ) ) ; c && Bl ( { node : f , featureNS : d . featureNS , featureType : d . featureType , featurePrefix : d . featurePrefix , gmlVersion : h , srsName : d . srsName } , kr , wl ( "Delete" ) , c , e ) ; d . nativeElements && Bl ( { node : f , featureNS : d . featureNS , featureType : d . featureType , featurePrefix : d . featurePrefix , gmlVersion : h , srsName : d . srsName } , kr , wl ( "Native" ) ,
d . nativeElements , e ) ; return f } ; Yq . prototype . Eg = function ( a ) { for ( a = a . firstChild ; a ; a = a . nextSibling ) if ( a . nodeType == Node . ELEMENT _NODE ) return this . kf ( a ) ; return null } ; Yq . prototype . kf = function ( a ) { if ( a . firstElementChild && a . firstElementChild . firstElementChild ) for ( a = a . firstElementChild . firstElementChild , a = a . firstElementChild ; a ; a = a . nextElementSibling ) if ( 0 !== a . childNodes . length && ( 1 !== a . childNodes . length || 3 !== a . firstChild . nodeType ) ) { var b = [ { } ] ; this . b . gf ( a , b ) ; return Tb ( b . pop ( ) . srsName ) } return null } ; function sr ( a ) { a = a ? a : { } ; El . call ( this ) ; this . b = void 0 !== a . splitCollection ? a . splitCollection : ! 1 } v ( sr , Vn ) ; function tr ( a ) { a = a . X ( ) ; return a . length ? a . join ( " " ) : "" } function ur ( a ) { a = a . X ( ) ; for ( var b = [ ] , c = 0 , d = a . length ; c < d ; ++ c ) b . push ( a [ c ] . join ( " " ) ) ; return b . join ( "," ) } function vr ( a ) { var b = [ ] ; a = a . Sd ( ) ; for ( var c = 0 , d = a . length ; c < d ; ++ c ) b . push ( "(" + ur ( a [ c ] ) + ")" ) ; return b . join ( "," ) }
function wr ( a ) { var b = a . U ( ) , c = ( 0 , xr [ b ] ) ( a ) , b = b . toUpperCase ( ) ; if ( a instanceof rf ) { a = a . ja ; var d = "" ; if ( "XYZ" === a || "XYZM" === a ) d += "Z" ; if ( "XYM" === a || "XYZM" === a ) d += "M" ; a = d ; 0 < a . length && ( b += " " + a ) } return c . length ? b + "(" + c + ")" : b + " EMPTY" }
var xr = { Point : tr , LineString : ur , Polygon : vr , MultiPoint : function ( a ) { var b = [ ] ; a = a . Zd ( ) ; for ( var c = 0 , d = a . length ; c < d ; ++ c ) b . push ( "(" + tr ( a [ c ] ) + ")" ) ; return b . join ( "," ) } , MultiLineString : function ( a ) { var b = [ ] ; a = a . gd ( ) ; for ( var c = 0 , d = a . length ; c < d ; ++ c ) b . push ( "(" + ur ( a [ c ] ) + ")" ) ; return b . join ( "," ) } , MultiPolygon : function ( a ) { var b = [ ] ; a = a . Td ( ) ; for ( var c = 0 , d = a . length ; c < d ; ++ c ) b . push ( "(" + vr ( a [ c ] ) + ")" ) ; return b . join ( "," ) } , GeometryCollection : function ( a ) { var b = [ ] ; a = a . Vf ( ) ; for ( var c = 0 , d = a . length ; c < d ; ++ c ) b . push ( wr ( a [ c ] ) ) ; return b . join ( "," ) } } ;
k = sr . prototype ; k . ae = function ( a , b ) { return ( a = this . wd ( a , b ) ) ? ( b = new H , b . Ra ( a ) , b ) : null } ; k . zg = function ( a , b ) { var c = [ ] ; a = this . wd ( a , b ) ; this . b && "GeometryCollection" == a . U ( ) ? c = a . a : c = [ a ] ; b = [ ] ; for ( var d = 0 , e = c . length ; d < e ; ++ d ) a = new H , a . Ra ( c [ d ] ) , b . push ( a ) ; return b } ; k . wd = function ( a , b ) { a = new yr ( new zr ( a ) ) ; Ar ( a ) ; return ( a = Br ( a ) ) ? Hl ( a , ! 1 , b ) : null } ; k . ge = function ( a , b ) { return ( a = a . V ( ) ) ? this . Cd ( a , b ) : "" } ;
k . Wg = function ( a , b ) { if ( 1 == a . length ) return this . ge ( a [ 0 ] , b ) ; for ( var c = [ ] , d = 0 , e = a . length ; d < e ; ++ d ) c . push ( a [ d ] . V ( ) ) ; a = new tm ( c ) ; return this . Cd ( a , b ) } ; k . Cd = function ( a , b ) { return wr ( Hl ( a , ! 0 , b ) ) } ; function zr ( a ) { this . a = a ; this . b = - 1 }
function Cr ( a ) { var b = a . a . charAt ( ++ a . b ) , c = { position : a . b , value : b } ; if ( "(" == b ) c . type = 2 ; else if ( "," == b ) c . type = 5 ; else if ( ")" == b ) c . type = 3 ; else if ( "0" <= b && "9" >= b || "." == b || "-" == b ) { c . type = 4 ; var b = a . b , d = ! 1 , e = ! 1 ; do { if ( "." == f ) d = ! 0 ; else if ( "e" == f || "E" == f ) e = ! 0 ; var f = a . a . charAt ( ++ a . b ) } while ( "0" <= f && "9" >= f || "." == f && ( void 0 === d || ! d ) || ! e && ( "e" == f || "E" == f ) || e && ( "-" == f || "+" == f ) ) ; a = parseFloat ( a . a . substring ( b , a . b -- ) ) ; c . value = a } else if ( "a" <= b && "z" >= b || "A" <= b && "Z" >= b ) { c . type = 1 ; b = a . b ; do f = a . a . charAt ( ++ a . b ) ; while ( "a" <= f && "z" >=
f || "A" <= f && "Z" >= f ) ; a = a . a . substring ( b , a . b -- ) . toUpperCase ( ) ; c . value = a } else { if ( " " == b || "\t" == b || "\r" == b || "\n" == b ) return Cr ( a ) ; if ( "" === b ) c . type = 6 ; else throw Error ( "Unexpected character: " + b ) ; } return c } function yr ( a ) { this . i = a ; this . a = "XY" } function Ar ( a ) { a . b = Cr ( a . i ) } function Dr ( a , b ) { ( b = a . b . type == b ) && Ar ( a ) ; return b }
function Br ( a ) { var b = a . b ; if ( Dr ( a , 1 ) ) { var b = b . value , c = "XY" , d = a . b ; 1 == a . b . type && ( d = d . value , "Z" === d ? c = "XYZ" : "M" === d ? c = "XYM" : "ZM" === d && ( c = "XYZM" ) , "XY" !== c && Ar ( a ) ) ; a . a = c ; if ( "GEOMETRYCOLLECTION" == b ) { a : { if ( Dr ( a , 2 ) ) { b = [ ] ; do b . push ( Br ( a ) ) ; while ( Dr ( a , 5 ) ) ; if ( Dr ( a , 3 ) ) { a = b ; break a } } else if ( Er ( a ) ) { a = [ ] ; break a } throw Error ( Fr ( a ) ) ; } return new tm ( a ) } d = Gr [ b ] ; c = Hr [ b ] ; if ( ! d || ! c ) throw Error ( "Invalid geometry type: " + b ) ; b = d . call ( a ) ; return new c ( b , a . a ) } throw Error ( Fr ( a ) ) ; } k = yr . prototype ;
k . tg = function ( ) { if ( Dr ( this , 2 ) ) { var a = Ir ( this ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return null ; throw Error ( Fr ( this ) ) ; } ; k . sg = function ( ) { if ( Dr ( this , 2 ) ) { var a = Jr ( this ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return [ ] ; throw Error ( Fr ( this ) ) ; } ; k . ug = function ( ) { if ( Dr ( this , 2 ) ) { var a = Kr ( this ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return [ ] ; throw Error ( Fr ( this ) ) ; } ;
k . fp = function ( ) { if ( Dr ( this , 2 ) ) { var a ; if ( 2 == this . b . type ) for ( a = [ this . tg ( ) ] ; Dr ( this , 5 ) ; ) a . push ( this . tg ( ) ) ; else a = Jr ( this ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return [ ] ; throw Error ( Fr ( this ) ) ; } ; k . ep = function ( ) { if ( Dr ( this , 2 ) ) { var a = Kr ( this ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return [ ] ; throw Error ( Fr ( this ) ) ; } ; k . gp = function ( ) { if ( Dr ( this , 2 ) ) { for ( var a = [ this . ug ( ) ] ; Dr ( this , 5 ) ; ) a . push ( this . ug ( ) ) ; if ( Dr ( this , 3 ) ) return a } else if ( Er ( this ) ) return [ ] ; throw Error ( Fr ( this ) ) ; } ;
function Ir ( a ) { for ( var b = [ ] , c = a . a . length , d = 0 ; d < c ; ++ d ) { var e = a . b ; if ( Dr ( a , 4 ) ) b . push ( e . value ) ; else break } if ( b . length == c ) return b ; throw Error ( Fr ( a ) ) ; } function Jr ( a ) { for ( var b = [ Ir ( a ) ] ; Dr ( a , 5 ) ; ) b . push ( Ir ( a ) ) ; return b } function Kr ( a ) { for ( var b = [ a . sg ( ) ] ; Dr ( a , 5 ) ; ) b . push ( a . sg ( ) ) ; return b } function Er ( a ) { var b = 1 == a . b . type && "EMPTY" == a . b . value ; b && Ar ( a ) ; return b } function Fr ( a ) { return "Unexpected `" + a . b . value + "` at position " + a . b . position + " in `" + a . i . a + "`" }
var Hr = { POINT : C , LINESTRING : O , POLYGON : D , MULTIPOINT : Q , MULTILINESTRING : P , MULTIPOLYGON : R } , Gr = { POINT : yr . prototype . tg , LINESTRING : yr . prototype . sg , POLYGON : yr . prototype . ug , MULTIPOINT : yr . prototype . fp , MULTILINESTRING : yr . prototype . ep , MULTIPOLYGON : yr . prototype . gp } ; function Lr ( ) { this . version = void 0 } v ( Lr , uq ) ; Lr . prototype . a = function ( a ) { for ( a = a . firstChild ; a ; a = a . nextSibling ) if ( a . nodeType == Node . ELEMENT _NODE ) return this . b ( a ) ; return null } ; Lr . prototype . b = function ( a ) { this . version = a . getAttribute ( "version" ) . trim ( ) ; return ( a = N ( { version : this . version } , Mr , a , [ ] ) ) ? a : null } ; function Nr ( a , b ) { return N ( { } , Or , a , b ) } function Pr ( a , b ) { return N ( { } , Qr , a , b ) } function Rr ( a , b ) { if ( b = Nr ( a , b ) ) return a = [ Nm ( a . getAttribute ( "width" ) ) , Nm ( a . getAttribute ( "height" ) ) ] , b . size = a , b }
function Sr ( a , b ) { return N ( [ ] , Tr , a , b ) }
var Ur = [ null , "http://www.opengis.net/wms" ] , Mr = K ( Ur , { Service : I ( function ( a , b ) { return N ( { } , Vr , a , b ) } ) , Capability : I ( function ( a , b ) { return N ( { } , Wr , a , b ) } ) } ) , Wr = K ( Ur , { Request : I ( function ( a , b ) { return N ( { } , Xr , a , b ) } ) , Exception : I ( function ( a , b ) { return N ( [ ] , Yr , a , b ) } ) , Layer : I ( function ( a , b ) { return N ( { } , Zr , a , b ) } ) } ) , Vr = K ( Ur , { Name : I ( S ) , Title : I ( S ) , Abstract : I ( S ) , KeywordList : I ( Sr ) , OnlineResource : I ( tq ) , ContactInformation : I ( function ( a , b ) { return N ( { } , $r , a , b ) } ) , Fees : I ( S ) , AccessConstraints : I ( S ) , LayerLimit : I ( Mm ) , MaxWidth : I ( Mm ) ,
MaxHeight : I ( Mm ) } ) , $r = K ( Ur , { ContactPersonPrimary : I ( function ( a , b ) { return N ( { } , as , a , b ) } ) , ContactPosition : I ( S ) , ContactAddress : I ( function ( a , b ) { return N ( { } , bs , a , b ) } ) , ContactVoiceTelephone : I ( S ) , ContactFacsimileTelephone : I ( S ) , ContactElectronicMailAddress : I ( S ) } ) , as = K ( Ur , { ContactPerson : I ( S ) , ContactOrganization : I ( S ) } ) , bs = K ( Ur , { AddressType : I ( S ) , Address : I ( S ) , City : I ( S ) , StateOrProvince : I ( S ) , PostCode : I ( S ) , Country : I ( S ) } ) , Yr = K ( Ur , { Format : rl ( S ) } ) , Zr = K ( Ur , { Name : I ( S ) , Title : I ( S ) , Abstract : I ( S ) , KeywordList : I ( Sr ) , CRS : tl ( S ) ,
EX _GeographicBoundingBox : I ( function ( a , b ) { var c = N ( { } , cs , a , b ) ; if ( c ) { a = c . westBoundLongitude ; b = c . southBoundLatitude ; var d = c . eastBoundLongitude , c = c . northBoundLatitude ; if ( void 0 !== a && void 0 !== b && void 0 !== d && void 0 !== c ) return [ a , b , d , c ] } } ) , BoundingBox : tl ( function ( a ) { var b = [ Lm ( a . getAttribute ( "minx" ) ) , Lm ( a . getAttribute ( "miny" ) ) , Lm ( a . getAttribute ( "maxx" ) ) , Lm ( a . getAttribute ( "maxy" ) ) ] , c = [ Lm ( a . getAttribute ( "resx" ) ) , Lm ( a . getAttribute ( "resy" ) ) ] ; return { crs : a . getAttribute ( "CRS" ) , extent : b , res : c } } ) , Dimension : tl ( function ( a ) { return { name : a . getAttribute ( "name" ) ,
units : a . getAttribute ( "units" ) , unitSymbol : a . getAttribute ( "unitSymbol" ) , "default" : a . getAttribute ( "default" ) , multipleValues : Im ( a . getAttribute ( "multipleValues" ) ) , nearestValue : Im ( a . getAttribute ( "nearestValue" ) ) , current : Im ( a . getAttribute ( "current" ) ) , values : S ( a ) } } ) , Attribution : I ( function ( a , b ) { return N ( { } , ds , a , b ) } ) , AuthorityURL : tl ( function ( a , b ) { if ( b = Nr ( a , b ) ) return b . name = a . getAttribute ( "name" ) , b } ) , Identifier : tl ( S ) , MetadataURL : tl ( function ( a , b ) { if ( b = Nr ( a , b ) ) return b . type = a . getAttribute ( "type" ) , b } ) , DataURL : tl ( Nr ) ,
FeatureListURL : tl ( Nr ) , Style : tl ( function ( a , b ) { return N ( { } , es , a , b ) } ) , MinScaleDenominator : I ( Km ) , MaxScaleDenominator : I ( Km ) , Layer : tl ( function ( a , b ) { var c = b [ b . length - 1 ] , d = N ( { } , Zr , a , b ) ; if ( d ) return b = Im ( a . getAttribute ( "queryable" ) ) , void 0 === b && ( b = c . queryable ) , d . queryable = void 0 !== b ? b : ! 1 , b = Nm ( a . getAttribute ( "cascaded" ) ) , void 0 === b && ( b = c . cascaded ) , d . cascaded = b , b = Im ( a . getAttribute ( "opaque" ) ) , void 0 === b && ( b = c . opaque ) , d . opaque = void 0 !== b ? b : ! 1 , b = Im ( a . getAttribute ( "noSubsets" ) ) , void 0 === b && ( b = c . noSubsets ) , d . noSubsets =
void 0 !== b ? b : ! 1 , ( b = Lm ( a . getAttribute ( "fixedWidth" ) ) ) || ( b = c . fixedWidth ) , d . fixedWidth = b , ( a = Lm ( a . getAttribute ( "fixedHeight" ) ) ) || ( a = c . fixedHeight ) , d . fixedHeight = a , [ "Style" , "CRS" , "AuthorityURL" ] . forEach ( function ( a ) { a in c && ( d [ a ] = ( d [ a ] || [ ] ) . concat ( c [ a ] ) ) } ) , "EX_GeographicBoundingBox BoundingBox Dimension Attribution MinScaleDenominator MaxScaleDenominator" . split ( " " ) . forEach ( function ( a ) { a in d || ( d [ a ] = c [ a ] ) } ) , d } ) } ) , ds = K ( Ur , { Title : I ( S ) , OnlineResource : I ( tq ) , LogoURL : I ( Rr ) } ) , cs = K ( Ur , { westBoundLongitude : I ( Km ) ,
eastBoundLongitude : I ( Km ) , southBoundLatitude : I ( Km ) , northBoundLatitude : I ( Km ) } ) , Xr = K ( Ur , { GetCapabilities : I ( Pr ) , GetMap : I ( Pr ) , GetFeatureInfo : I ( Pr ) } ) , Qr = K ( Ur , { Format : tl ( S ) , DCPType : tl ( function ( a , b ) { return N ( { } , fs , a , b ) } ) } ) , fs = K ( Ur , { HTTP : I ( function ( a , b ) { return N ( { } , gs , a , b ) } ) } ) , gs = K ( Ur , { Get : I ( Nr ) , Post : I ( Nr ) } ) , es = K ( Ur , { Name : I ( S ) , Title : I ( S ) , Abstract : I ( S ) , LegendURL : tl ( Rr ) , StyleSheetURL : I ( Nr ) , StyleURL : I ( Nr ) } ) , Or = K ( Ur , { Format : I ( S ) , OnlineResource : I ( tq ) } ) , Tr = K ( Ur , { Keyword : rl ( S ) } ) ; function hs ( a ) { a = a ? a : { } ; this . a = "http://mapserver.gis.umn.edu/mapserver" ; this . b = new an ; this . c = a . layers ? a . layers : null ; Cm . call ( this ) } v ( hs , Cm ) ;
hs . prototype . zc = function ( a , b ) { var c = { } ; b && tb ( c , Fl ( this , a , b ) ) ; c = [ c ] ; a . setAttribute ( "namespaceURI" , this . a ) ; var d = a . localName ; b = [ ] ; if ( a . childNodes . length ) { if ( "msGMLOutput" == d ) for ( var e = 0 , f = a . childNodes . length ; e < f ; e ++ ) { var g = a . childNodes [ e ] ; if ( g . nodeType === Node . ELEMENT _NODE ) { var h = c [ 0 ] , l = g . localName . replace ( "_layer" , "" ) ; if ( ! this . c || ja ( this . c , l ) ) { l += "_feature" ; h . featureType = l ; h . featureNS = this . a ; var m = { } ; m [ l ] = rl ( this . b . wg , this . b ) ; h = K ( [ h . featureNS , null ] , m ) ; g . setAttribute ( "namespaceURI" , this . a ) ; ( g = N ( [ ] , h ,
g , c , this . b ) ) && la ( b , g ) } } } "FeatureCollection" == d && ( a = N ( [ ] , this . b . b , a , [ { } ] , this . b ) ) && ( b = a ) } return b } ; hs . prototype . Vg = function ( ) { } ; hs . prototype . Xb = function ( ) { } ; hs . prototype . ie = function ( ) { } ; function is ( ) { this . i = new vq } v ( is , uq ) ; is . prototype . a = function ( a ) { for ( a = a . firstChild ; a ; a = a . nextSibling ) if ( a . nodeType == Node . ELEMENT _NODE ) return this . b ( a ) ; return null } ; is . prototype . b = function ( a ) { var b = a . getAttribute ( "version" ) . trim ( ) , c = this . i . b ( a ) ; if ( ! c ) return null ; c . version = b ; return ( c = N ( c , js , a , [ ] ) ) ? c : null } ; function ks ( a ) { var b = S ( a ) . split ( " " ) ; if ( b && 2 == b . length && ( a = + b [ 0 ] , b = + b [ 1 ] , ! isNaN ( a ) && ! isNaN ( b ) ) ) return [ a , b ] }
var ls = [ null , "http://www.opengis.net/wmts/1.0" ] , ms = [ null , "http://www.opengis.net/ows/1.1" ] , js = K ( ls , { Contents : I ( function ( a , b ) { return N ( { } , ns , a , b ) } ) } ) , ns = K ( ls , { Layer : tl ( function ( a , b ) { return N ( { } , os , a , b ) } ) , TileMatrixSet : tl ( function ( a , b ) { return N ( { } , ps , a , b ) } ) } ) , os = K ( ls , { Style : tl ( function ( a , b ) { if ( b = N ( { } , qs , a , b ) ) return a = "true" === a . getAttribute ( "isDefault" ) , b . isDefault = a , b } ) , Format : tl ( S ) , TileMatrixSetLink : tl ( function ( a , b ) { return N ( { } , rs , a , b ) } ) , Dimension : tl ( function ( a , b ) { return N ( { } , ss , a , b ) } ) , ResourceURL : tl ( function ( a ) { var b =
a . getAttribute ( "format" ) , c = a . getAttribute ( "template" ) ; a = a . getAttribute ( "resourceType" ) ; var d = { } ; b && ( d . format = b ) ; c && ( d . template = c ) ; a && ( d . resourceType = a ) ; return d } ) } , K ( ms , { Title : I ( S ) , Abstract : I ( S ) , WGS84BoundingBox : I ( function ( a , b ) { a = N ( [ ] , ts , a , b ) ; if ( 2 == a . length ) return Na ( a ) } ) , Identifier : I ( S ) } ) ) , qs = K ( ls , { LegendURL : tl ( function ( a ) { var b = { } ; b . format = a . getAttribute ( "format" ) ; b . href = tq ( a ) ; return b } ) } , K ( ms , { Title : I ( S ) , Identifier : I ( S ) } ) ) , rs = K ( ls , { TileMatrixSet : I ( S ) , TileMatrixSetLimits : I ( function ( a , b ) { return N ( [ ] ,
us , a , b ) } ) } ) , us = K ( ls , { TileMatrixLimits : rl ( function ( a , b ) { return N ( { } , vs , a , b ) } ) } ) , vs = K ( ls , { TileMatrix : I ( S ) , MinTileRow : I ( Mm ) , MaxTileRow : I ( Mm ) , MinTileCol : I ( Mm ) , MaxTileCol : I ( Mm ) } ) , ss = K ( ls , { Default : I ( S ) , Value : tl ( S ) } , K ( ms , { Identifier : I ( S ) } ) ) , ts = K ( ms , { LowerCorner : rl ( ks ) , UpperCorner : rl ( ks ) } ) , ps = K ( ls , { WellKnownScaleSet : I ( S ) , TileMatrix : tl ( function ( a , b ) { return N ( { } , ws , a , b ) } ) } , K ( ms , { SupportedCRS : I ( S ) , Identifier : I ( S ) } ) ) , ws = K ( ls , { TopLeftCorner : I ( ks ) , ScaleDenominator : I ( Km ) , TileWidth : I ( Mm ) , TileHeight : I ( Mm ) , MatrixWidth : I ( Mm ) ,
MatrixHeight : I ( Mm ) } , K ( ms , { Identifier : I ( S ) } ) ) ; function xs ( a ) { Tc . call ( this ) ; a = a || { } ; this . a = null ; this . f = fc ; this . c = void 0 ; y ( this , Vc ( "projection" ) , this . Am , this ) ; y ( this , Vc ( "tracking" ) , this . Bm , this ) ; void 0 !== a . projection && this . Wh ( a . projection ) ; void 0 !== a . trackingOptions && this . wj ( a . trackingOptions ) ; this . Ke ( void 0 !== a . tracking ? a . tracking : ! 1 ) } v ( xs , Tc ) ; k = xs . prototype ; k . ka = function ( ) { this . Ke ( ! 1 ) ; Tc . prototype . ka . call ( this ) } ; k . Am = function ( ) { var a = this . Uh ( ) ; a && ( this . f = Vb ( Tb ( "EPSG:4326" ) , a ) , this . a && this . set ( "position" , this . f ( this . a ) ) ) } ;
k . Bm = function ( ) { if ( Wd ) { var a = this . Vh ( ) ; a && void 0 === this . c ? this . c = navigator . geolocation . watchPosition ( this . np . bind ( this ) , this . op . bind ( this ) , this . Gh ( ) ) : a || void 0 === this . c || ( navigator . geolocation . clearWatch ( this . c ) , this . c = void 0 ) } } ;
k . np = function ( a ) { a = a . coords ; this . set ( "accuracy" , a . accuracy ) ; this . set ( "altitude" , null === a . altitude ? void 0 : a . altitude ) ; this . set ( "altitudeAccuracy" , null === a . altitudeAccuracy ? void 0 : a . altitudeAccuracy ) ; this . set ( "heading" , null === a . heading ? void 0 : Ha ( a . heading ) ) ; this . a ? ( this . a [ 0 ] = a . longitude , this . a [ 1 ] = a . latitude ) : this . a = [ a . longitude , a . latitude ] ; var b = this . f ( this . a ) ; this . set ( "position" , b ) ; this . set ( "speed" , null === a . speed ? void 0 : a . speed ) ; a = Xf ( Jb , this . a , a . accuracy ) ; a . Dc ( this . f ) ; this . set ( "accuracyGeometry" , a ) ;
this . s ( ) } ; k . op = function ( a ) { a . type = "error" ; this . Ke ( ! 1 ) ; this . b ( a ) } ; k . Dk = function ( ) { return this . get ( "accuracy" ) } ; k . Ek = function ( ) { return this . get ( "accuracyGeometry" ) || null } ; k . Gk = function ( ) { return this . get ( "altitude" ) } ; k . Hk = function ( ) { return this . get ( "altitudeAccuracy" ) } ; k . ym = function ( ) { return this . get ( "heading" ) } ; k . zm = function ( ) { return this . get ( "position" ) } ; k . Uh = function ( ) { return this . get ( "projection" ) } ; k . ll = function ( ) { return this . get ( "speed" ) } ; k . Vh = function ( ) { return this . get ( "tracking" ) } ; k . Gh = function ( ) { return this . get ( "trackingOptions" ) } ;
k . Wh = function ( a ) { this . set ( "projection" , Tb ( a ) ) } ; k . Ke = function ( a ) { this . set ( "tracking" , a ) } ; k . wj = function ( a ) { this . set ( "trackingOptions" , a ) } ; function ys ( a , b , c ) { rf . call ( this ) ; this . Ng ( a , b ? b : 0 , c ) } v ( ys , rf ) ; k = ys . prototype ; k . clone = function ( ) { var a = new ys ( null ) ; tf ( a , this . ja , this . A . slice ( ) ) ; a . s ( ) ; return a } ; k . Kb = function ( a , b , c , d ) { var e = this . A ; a -= e [ 0 ] ; var f = b - e [ 1 ] ; b = a * a + f * f ; if ( b < d ) { if ( b ) for ( d = this . pd ( ) / Math . sqrt ( b ) , c [ 0 ] = e [ 0 ] + d * a , c [ 1 ] = e [ 1 ] + d * f , d = 2 ; d < this . a ; ++ d ) c [ d ] = e [ d ] ; else for ( d = 0 ; d < this . a ; ++ d ) c [ d ] = e [ d ] ; c . length = this . a ; return b } return d } ; k . Mc = function ( a , b ) { var c = this . A ; a -= c [ 0 ] ; b -= c [ 1 ] ; return a * a + b * b <= zs ( this ) } ;
k . wa = function ( ) { return this . A . slice ( 0 , this . a ) } ; k . se = function ( a ) { var b = this . A , c = b [ this . a ] - b [ 0 ] ; return Xa ( b [ 0 ] - c , b [ 1 ] - c , b [ 0 ] + c , b [ 1 ] + c , a ) } ; k . pd = function ( ) { return Math . sqrt ( zs ( this ) ) } ; function zs ( a ) { var b = a . A [ a . a ] - a . A [ 0 ] ; a = a . A [ a . a + 1 ] - a . A [ 1 ] ; return b * b + a * a } k . U = function ( ) { return "Circle" } ; k . Xa = function ( a ) { var b = this . G ( ) ; return qb ( a , b ) ? ( b = this . wa ( ) , a [ 0 ] <= b [ 0 ] && a [ 2 ] >= b [ 0 ] || a [ 1 ] <= b [ 1 ] && a [ 3 ] >= b [ 1 ] ? ! 0 : db ( a , this . sb , this ) ) : ! 1 } ;
k . ob = function ( a ) { var b = this . a , c = a . slice ( ) ; c [ b ] = c [ 0 ] + ( this . A [ b ] - this . A [ 0 ] ) ; var d ; for ( d = 1 ; d < b ; ++ d ) c [ b + d ] = a [ d ] ; tf ( this , this . ja , c ) ; this . s ( ) } ; k . Ng = function ( a , b , c ) { if ( a ) { uf ( this , c , a , 0 ) ; this . A || ( this . A = [ ] ) ; c = this . A ; a = Cf ( c , a ) ; c [ a ++ ] = c [ 0 ] + b ; var d ; b = 1 ; for ( d = this . a ; b < d ; ++ b ) c [ a ++ ] = c [ b ] ; c . length = a } else tf ( this , "XY" , null ) ; this . s ( ) } ; k . X = function ( ) { } ; k . ma = function ( ) { } ; k . Uc = function ( a ) { this . A [ this . a ] = this . A [ 0 ] + a ; this . s ( ) } ; function As ( a , b , c ) { for ( var d = [ ] , e = a ( 0 ) , f = a ( 1 ) , g = b ( e ) , h = b ( f ) , l = [ f , e ] , m = [ h , g ] , n = [ 1 , 0 ] , p = { } , q = 1E5 , r , u , x , B , E ; 0 < -- q && 0 < n . length ; ) x = n . pop ( ) , e = l . pop ( ) , g = m . pop ( ) , f = x . toString ( ) , f in p || ( d . push ( g [ 0 ] , g [ 1 ] ) , p [ f ] = ! 0 ) , B = n . pop ( ) , f = l . pop ( ) , h = m . pop ( ) , E = ( x + B ) / 2 , r = a ( E ) , u = b ( r ) , Fa ( u [ 0 ] , u [ 1 ] , g [ 0 ] , g [ 1 ] , h [ 0 ] , h [ 1 ] ) < c ? ( d . push ( h [ 0 ] , h [ 1 ] ) , f = B . toString ( ) , p [ f ] = ! 0 ) : ( n . push ( B , E , E , x ) , m . push ( h , u , u , g ) , l . push ( f , r , r , e ) ) ; return d } function Bs ( a , b , c , d , e ) { var f = Tb ( "EPSG:4326" ) ; return As ( function ( d ) { return [ a , b + ( c - b ) * d ] } , ec ( f , d ) , e ) }
function Cs ( a , b , c , d , e ) { var f = Tb ( "EPSG:4326" ) ; return As ( function ( d ) { return [ b + ( c - b ) * d , a ] } , ec ( f , d ) , e ) } ; function Ds ( a ) { a = a || { } ; this . j = this . v = null ; this . f = this . o = Infinity ; this . g = this . l = - Infinity ; this . ra = this . oa = Infinity ; this . R = this . I = - Infinity ; this . Jb = void 0 !== a . targetSize ? a . targetSize : 100 ; this . fb = void 0 !== a . maxLines ? a . maxLines : 100 ; this . i = [ ] ; this . c = [ ] ; this . pa = void 0 !== a . strokeStyle ? a . strokeStyle : Es ; this . D = this . u = void 0 ; this . a = this . b = this . S = null ; 1 == a . showLabels && ( this . na = a . lonLabelFormatter ? a . lonLabelFormatter : bf . bind ( this , "EW" ) , this . Ua = a . latLabelFormatter ? a . latLabelFormatter : bf . bind ( this , "NS" ) , this . fa =
void 0 == a . lonLabelPosition ? 0 : a . lonLabelPosition , this . T = void 0 == a . latLabelPosition ? 1 : a . latLabelPosition , this . B = void 0 !== a . lonLabelStyle ? a . lonLabelStyle : new fo ( { font : "12px Calibri,sans-serif" , textBaseline : "bottom" , fill : new al ( { color : "rgba(0,0,0,1)" } ) , stroke : new wj ( { color : "rgba(255,255,255,1)" , width : 3 } ) } ) , this . C = void 0 !== a . latLabelStyle ? a . latLabelStyle : new fo ( { font : "12px Calibri,sans-serif" , textAlign : "end" , fill : new al ( { color : "rgba(0,0,0,1)" } ) , stroke : new wj ( { color : "rgba(255,255,255,1)" , width : 3 } ) } ) , this . b =
[ ] , this . a = [ ] ) ; this . setMap ( void 0 !== a . map ? a . map : null ) } var Es = new wj ( { color : "rgba(0,0,0,0.2)" } ) , Fs = [ 90 , 45 , 30 , 20 , 10 , 5 , 2 , 1 , . 5 , . 2 , . 1 , . 05 , . 01 , . 005 , . 002 , . 001 ] ; function Gs ( a , b , c , d , e , f , g ) { var h = g ; c = Bs ( b , c , d , a . j , e ) ; h = void 0 !== a . i [ h ] ? a . i [ h ] : new O ( null ) ; h . ba ( "XY" , c ) ; qb ( h . G ( ) , f ) && ( a . b && ( c = g , d = h . ga ( ) , f = [ d [ 0 ] , Ca ( f [ 1 ] + Math . abs ( f [ 1 ] - f [ 3 ] ) * a . fa , Math . max ( f [ 1 ] , d [ 1 ] ) , Math . min ( f [ 3 ] , d [ d . length - 1 ] ) ) ] , c = a . b [ c ] ? a . b [ c ] . Qd : new C ( null ) , c . ma ( f ) , a . b [ g ] = { Qd : c , text : a . na ( b ) } ) , a . i [ g ++ ] = h ) ; return g }
function Hs ( a , b , c , d , e ) { var f = e ; c = Cs ( b , a . g , a . f , a . j , c ) ; f = void 0 !== a . c [ f ] ? a . c [ f ] : new O ( null ) ; f . ba ( "XY" , c ) ; if ( qb ( f . G ( ) , d ) ) { if ( a . a ) { c = e ; var g = f . ga ( ) ; d = [ Ca ( d [ 0 ] + Math . abs ( d [ 0 ] - d [ 2 ] ) * a . T , Math . max ( d [ 0 ] , g [ 0 ] ) , Math . min ( d [ 2 ] , g [ g . length - 2 ] ) ) , g [ 1 ] ] ; c = a . a [ c ] ? a . a [ c ] . Qd : new C ( null ) ; c . ma ( d ) ; a . a [ e ] = { Qd : c , text : a . Ua ( b ) } } a . c [ e ++ ] = f } return e } k = Ds . prototype ; k . Cm = function ( ) { return this . v } ; k . al = function ( ) { return this . i } ; k . hl = function ( ) { return this . c } ;
k . Kh = function ( a ) { var b = a . vectorContext , c = a . frameState , d = c . extent ; a = c . viewState ; var e = a . center , f = a . projection , g = a . resolution ; a = c . pixelRatio ; a = g * g / ( 4 * a * a ) ; if ( ! this . j || ! dc ( this . j , f ) ) { var h = Tb ( "EPSG:4326" ) , l = f . G ( ) , m = f . g , n = hc ( m , h , f ) , p = m [ 2 ] , q = m [ 1 ] , r = m [ 0 ] , u = n [ 3 ] , x = n [ 2 ] , B = n [ 1 ] , n = n [ 0 ] ; this . o = m [ 3 ] ; this . f = p ; this . l = q ; this . g = r ; this . oa = u ; this . ra = x ; this . I = B ; this . R = n ; this . u = ec ( h , f ) ; this . D = ec ( f , h ) ; this . S = this . D ( nb ( l ) ) ; this . j = f } f . i && ( f = f . G ( ) , h = lb ( f ) , c = c . focus [ 0 ] , c < f [ 0 ] || c > f [ 2 ] ) && ( c = h * Math . ceil ( ( f [ 0 ] - c ) / h ) , d = [ d [ 0 ] +
c , d [ 1 ] , d [ 2 ] + c , d [ 3 ] ] ) ; c = this . S [ 0 ] ; f = this . S [ 1 ] ; h = - 1 ; m = Math . pow ( this . Jb * g , 2 ) ; p = [ ] ; q = [ ] ; g = 0 ; for ( l = Fs . length ; g < l ; ++ g ) { r = Fs [ g ] / 2 ; p [ 0 ] = c - r ; p [ 1 ] = f - r ; q [ 0 ] = c + r ; q [ 1 ] = f + r ; this . u ( p , p ) ; this . u ( q , q ) ; r = Math . pow ( q [ 0 ] - p [ 0 ] , 2 ) + Math . pow ( q [ 1 ] - p [ 1 ] , 2 ) ; if ( r <= m ) break ; h = Fs [ g ] } g = h ; if ( - 1 == g ) this . i . length = this . c . length = 0 , this . b && ( this . b . length = 0 ) , this . a && ( this . a . length = 0 ) ; else { c = this . D ( e ) ; e = c [ 0 ] ; c = c [ 1 ] ; f = this . fb ; h = [ Math . max ( d [ 0 ] , this . R ) , Math . max ( d [ 1 ] , this . I ) , Math . min ( d [ 2 ] , this . ra ) , Math . min ( d [ 3 ] , this . oa ) ] ; h = hc ( h , this . j , "EPSG:4326" ) ;
m = h [ 3 ] ; q = h [ 1 ] ; e = Math . floor ( e / g ) * g ; p = Ca ( e , this . g , this . f ) ; l = Gs ( this , p , q , m , a , d , 0 ) ; for ( h = 0 ; p != this . g && h ++ < f ; ) p = Math . max ( p - g , this . g ) , l = Gs ( this , p , q , m , a , d , l ) ; p = Ca ( e , this . g , this . f ) ; for ( h = 0 ; p != this . f && h ++ < f ; ) p = Math . min ( p + g , this . f ) , l = Gs ( this , p , q , m , a , d , l ) ; this . i . length = l ; this . b && ( this . b . length = l ) ; c = Math . floor ( c / g ) * g ; e = Ca ( c , this . l , this . o ) ; l = Hs ( this , e , a , d , 0 ) ; for ( h = 0 ; e != this . l && h ++ < f ; ) e = Math . max ( e - g , this . l ) , l = Hs ( this , e , a , d , l ) ; e = Ca ( c , this . l , this . o ) ; for ( h = 0 ; e != this . o && h ++ < f ; ) e = Math . min ( e + g , this . o ) , l = Hs ( this , e , a ,
d , l ) ; this . c . length = l ; this . a && ( this . a . length = l ) } b . Ma ( null , this . pa ) ; a = 0 ; for ( e = this . i . length ; a < e ; ++ a ) g = this . i [ a ] , b . zb ( g ) ; a = 0 ; for ( e = this . c . length ; a < e ; ++ a ) g = this . c [ a ] , b . zb ( g ) ; if ( this . b ) for ( a = 0 , e = this . b . length ; a < e ; ++ a ) g = this . b [ a ] , this . B . xd ( g . text ) , b . Cb ( this . B ) , b . zb ( g . Qd ) ; if ( this . a ) for ( a = 0 , e = this . a . length ; a < e ; ++ a ) g = this . a [ a ] , this . C . xd ( g . text ) , b . Cb ( this . C ) , b . zb ( g . Qd ) } ;
k . setMap = function ( a ) { this . v && ( this . v . K ( "postcompose" , this . Kh , this ) , this . v . render ( ) ) ; a && ( a . J ( "postcompose" , this . Kh , this ) , a . render ( ) ) ; this . v = a } ; function Is ( a , b , c , d , e ) { Qc . call ( this ) ; this . f = e ; this . extent = a ; this . a = c ; this . resolution = b ; this . state = d } v ( Is , Qc ) ; Is . prototype . s = function ( ) { this . b ( "change" ) } ; Is . prototype . G = function ( ) { return this . extent } ; Is . prototype . getState = function ( ) { return this . state } ; function Js ( a , b , c , d , e , f , g ) { Is . call ( this , a , b , c , 0 , d ) ; this . j = e ; this . M = new Image ; null !== f && ( this . M . crossOrigin = f ) ; this . c = { } ; this . i = null ; this . state = 0 ; this . g = g } v ( Js , Is ) ; k = Js . prototype ; k . Y = function ( a ) { if ( void 0 !== a ) { var b ; a = w ( a ) ; if ( a in this . c ) return this . c [ a ] ; wb ( this . c ) ? b = this . M : b = this . M . cloneNode ( ! 1 ) ; return this . c [ a ] = b } return this . M } ; k . Fm = function ( ) { this . state = 3 ; this . i . forEach ( Ec ) ; this . i = null ; this . s ( ) } ;
k . Gm = function ( ) { void 0 === this . resolution && ( this . resolution = mb ( this . extent ) / this . M . height ) ; this . state = 2 ; this . i . forEach ( Ec ) ; this . i = null ; this . s ( ) } ; k . load = function ( ) { if ( 0 == this . state || 3 == this . state ) this . state = 1 , this . s ( ) , this . i = [ Jc ( this . M , "error" , this . Fm , this ) , Jc ( this . M , "load" , this . Gm , this ) ] , this . g ( this , this . j ) } ; k . Og = function ( a ) { this . M = a } ; function Ks ( a , b , c , d , e , f ) { this . c = f ? f : null ; Is . call ( this , a , b , c , f ? 0 : 2 , d ) ; this . i = e } v ( Ks , Is ) ; Ks . prototype . g = function ( a ) { this . state = a ? 3 : 2 ; this . s ( ) } ; Ks . prototype . load = function ( ) { 0 == this . state && ( this . state = 1 , this . s ( ) , this . c ( this . g . bind ( this ) ) ) } ; Ks . prototype . Y = function ( ) { return this . i } ; function Ls ( a , b ) { Qc . call ( this ) ; this . ta = a ; this . state = b ; this . i = null ; this . key = "" } v ( Ls , Qc ) ; Ls . prototype . s = function ( ) { this . b ( "change" ) } ; Ls . prototype . bb = function ( ) { return this . key + "/" + this . ta } ; function Ms ( a ) { if ( ! a . i ) return a ; var b = a . i ; do { if ( 2 == b . getState ( ) ) return b ; b = b . i } while ( b ) ; return a } Ls . prototype . f = function ( ) { return this . ta } ; Ls . prototype . getState = function ( ) { return this . state } ; function Ns ( a , b ) { a . state = b ; a . s ( ) } ; function Os ( a , b , c , d , e ) { Ls . call ( this , a , b ) ; this . g = c ; this . M = new Image ; null !== d && ( this . M . crossOrigin = d ) ; this . c = null ; this . j = e } v ( Os , Ls ) ; k = Os . prototype ; k . ka = function ( ) { 1 == this . state && Ps ( this ) ; this . i && Nc ( this . i ) ; this . state = 5 ; this . s ( ) ; Ls . prototype . ka . call ( this ) } ; k . Y = function ( ) { return this . M } ; k . bb = function ( ) { return this . g } ; k . Dm = function ( ) { this . state = 3 ; this . M = Qs ; Ps ( this ) ; this . s ( ) } ; k . Em = function ( ) { this . state = this . M . naturalWidth && this . M . naturalHeight ? 2 : 4 ; Ps ( this ) ; this . s ( ) } ;
k . load = function ( ) { if ( 0 == this . state || 3 == this . state ) this . state = 1 , this . s ( ) , this . c = [ Jc ( this . M , "error" , this . Dm , this ) , Jc ( this . M , "load" , this . Em , this ) ] , this . j ( this , this . g ) } ; function Ps ( a ) { a . c . forEach ( Ec ) ; a . c = null } var Qs = new Image ; Qs . src = "data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7" ; function Rs ( a ) { a = a ? a : { } ; ng . call ( this , { handleEvent : mf } ) ; this . g = a . formatConstructors ? a . formatConstructors : [ ] ; this . o = a . projection ? Tb ( a . projection ) : null ; this . a = null ; this . target = a . target ? a . target : null } v ( Rs , ng ) ; function Ss ( a ) { a = a . dataTransfer . files ; var b ; var c = 0 ; for ( b = a . length ; c < b ; ++ c ) { var d = a . item ( c ) ; var e = new FileReader ; e . addEventListener ( "load" , this . j . bind ( this , d ) ) ; e . readAsText ( d ) } } function Ts ( a ) { a . stopPropagation ( ) ; a . preventDefault ( ) ; a . dataTransfer . dropEffect = "copy" }
Rs . prototype . j = function ( a , b ) { b = b . target . result ; var c = this . v , d = this . o ; d || ( d = c . Z ( ) . v ) ; var c = this . g , e = [ ] , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = new c [ g ] ; var l = { featureProjection : d } ; try { e = h . Oa ( b , l ) } catch ( m ) { e = null } if ( e && 0 < e . length ) break } this . b ( new Us ( Vs , a , e , d ) ) } ; function Ws ( a ) { var b = a . v ; b && ( b = a . target ? a . target : b . a , a . a = [ y ( b , "drop" , Ss , a ) , y ( b , "dragenter" , Ts , a ) , y ( b , "dragover" , Ts , a ) , y ( b , "drop" , Ts , a ) ] ) } Rs . prototype . Ha = function ( a ) { ng . prototype . Ha . call ( this , a ) ; a ? Ws ( this ) : Xs ( this ) } ;
Rs . prototype . setMap = function ( a ) { Xs ( this ) ; ng . prototype . setMap . call ( this , a ) ; this . c ( ) && Ws ( this ) } ; function Xs ( a ) { a . a && ( a . a . forEach ( Ec ) , a . a = null ) } var Vs = "addfeatures" ; function Us ( a , b , c , d ) { Oc . call ( this , a ) ; this . features = c ; this . file = b ; this . projection = d } v ( Us , Oc ) ; function Ys ( a ) { a = a ? a : { } ; Dg . call ( this , { handleDownEvent : Zs , handleDragEvent : $s , handleUpEvent : at } ) ; this . l = a . condition ? a . condition : yg ; this . a = this . g = void 0 ; this . j = 0 ; this . u = void 0 !== a . duration ? a . duration : 400 } v ( Ys , Dg ) ;
function $s ( a ) { if ( Bg ( a ) ) { var b = a . map , c = b . Ob ( ) , d = a . pixel ; a = d [ 0 ] - c [ 0 ] / 2 ; d = c [ 1 ] / 2 - d [ 1 ] ; c = Math . atan2 ( d , a ) ; a = Math . sqrt ( a * a + d * d ) ; b = b . Z ( ) ; b . g . rotation !== Te && void 0 !== this . g && ( d = c - this . g , og ( b , b . Qa ( ) - d ) ) ; this . g = c ; void 0 !== this . a && ( c = this . a * ( b . Pa ( ) / a ) , qg ( b , c ) ) ; void 0 !== this . a && ( this . j = this . a / a ) ; this . a = a } }
function at ( a ) { if ( ! Bg ( a ) ) return ! 0 ; a = a . map . Z ( ) ; cg ( a , 1 , - 1 ) ; var b = this . j - 1 , c = a . Qa ( ) , c = a . constrainRotation ( c , 0 ) ; og ( a , c , void 0 , void 0 ) ; var c = a . Pa ( ) , d = this . u , c = a . constrainResolution ( c , 0 , b ) ; qg ( a , c , void 0 , d ) ; this . j = 0 ; return ! 1 } function Zs ( a ) { return Bg ( a ) && this . l ( a ) ? ( cg ( a . map . Z ( ) , 1 , 1 ) , this . a = this . g = void 0 , ! 0 ) : ! 1 } ; function bt ( a , b , c , d ) { this . fb = a ; this . Ua = b ; this . overlaps = d ; this . c = 0 ; this . resolution = c ; this . ra = this . oa = null ; this . a = [ ] ; this . coordinates = [ ] ; this . T = Bh ( ) ; this . b = [ ] ; this . B = null ; this . fa = Bh ( ) ; this . na = Bh ( ) } v ( bt , Wh ) ;
function ct ( a , b , c , d , e , f , g ) { var h = a . coordinates . length , l = a . Sf ( ) ; g && ( c += e ) ; g = [ b [ c ] , b [ c + 1 ] ] ; var m = [ NaN , NaN ] , n = ! 0 , p ; for ( p = c + e ; p < d ; p += e ) { m [ 0 ] = b [ p ] ; m [ 1 ] = b [ p + 1 ] ; var q = Wa ( l , m ) ; q !== r ? ( n && ( a . coordinates [ h ++ ] = g [ 0 ] , a . coordinates [ h ++ ] = g [ 1 ] ) , a . coordinates [ h ++ ] = m [ 0 ] , a . coordinates [ h ++ ] = m [ 1 ] , n = ! 1 ) : 1 === q ? ( a . coordinates [ h ++ ] = m [ 0 ] , a . coordinates [ h ++ ] = m [ 1 ] , n = ! 1 ) : n = ! 0 ; g [ 0 ] = m [ 0 ] ; g [ 1 ] = m [ 1 ] ; var r = q } if ( f && n || p === c + e ) a . coordinates [ h ++ ] = g [ 0 ] , a . coordinates [ h ++ ] = g [ 1 ] ; return h }
function dt ( a , b ) { a . oa = [ 0 , b , 0 ] ; a . a . push ( a . oa ) ; a . ra = [ 0 , b , 0 ] ; a . b . push ( a . ra ) } bt . prototype . Va = function ( a , b ) { if ( this . R ) { var c = Gh ( this . T , this . R . slice ( ) ) ; a . translate ( c [ 0 ] , c [ 1 ] ) ; a . rotate ( b ) } a . fill ( ) ; this . R && a . setTransform . apply ( a , this . na ) } ;
function et ( a , b , c , d , e , f , g , h , l ) { if ( a . B && pa ( d , a . T ) ) var m = a . B ; else a . B || ( a . B = [ ] ) , m = pf ( a . coordinates , 0 , a . coordinates . length , 2 , d , a . B ) , Fh ( a . T , d ) ; d = ! wb ( f ) ; for ( var n = 0 , p = g . length , q = 0 , r , u = a . fa , x = a . na , B , E , A , L , oa = 0 , ha = 0 , ga = a . a != g || a . overlaps ? 0 : 200 ; n < p ; ) { var z = g [ n ] ; switch ( z [ 0 ] ) { case 0 : q = z [ 1 ] ; d && f [ w ( q ) . toString ( ) ] || ! q . V ( ) ? n = z [ 2 ] : void 0 === l || qb ( l , q . V ( ) . G ( ) ) ? ++ n : n = z [ 2 ] + 1 ; break ; case 1 : oa > ga && ( a . Va ( b , e ) , oa = 0 ) ; ha > ga && ( b . stroke ( ) , ha = 0 ) ; oa || ha || ( b . beginPath ( ) , B = E = NaN ) ; ++ n ; break ; case 2 : q = z [ 1 ] ; r = m [ q ] ; z = m [ q + 1 ] ; A = m [ q + 2 ] -
r ; q = m [ q + 3 ] - z ; q = Math . sqrt ( A * A + q * q ) ; b . moveTo ( r + q , z ) ; b . arc ( r , z , q , 0 , 2 * Math . PI , ! 0 ) ; ++ n ; break ; case 3 : b . closePath ( ) ; ++ n ; break ; case 4 : q = z [ 1 ] ; r = z [ 2 ] ; var M = z [ 3 ] ; var ba = z [ 4 ] * c ; var da = z [ 5 ] * c ; var fb = z [ 6 ] , ca = z [ 7 ] , Ub = z [ 8 ] , uc = z [ 9 ] ; var bc = z [ 10 ] ; A = z [ 11 ] ; L = z [ 12 ] ; var Je = z [ 13 ] , zg = z [ 14 ] ; for ( bc && ( A += e ) ; q < r ; q += 2 ) { z = m [ q ] - ba ; bc = m [ q + 1 ] - da ; Je && ( z = Math . round ( z ) , bc = Math . round ( bc ) ) ; if ( 1 != L || A ) { var ff = z + ba , rh = bc + da ; Kh ( u , ff , rh , L , L , A , - ff , - rh ) ; b . setTransform . apply ( b , u ) } ff = b . globalAlpha ; 1 != ca && ( b . globalAlpha = ff * ca ) ; var rh = zg + Ub > M . width ?
M . width - Ub : zg , Bq = fb + uc > M . height ? M . height - uc : fb ; b . drawImage ( M , Ub , uc , rh , Bq , z , bc , rh * c , Bq * c ) ; 1 != ca && ( b . globalAlpha = ff ) ; ( 1 != L || A ) && b . setTransform . apply ( b , x ) } ++ n ; break ; case 5 : q = z [ 1 ] ; r = z [ 2 ] ; da = z [ 3 ] ; fb = z [ 4 ] * c ; ca = z [ 5 ] * c ; A = z [ 6 ] ; L = z [ 7 ] * c ; M = z [ 8 ] ; ba = z [ 9 ] ; for ( ( bc = z [ 10 ] ) && ( A += e ) ; q < r ; q += 2 ) { z = m [ q ] + fb ; bc = m [ q + 1 ] + ca ; if ( 1 != L || A ) Kh ( u , z , bc , L , L , A , - z , - bc ) , b . setTransform . apply ( b , u ) ; Ub = da . split ( "\n" ) ; uc = Ub . length ; 1 < uc ? ( Je = Math . round ( 1.5 * b . measureText ( "M" ) . width ) , bc -= ( uc - 1 ) / 2 * Je ) : Je = 0 ; for ( zg = 0 ; zg < uc ; zg ++ ) ff = Ub [ zg ] , ba && b . strokeText ( ff ,
z , bc ) , M && b . fillText ( ff , z , bc ) , bc += Je ; ( 1 != L || A ) && b . setTransform . apply ( b , x ) } ++ n ; break ; case 6 : if ( h && ( q = z [ 1 ] , q = h ( q ) ) ) return q ; ++ n ; break ; case 7 : ga ? oa ++ : a . Va ( b , e ) ; ++ n ; break ; case 8 : q = z [ 1 ] ; r = z [ 2 ] ; z = m [ q ] ; bc = m [ q + 1 ] ; A = z + . 5 | 0 ; L = bc + . 5 | 0 ; if ( A !== B || L !== E ) b . moveTo ( z , bc ) , B = A , E = L ; for ( q += 2 ; q < r ; q += 2 ) if ( z = m [ q ] , bc = m [ q + 1 ] , A = z + . 5 | 0 , L = bc + . 5 | 0 , q == r - 2 || A !== B || L !== E ) b . lineTo ( z , bc ) , B = A , E = L ; ++ n ; break ; case 9 : a . R = z [ 2 ] ; oa && ( a . Va ( b , e ) , oa = 0 , ha && ( b . stroke ( ) , ha = 0 ) ) ; b . fillStyle = z [ 1 ] ; ++ n ; break ; case 10 : var q = void 0 !== z [ 8 ] ? z [ 8 ] : ! 0 , ul = z [ 9 ] ;
r = z [ 2 ] ; ha && ( b . stroke ( ) , ha = 0 ) ; b . strokeStyle = z [ 1 ] ; b . lineWidth = q ? r * c : r ; b . lineCap = z [ 3 ] ; b . lineJoin = z [ 4 ] ; b . miterLimit = z [ 5 ] ; Td && ( r = z [ 6 ] , A = z [ 7 ] , q && c !== ul && ( r = r . map ( function ( a ) { return a * c / ul } ) , A *= c / ul , z [ 6 ] = r , z [ 7 ] = A , z [ 9 ] = c ) , b . lineDashOffset = A , b . setLineDash ( r ) ) ; ++ n ; break ; case 11 : b . font = z [ 1 ] ; b . textAlign = z [ 2 ] ; b . textBaseline = z [ 3 ] ; ++ n ; break ; case 12 : ga ? ha ++ : b . stroke ( ) ; ++ n ; break ; default : ++ n } } oa && a . Va ( b , e ) ; ha && b . stroke ( ) } bt . prototype . La = function ( a , b , c , d , e ) { et ( this , a , b , c , d , e , this . a , void 0 , void 0 ) } ;
function ft ( a ) { var b = a . b ; b . reverse ( ) ; var c , d = b . length , e = - 1 ; for ( c = 0 ; c < d ; ++ c ) { var f = b [ c ] ; var g = f [ 0 ] ; if ( 6 == g ) e = c ; else if ( 0 == g ) { f [ 2 ] = c ; f = a . b ; for ( g = c ; e < g ; ) { var h = f [ e ] ; f [ e ] = f [ g ] ; f [ g ] = h ; ++ e ; -- g } e = - 1 } } } function gt ( a , b ) { a . oa [ 2 ] = a . a . length ; a . oa = null ; a . ra [ 2 ] = a . b . length ; a . ra = null ; b = [ 6 , b ] ; a . a . push ( b ) ; a . b . push ( b ) } bt . prototype . Te = ua ; bt . prototype . Sf = function ( ) { return this . Ua } ; function ht ( a , b , c , d ) { bt . call ( this , a , b , c , d ) ; this . M = this . I = null ; this . C = this . D = this . S = this . u = this . v = this . l = this . o = this . j = this . g = this . f = this . i = void 0 } v ( ht , bt ) ;
ht . prototype . qc = function ( a , b ) { if ( this . M ) { dt ( this , b ) ; var c = a . ga ( ) , d = this . coordinates . length ; a = ct ( this , c , 0 , c . length , a . qa ( ) , ! 1 , ! 1 ) ; this . a . push ( [ 4 , d , a , this . M , this . i , this . f , this . g , this . j , this . o , this . l , this . v , this . u , this . S , this . D , this . C ] ) ; this . b . push ( [ 4 , d , a , this . I , this . i , this . f , this . g , this . j , this . o , this . l , this . v , this . u , this . S , this . D , this . C ] ) ; gt ( this , b ) } } ;
ht . prototype . oc = function ( a , b ) { if ( this . M ) { dt ( this , b ) ; var c = a . ga ( ) , d = this . coordinates . length ; a = ct ( this , c , 0 , c . length , a . qa ( ) , ! 1 , ! 1 ) ; this . a . push ( [ 4 , d , a , this . M , this . i , this . f , this . g , this . j , this . o , this . l , this . v , this . u , this . S , this . D , this . C ] ) ; this . b . push ( [ 4 , d , a , this . I , this . i , this . f , this . g , this . j , this . o , this . l , this . v , this . u , this . S , this . D , this . C ] ) ; gt ( this , b ) } } ; ht . prototype . Te = function ( ) { ft ( this ) ; this . f = this . i = void 0 ; this . M = this . I = null ; this . C = this . D = this . u = this . v = this . l = this . o = this . j = this . S = this . g = void 0 } ;
ht . prototype . Ub = function ( a ) { var b = a . Hc ( ) , c = a . ic ( ) , d = a . qg ( 1 ) , e = a . Y ( 1 ) , f = a . Oc ( ) ; this . i = b [ 0 ] ; this . f = b [ 1 ] ; this . I = d ; this . M = e ; this . g = c [ 1 ] ; this . j = a . f ; this . o = f [ 0 ] ; this . l = f [ 1 ] ; this . v = a . l ; this . u = a . g ; this . S = a . a ; this . D = a . v ; this . C = c [ 0 ] } ; function it ( a , b , c , d ) { bt . call ( this , a , b , c , d ) ; this . f = null ; this . i = { Md : void 0 , Gd : void 0 , Hd : null , Id : void 0 , Jd : void 0 , Kd : void 0 , Ld : void 0 , eg : 0 , strokeStyle : void 0 , lineCap : void 0 , lineDash : null , lineDashOffset : void 0 , lineJoin : void 0 , lineWidth : void 0 , miterLimit : void 0 } } v ( it , bt ) ; function jt ( a , b , c , d , e ) { var f = a . coordinates . length ; b = ct ( a , b , c , d , e , ! 1 , ! 1 ) ; f = [ 8 , f , b ] ; a . a . push ( f ) ; a . b . push ( f ) ; return d } k = it . prototype ; k . Sf = function ( ) { this . f || ( this . f = Ra ( this . Ua ) , 0 < this . c && Qa ( this . f , this . resolution * ( this . c + 1 ) / 2 , this . f ) ) ; return this . f } ;
function kt ( a ) { var b = a . i , c = b . strokeStyle , d = b . lineCap , e = b . lineDash , f = b . lineDashOffset , g = b . lineJoin , h = b . lineWidth , l = b . miterLimit ; b . Md == c && b . Gd == d && pa ( b . Hd , e ) && b . Id == f && b . Jd == g && b . Kd == h && b . Ld == l || ( b . eg != a . coordinates . length && ( a . a . push ( [ 12 ] ) , b . eg = a . coordinates . length ) , a . a . push ( [ 10 , c , h , d , g , l , e , f , ! 0 , 1 ] , [ 1 ] ) , b . Md = c , b . Gd = d , b . Hd = e , b . Id = f , b . Jd = g , b . Kd = h , b . Ld = l ) }
k . mc = function ( a , b ) { var c = this . i , d = c . lineWidth ; void 0 !== c . strokeStyle && void 0 !== d && ( kt ( this ) , dt ( this , b ) , this . b . push ( [ 10 , c . strokeStyle , c . lineWidth , c . lineCap , c . lineJoin , c . miterLimit , c . lineDash , c . lineDashOffset , ! 0 , 1 ] , [ 1 ] ) , c = a . ga ( ) , jt ( this , c , 0 , c . length , a . qa ( ) ) , this . b . push ( [ 12 ] ) , gt ( this , b ) ) } ;
k . nc = function ( a , b ) { var c = this . i , d = c . lineWidth ; if ( void 0 !== c . strokeStyle && void 0 !== d ) { kt ( this ) ; dt ( this , b ) ; this . b . push ( [ 10 , c . strokeStyle , c . lineWidth , c . lineCap , c . lineJoin , c . miterLimit , c . lineDash , c . lineDashOffset , ! 0 , 1 ] , [ 1 ] ) ; c = a . Bb ( ) ; d = a . ga ( ) ; a = a . qa ( ) ; var e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) e = jt ( this , d , e , c [ g ] , a ) ; this . b . push ( [ 12 ] ) ; gt ( this , b ) } } ; k . Te = function ( ) { this . i . eg != this . coordinates . length && this . a . push ( [ 12 ] ) ; ft ( this ) ; this . i = null } ;
k . Ma = function ( a , b ) { a = b . a ; this . i . strokeStyle = id ( a ? a : Uh ) ; a = b . f ; this . i . lineCap = void 0 !== a ? a : "round" ; a = b . i ; this . i . lineDash = a ? a : Th ; a = b . g ; this . i . lineDashOffset = a ? a : 0 ; a = b . j ; this . i . lineJoin = void 0 !== a ? a : "round" ; a = b . c ; this . i . lineWidth = void 0 !== a ? a : 1 ; b = b . o ; this . i . miterLimit = void 0 !== b ? b : 10 ; this . i . lineWidth > this . c && ( this . c = this . i . lineWidth , this . f = null ) } ; function lt ( a , b , c , d ) { bt . call ( this , a , b , c , d ) ; this . f = null ; this . i = { oh : void 0 , Md : void 0 , Gd : void 0 , Hd : null , Id : void 0 , Jd : void 0 , Kd : void 0 , Ld : void 0 , fillStyle : void 0 , strokeStyle : void 0 , lineCap : void 0 , lineDash : null , lineDashOffset : void 0 , lineJoin : void 0 , lineWidth : void 0 , miterLimit : void 0 } } v ( lt , bt ) ;
function mt ( a , b , c , d , e ) { var f = a . i , g = void 0 !== f . fillStyle , f = void 0 != f . strokeStyle , h = d . length , l = [ 1 ] ; a . a . push ( l ) ; a . b . push ( l ) ; for ( l = 0 ; l < h ; ++ l ) { var m = d [ l ] , n = a . coordinates . length ; c = ct ( a , b , c , m , e , ! 0 , ! f ) ; c = [ 8 , n , c ] ; a . a . push ( c ) ; a . b . push ( c ) ; f && ( c = [ 3 ] , a . a . push ( c ) , a . b . push ( c ) ) ; c = m } b = [ 7 ] ; a . b . push ( b ) ; g && a . a . push ( b ) ; f && ( g = [ 12 ] , a . a . push ( g ) , a . b . push ( g ) ) ; return c } k = lt . prototype ;
k . Zb = function ( a , b ) { var c = this . i , d = c . strokeStyle ; if ( void 0 !== c . fillStyle || void 0 !== d ) { nt ( this , a ) ; dt ( this , b ) ; this . b . push ( [ 9 , gd ( Sh ) ] ) ; void 0 !== c . strokeStyle && this . b . push ( [ 10 , c . strokeStyle , c . lineWidth , c . lineCap , c . lineJoin , c . miterLimit , c . lineDash , c . lineDashOffset , ! 0 , 1 ] ) ; var e = a . ga ( ) , d = this . coordinates . length ; ct ( this , e , 0 , e . length , a . qa ( ) , ! 1 , ! 1 ) ; a = [ 1 ] ; d = [ 2 , d ] ; this . a . push ( a , d ) ; this . b . push ( a , d ) ; a = [ 7 ] ; this . b . push ( a ) ; void 0 !== c . fillStyle && this . a . push ( a ) ; void 0 !== c . strokeStyle && ( c = [ 12 ] , this . a . push ( c ) , this . b . push ( c ) ) ;
gt ( this , b ) } } ; k . rc = function ( a , b ) { var c = this . i ; nt ( this , a ) ; dt ( this , b ) ; this . b . push ( [ 9 , gd ( Sh ) ] ) ; void 0 !== c . strokeStyle && this . b . push ( [ 10 , c . strokeStyle , c . lineWidth , c . lineCap , c . lineJoin , c . miterLimit , c . lineDash , c . lineDashOffset , ! 0 , 1 ] ) ; var c = a . Bb ( ) , d = a . ec ( ) ; mt ( this , d , 0 , c , a . qa ( ) ) ; gt ( this , b ) } ;
k . pc = function ( a , b ) { var c = this . i , d = c . strokeStyle ; if ( void 0 !== c . fillStyle || void 0 !== d ) { nt ( this , a ) ; dt ( this , b ) ; this . b . push ( [ 9 , gd ( Sh ) ] ) ; void 0 !== c . strokeStyle && this . b . push ( [ 10 , c . strokeStyle , c . lineWidth , c . lineCap , c . lineJoin , c . miterLimit , c . lineDash , c . lineDashOffset , ! 0 , 1 ] ) ; c = a . c ; d = fi ( a ) ; a = a . qa ( ) ; var e = 0 , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) e = mt ( this , d , e , c [ g ] , a ) ; gt ( this , b ) } } ;
k . Te = function ( ) { ft ( this ) ; this . i = null ; var a = this . fb ; if ( a ) { var b = this . coordinates , c ; var d = 0 ; for ( c = b . length ; d < c ; ++ d ) b [ d ] = a * Math . round ( b [ d ] / a ) } } ; k . Sf = function ( ) { this . f || ( this . f = Ra ( this . Ua ) , 0 < this . c && Qa ( this . f , this . resolution * ( this . c + 1 ) / 2 , this . f ) ) ; return this . f } ;
k . Ma = function ( a , b ) { var c = this . i ; a ? ( a = a . b , c . fillStyle = id ( a ? a : Sh ) ) : c . fillStyle = void 0 ; b ? ( a = b . a , c . strokeStyle = id ( a ? a : Uh ) , a = b . f , c . lineCap = void 0 !== a ? a : "round" , a = b . i , c . lineDash = a ? a . slice ( ) : Th , a = b . g , c . lineDashOffset = a ? a : 0 , a = b . j , c . lineJoin = void 0 !== a ? a : "round" , a = b . c , c . lineWidth = void 0 !== a ? a : 1 , b = b . o , c . miterLimit = void 0 !== b ? b : 10 , c . lineWidth > this . c && ( this . c = c . lineWidth , this . f = null ) ) : ( c . strokeStyle = void 0 , c . lineCap = void 0 , c . lineDash = null , c . lineDashOffset = void 0 , c . lineJoin = void 0 , c . lineWidth = void 0 , c . miterLimit =
void 0 ) } ; function nt ( a , b ) { var c = a . i , d = c . fillStyle , e = c . strokeStyle , f = c . lineCap , g = c . lineDash , h = c . lineDashOffset , l = c . lineJoin , m = c . lineWidth , n = c . miterLimit ; if ( void 0 !== d && ( "string" !== typeof d || c . oh != d ) ) { var p = [ 9 , d ] ; "string" !== typeof d && ( b = b . G ( ) , p . push ( [ b [ 0 ] , b [ 3 ] ] ) ) ; a . a . push ( p ) ; c . oh = c . fillStyle } void 0 === e || c . Md == e && c . Gd == f && pa ( c . Hd , g ) && c . Id == h && c . Jd == l && c . Kd == m && c . Ld == n || ( a . a . push ( [ 10 , e , m , f , l , n , g , h , ! 0 , 1 ] ) , c . Md = e , c . Gd = f , c . Hd = g , c . Id = h , c . Jd = l , c . Kd = m , c . Ld = n ) } ; function ot ( a , b , c , d ) { bt . call ( this , a , b , c , d ) ; this . C = this . D = this . S = null ; this . Ia = "" ; this . o = this . j = 0 ; this . l = void 0 ; this . u = this . v = 0 ; this . g = this . f = this . i = null } v ( ot , bt ) ;
ot . prototype . yc = function ( a , b , c , d , e , f ) { if ( "" !== this . Ia && this . g && ( this . i || this . f ) ) { if ( this . i ) { e = this . i ; var g = this . S ; if ( ! g || g . fillStyle != e . fillStyle ) { var h = [ 9 , e . fillStyle ] ; this . a . push ( h ) ; this . b . push ( h ) ; g ? g . fillStyle = e . fillStyle : this . S = { fillStyle : e . fillStyle } } } this . f && ( e = this . f , g = this . D , g && g . lineCap == e . lineCap && g . lineDash == e . lineDash && g . lineDashOffset == e . lineDashOffset && g . lineJoin == e . lineJoin && g . lineWidth == e . lineWidth && g . miterLimit == e . miterLimit && g . strokeStyle == e . strokeStyle || ( h = [ 10 , e . strokeStyle , e . lineWidth ,
e . lineCap , e . lineJoin , e . miterLimit , e . lineDash , e . lineDashOffset , ! 1 , 1 ] , this . a . push ( h ) , this . b . push ( h ) , g ? ( g . lineCap = e . lineCap , g . lineDash = e . lineDash , g . lineDashOffset = e . lineDashOffset , g . lineJoin = e . lineJoin , g . lineWidth = e . lineWidth , g . miterLimit = e . miterLimit , g . strokeStyle = e . strokeStyle ) : this . D = { lineCap : e . lineCap , lineDash : e . lineDash , lineDashOffset : e . lineDashOffset , lineJoin : e . lineJoin , lineWidth : e . lineWidth , miterLimit : e . miterLimit , strokeStyle : e . strokeStyle } ) ) ; e = this . g ; g = this . C ; g && g . font == e . font && g . textAlign ==
e . textAlign && g . textBaseline == e . textBaseline || ( h = [ 11 , e . font , e . textAlign , e . textBaseline ] , this . a . push ( h ) , this . b . push ( h ) , g ? ( g . font = e . font , g . textAlign = e . textAlign , g . textBaseline = e . textBaseline ) : this . C = { font : e . font , textAlign : e . textAlign , textBaseline : e . textBaseline } ) ; dt ( this , f ) ; e = this . coordinates . length ; a = ct ( this , a , b , c , d , ! 1 , ! 1 ) ; a = [ 5 , e , a , this . Ia , this . j , this . o , this . v , this . u , ! ! this . i , ! ! this . f , this . l ] ; this . a . push ( a ) ; this . b . push ( a ) ; gt ( this , f ) } } ;
ot . prototype . Cb = function ( a ) { if ( a ) { var b = a . Fa ( ) ; b ? ( b = b . b , b = id ( b ? b : Sh ) , this . i ? this . i . fillStyle = b : this . i = { fillStyle : b } ) : this . i = null ; var c = a . Ga ( ) ; if ( c ) { var b = c . a , d = c . f , e = c . i , f = c . g , g = c . j , h = c . c , c = c . o , d = void 0 !== d ? d : "round" , e = e ? e . slice ( ) : Th , f = void 0 !== f ? f : 0 , g = void 0 !== g ? g : "round" , h = void 0 !== h ? h : 1 , c = void 0 !== c ? c : 10 , b = id ( b ? b : Uh ) ; if ( this . f ) { var l = this . f ; l . lineCap = d ; l . lineDash = e ; l . lineDashOffset = f ; l . lineJoin = g ; l . lineWidth = h ; l . miterLimit = c ; l . strokeStyle = b } else this . f = { lineCap : d , lineDash : e , lineDashOffset : f , lineJoin : g ,
lineWidth : h , miterLimit : c , strokeStyle : b } } else this . f = null ; var m = a . a , b = a . i , d = a . c , e = a . o , h = a . f , c = a . b , f = a . Na ( ) , g = a . g , l = a . j ; a = void 0 !== m ? m : "10px sans-serif" ; g = void 0 !== g ? g : "center" ; l = void 0 !== l ? l : "middle" ; this . g ? ( m = this . g , m . font = a , m . textAlign = g , m . textBaseline = l ) : this . g = { font : a , textAlign : g , textBaseline : l } ; this . Ia = void 0 !== f ? f : "" ; this . j = void 0 !== b ? b : 0 ; this . o = void 0 !== d ? d : 0 ; this . l = void 0 !== e ? e : ! 1 ; this . v = void 0 !== h ? h : 0 ; this . u = void 0 !== c ? c : 1 } else this . Ia = "" } ; function pt ( a , b , c , d , e ) { this . v = a ; this . c = b ; this . o = d ; this . l = c ; this . f = e ; this . a = { } ; this . g = jd ( 1 , 1 ) ; this . j = Bh ( ) } v ( pt , ki ) ; var qt = { 0 : [ [ ! 0 ] ] } ; function rt ( a , b , c ) { var d , e = Math . floor ( a . length / 2 ) ; if ( b >= e ) for ( d = e ; d < b ; d ++ ) a [ d ] [ c ] = ! 0 ; else if ( b < e ) for ( d = b + 1 ; d < e ; d ++ ) a [ d ] [ c ] = ! 0 }
function st ( a ) { if ( void 0 !== qt [ a ] ) return qt [ a ] ; for ( var b = 2 * a + 1 , c = Array ( b ) , d = 0 ; d < b ; d ++ ) c [ d ] = Array ( b ) ; for ( var b = a , e = d = 0 ; b >= d ; ) rt ( c , a + b , a + d ) , rt ( c , a + d , a + b ) , rt ( c , a - d , a + b ) , rt ( c , a - b , a + d ) , rt ( c , a - b , a - d ) , rt ( c , a - d , a - b ) , rt ( c , a + d , a - b ) , rt ( c , a + b , a - d ) , d ++ , e += 1 + 2 * d , 0 < 2 * ( e - b ) + 1 && ( -- b , e += 1 - 2 * b ) ; return qt [ a ] = c } function tt ( a ) { for ( var b in a . a ) { var c = a . a [ b ] , d ; for ( d in c ) c [ d ] . Te ( ) } }
pt . prototype . Ea = function ( a , b , c , d , e , f ) { d = Math . round ( d ) ; var g = 2 * d + 1 , h = Kh ( this . j , d + . 5 , d + . 5 , 1 / b , - 1 / b , - c , - a [ 0 ] , - a [ 1 ] ) , l = this . g ; l . canvas . width !== g || l . canvas . height !== g ? ( l . canvas . width = g , l . canvas . height = g ) : l . clearRect ( 0 , 0 , g , g ) ; if ( void 0 !== this . f ) { var m = Oa ( ) ; Pa ( m , a ) ; Qa ( m , b * ( this . f + d ) , m ) } var n = st ( d ) ; return ut ( this , l , h , c , e , function ( a ) { for ( var b = l . getImageData ( 0 , 0 , g , g ) . data , c = 0 ; c < g ; c ++ ) for ( var d = 0 ; d < g ; d ++ ) if ( n [ c ] [ d ] && 0 < b [ 4 * ( d * g + c ) + 3 ] ) { if ( a = f ( a ) ) return a ; l . clearRect ( 0 , 0 , g , g ) ; return } } , m ) } ;
function vt ( a , b ) { var c = a . c ; a = c [ 0 ] ; var d = c [ 1 ] , e = c [ 2 ] , c = c [ 3 ] ; a = [ a , d , a , c , e , c , e , d ] ; pf ( a , 0 , 8 , 2 , b , a ) ; return a } pt . prototype . b = function ( a , b ) { var c = void 0 !== a ? a . toString ( ) : "0" ; a = this . a [ c ] ; void 0 === a && ( a = { } , this . a [ c ] = a ) ; c = a [ b ] ; void 0 === c && ( c = new wt [ b ] ( this . v , this . c , this . l , this . o ) , a [ b ] = c ) ; return c } ; pt . prototype . i = function ( ) { return wb ( this . a ) } ;
pt . prototype . La = function ( a , b , c , d , e , f ) { var g = Object . keys ( this . a ) . map ( Number ) ; g . sort ( ia ) ; var h = vt ( this , c ) ; a . save ( ) ; a . beginPath ( ) ; a . moveTo ( h [ 0 ] , h [ 1 ] ) ; a . lineTo ( h [ 2 ] , h [ 3 ] ) ; a . lineTo ( h [ 4 ] , h [ 5 ] ) ; a . lineTo ( h [ 6 ] , h [ 7 ] ) ; a . clip ( ) ; f = f ? f : ji ; var l , m , h = 0 ; for ( l = g . length ; h < l ; ++ h ) { var n = this . a [ g [ h ] . toString ( ) ] ; var p = 0 ; for ( m = f . length ; p < m ; ++ p ) { var q = n [ f [ p ] ] ; void 0 !== q && q . La ( a , b , c , d , e ) } } a . restore ( ) } ;
function ut ( a , b , c , d , e , f , g ) { var h = Object . keys ( a . a ) . map ( Number ) ; h . sort ( function ( a , b ) { return b - a } ) ; var l , m ; var n = 0 ; for ( l = h . length ; n < l ; ++ n ) { var p = a . a [ h [ n ] . toString ( ) ] ; for ( m = ji . length - 1 ; 0 <= m ; -- m ) { var q = p [ ji [ m ] ] ; if ( void 0 !== q && ( q = et ( q , b , 1 , c , d , e , q . b , f , g ) ) ) return q } } } var wt = { Circle : lt , Image : ht , LineString : it , Polygon : lt , Text : ot } ; function xt ( a ) { Sc . call ( this ) ; this . a = a } v ( xt , Sc ) ; xt . prototype . Ea = ua ; xt . prototype . Ue = nf ; xt . prototype . Nf = function ( a , b , c ) { return function ( d , e ) { return yt ( a , b , d , e , function ( a ) { c [ d ] || ( c [ d ] = { } ) ; c [ d ] [ a . ta . toString ( ) ] = a } ) } } ; xt . prototype . na = function ( a ) { 2 === a . target . getState ( ) && zt ( this ) } ; function At ( a , b ) { var c = b . getState ( ) ; 2 != c && 3 != c && y ( b , "change" , a . na , a ) ; 0 == c && ( b . load ( ) , c = b . getState ( ) ) ; return 2 == c } function zt ( a ) { var b = a . a ; b . Mb ( ) && "ready" == b . $f ( ) && a . s ( ) }
function Bt ( a , b ) { b . Ki ( ) && a . postRenderFunctions . push ( function ( a , b , e ) { b = w ( a ) . toString ( ) ; a . fd ( e . viewState . projection , e . usedTiles [ b ] ) } . bind ( null , b ) ) } function Ct ( a , b ) { if ( b ) { var c ; var d = 0 ; for ( c = b . length ; d < c ; ++ d ) { var e = b [ d ] ; a [ w ( e ) . toString ( ) ] = e } } } function Dt ( a , b ) { b = b . D ; void 0 !== b && ( "string" === typeof b ? a . logos [ b ] = "" : b && ( xa ( "string" == typeof b . href , 44 ) , xa ( "string" == typeof b . src , 45 ) , a . logos [ b . src ] = b . href ) ) }
function Et ( a , b , c , d ) { b = w ( b ) . toString ( ) ; c = c . toString ( ) ; b in a ? c in a [ b ] ? ( a = a [ b ] [ c ] , d . ca < a . ca && ( a . ca = d . ca ) , d . $ > a . $ && ( a . $ = d . $ ) , d . da < a . da && ( a . da = d . da ) , d . ia > a . ia && ( a . ia = d . ia ) ) : a [ b ] [ c ] = d : ( a [ b ] = { } , a [ b ] [ c ] = d ) }
function Ft ( a , b , c , d , e , f , g , h , l , m ) { var n = w ( b ) . toString ( ) ; n in a . wantedTiles || ( a . wantedTiles [ n ] = { } ) ; var p = a . wantedTiles [ n ] ; a = a . tileQueue ; var q = c . minZoom , r , u , x ; for ( x = g ; x >= q ; -- x ) { var B = oc ( c , f , x , B ) ; var E = c . Da ( x ) ; for ( r = B . ca ; r <= B . $ ; ++ r ) for ( u = B . da ; u <= B . ia ; ++ u ) if ( g - x <= h ) { var A = b . Nc ( x , r , u , d , e ) ; 0 == A . getState ( ) && ( p [ A . bb ( ) ] = ! 0 , A . bb ( ) in a . a || a . f ( [ A , n , tc ( c , A . ta ) , E ] ) ) ; l && l . call ( m , A ) } else b . Ug ( x , r , u , e ) } } ; function Gt ( a ) { xt . call ( this , a ) ; this . fa = Bh ( ) } v ( Gt , xt ) ; function Ht ( a , b , c ) { var d = b . pixelRatio , e = b . size [ 0 ] * d , f = b . size [ 1 ] * d , g = b . viewState . rotation , h = ib ( c ) , l = hb ( c ) , m = gb ( c ) ; c = eb ( c ) ; Gh ( b . coordinateToPixelTransform , h ) ; Gh ( b . coordinateToPixelTransform , l ) ; Gh ( b . coordinateToPixelTransform , m ) ; Gh ( b . coordinateToPixelTransform , c ) ; a . save ( ) ; Vh ( a , - g , e / 2 , f / 2 ) ; a . beginPath ( ) ; a . moveTo ( h [ 0 ] * d , h [ 1 ] * d ) ; a . lineTo ( l [ 0 ] * d , l [ 1 ] * d ) ; a . lineTo ( m [ 0 ] * d , m [ 1 ] * d ) ; a . lineTo ( c [ 0 ] * d , c [ 1 ] * d ) ; a . clip ( ) ; Vh ( a , g , e / 2 , f / 2 ) }
function It ( a , b , c , d , e ) { var f = a . a ; if ( Rc ( f , b ) ) { var g = d . size [ 0 ] * d . pixelRatio , h = d . size [ 1 ] * d . pixelRatio , l = d . viewState . rotation ; Vh ( c , - l , g / 2 , h / 2 ) ; a = e ? e : Jt ( a , d , 0 ) ; f . b ( new Rh ( b , new Xh ( c , d . pixelRatio , d . extent , a , d . viewState . rotation ) , d , c , null ) ) ; Vh ( c , l , g / 2 , h / 2 ) } } Gt . prototype . u = function ( a , b , c , d ) { if ( this . Ea ( a , b , 0 , mf , this ) ) return c . call ( d , this . a , null ) } ; Gt . prototype . ef = function ( a , b , c , d ) { It ( this , "postcompose" , a , b , d ) } ;
function Jt ( a , b , c ) { var d = b . viewState , e = b . pixelRatio , f = e / d . resolution ; return Kh ( a . fa , e * b . size [ 0 ] / 2 , e * b . size [ 1 ] / 2 , f , - f , - d . rotation , - d . center [ 0 ] + c , - d . center [ 1 ] ) } ; function Kt ( a , b ) { return w ( a ) - w ( b ) } function Lt ( a , b ) { a = . 5 * a / b ; return a * a } function Mt ( a , b , c , d , e , f ) { var g = ! 1 , h ; if ( h = c . Y ( ) ) { var l = h . Ye ( ) ; 2 == l || 3 == l ? h . Bj ( e , f ) : ( 0 == l && h . load ( ) , h . Nh ( e , f ) , g = ! 0 ) } if ( e = ( 0 , c . Za ) ( b ) ) d = e . Vd ( d ) , ( 0 , Nt [ d . U ( ) ] ) ( a , d , c , b ) ; return g }
var Nt = { Point : function ( a , b , c , d ) { var e = c . Y ( ) ; if ( e ) { if ( 2 != e . Ye ( ) ) return ; var f = a . b ( c . Ba ( ) , "Image" ) ; f . Ub ( e ) ; f . qc ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , a . yc ( b . ga ( ) , 0 , 2 , 2 , b , d ) } , LineString : function ( a , b , c , d ) { var e = c . Ga ( ) ; if ( e ) { var f = a . b ( c . Ba ( ) , "LineString" ) ; f . Ma ( null , e ) ; f . mc ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , a . yc ( di ( b ) , 0 , 2 , 2 , b , d ) } , Polygon : function ( a , b , c , d ) { var e = c . Fa ( ) , f = c . Ga ( ) ; if ( e || f ) { var g = a . b ( c . Ba ( ) , "Polygon" ) ; g . Ma ( e , f ) ; g . rc ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , a . yc ( Wf ( b ) ,
0 , 2 , 2 , b , d ) } , MultiPoint : function ( a , b , c , d ) { var e = c . Y ( ) ; if ( e ) { if ( 2 != e . Ye ( ) ) return ; var f = a . b ( c . Ba ( ) , "Image" ) ; f . Ub ( e ) ; f . oc ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , c = b . ga ( ) , a . yc ( c , 0 , c . length , b . qa ( ) , b , d ) } , MultiLineString : function ( a , b , c , d ) { var e = c . Ga ( ) ; if ( e ) { var f = a . b ( c . Ba ( ) , "LineString" ) ; f . Ma ( null , e ) ; f . nc ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , c = ei ( b ) , a . yc ( c , 0 , c . length , 2 , b , d ) } , MultiPolygon : function ( a , b , c , d ) { var e = c . Fa ( ) , f = c . Ga ( ) ; if ( f || e ) { var g = a . b ( c . Ba ( ) , "Polygon" ) ; g . Ma ( e , f ) ; g . pc ( b , d ) } if ( e =
c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , c = gi ( b ) , a . yc ( c , 0 , c . length , 2 , b , d ) } , GeometryCollection : function ( a , b , c , d ) { b = b . a ; var e ; var f = 0 ; for ( e = b . length ; f < e ; ++ f ) ( 0 , Nt [ b [ f ] . U ( ) ] ) ( a , b [ f ] , c , d ) } , Circle : function ( a , b , c , d ) { var e = c . Fa ( ) , f = c . Ga ( ) ; if ( e || f ) { var g = a . b ( c . Ba ( ) , "Circle" ) ; g . Ma ( e , f ) ; g . Zb ( b , d ) } if ( e = c . Na ( ) ) a = a . b ( c . Ba ( ) , "Text" ) , a . Cb ( e ) , a . yc ( b . wa ( ) , 0 , 2 , 2 , b , d ) } } ; function Ot ( a ) { Gt . call ( this , a ) ; this . c = ! 1 ; this . v = - 1 ; this . l = NaN ; this . j = Oa ( ) ; this . f = this . o = null ; this . g = jd ( ) } v ( Ot , Gt ) ;
Ot . prototype . S = function ( a , b , c ) { var d = a . extent , e = a . pixelRatio , f = b . Je ? a . skippedFeatureUids : { } , g = a . viewState , h = g . projection , g = g . rotation , l = h . G ( ) , m = this . a . ha ( ) , n = Jt ( this , a , 0 ) ; It ( this , "precompose" , c , a , n ) ; var p = b . extent , q = void 0 !== p ; q && Ht ( c , a , p ) ; if ( ( p = this . f ) && ! p . i ( ) ) { var r = 0 , u = 0 ; if ( Rc ( this . a , "render" ) ) { var x = c . canvas . width ; var B = c . canvas . height ; if ( g ) { var E = Math . round ( Math . sqrt ( x * x + B * B ) ) , r = ( E - x ) / 2 , u = ( E - B ) / 2 ; x = B = E } this . g . canvas . width = x ; this . g . canvas . height = B ; x = this . g } else x = c ; B = x . globalAlpha ; x . globalAlpha =
b . opacity ; x != c && x . translate ( r , u ) ; var E = a . size [ 0 ] * e , A = a . size [ 1 ] * e ; Vh ( x , - g , E / 2 , A / 2 ) ; p . La ( x , e , n , g , f ) ; if ( m . u && h . i && ! Va ( l , d ) ) { for ( var h = d [ 0 ] , m = lb ( l ) , L = 0 ; h < l [ 0 ] ; ) -- L , n = m * L , n = Jt ( this , a , n ) , p . La ( x , e , n , g , f ) , h += m ; L = 0 ; for ( h = d [ 2 ] ; h > l [ 2 ] ; ) ++ L , n = m * L , n = Jt ( this , a , n ) , p . La ( x , e , n , g , f ) , h -= m ; n = Jt ( this , a , 0 ) } Vh ( x , g , E / 2 , A / 2 ) ; x != c && ( It ( this , "render" , x , a , n ) , c . drawImage ( x . canvas , - r , - u ) , x . translate ( - r , - u ) ) ; x . globalAlpha = B } q && c . restore ( ) ; this . ef ( c , a , b , n ) } ;
Ot . prototype . Ea = function ( a , b , c , d , e ) { if ( this . f ) { var f = this . a , g = { } ; return this . f . Ea ( a , b . viewState . resolution , b . viewState . rotation , c , { } , function ( a ) { var b = w ( a ) . toString ( ) ; if ( ! ( b in g ) ) return g [ b ] = ! 0 , d . call ( e , a , f ) } ) } } ; Ot . prototype . D = function ( ) { zt ( this ) } ;
Ot . prototype . sd = function ( a ) { function b ( a ) { var b = a . Lc ( ) ; if ( b ) var d = b . call ( a , m ) ; else ( b = c . f ) && ( d = b ( a , m ) ) ; if ( d ) { if ( d ) { b = ! 1 ; if ( Array . isArray ( d ) ) for ( var e = 0 , f = d . length ; e < f ; ++ e ) b = Mt ( q , a , d [ e ] , Lt ( m , n ) , this . D , this ) || b ; else b = Mt ( q , a , d , Lt ( m , n ) , this . D , this ) || b ; a = b } else a = ! 1 ; this . c = this . c || a } } var c = this . a , d = c . ha ( ) ; Ct ( a . attributions , d . j ) ; Dt ( a , d ) ; var e = a . viewHints [ 0 ] , f = a . viewHints [ 1 ] , g = c . T , h = c . na ; if ( ! this . c && ! g && e || ! h && f ) return ! 0 ; var l = a . extent , h = a . viewState , e = h . projection , m = h . resolution , n = a . pixelRatio , f = c . i , p = c . c ,
g = c . get ( Pt ) ; void 0 === g && ( g = Kt ) ; l = Qa ( l , p * m ) ; p = h . projection . G ( ) ; d . u && h . projection . i && ! Va ( p , a . extent ) && ( a = Math . max ( lb ( l ) / 2 , lb ( p ) ) , l [ 0 ] = p [ 0 ] - a , l [ 2 ] = p [ 2 ] + a ) ; if ( ! this . c && this . l == m && this . v == f && this . o == g && Va ( this . j , l ) ) return ! 0 ; this . f = null ; this . c = ! 1 ; var q = new pt ( . 5 * m / n , l , m , d . T , c . c ) ; d . Yd ( l , m , e ) ; if ( g ) { var r = [ ] ; d . $b ( l , function ( a ) { r . push ( a ) } , this ) ; r . sort ( g ) ; r . forEach ( b , this ) } else d . $b ( l , b , this ) ; tt ( q ) ; this . l = m ; this . v = f ; this . o = g ; this . j = l ; this . f = q ; return ! 0 } ; function Qt ( ) { this . b = "precision mediump float;varying vec2 a;uniform float f;uniform sampler2D g;void main(void){vec4 texColor=texture2D(g,a);gl_FragColor.rgb=texColor.rgb;gl_FragColor.a=texColor.a*f;}" } v ( Qt , mi ) ; var Rt = new Qt ; function St ( ) { this . b = "varying vec2 a;attribute vec2 b;attribute vec2 c;uniform mat4 d;uniform mat4 e;void main(void){gl_Position=e*vec4(b,0.,1.);a=(d*vec4(c,0.,1.)).st;}" } v ( St , ni ) ; var Tt = new St ;
function Ut ( a , b ) { this . i = a . getUniformLocation ( b , "f" ) ; this . c = a . getUniformLocation ( b , "e" ) ; this . g = a . getUniformLocation ( b , "d" ) ; this . f = a . getUniformLocation ( b , "g" ) ; this . b = a . getAttribLocation ( b , "b" ) ; this . a = a . getAttribLocation ( b , "c" ) } ; function Vt ( a , b ) { xt . call ( this , b ) ; this . c = a ; this . T = new Di ( [ - 1 , - 1 , 0 , 0 , 1 , - 1 , 1 , 0 , - 1 , 1 , 0 , 1 , 1 , 1 , 1 , 1 ] ) ; this . g = this . Ib = null ; this . j = void 0 ; this . v = Bh ( ) ; this . S = Bh ( ) ; this . C = ti ( ) ; this . u = null } v ( Vt , xt ) ;
function Wt ( a , b , c ) { var d = a . c . i ; if ( void 0 === a . j || a . j != c ) { b . postRenderFunctions . push ( function ( a , b , c ) { a . isContextLost ( ) || ( a . deleteFramebuffer ( b ) , a . deleteTexture ( c ) ) } . bind ( null , d , a . g , a . Ib ) ) ; b = Qi ( d , c , c ) ; var e = d . createFramebuffer ( ) ; d . bindFramebuffer ( 36160 , e ) ; d . framebufferTexture2D ( 36160 , 36064 , 3553 , b , 0 ) ; a . Ib = b ; a . g = e ; a . j = c } else d . bindFramebuffer ( 36160 , a . g ) }
Vt . prototype . Gi = function ( a , b , c ) { Xt ( this , "precompose" , c , a ) ; wi ( c , 34962 , this . T ) ; var d = c . b , e = Hi ( c , Rt , Tt ) ; if ( this . u ) var f = this . u ; else this . u = f = new Ut ( d , e ) ; c . Qc ( e ) && ( d . enableVertexAttribArray ( f . b ) , d . vertexAttribPointer ( f . b , 2 , 5126 , ! 1 , 16 , 0 ) , d . enableVertexAttribArray ( f . a ) , d . vertexAttribPointer ( f . a , 2 , 5126 , ! 1 , 16 , 8 ) , d . uniform1i ( f . f , 0 ) ) ; d . uniformMatrix4fv ( f . g , ! 1 , ui ( this . C , this . v ) ) ; d . uniformMatrix4fv ( f . c , ! 1 , ui ( this . C , this . S ) ) ; d . uniform1f ( f . i , b . opacity ) ; d . bindTexture ( 3553 , this . Ib ) ; d . drawArrays ( 5 , 0 , 4 ) ; Xt ( this , "postcompose" ,
c , a ) } ; function Xt ( a , b , c , d ) { a = a . a ; if ( Rc ( a , b ) ) { var e = d . viewState ; a . b ( new Rh ( b , new kk ( c , e . center , e . resolution , e . rotation , d . size , d . extent , d . pixelRatio ) , d , null , c ) ) } } Vt . prototype . mg = function ( ) { this . g = this . Ib = null ; this . j = void 0 } ; function Yt ( a , b ) { Vt . call ( this , a , b ) ; this . l = ! 1 ; this . R = - 1 ; this . I = NaN ; this . D = Oa ( ) ; this . o = this . f = this . B = null } v ( Yt , Vt ) ; k = Yt . prototype ; k . Gi = function ( a , b , c ) { this . o = b ; var d = a . viewState , e = this . f , f = a . size , g = a . pixelRatio , h = this . c . i ; e && ! e . i ( ) && ( h . enable ( h . SCISSOR _TEST ) , h . scissor ( 0 , 0 , f [ 0 ] * g , f [ 1 ] * g ) , e . La ( c , d . center , d . resolution , d . rotation , f , g , b . opacity , b . Je ? a . skippedFeatureUids : { } ) , h . disable ( h . SCISSOR _TEST ) ) } ; k . ka = function ( ) { var a = this . f ; a && ( ek ( a , this . c . f ) ( ) , this . f = null ) ; Vt . prototype . ka . call ( this ) } ;
k . Ea = function ( a , b , c , d , e ) { if ( this . f && this . o ) { c = b . viewState ; var f = this . a , g = { } ; return this . f . Ea ( a , this . c . f , c . center , c . resolution , c . rotation , b . size , b . pixelRatio , this . o . opacity , { } , function ( a ) { var b = w ( a ) . toString ( ) ; if ( ! ( b in g ) ) return g [ b ] = ! 0 , d . call ( e , a , f ) } ) } } ; k . Ue = function ( a , b ) { if ( this . f && this . o ) { var c = b . viewState ; return jk ( this . f , a , this . c . f , c . resolution , c . rotation , b . pixelRatio , this . o . opacity , b . skippedFeatureUids ) } return ! 1 } ;
k . lg = function ( a , b , c , d ) { a = Gh ( b . pixelToCoordinateTransform , a . slice ( ) ) ; if ( this . Ue ( a , b ) ) return c . call ( d , this . a , null ) } ; k . Hi = function ( ) { zt ( this ) } ;
k . ng = function ( a , b , c ) { function d ( a ) { var b = a . Lc ( ) ; if ( b ) var c = b . call ( a , m ) ; else ( b = e . f ) && ( c = b ( a , m ) ) ; if ( c ) { if ( c ) { b = ! 1 ; if ( Array . isArray ( c ) ) for ( var d = c . length - 1 ; 0 <= d ; -- d ) b = Mt ( q , a , c [ d ] , Lt ( m , n ) , this . Hi , this ) || b ; else b = Mt ( q , a , c , Lt ( m , n ) , this . Hi , this ) || b ; a = b } else a = ! 1 ; this . l = this . l || a } } var e = this . a ; b = e . ha ( ) ; Ct ( a . attributions , b . j ) ; Dt ( a , b ) ; var f = a . viewHints [ 0 ] , g = a . viewHints [ 1 ] , h = e . T , l = e . na ; if ( ! this . l && ! h && f || ! l && g ) return ! 0 ; var g = a . extent , h = a . viewState , f = h . projection , m = h . resolution , n = a . pixelRatio , h = e . i , p = e . c , l = e . get ( Pt ) ;
void 0 === l && ( l = Kt ) ; g = Qa ( g , p * m ) ; if ( ! this . l && this . I == m && this . R == h && this . B == l && Va ( this . D , g ) ) return ! 0 ; this . f && a . postRenderFunctions . push ( ek ( this . f , c ) ) ; this . l = ! 1 ; var q = new dk ( . 5 * m / n , g , e . c ) ; b . Yd ( g , m , f ) ; if ( l ) { var r = [ ] ; b . $b ( g , function ( a ) { r . push ( a ) } , this ) ; r . sort ( l ) ; r . forEach ( d , this ) } else b . $b ( g , d , this ) ; fk ( q , c ) ; this . I = m ; this . R = h ; this . B = l ; this . D = g ; this . f = q ; return ! 0 } ; function T ( a ) { a = a ? a : { } ; var b = tb ( { } , a ) ; delete b . style ; delete b . renderBuffer ; delete b . updateWhileAnimating ; delete b . updateWhileInteracting ; wh . call ( this , b ) ; this . c = void 0 !== a . renderBuffer ? a . renderBuffer : 100 ; this . u = null ; this . f = void 0 ; this . g ( a . style ) ; this . T = void 0 !== a . updateWhileAnimating ? a . updateWhileAnimating : ! 1 ; this . na = void 0 !== a . updateWhileInteracting ? a . updateWhileInteracting : ! 1 } v ( T , wh ) ; T . prototype . Fd = function ( a ) { var b = null , c = a . U ( ) ; "canvas" === c ? b = new Ot ( this ) : "webgl" === c && ( b = new Yt ( a , this ) ) ; return b } ;
T . prototype . D = function ( ) { return this . u } ; T . prototype . C = function ( ) { return this . f } ; T . prototype . g = function ( a ) { this . u = void 0 !== a ? a : fl ; this . f = null === a ? void 0 : dl ( this . u ) ; this . s ( ) } ; var Pt = "renderOrder" ; function Zt ( ) { return [ [ - Infinity , - Infinity , Infinity , Infinity ] ] } ; function $t ( a ) { Tc . call ( this ) ; this . c = Tb ( a . projection ) ; this . j = au ( a . attributions ) ; this . D = a . logo ; this . na = void 0 !== a . state ? a . state : "ready" ; this . u = void 0 !== a . wrapX ? a . wrapX : ! 1 } v ( $t , Tc ) ; function au ( a ) { if ( "string" === typeof a ) return [ new Ac ( { html : a } ) ] ; if ( a instanceof Ac ) return [ a ] ; if ( Array . isArray ( a ) ) { for ( var b = a . length , c = Array ( b ) , d = 0 ; d < b ; d ++ ) { var e = a [ d ] ; c [ d ] = "string" === typeof e ? new Ac ( { html : e } ) : e } return c } return null } k = $t . prototype ; k . Ea = ua ; k . ya = function ( ) { return this . j } ; k . xa = function ( ) { return this . D } ; k . za = function ( ) { return this . c } ;
k . getState = function ( ) { return this . na } ; k . sa = function ( ) { this . s ( ) } ; k . ua = function ( a ) { this . j = au ( a ) ; this . s ( ) } ; function bu ( a , b ) { a . na = b ; a . s ( ) } ; function U ( a ) { a = a || { } ; $t . call ( this , { attributions : a . attributions , logo : a . logo , projection : void 0 , state : "ready" , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) ; this . B = ua ; this . C = a . format ; this . T = void 0 == a . overlaps ? ! 0 : a . overlaps ; this . I = a . url ; a . loader ? this . B = a . loader : void 0 !== this . I && ( xa ( this . C , 7 ) , this . B = Dl ( this . I , this . C ) ) ; this . fa = a . strategy ? a . strategy : Zt ; var b = void 0 !== a . useSpatialIndex ? a . useSpatialIndex : ! 0 ; this . a = b ? new Gj : null ; this . R = new Gj ; this . g = { } ; this . o = { } ; this . l = { } ; this . v = { } ; this . f = null ; if ( a . features instanceof
Yc ) { var c = a . features ; var d = c . a } else Array . isArray ( a . features ) && ( d = a . features ) ; b || c || ( c = new Yc ( d ) ) ; d && cu ( this , d ) ; c && du ( this , c ) } v ( U , $t ) ; k = U . prototype ; k . yb = function ( a ) { var b = w ( a ) . toString ( ) ; if ( eu ( this , b , a ) ) { fu ( this , b , a ) ; var c = a . V ( ) ; c ? ( b = c . G ( ) , this . a && this . a . Ca ( b , a ) ) : this . g [ b ] = a ; this . b ( new gu ( "addfeature" , a ) ) } this . s ( ) } ; function fu ( a , b , c ) { a . v [ b ] = [ y ( c , "change" , a . Oi , a ) , y ( c , "propertychange" , a . Oi , a ) ] }
function eu ( a , b , c ) { var d = ! 0 , e = c . a ; void 0 !== e ? e . toString ( ) in a . o ? d = ! 1 : a . o [ e . toString ( ) ] = c : ( xa ( ! ( b in a . l ) , 30 ) , a . l [ b ] = c ) ; return d } k . cd = function ( a ) { cu ( this , a ) ; this . s ( ) } ; function cu ( a , b ) { var c , d = [ ] , e = [ ] , f = [ ] ; var g = 0 ; for ( c = b . length ; g < c ; g ++ ) { var h = b [ g ] ; var l = w ( h ) . toString ( ) ; eu ( a , l , h ) && e . push ( h ) } g = 0 ; for ( c = e . length ; g < c ; g ++ ) h = e [ g ] , l = w ( h ) . toString ( ) , fu ( a , l , h ) , ( b = h . V ( ) ) ? ( l = b . G ( ) , d . push ( l ) , f . push ( h ) ) : a . g [ l ] = h ; a . a && a . a . load ( d , f ) ; g = 0 ; for ( c = e . length ; g < c ; g ++ ) a . b ( new gu ( "addfeature" , e [ g ] ) ) }
function du ( a , b ) { var c = ! 1 ; y ( a , "addfeature" , function ( a ) { c || ( c = ! 0 , b . push ( a . feature ) , c = ! 1 ) } ) ; y ( a , "removefeature" , function ( a ) { c || ( c = ! 0 , b . remove ( a . feature ) , c = ! 1 ) } ) ; y ( b , "add" , function ( a ) { c || ( c = ! 0 , this . yb ( a . element ) , c = ! 1 ) } , a ) ; y ( b , "remove" , function ( a ) { c || ( c = ! 0 , this . Gb ( a . element ) , c = ! 1 ) } , a ) ; a . f = b }
k . clear = function ( a ) { if ( a ) { for ( var b in this . v ) this . v [ b ] . forEach ( Ec ) ; this . f || ( this . v = { } , this . o = { } , this . l = { } ) } else if ( this . a ) { this . a . forEach ( this . Ig , this ) ; for ( var c in this . g ) this . Ig ( this . g [ c ] ) } this . f && this . f . clear ( ) ; this . a && this . a . clear ( ) ; this . R . clear ( ) ; this . g = { } ; this . b ( new gu ( "clear" ) ) ; this . s ( ) } ; k . sh = function ( a , b ) { if ( this . a ) return this . a . forEach ( a , b ) ; if ( this . f ) return this . f . forEach ( a , b ) } ; function hu ( a , b , c ) { a . $b ( [ b [ 0 ] , b [ 1 ] , b [ 0 ] , b [ 1 ] ] , function ( a ) { if ( a . V ( ) . sb ( b ) ) return c . call ( void 0 , a ) } ) }
k . $b = function ( a , b , c ) { if ( this . a ) return Lj ( this . a , a , b , c ) ; if ( this . f ) return this . f . forEach ( b , c ) } ; k . th = function ( a , b , c ) { return this . $b ( a , function ( d ) { if ( d . V ( ) . Xa ( a ) && ( d = b . call ( c , d ) ) ) return d } ) } ; k . Ah = function ( ) { return this . f } ; k . Xe = function ( ) { if ( this . f ) var a = this . f . a ; else this . a && ( a = Ij ( this . a ) , wb ( this . g ) || la ( a , vb ( this . g ) ) ) ; return a } ; k . zh = function ( a ) { var b = [ ] ; hu ( this , a , function ( a ) { b . push ( a ) } ) ; return b } ; k . Uf = function ( a ) { return Jj ( this . a , a ) } ;
k . vh = function ( a , b ) { var c = a [ 0 ] , d = a [ 1 ] , e = null , f = [ NaN , NaN ] , g = Infinity , h = [ - Infinity , - Infinity , Infinity , Infinity ] , l = b ? b : mf ; Lj ( this . a , h , function ( a ) { if ( l ( a ) ) { var b = a . V ( ) , m = g ; g = b . Kb ( c , d , f , g ) ; g < m && ( e = a , a = Math . sqrt ( g ) , h [ 0 ] = c - a , h [ 1 ] = d - a , h [ 2 ] = c + a , h [ 3 ] = d + a ) } } ) ; return e } ; k . G = function ( a ) { return this . a . G ( a ) } ; k . yh = function ( a ) { a = this . o [ a . toString ( ) ] ; return void 0 !== a ? a : null } ; k . Mi = function ( ) { return this . C } ; k . Ni = function ( ) { return this . I } ;
k . Oi = function ( a ) { a = a . target ; var b = w ( a ) . toString ( ) , c = a . V ( ) ; c ? ( c = c . G ( ) , b in this . g ? ( delete this . g [ b ] , this . a && this . a . Ca ( c , a ) ) : this . a && Hj ( this . a , c , a ) ) : b in this . g || ( this . a && this . a . remove ( a ) , this . g [ b ] = a ) ; c = a . a ; void 0 !== c ? ( c = c . toString ( ) , b in this . l ? ( delete this . l [ b ] , this . o [ c ] = a ) : this . o [ c ] !== a && ( iu ( this , a ) , this . o [ c ] = a ) ) : b in this . l || ( iu ( this , a ) , this . l [ b ] = a ) ; this . s ( ) ; this . b ( new gu ( "changefeature" , a ) ) } ;
k . Yd = function ( a , b , c ) { var d = this . R ; a = this . fa ( a , b ) ; var e ; var f = 0 ; for ( e = a . length ; f < e ; ++ f ) { var g = a [ f ] ; Lj ( d , g , function ( a ) { return Va ( a . extent , g ) } ) || ( this . B . call ( this , g , b , c ) , d . Ca ( g , { extent : g . slice ( ) } ) ) } } ; k . Gb = function ( a ) { var b = w ( a ) . toString ( ) ; b in this . g ? delete this . g [ b ] : this . a && this . a . remove ( a ) ; this . Ig ( a ) ; this . s ( ) } ; k . Ig = function ( a ) { var b = w ( a ) . toString ( ) ; this . v [ b ] . forEach ( Ec ) ; delete this . v [ b ] ; var c = a . a ; void 0 !== c ? delete this . o [ c . toString ( ) ] : delete this . l [ b ] ; this . b ( new gu ( "removefeature" , a ) ) } ;
function iu ( a , b ) { for ( var c in a . o ) if ( a . o [ c ] === b ) { delete a . o [ c ] ; break } } function gu ( a , b ) { Oc . call ( this , a ) ; this . feature = b } v ( gu , Oc ) ; function ju ( a ) { Dg . call ( this , { handleDownEvent : ku , handleEvent : lu , handleUpEvent : mu } ) ; this . T = ! 1 ; this . fa = null ; this . u = ! 1 ; this . Yb = a . source ? a . source : null ; this . $a = a . features ? a . features : null ; this . wk = a . snapTolerance ? a . snapTolerance : 12 ; this . R = a . type ; this . g = nu ( this . R ) ; this . Sa = a . minPoints ? a . minPoints : this . g === ou ? 3 : 2 ; this . va = a . maxPoints ? a . maxPoints : Infinity ; this . Cf = a . finishCondition ? a . finishCondition : mf ; var b = a . geometryFunction ; if ( ! b ) if ( "Circle" === this . R ) b = function ( a , b ) { b = b ? b : new ys ( [ NaN , NaN ] ) ; b . Ng ( a [ 0 ] , Math . sqrt ( hf ( a [ 0 ] ,
a [ 1 ] ) ) ) ; return b } ; else { var c , d = this . g ; d === pu ? c = C : d === qu ? c = O : d === ou && ( c = D ) ; b = function ( a , b ) { b ? d === ou ? b . ma ( [ a [ 0 ] . concat ( [ a [ 0 ] [ 0 ] ] ) ] ) : b . ma ( a ) : b = new c ( a ) ; return b } } this . Za = b ; this . I = this . C = this . a = this . B = this . j = this . l = null ; this . ad = a . clickTolerance ? a . clickTolerance * a . clickTolerance : 36 ; this . pa = new T ( { source : new U ( { useSpatialIndex : ! 1 , wrapX : a . wrapX ? a . wrapX : ! 1 } ) , style : a . style ? a . style : ru ( ) } ) ; this . xb = a . geometryName ; this . vk = a . condition ? a . condition : xg ; this . Df = a . freehand ? mf : a . freehandCondition ? a . freehandCondition :
yg ; y ( this , Vc ( "active" ) , this . ri , this ) } v ( ju , Dg ) ; function ru ( ) { var a = gl ( ) ; return function ( b ) { return a [ b . V ( ) . U ( ) ] } } k = ju . prototype ; k . setMap = function ( a ) { Dg . prototype . setMap . call ( this , a ) ; this . ri ( ) } ; function lu ( a ) { this . u = this . g !== pu && this . Df ( a ) ; var b = ! this . u ; this . u && "pointerdrag" === a . type && null !== this . j ? ( su ( this , a ) , b = ! 1 ) : "pointermove" === a . type ? b = tu ( this , a ) : "dblclick" === a . type && ( b = ! 1 ) ; return Eg . call ( this , a ) && b }
function ku ( a ) { this . T = ! this . u ; return this . u ? ( this . fa = a . pixel , this . l || uu ( this , a ) , ! 0 ) : this . vk ( a ) ? ( this . fa = a . pixel , ! 0 ) : ! 1 } function mu ( a ) { var b = ! 0 ; tu ( this , a ) ; var c = this . g === vu ; this . T ? ( this . l ? this . u || c ? this . Pd ( ) : wu ( this , a ) ? this . Cf ( a ) && this . Pd ( ) : su ( this , a ) : ( uu ( this , a ) , this . g === pu && this . Pd ( ) ) , b = ! 1 ) : this . u && ( this . l = null , xu ( this ) ) ; return b }
function tu ( a , b ) { if ( a . fa && ( ! a . u && a . T || a . u && ! a . T ) ) { var c = a . fa , d = b . pixel , e = c [ 0 ] - d [ 0 ] , c = c [ 1 ] - d [ 1 ] , e = e * e + c * c ; a . T = a . u ? e > a . ad : e <= a . ad } a . l ? ( e = b . coordinate , c = a . j . V ( ) , a . g === pu ? d = a . a : a . g === ou ? ( d = a . a [ 0 ] , d = d [ d . length - 1 ] , wu ( a , b ) && ( e = a . l . slice ( ) ) ) : ( d = a . a , d = d [ d . length - 1 ] ) , d [ 0 ] = e [ 0 ] , d [ 1 ] = e [ 1 ] , a . Za ( a . a , c ) , a . B && a . B . V ( ) . ma ( e ) , c instanceof D && a . g !== ou ? ( a . C || ( a . C = new H ( new O ( null ) ) ) , e = c . Ch ( 0 ) , b = a . C . V ( ) , b . ba ( e . ja , e . ga ( ) ) ) : a . I && ( b = a . C . V ( ) , b . ma ( a . I ) ) , yu ( a ) ) : ( b = b . coordinate . slice ( ) , a . B ? a . B . V ( ) . ma ( b ) : ( a . B = new H ( new C ( b ) ) ,
yu ( a ) ) ) ; return ! 0 } function wu ( a , b ) { var c = ! 1 ; if ( a . j ) { var d = ! 1 , e = [ a . l ] ; a . g === qu ? d = a . a . length > a . Sa : a . g === ou && ( d = a . a [ 0 ] . length > a . Sa , e = [ a . a [ 0 ] [ 0 ] , a . a [ 0 ] [ a . a [ 0 ] . length - 2 ] ] ) ; if ( d ) for ( var d = b . map , f = 0 , g = e . length ; f < g ; f ++ ) { var h = e [ f ] , l = d . Ja ( h ) , m = b . pixel , c = m [ 0 ] - l [ 0 ] , l = m [ 1 ] - l [ 1 ] ; if ( c = Math . sqrt ( c * c + l * l ) <= ( a . u ? 1 : a . wk ) ) { a . l = h ; break } } } return c }
function uu ( a , b ) { b = b . coordinate ; a . l = b ; a . g === pu ? a . a = b . slice ( ) : a . g === ou ? ( a . a = [ [ b . slice ( ) , b . slice ( ) ] ] , a . I = a . a [ 0 ] ) : ( a . a = [ b . slice ( ) , b . slice ( ) ] , a . g === vu && ( a . I = a . a ) ) ; a . I && ( a . C = new H ( new O ( a . I ) ) ) ; b = a . Za ( a . a ) ; a . j = new H ; a . xb && a . j . Tc ( a . xb ) ; a . j . Ra ( b ) ; yu ( a ) ; a . b ( new zu ( "drawstart" , a . j ) ) }
function su ( a , b ) { b = b . coordinate ; var c = a . j . V ( ) , d ; if ( a . g === qu ) { a . l = b . slice ( ) ; var e = a . a ; e . length >= a . va && ( a . u ? e . pop ( ) : d = ! 0 ) ; e . push ( b . slice ( ) ) ; a . Za ( e , c ) } else a . g === ou && ( e = a . a [ 0 ] , e . length >= a . va && ( a . u ? e . pop ( ) : d = ! 0 ) , e . push ( b . slice ( ) ) , d && ( a . l = e [ 0 ] ) , a . Za ( a . a , c ) ) ; yu ( a ) ; d && a . Pd ( ) }
k . Op = function ( ) { if ( this . j ) { var a = this . j . V ( ) ; if ( this . g === qu ) { var b = this . a ; b . splice ( - 2 , 1 ) ; this . Za ( b , a ) ; 2 <= b . length && ( this . l = b [ b . length - 2 ] . slice ( ) ) } else if ( this . g === ou ) { b = this . a [ 0 ] ; b . splice ( - 2 , 1 ) ; var c = this . C . V ( ) ; c . ma ( b ) ; this . Za ( this . a , a ) } 0 === b . length && ( this . l = null ) ; yu ( this ) } } ;
k . Pd = function ( ) { var a = xu ( this ) , b = this . a , c = a . V ( ) ; this . g === qu ? ( b . pop ( ) , this . Za ( b , c ) ) : this . g === ou && ( b [ 0 ] . pop ( ) , this . Za ( b , c ) , b = c . X ( ) ) ; "MultiPoint" === this . R ? a . Ra ( new Q ( [ b ] ) ) : "MultiLineString" === this . R ? a . Ra ( new P ( [ b ] ) ) : "MultiPolygon" === this . R && a . Ra ( new R ( [ b ] ) ) ; this . b ( new zu ( "drawend" , a ) ) ; this . $a && this . $a . push ( a ) ; this . Yb && this . Yb . yb ( a ) } ; function xu ( a ) { a . l = null ; var b = a . j ; b && ( a . j = null , a . B = null , a . C = null , a . pa . ha ( ) . clear ( ! 0 ) ) ; return b }
k . vn = function ( a ) { var b = a . V ( ) ; this . j = a ; this . a = b . X ( ) ; a = this . a [ this . a . length - 1 ] ; this . l = a . slice ( ) ; this . a . push ( a . slice ( ) ) ; yu ( this ) ; this . b ( new zu ( "drawstart" , this . j ) ) } ; k . Xc = nf ; function yu ( a ) { var b = [ ] ; a . j && b . push ( a . j ) ; a . C && b . push ( a . C ) ; a . B && b . push ( a . B ) ; a = a . pa . ha ( ) ; a . clear ( ! 0 ) ; a . cd ( b ) } k . ri = function ( ) { var a = this . v , b = this . c ( ) ; a && b || xu ( this ) ; this . pa . setMap ( b ? a : null ) } ;
function nu ( a ) { var b ; "Point" === a || "MultiPoint" === a ? b = pu : "LineString" === a || "MultiLineString" === a ? b = qu : "Polygon" === a || "MultiPolygon" === a ? b = ou : "Circle" === a && ( b = vu ) ; return b } var pu = "Point" , qu = "LineString" , ou = "Polygon" , vu = "Circle" ; function zu ( a , b ) { Oc . call ( this , a ) ; this . feature = b } v ( zu , Oc ) ; function Au ( a ) { this . a = this . j = null ; this . C = ! 1 ; this . B = this . l = null ; a || ( a = { } ) ; a . extent && this . g ( a . extent ) ; Dg . call ( this , { handleDownEvent : Bu , handleDragEvent : Cu , handleEvent : Du , handleUpEvent : Eu } ) ; this . u = new T ( { source : new U ( { useSpatialIndex : ! 1 , wrapX : ! ! a . wrapX } ) , style : a . boxStyle ? a . boxStyle : Fu ( ) , updateWhileAnimating : ! 0 , updateWhileInteracting : ! 0 } ) ; this . I = new T ( { source : new U ( { useSpatialIndex : ! 1 , wrapX : ! ! a . wrapX } ) , style : a . pointerStyle ? a . pointerStyle : Gu ( ) , updateWhileAnimating : ! 0 , updateWhileInteracting : ! 0 } ) } v ( Au , Dg ) ;
function Du ( a ) { if ( ! ( a instanceof ee ) ) return ! 0 ; if ( "pointermove" == a . type && ! this . D ) { var b = a . pixel , c = a . map , d = Hu ( this , b , c ) ; d || ( d = c . Wa ( b ) ) ; Iu ( this , d ) } Eg . call ( this , a ) ; return ! 1 }
function Bu ( a ) { function b ( a ) { var b = null , c = null ; a [ 0 ] == e [ 0 ] ? b = e [ 2 ] : a [ 0 ] == e [ 2 ] && ( b = e [ 0 ] ) ; a [ 1 ] == e [ 1 ] ? c = e [ 3 ] : a [ 1 ] == e [ 3 ] && ( c = e [ 1 ] ) ; return null !== b && null !== c ? [ b , c ] : null } var c = a . pixel , d = a . map , e = this . G ( ) ; ( a = Hu ( this , c , d ) ) && e ? ( c = a [ 0 ] == e [ 0 ] || a [ 0 ] == e [ 2 ] ? a [ 0 ] : null , d = a [ 1 ] == e [ 1 ] || a [ 1 ] == e [ 3 ] ? a [ 1 ] : null , null !== c && null !== d ? this . a = Ju ( b ( a ) ) : null !== c ? this . a = Ku ( b ( [ c , e [ 1 ] ] ) , b ( [ c , e [ 3 ] ] ) ) : null !== d && ( this . a = Ku ( b ( [ e [ 0 ] , d ] ) , b ( [ e [ 2 ] , d ] ) ) ) ) : ( a = d . Wa ( c ) , this . g ( [ a [ 0 ] , a [ 1 ] , a [ 0 ] , a [ 1 ] ] ) , this . a = Ju ( a ) ) ; return ! 0 }
function Cu ( a ) { this . a && ( a = a . coordinate , this . g ( this . a ( a ) ) , Iu ( this , a ) ) ; return ! 0 } function Eu ( ) { this . a = null ; var a = this . G ( ) ; a && jb ( a ) || this . g ( null ) ; return ! 1 } function Fu ( ) { var a = gl ( ) ; return function ( ) { return a . Polygon } } function Gu ( ) { var a = gl ( ) ; return function ( ) { return a . Point } } function Ju ( a ) { return function ( b ) { return Na ( [ a , b ] ) } } function Ku ( a , b ) { return a [ 0 ] == b [ 0 ] ? function ( c ) { return Na ( [ a , [ c [ 0 ] , b [ 1 ] ] ] ) } : a [ 1 ] == b [ 1 ] ? function ( c ) { return Na ( [ a , [ b [ 0 ] , c [ 1 ] ] ] ) } : null }
function Hu ( a , b , c ) { function d ( a , b ) { return kf ( e , a ) - kf ( e , b ) } var e = c . Wa ( b ) , f = a . G ( ) ; if ( f ) { f = [ [ [ f [ 0 ] , f [ 1 ] ] , [ f [ 0 ] , f [ 3 ] ] ] , [ [ f [ 0 ] , f [ 3 ] ] , [ f [ 2 ] , f [ 3 ] ] ] , [ [ f [ 2 ] , f [ 3 ] ] , [ f [ 2 ] , f [ 1 ] ] ] , [ [ f [ 2 ] , f [ 1 ] ] , [ f [ 0 ] , f [ 1 ] ] ] ] ; f . sort ( d ) ; var f = f [ 0 ] , g = af ( e , f ) , h = c . Ja ( g ) ; if ( 10 >= jf ( b , h ) ) return b = c . Ja ( f [ 0 ] ) , c = c . Ja ( f [ 1 ] ) , b = hf ( h , b ) , c = hf ( h , c ) , a . C = 10 >= Math . sqrt ( Math . min ( b , c ) ) , a . C && ( g = b > c ? f [ 1 ] : f [ 0 ] ) , g } return null } function Iu ( a , b ) { var c = a . B ; c ? c . V ( ) . ma ( b ) : ( c = new H ( new C ( b ) ) , a . B = c , a . I . ha ( ) . yb ( c ) ) }
Au . prototype . setMap = function ( a ) { this . u . setMap ( a ) ; this . I . setMap ( a ) ; Dg . prototype . setMap . call ( this , a ) } ; Au . prototype . G = function ( ) { return this . j } ; Au . prototype . g = function ( a ) { this . j = a ? a : null ; var b = this . l ; b ? a ? b . Ra ( Yf ( a ) ) : b . Ra ( void 0 ) : ( this . l = b = a ? new H ( Yf ( a ) ) : new H ( { } ) , this . u . ha ( ) . yb ( b ) ) ; this . b ( new Lu ( this . j ) ) } ; function Lu ( a ) { Oc . call ( this , Mu ) ; this . b = a } v ( Lu , Oc ) ; var Mu = "extentchanged" ; function Nu ( a ) { Dg . call ( this , { handleDownEvent : Ou , handleDragEvent : Pu , handleEvent : Qu , handleUpEvent : Ru } ) ; this . ad = a . condition ? a . condition : Cg ; this . $a = function ( a ) { return xg ( a ) && wg ( a ) } ; this . xb = a . deleteCondition ? a . deleteCondition : this . $a ; this . Yb = a . insertVertexCondition ? a . insertVertexCondition : mf ; this . Sa = this . g = null ; this . va = [ 0 , 0 ] ; this . C = this . I = ! 1 ; this . a = new Gj ; this . fa = void 0 !== a . pixelTolerance ? a . pixelTolerance : 10 ; this . l = this . pa = ! 1 ; this . j = [ ] ; this . B = new T ( { source : new U ( { useSpatialIndex : ! 1 , wrapX : ! ! a . wrapX } ) , style : a . style ?
a . style : Su ( ) , updateWhileAnimating : ! 0 , updateWhileInteracting : ! 0 } ) ; this . T = { Point : this . Dn , LineString : this . ti , LinearRing : this . ti , Polygon : this . En , MultiPoint : this . Bn , MultiLineString : this . An , MultiPolygon : this . Cn , Circle : this . yn , GeometryCollection : this . zn } ; this . u = a . features ; this . u . forEach ( this . kg , this ) ; y ( this . u , "add" , this . wn , this ) ; y ( this . u , "remove" , this . xn , this ) ; this . R = null } v ( Nu , Dg ) ; k = Nu . prototype ;
k . kg = function ( a ) { var b = a . V ( ) ; b && b . U ( ) in this . T && this . T [ b . U ( ) ] . call ( this , a , b ) ; ( b = this . v ) && b . c && this . c ( ) && Tu ( this , this . va , b ) ; y ( a , "change" , this . si , this ) } ; function Uu ( a , b ) { a . C || ( a . C = ! 0 , a . b ( new Vu ( "modifystart" , a . u , b ) ) ) } function Wu ( a , b ) { Xu ( a , b ) ; a . g && ! a . u . dc ( ) && ( a . B . ha ( ) . Gb ( a . g ) , a . g = null ) ; Kc ( b , "change" , a . si , a ) } function Xu ( a , b ) { a = a . a ; var c = [ ] ; a . forEach ( function ( a ) { b === a . feature && c . push ( a ) } ) ; for ( var d = c . length - 1 ; 0 <= d ; -- d ) a . remove ( c [ d ] ) }
k . Ha = function ( a ) { this . g && ! a && ( this . B . ha ( ) . Gb ( this . g ) , this . g = null ) ; Dg . prototype . Ha . call ( this , a ) } ; k . setMap = function ( a ) { this . B . setMap ( a ) ; Dg . prototype . setMap . call ( this , a ) } ; k . wn = function ( a ) { this . kg ( a . element ) } ; k . si = function ( a ) { this . l || ( a = a . target , Wu ( this , a ) , this . kg ( a ) ) } ; k . xn = function ( a ) { Wu ( this , a . element ) } ; k . Dn = function ( a , b ) { var c = b . X ( ) ; a = { feature : a , geometry : b , la : [ c , c ] } ; this . a . Ca ( b . G ( ) , a ) } ;
k . Bn = function ( a , b ) { var c = b . X ( ) , d ; var e = 0 ; for ( d = c . length ; e < d ; ++ e ) { var f = c [ e ] ; f = { feature : a , geometry : b , depth : [ e ] , index : e , la : [ f , f ] } ; this . a . Ca ( b . G ( ) , f ) } } ; k . ti = function ( a , b ) { var c = b . X ( ) , d ; var e = 0 ; for ( d = c . length - 1 ; e < d ; ++ e ) { var f = c . slice ( e , e + 2 ) ; var g = { feature : a , geometry : b , index : e , la : f } ; this . a . Ca ( Na ( f ) , g ) } } ;
k . An = function ( a , b ) { var c = b . X ( ) , d , e ; var f = 0 ; for ( e = c . length ; f < e ; ++ f ) { var g = c [ f ] ; var h = 0 ; for ( d = g . length - 1 ; h < d ; ++ h ) { var l = g . slice ( h , h + 2 ) ; var m = { feature : a , geometry : b , depth : [ f ] , index : h , la : l } ; this . a . Ca ( Na ( l ) , m ) } } } ; k . En = function ( a , b ) { var c = b . X ( ) , d , e ; var f = 0 ; for ( e = c . length ; f < e ; ++ f ) { var g = c [ f ] ; var h = 0 ; for ( d = g . length - 1 ; h < d ; ++ h ) { var l = g . slice ( h , h + 2 ) ; var m = { feature : a , geometry : b , depth : [ f ] , index : h , la : l } ; this . a . Ca ( Na ( l ) , m ) } } } ;
k . Cn = function ( a , b ) { var c = b . X ( ) , d , e , f ; var g = 0 ; for ( f = c . length ; g < f ; ++ g ) { var h = c [ g ] ; var l = 0 ; for ( e = h . length ; l < e ; ++ l ) { var m = h [ l ] ; var n = 0 ; for ( d = m . length - 1 ; n < d ; ++ n ) { var p = m . slice ( n , n + 2 ) ; var q = { feature : a , geometry : b , depth : [ l , g ] , index : n , la : p } ; this . a . Ca ( Na ( p ) , q ) } } } } ; k . yn = function ( a , b ) { var c = b . wa ( ) , d = { feature : a , geometry : b , index : 0 , la : [ c , c ] } ; a = { feature : a , geometry : b , index : 1 , la : [ c , c ] } ; d . Pf = a . Pf = [ d , a ] ; this . a . Ca ( Za ( c ) , d ) ; this . a . Ca ( b . G ( ) , a ) } ;
k . zn = function ( a , b ) { var c = b . a ; for ( b = 0 ; b < c . length ; ++ b ) this . T [ c [ b ] . U ( ) ] . call ( this , a , c [ b ] ) } ; function Yu ( a , b ) { var c = a . g ; c ? c . V ( ) . ma ( b ) : ( c = new H ( new C ( b ) ) , a . g = c , a . B . ha ( ) . yb ( c ) ) } function Zu ( a , b ) { return a . index - b . index }
function Ou ( a ) { if ( ! this . ad ( a ) ) return ! 1 ; Tu ( this , a . pixel , a . map ) ; var b = a . map . Wa ( a . pixel ) ; this . j . length = 0 ; this . C = ! 1 ; var c = this . g ; if ( c ) { var d = [ ] , c = c . V ( ) . X ( ) , e = Na ( [ c ] ) , e = Jj ( this . a , e ) , f = { } ; e . sort ( Zu ) ; for ( var g = 0 , h = e . length ; g < h ; ++ g ) { var l = e [ g ] , m = l . la , n = w ( l . feature ) , p = l . depth ; p && ( n += "-" + p . join ( "-" ) ) ; f [ n ] || ( f [ n ] = Array ( 2 ) ) ; if ( "Circle" === l . geometry . U ( ) && 1 === l . index ) m = $u ( b , l ) , df ( m , c ) && ! f [ n ] [ 0 ] && ( this . j . push ( [ l , 0 ] ) , f [ n ] [ 0 ] = l ) ; else if ( df ( m [ 0 ] , c ) && ! f [ n ] [ 0 ] ) this . j . push ( [ l , 0 ] ) , f [ n ] [ 0 ] = l ; else if ( df ( m [ 1 ] , c ) && ! f [ n ] [ 1 ] ) { if ( "LineString" !==
l . geometry . U ( ) && "MultiLineString" !== l . geometry . U ( ) || ! f [ n ] [ 0 ] || 0 !== f [ n ] [ 0 ] . index ) this . j . push ( [ l , 1 ] ) , f [ n ] [ 1 ] = l } else this . Yb ( a ) && w ( m ) in this . Sa && ! f [ n ] [ 0 ] && ! f [ n ] [ 1 ] && d . push ( [ l , c ] ) } d . length && Uu ( this , a ) ; for ( a = d . length - 1 ; 0 <= a ; -- a ) this . bm . apply ( this , d [ a ] ) } return ! ! this . g }
function Pu ( a ) { this . I = ! 1 ; Uu ( this , a ) ; a = a . coordinate ; for ( var b = 0 , c = this . j . length ; b < c ; ++ b ) { for ( var d = this . j [ b ] , e = d [ 0 ] , f = e . depth , g = e . geometry , h , l = e . la , d = d [ 1 ] ; a . length < g . qa ( ) ; ) a . push ( l [ d ] [ a . length ] ) ; switch ( g . U ( ) ) { case "Point" : h = a ; l [ 0 ] = l [ 1 ] = a ; break ; case "MultiPoint" : h = g . X ( ) ; h [ e . index ] = a ; l [ 0 ] = l [ 1 ] = a ; break ; case "LineString" : h = g . X ( ) ; h [ e . index + d ] = a ; l [ d ] = a ; break ; case "MultiLineString" : h = g . X ( ) ; h [ f [ 0 ] ] [ e . index + d ] = a ; l [ d ] = a ; break ; case "Polygon" : h = g . X ( ) ; h [ f [ 0 ] ] [ e . index + d ] = a ; l [ d ] = a ; break ; case "MultiPolygon" : h = g . X ( ) ;
h [ f [ 1 ] ] [ f [ 0 ] ] [ e . index + d ] = a ; l [ d ] = a ; break ; case "Circle" : l [ 0 ] = l [ 1 ] = a , 0 === e . index ? ( this . l = ! 0 , g . ob ( a ) ) : ( this . l = ! 0 , g . Uc ( jf ( g . wa ( ) , a ) ) ) , this . l = ! 1 } h && ( e = g , f = h , this . l = ! 0 , e . ma ( f ) , this . l = ! 1 ) } Yu ( this , a ) } function Ru ( a ) { for ( var b , c , d = this . j . length - 1 ; 0 <= d ; -- d ) if ( b = this . j [ d ] [ 0 ] , c = b . geometry , "Circle" === c . U ( ) ) { var e = c . wa ( ) , f = b . Pf [ 0 ] ; b = b . Pf [ 1 ] ; f . la [ 0 ] = f . la [ 1 ] = e ; b . la [ 0 ] = b . la [ 1 ] = e ; Hj ( this . a , Za ( e ) , f ) ; Hj ( this . a , c . G ( ) , b ) } else Hj ( this . a , Na ( b . la ) , b ) ; this . C && ( this . b ( new Vu ( "modifyend" , this . u , a ) ) , this . C = ! 1 ) ; return ! 1 }
function Qu ( a ) { if ( ! ( a instanceof ee ) ) return ! 0 ; this . R = a ; var b ; dg ( a . map . Z ( ) ) [ 1 ] || "pointermove" != a . type || this . D || ( this . va = a . pixel , Tu ( this , a . pixel , a . map ) ) ; this . g && this . xb ( a ) && ( b = "singleclick" == a . type && this . I ? ! 0 : this . hj ( ) ) ; "singleclick" == a . type && ( this . I = ! 1 ) ; return Eg . call ( this , a ) && ! b }
function Tu ( a , b , c ) { function d ( a , b ) { return av ( e , a ) - av ( e , b ) } var e = c . Wa ( b ) , f = Qa ( Za ( e ) , c . Z ( ) . Pa ( ) * a . fa ) , f = Jj ( a . a , f ) ; if ( 0 < f . length ) { f . sort ( d ) ; var g = f [ 0 ] , h = g . la , l = $u ( e , g ) , m = c . Ja ( l ) , n = jf ( b , m ) ; if ( n <= a . fa ) { b = { } ; if ( "Circle" === g . geometry . U ( ) && 1 === g . index ) a . pa = ! 0 , Yu ( a , l ) ; else for ( n = c . Ja ( h [ 0 ] ) , g = c . Ja ( h [ 1 ] ) , c = hf ( m , n ) , m = hf ( m , g ) , n = Math . sqrt ( Math . min ( c , m ) ) , a . pa = n <= a . fa , a . pa && ( l = c > m ? h [ 1 ] : h [ 0 ] ) , Yu ( a , l ) , m = 1 , c = f . length ; m < c ; ++ m ) if ( l = f [ m ] . la , df ( h [ 0 ] , l [ 0 ] ) && df ( h [ 1 ] , l [ 1 ] ) || df ( h [ 0 ] , l [ 1 ] ) && df ( h [ 1 ] , l [ 0 ] ) ) b [ w ( l ) ] = ! 0 ; else break ;
b [ w ( h ) ] = ! 0 ; a . Sa = b ; return } } a . g && ( a . B . ha ( ) . Gb ( a . g ) , a . g = null ) } function av ( a , b ) { var c = b . geometry ; return "Circle" === c . U ( ) && 1 === b . index ? ( a = hf ( c . wa ( ) , a ) , c = Math . sqrt ( a ) - c . pd ( ) , c * c ) : kf ( a , b . la ) } function $u ( a , b ) { var c = b . geometry ; return "Circle" === c . U ( ) && 1 === b . index ? c . Ab ( a ) : af ( a , b . la ) }
k . bm = function ( a , b ) { for ( var c = a . la , d = a . feature , e = a . geometry , f = a . depth , g = a . index , h ; b . length < e . qa ( ) ; ) b . push ( 0 ) ; switch ( e . U ( ) ) { case "MultiLineString" : h = e . X ( ) ; h [ f [ 0 ] ] . splice ( g + 1 , 0 , b ) ; break ; case "Polygon" : h = e . X ( ) ; h [ f [ 0 ] ] . splice ( g + 1 , 0 , b ) ; break ; case "MultiPolygon" : h = e . X ( ) ; h [ f [ 1 ] ] [ f [ 0 ] ] . splice ( g + 1 , 0 , b ) ; break ; case "LineString" : h = e . X ( ) ; h . splice ( g + 1 , 0 , b ) ; break ; default : return } this . l = ! 0 ; e . ma ( h ) ; this . l = ! 1 ; h = this . a ; h . remove ( a ) ; bv ( this , e , g , f , 1 ) ; a = { la : [ c [ 0 ] , b ] , feature : d , geometry : e , depth : f , index : g } ; h . Ca ( Na ( a . la ) , a ) ;
this . j . push ( [ a , 1 ] ) ; b = { la : [ b , c [ 1 ] ] , feature : d , geometry : e , depth : f , index : g + 1 } ; h . Ca ( Na ( b . la ) , b ) ; this . j . push ( [ b , 0 ] ) ; this . I = ! 0 } ;
k . hj = function ( ) { if ( this . R && "pointerdrag" != this . R . type ) { var a = this . R ; Uu ( this , a ) ; var b = this . j , c = { } , d , e ; for ( e = b . length - 1 ; 0 <= e ; -- e ) { var f = b [ e ] ; var g = f [ 0 ] ; var h = w ( g . feature ) ; g . depth && ( h += "-" + g . depth . join ( "-" ) ) ; h in c || ( c [ h ] = { } ) ; 0 === f [ 1 ] ? ( c [ h ] . right = g , c [ h ] . index = g . index ) : 1 == f [ 1 ] && ( c [ h ] . left = g , c [ h ] . index = g . index + 1 ) } for ( h in c ) { var l = c [ h ] . right ; var m = c [ h ] . left ; e = c [ h ] . index ; var n = e - 1 ; g = void 0 !== m ? m : l ; 0 > n && ( n = 0 ) ; f = g . geometry ; var p = d = f . X ( ) ; var q = ! 1 ; switch ( f . U ( ) ) { case "MultiLineString" : 2 < d [ g . depth [ 0 ] ] . length &&
( d [ g . depth [ 0 ] ] . splice ( e , 1 ) , q = ! 0 ) ; break ; case "LineString" : 2 < d . length && ( d . splice ( e , 1 ) , q = ! 0 ) ; break ; case "MultiPolygon" : p = p [ g . depth [ 1 ] ] ; case "Polygon" : p = p [ g . depth [ 0 ] ] , 4 < p . length && ( e == p . length - 1 && ( e = 0 ) , p . splice ( e , 1 ) , q = ! 0 , 0 === e && ( p . pop ( ) , p . push ( p [ 0 ] ) , n = p . length - 1 ) ) } q && ( q = f , this . l = ! 0 , q . ma ( d ) , this . l = ! 1 , d = [ ] , void 0 !== m && ( this . a . remove ( m ) , d . push ( m . la [ 0 ] ) ) , void 0 !== l && ( this . a . remove ( l ) , d . push ( l . la [ 1 ] ) ) , void 0 !== m && void 0 !== l && ( m = { depth : g . depth , feature : g . feature , geometry : g . geometry , index : n , la : d } , this . a . Ca ( Na ( m . la ) ,
m ) ) , bv ( this , f , e , g . depth , - 1 ) , this . g && ( this . B . ha ( ) . Gb ( this . g ) , this . g = null ) , b . length = 0 ) } this . b ( new Vu ( "modifyend" , this . u , a ) ) ; this . C = ! 1 ; return ! 0 } return ! 1 } ; function bv ( a , b , c , d , e ) { Lj ( a . a , b . G ( ) , function ( a ) { a . geometry === b && ( void 0 === d || void 0 === a . depth || pa ( a . depth , d ) ) && a . index > c && ( a . index += e ) } ) } function Su ( ) { var a = gl ( ) ; return function ( ) { return a . Point } } function Vu ( a , b , c ) { Oc . call ( this , a ) ; this . features = b ; this . mapBrowserEvent = c } v ( Vu , Oc ) ; function cv ( a ) { ng . call ( this , { handleEvent : dv } ) ; a = a ? a : { } ; this . C = a . condition ? a . condition : wg ; this . D = a . addCondition ? a . addCondition : nf ; this . B = a . removeCondition ? a . removeCondition : nf ; this . I = a . toggleCondition ? a . toggleCondition : yg ; this . l = a . multi ? a . multi : ! 1 ; this . o = a . filter ? a . filter : mf ; this . j = a . hitTolerance ? a . hitTolerance : 0 ; this . g = new T ( { source : new U ( { useSpatialIndex : ! 1 , features : a . features , wrapX : a . wrapX } ) , style : a . style ? a . style : ev ( ) , updateWhileAnimating : ! 0 , updateWhileInteracting : ! 0 } ) ; if ( a . layers ) if ( "function" ===
typeof a . layers ) a = a . layers ; else { var b = a . layers ; a = function ( a ) { return ja ( b , a ) } } else a = mf ; this . u = a ; this . a = { } ; a = this . g . ha ( ) . f ; y ( a , "add" , this . Fn , this ) ; y ( a , "remove" , this . Jn , this ) } v ( cv , ng ) ; k = cv . prototype ; k . Gn = function ( ) { return this . g . ha ( ) . f } ; k . Hn = function ( ) { return this . j } ; k . In = function ( a ) { a = w ( a ) ; return this . a [ a ] } ;
function dv ( a ) { if ( ! this . C ( a ) ) return ! 0 ; var b = this . D ( a ) , c = this . B ( a ) , d = this . I ( a ) , e = ! b && ! c && ! d , f = a . map , g = this . g . ha ( ) . f , h = [ ] , l = [ ] ; if ( e ) { ub ( this . a ) ; f . we ( a . pixel , function ( a , b ) { if ( this . o ( a , b ) ) return l . push ( a ) , a = w ( a ) , this . a [ a ] = b , ! this . l } . bind ( this ) , { layerFilter : this . u , hitTolerance : this . j } ) ; for ( e = g . dc ( ) - 1 ; 0 <= e ; -- e ) { var f = g . item ( e ) , m = l . indexOf ( f ) ; - 1 < m ? l . splice ( m , 1 ) : ( g . remove ( f ) , h . push ( f ) ) } l . length && g . fg ( l ) } else { f . we ( a . pixel , function ( a , e ) { if ( this . o ( a , e ) ) return ! b && ! d || ja ( g . a , a ) ? ( c || d ) && ja ( g . a , a ) && ( h . push ( a ) , e =
w ( a ) , delete this . a [ e ] ) : ( l . push ( a ) , a = w ( a ) , this . a [ a ] = e ) , ! this . l } . bind ( this ) , { layerFilter : this . u , hitTolerance : this . j } ) ; for ( e = h . length - 1 ; 0 <= e ; -- e ) g . remove ( h [ e ] ) ; g . fg ( l ) } ( 0 < l . length || 0 < h . length ) && this . b ( new fv ( gv , l , h , a ) ) ; return vg ( a ) } k . Kn = function ( a ) { this . j = a } ; k . setMap = function ( a ) { var b = this . v , c = this . g . ha ( ) . f ; b && c . forEach ( b . Cj , b ) ; ng . prototype . setMap . call ( this , a ) ; this . g . setMap ( a ) ; a && c . forEach ( a . xj , a ) } ;
function ev ( ) { var a = gl ( ) ; la ( a . Polygon , a . LineString ) ; la ( a . GeometryCollection , a . LineString ) ; return function ( b ) { return b . V ( ) ? a [ b . V ( ) . U ( ) ] : null } } k . Fn = function ( a ) { var b = this . v ; b && b . xj ( a . element ) } ; k . Jn = function ( a ) { var b = this . v ; b && b . Cj ( a . element ) } ; function fv ( a , b , c , d ) { Oc . call ( this , a ) ; this . selected = b ; this . deselected = c ; this . mapBrowserEvent = d } v ( fv , Oc ) ; var gv = "select" ; function hv ( a ) { Dg . call ( this , { handleEvent : iv , handleDownEvent : mf , handleUpEvent : jv } ) ; a = a ? a : { } ; this . l = a . source ? a . source : null ; this . R = void 0 !== a . vertex ? a . vertex : ! 0 ; this . C = void 0 !== a . edge ? a . edge : ! 0 ; this . j = a . features ? a . features : null ; this . pa = [ ] ; this . B = { } ; this . T = { } ; this . u = { } ; this . I = null ; this . g = void 0 !== a . pixelTolerance ? a . pixelTolerance : 10 ; this . va = kv . bind ( this ) ; this . a = new Gj ; this . fa = { Point : this . Rn , LineString : this . wi , LinearRing : this . wi , Polygon : this . Sn , MultiPoint : this . Pn , MultiLineString : this . On , MultiPolygon : this . Qn ,
GeometryCollection : this . Nn , Circle : this . Mn } } v ( hv , Dg ) ; k = hv . prototype ; k . yb = function ( a , b ) { b = void 0 !== b ? b : ! 0 ; var c = w ( a ) , d = a . V ( ) ; if ( d ) { var e = this . fa [ d . U ( ) ] ; e && ( this . T [ c ] = d . G ( Oa ( ) ) , e . call ( this , a , d ) ) } b && ( this . B [ c ] = y ( a , "change" , this . Ln , this ) ) } ; k . Ak = function ( a ) { this . yb ( a ) } ; k . Bk = function ( a ) { this . Gb ( a ) } ; k . ui = function ( a ) { if ( a instanceof gu ) var b = a . feature ; else a instanceof bd && ( b = a . element ) ; this . yb ( b ) } ; k . vi = function ( a ) { if ( a instanceof gu ) var b = a . feature ; else a instanceof bd && ( b = a . element ) ; this . Gb ( b ) } ;
k . Ln = function ( a ) { a = a . target ; if ( this . D ) { var b = w ( a ) ; b in this . u || ( this . u [ b ] = a ) } else this . Dj ( a ) } ; k . Gb = function ( a , b ) { b = void 0 !== b ? b : ! 0 ; var c = w ( a ) , d = this . T [ c ] ; if ( d ) { var e = this . a , f = [ ] ; Lj ( e , d , function ( b ) { a === b . feature && f . push ( b ) } ) ; for ( d = f . length - 1 ; 0 <= d ; -- d ) e . remove ( f [ d ] ) } b && ( Ec ( this . B [ c ] ) , delete this . B [ c ] ) } ;
k . setMap = function ( a ) { var b = this . v , c = this . pa , d ; this . j ? d = this . j : this . l && ( d = this . l . Xe ( ) ) ; b && ( c . forEach ( Ec ) , c . length = 0 , d . forEach ( this . Bk , this ) ) ; Dg . prototype . setMap . call ( this , a ) ; a && ( this . j ? c . push ( y ( this . j , "add" , this . ui , this ) , y ( this . j , "remove" , this . vi , this ) ) : this . l && c . push ( y ( this . l , "addfeature" , this . ui , this ) , y ( this . l , "removefeature" , this . vi , this ) ) , d . forEach ( this . Ak , this ) ) } ; k . Xc = nf ;
function lv ( a , b , c , d ) { var e = d . Wa ( [ b [ 0 ] - a . g , b [ 1 ] + a . g ] ) , f = d . Wa ( [ b [ 0 ] + a . g , b [ 1 ] - a . g ] ) , e = Na ( [ e , f ] ) , g = Jj ( a . a , e ) ; a . R && ! a . C && ( g = g . filter ( function ( a ) { return "Circle" !== a . feature . V ( ) . U ( ) } ) ) ; var h = ! 1 , e = ! 1 , l = f = null ; if ( 0 < g . length ) { a . I = c ; g . sort ( a . va ) ; var m = g [ 0 ] . la , h = "Circle" === g [ 0 ] . feature . V ( ) . U ( ) ; if ( a . R && ! a . C ) { if ( c = d . Ja ( m [ 0 ] ) , h = d . Ja ( m [ 1 ] ) , c = hf ( b , c ) , b = hf ( b , h ) , h = Math . sqrt ( Math . min ( c , b ) ) , h = h <= a . g ) e = ! 0 , f = c > b ? m [ 1 ] : m [ 0 ] , l = d . Ja ( f ) } else a . C && ( f = h ? $e ( c , g [ 0 ] . feature . V ( ) ) : af ( c , m ) , l = d . Ja ( f ) , jf ( b , l ) <= a . g && ( e = ! 0 , a . R && ! h && ( c =
d . Ja ( m [ 0 ] ) , h = d . Ja ( m [ 1 ] ) , c = hf ( l , c ) , b = hf ( l , h ) , h = Math . sqrt ( Math . min ( c , b ) ) , h = h <= a . g ) ) ) && ( f = c > b ? m [ 1 ] : m [ 0 ] , l = d . Ja ( f ) ) ; e && ( l = [ Math . round ( l [ 0 ] ) , Math . round ( l [ 1 ] ) ] ) } return { nq : e , vertex : f , wq : l } } k . Dj = function ( a ) { this . Gb ( a , ! 1 ) ; this . yb ( a , ! 1 ) } ; k . Mn = function ( a , b ) { b = Zf ( b ) . X ( ) [ 0 ] ; var c ; var d = 0 ; for ( c = b . length - 1 ; d < c ; ++ d ) { var e = b . slice ( d , d + 2 ) ; var f = { feature : a , la : e } ; this . a . Ca ( Na ( e ) , f ) } } ; k . Nn = function ( a , b ) { var c = b . a ; for ( b = 0 ; b < c . length ; ++ b ) { var d = this . fa [ c [ b ] . U ( ) ] ; d && d . call ( this , a , c [ b ] ) } } ;
k . wi = function ( a , b ) { b = b . X ( ) ; var c ; var d = 0 ; for ( c = b . length - 1 ; d < c ; ++ d ) { var e = b . slice ( d , d + 2 ) ; var f = { feature : a , la : e } ; this . a . Ca ( Na ( e ) , f ) } } ; k . On = function ( a , b ) { b = b . X ( ) ; var c , d ; var e = 0 ; for ( d = b . length ; e < d ; ++ e ) { var f = b [ e ] ; var g = 0 ; for ( c = f . length - 1 ; g < c ; ++ g ) { var h = f . slice ( g , g + 2 ) ; var l = { feature : a , la : h } ; this . a . Ca ( Na ( h ) , l ) } } } ; k . Pn = function ( a , b ) { var c = b . X ( ) , d ; var e = 0 ; for ( d = c . length ; e < d ; ++ e ) { var f = c [ e ] ; f = { feature : a , la : [ f , f ] } ; this . a . Ca ( b . G ( ) , f ) } } ;
k . Qn = function ( a , b ) { b = b . X ( ) ; var c , d , e ; var f = 0 ; for ( e = b . length ; f < e ; ++ f ) { var g = b [ f ] ; var h = 0 ; for ( d = g . length ; h < d ; ++ h ) { var l = g [ h ] ; var m = 0 ; for ( c = l . length - 1 ; m < c ; ++ m ) { var n = l . slice ( m , m + 2 ) ; var p = { feature : a , la : n } ; this . a . Ca ( Na ( n ) , p ) } } } } ; k . Rn = function ( a , b ) { var c = b . X ( ) ; a = { feature : a , la : [ c , c ] } ; this . a . Ca ( b . G ( ) , a ) } ; k . Sn = function ( a , b ) { b = b . X ( ) ; var c , d ; var e = 0 ; for ( d = b . length ; e < d ; ++ e ) { var f = b [ e ] ; var g = 0 ; for ( c = f . length - 1 ; g < c ; ++ g ) { var h = f . slice ( g , g + 2 ) ; var l = { feature : a , la : h } ; this . a . Ca ( Na ( h ) , l ) } } } ;
function iv ( a ) { var b = lv ( this , a . pixel , a . coordinate , a . map ) ; b . nq && ( a . coordinate = b . vertex . slice ( 0 , 2 ) , a . pixel = b . wq ) ; return Eg . call ( this , a ) } function jv ( ) { var a = vb ( this . u ) ; a . length && ( a . forEach ( this . Dj , this ) , this . u = { } ) ; return ! 1 } function kv ( a , b ) { return kf ( this . I , a . la ) - kf ( this . I , b . la ) } ; function mv ( a ) { Dg . call ( this , { handleDownEvent : nv , handleDragEvent : ov , handleMoveEvent : pv , handleUpEvent : qv } ) ; a = a ? a : { } ; this . a = null ; this . j = void 0 !== a . features ? a . features : null ; if ( a . layers ) if ( "function" === typeof a . layers ) var b = a . layers ; else { var c = a . layers ; b = function ( a ) { return ja ( c , a ) } } else b = mf ; this . C = b ; this . l = a . hitTolerance ? a . hitTolerance : 0 ; this . g = null ; y ( this , Vc ( "active" ) , this . u , this ) } v ( mv , Dg ) ;
function nv ( a ) { this . g = rv ( this , a . pixel , a . map ) ; if ( ! this . a && this . g ) { this . a = a . coordinate ; pv . call ( this , a ) ; var b = this . j || new Yc ( [ this . g ] ) ; this . b ( new sv ( "translatestart" , b , a . coordinate ) ) ; return ! 0 } return ! 1 } function qv ( a ) { if ( this . a ) { this . a = null ; pv . call ( this , a ) ; var b = this . j || new Yc ( [ this . g ] ) ; this . b ( new sv ( "translateend" , b , a . coordinate ) ) ; return ! 0 } return ! 1 }
function ov ( a ) { if ( this . a ) { a = a . coordinate ; var b = a [ 0 ] - this . a [ 0 ] , c = a [ 1 ] - this . a [ 1 ] , d = this . j || new Yc ( [ this . g ] ) ; d . forEach ( function ( a ) { var d = a . V ( ) ; d . translate ( b , c ) ; a . Ra ( d ) } ) ; this . a = a ; this . b ( new sv ( "translating" , d , a ) ) } } function pv ( a ) { var b = a . map . a ; rv ( this , a . pixel , a . map ) ? ( b . classList . remove ( this . a ? "ol-grab" : "ol-grabbing" ) , b . classList . add ( this . a ? "ol-grabbing" : "ol-grab" ) ) : b . classList . remove ( "ol-grab" , "ol-grabbing" ) }
function rv ( a , b , c ) { return c . we ( b , function ( a ) { if ( ! this . j || ja ( this . j . a , a ) ) return a } . bind ( a ) , { layerFilter : a . C , hitTolerance : a . l } ) } mv . prototype . B = function ( ) { return this . l } ; mv . prototype . I = function ( a ) { this . l = a } ; mv . prototype . setMap = function ( a ) { var b = this . v ; Dg . prototype . setMap . call ( this , a ) ; tv ( this , b ) } ; mv . prototype . u = function ( ) { tv ( this , null ) } ; function tv ( a , b ) { var c = a . v ; a = a . c ( ) ; c && a || ( c || ( c = b ) , c . a . classList . remove ( "ol-grab" , "ol-grabbing" ) ) }
function sv ( a , b , c ) { Oc . call ( this , a ) ; this . features = b ; this . coordinate = c } v ( sv , Oc ) ; function V ( a ) { a = a ? a : { } ; var b = tb ( { } , a ) ; delete b . gradient ; delete b . radius ; delete b . blur ; delete b . shadow ; delete b . weight ; T . call ( this , b ) ; this . j = null ; this . R = void 0 !== a . shadow ? a . shadow : 250 ; this . I = void 0 ; this . B = null ; y ( this , Vc ( uv ) , this . Bl , this ) ; this . pj ( a . gradient ? a . gradient : vv ) ; this . jj ( void 0 !== a . blur ? a . blur : 15 ) ; this . Uc ( void 0 !== a . radius ? a . radius : 8 ) ; y ( this , Vc ( wv ) , this . cg , this ) ; y ( this , Vc ( xv ) , this . cg , this ) ; this . cg ( ) ; var c = a . weight ? a . weight : "weight" , d ; "string" === typeof c ? d = function ( a ) { return a . get ( c ) } : d = c ; this . g ( function ( a ) { a =
d ( a ) ; a = void 0 !== a ? Ca ( a , 0 , 1 ) : 1 ; var b = 255 * a | 0 , c = this . B [ b ] ; c || ( c = [ new bl ( { image : new eo ( { opacity : a , src : this . I } ) } ) ] , this . B [ b ] = c ) ; return c } . bind ( this ) ) ; this . set ( Pt , null ) ; y ( this , "render" , this . Sl , this ) } v ( V , T ) ; var vv = [ "#00f" , "#0ff" , "#0f0" , "#ff0" , "#f00" ] ; k = V . prototype ; k . uh = function ( ) { return this . get ( wv ) } ; k . Bh = function ( ) { return this . get ( uv ) } ; k . yi = function ( ) { return this . get ( xv ) } ;
k . Bl = function ( ) { for ( var a = this . Bh ( ) , b = jd ( 1 , 256 ) , c = b . createLinearGradient ( 0 , 0 , 1 , 256 ) , d = 1 / ( a . length - 1 ) , e = 0 , f = a . length ; e < f ; ++ e ) c . addColorStop ( e * d , a [ e ] ) ; b . fillStyle = c ; b . fillRect ( 0 , 0 , 1 , 256 ) ; this . j = b . getImageData ( 0 , 0 , 1 , 256 ) . data } ; k . cg = function ( ) { var a = this . yi ( ) , b = this . uh ( ) , c = a + b + 1 , d = 2 * c , d = jd ( d , d ) ; d . shadowOffsetX = d . shadowOffsetY = this . R ; d . shadowBlur = b ; d . shadowColor = "#000" ; d . beginPath ( ) ; b = c - this . R ; d . arc ( b , b , a , 0 , 2 * Math . PI , ! 0 ) ; d . fill ( ) ; this . I = d . canvas . toDataURL ( ) ; this . B = Array ( 256 ) ; this . s ( ) } ;
k . Sl = function ( a ) { a = a . context ; var b = a . canvas , b = a . getImageData ( 0 , 0 , b . width , b . height ) , c = b . data , d , e ; var f = 0 ; for ( d = c . length ; f < d ; f += 4 ) if ( e = 4 * c [ f + 3 ] ) c [ f ] = this . j [ e ] , c [ f + 1 ] = this . j [ e + 1 ] , c [ f + 2 ] = this . j [ e + 2 ] ; a . putImageData ( b , 0 , 0 ) } ; k . jj = function ( a ) { this . set ( wv , a ) } ; k . pj = function ( a ) { this . set ( uv , a ) } ; k . Uc = function ( a ) { this . set ( xv , a ) } ; var wv = "blur" , uv = "gradient" , xv = "radius" ; function yv ( a ) { Gt . call ( this , a ) ; this . v = Bh ( ) ; this . j = null } v ( yv , Gt ) ; yv . prototype . S = function ( a , b , c ) { It ( this , "precompose" , c , a , void 0 ) ; var d = this . Y ( ) ; if ( d ) { var e = b . extent , f = void 0 !== e && ! Va ( e , a . extent ) && qb ( e , a . extent ) ; f && Ht ( c , a , e ) ; var e = this . C ( ) , g = c . globalAlpha ; c . globalAlpha = b . opacity ; c . drawImage ( d , 0 , 0 , + d . width , + d . height , Math . round ( e [ 4 ] ) , Math . round ( e [ 5 ] ) , Math . round ( d . width * e [ 0 ] ) , Math . round ( d . height * e [ 3 ] ) ) ; c . globalAlpha = g ; f && c . restore ( ) } this . ef ( c , a , b ) } ;
yv . prototype . Ea = function ( a , b , c , d , e ) { var f = this . a ; return f . ha ( ) . Ea ( a , b . viewState . resolution , b . viewState . rotation , c , b . skippedFeatureUids , function ( a ) { return d . call ( e , a , f ) } ) } ;
yv . prototype . u = function ( a , b , c , d ) { if ( this . Y ( ) ) { if ( this . a . ha ( ) . Ea !== ua ) return Gt . prototype . u . apply ( this , arguments ) ; var e = Gh ( this . v , a . slice ( ) ) ; gf ( e , b . viewState . resolution / this . f ) ; this . j || ( this . j = jd ( 1 , 1 ) ) ; this . j . clearRect ( 0 , 0 , 1 , 1 ) ; this . j . drawImage ( this . Y ( ) , e [ 0 ] , e [ 1 ] , 1 , 1 , 0 , 0 , 1 , 1 ) ; e = this . j . getImageData ( 0 , 0 , 1 , 1 ) . data ; if ( 0 < e [ 3 ] ) return c . call ( d , this . a , e ) } } ; function zv ( a ) { yv . call ( this , a ) ; this . M = null ; this . c = Bh ( ) } v ( zv , yv ) ; zv . prototype . Y = function ( ) { return this . M ? this . M . Y ( ) : null } ; zv . prototype . C = function ( ) { return this . c } ;
zv . prototype . sd = function ( a , b ) { var c = a . pixelRatio , d = a . size , e = a . viewState , f = e . center , g = e . resolution , h = this . a . ha ( ) , l = a . viewHints , m = a . extent ; void 0 !== b . extent && ( m = pb ( m , b . extent ) ) ; l [ 0 ] || l [ 1 ] || kb ( m ) || ( b = h . Y ( m , g , c , e . projection ) ) && At ( this , b ) && ( this . M = b ) ; if ( this . M ) { b = this . M ; var l = b . G ( ) , m = b . resolution , e = b . a , n = c * m / ( g * e ) , l = Kh ( this . c , c * d [ 0 ] / 2 , c * d [ 1 ] / 2 , n , n , 0 , e * ( l [ 0 ] - f [ 0 ] ) / m , e * ( f [ 1 ] - l [ 3 ] ) / m ) ; Kh ( this . v , c * d [ 0 ] / 2 - l [ 4 ] , c * d [ 1 ] / 2 - l [ 5 ] , c / g , - c / g , 0 , - f [ 0 ] , - f [ 1 ] ) ; Ct ( a . attributions , b . f ) ; Dt ( a , h ) ; this . f = g * c / e } return ! ! this . M } ; function Av ( a , b , c , d ) { var e = gc ( c , b , a ) ; c = Sb ( b , d , c ) ; b = b . sc ( ) ; void 0 !== b && ( c *= b ) ; b = a . sc ( ) ; void 0 !== b && ( c /= b ) ; a = Sb ( a , c , e ) / c ; isFinite ( a ) && 0 < a && ( c /= a ) ; return c } function Bv ( a , b , c , d ) { a = c - a ; b = d - b ; var e = Math . sqrt ( a * a + b * b ) ; return [ Math . round ( c + a / e ) , Math . round ( d + b / e ) ] }
function Cv ( a , b , c , d , e , f , g , h , l , m , n ) { var p = jd ( Math . round ( c * a ) , Math . round ( c * b ) ) ; if ( ! l . length ) return p . canvas ; p . scale ( c , c ) ; var q = Oa ( ) ; l . forEach ( function ( a ) { cb ( q , a . extent ) } ) ; var r = jd ( Math . round ( c * lb ( q ) / d ) , Math . round ( c * mb ( q ) / d ) ) , u = c / d ; l . forEach ( function ( a ) { r . drawImage ( a . image , m , m , a . image . width - 2 * m , a . image . height - 2 * m , ( a . extent [ 0 ] - q [ 0 ] ) * u , - ( a . extent [ 3 ] - q [ 3 ] ) * u , lb ( a . extent ) * u , mb ( a . extent ) * u ) } ) ; var x = ib ( g ) ; h . c . forEach ( function ( a ) { var b = a . source , e = a . target , g = b [ 1 ] [ 0 ] , h = b [ 1 ] [ 1 ] , l = b [ 2 ] [ 0 ] , m = b [ 2 ] [ 1 ] ; a = ( e [ 0 ] [ 0 ] -
x [ 0 ] ) / f ; var n = - ( e [ 0 ] [ 1 ] - x [ 1 ] ) / f , u = ( e [ 1 ] [ 0 ] - x [ 0 ] ) / f , B = - ( e [ 1 ] [ 1 ] - x [ 1 ] ) / f , da = ( e [ 2 ] [ 0 ] - x [ 0 ] ) / f , fb = - ( e [ 2 ] [ 1 ] - x [ 1 ] ) / f , e = b [ 0 ] [ 0 ] , b = b [ 0 ] [ 1 ] , g = g - e , h = h - b , l = l - e , m = m - b ; a : { g = [ [ g , h , 0 , 0 , u - a ] , [ l , m , 0 , 0 , da - a ] , [ 0 , 0 , g , h , B - n ] , [ 0 , 0 , l , m , fb - n ] ] ; h = g . length ; for ( l = 0 ; l < h ; l ++ ) { for ( var m = l , ca = Math . abs ( g [ l ] [ l ] ) , Ub = l + 1 ; Ub < h ; Ub ++ ) { var uc = Math . abs ( g [ Ub ] [ l ] ) ; uc > ca && ( ca = uc , m = Ub ) } if ( ! ca ) { g = null ; break a } ca = g [ m ] ; g [ m ] = g [ l ] ; g [ l ] = ca ; for ( m = l + 1 ; m < h ; m ++ ) for ( ca = - g [ m ] [ l ] / g [ l ] [ l ] , Ub = l ; Ub < h + 1 ; Ub ++ ) g [ m ] [ Ub ] = l == Ub ? 0 : g [ m ] [ Ub ] + ca * g [ l ] [ Ub ] } l = Array ( h ) ;
for ( m = h - 1 ; 0 <= m ; m -- ) for ( l [ m ] = g [ m ] [ h ] / g [ m ] [ m ] , ca = m - 1 ; 0 <= ca ; ca -- ) g [ ca ] [ h ] -= g [ ca ] [ m ] * l [ m ] ; g = l } g && ( p . save ( ) , p . beginPath ( ) , l = ( a + u + da ) / 3 , m = ( n + B + fb ) / 3 , h = Bv ( l , m , a , n ) , u = Bv ( l , m , u , B ) , da = Bv ( l , m , da , fb ) , p . moveTo ( u [ 0 ] , u [ 1 ] ) , p . lineTo ( h [ 0 ] , h [ 1 ] ) , p . lineTo ( da [ 0 ] , da [ 1 ] ) , p . clip ( ) , p . transform ( g [ 0 ] , g [ 2 ] , g [ 1 ] , g [ 3 ] , a , n ) , p . translate ( q [ 0 ] - e , q [ 3 ] - b ) , p . scale ( d / c , - d / c ) , p . drawImage ( r . canvas , 0 , 0 ) , p . restore ( ) ) } ) ; n && ( p . save ( ) , p . strokeStyle = "black" , p . lineWidth = 1 , h . c . forEach ( function ( a ) { var b = a . target ; a = ( b [ 0 ] [ 0 ] - x [ 0 ] ) / f ; var c = - ( b [ 0 ] [ 1 ] -
x [ 1 ] ) / f , d = ( b [ 1 ] [ 0 ] - x [ 0 ] ) / f , e = - ( b [ 1 ] [ 1 ] - x [ 1 ] ) / f , g = ( b [ 2 ] [ 0 ] - x [ 0 ] ) / f , b = - ( b [ 2 ] [ 1 ] - x [ 1 ] ) / f ; p . beginPath ( ) ; p . moveTo ( d , e ) ; p . lineTo ( a , c ) ; p . lineTo ( g , b ) ; p . closePath ( ) ; p . stroke ( ) } ) , p . restore ( ) ) ; return p . canvas } ; function Dv ( a , b , c , d , e ) { this . i = a ; this . f = b ; var f = { } , g = ec ( this . f , this . i ) ; this . a = function ( a ) { var b = a [ 0 ] + "/" + a [ 1 ] ; f [ b ] || ( f [ b ] = g ( a ) ) ; return f [ b ] } ; this . g = d ; this . v = e * e ; this . c = [ ] ; this . o = ! 1 ; this . l = this . i . i && ! ! d && ! ! this . i . G ( ) && lb ( d ) == lb ( this . i . G ( ) ) ; this . b = this . i . G ( ) ? lb ( this . i . G ( ) ) : null ; this . j = this . f . G ( ) ? lb ( this . f . G ( ) ) : null ; a = ib ( c ) ; b = hb ( c ) ; d = gb ( c ) ; c = eb ( c ) ; e = this . a ( a ) ; var h = this . a ( b ) , l = this . a ( d ) , m = this . a ( c ) ; Ev ( this , a , b , d , c , e , h , l , m , 10 ) ; if ( this . o ) { var n = Infinity ; this . c . forEach ( function ( a ) { n = Math . min ( n , a . source [ 0 ] [ 0 ] ,
a . source [ 1 ] [ 0 ] , a . source [ 2 ] [ 0 ] ) } ) ; this . c . forEach ( function ( a ) { if ( Math . max ( a . source [ 0 ] [ 0 ] , a . source [ 1 ] [ 0 ] , a . source [ 2 ] [ 0 ] ) - n > this . b / 2 ) { var b = [ [ a . source [ 0 ] [ 0 ] , a . source [ 0 ] [ 1 ] ] , [ a . source [ 1 ] [ 0 ] , a . source [ 1 ] [ 1 ] ] , [ a . source [ 2 ] [ 0 ] , a . source [ 2 ] [ 1 ] ] ] ; b [ 0 ] [ 0 ] - n > this . b / 2 && ( b [ 0 ] [ 0 ] -= this . b ) ; b [ 1 ] [ 0 ] - n > this . b / 2 && ( b [ 1 ] [ 0 ] -= this . b ) ; b [ 2 ] [ 0 ] - n > this . b / 2 && ( b [ 2 ] [ 0 ] -= this . b ) ; Math . max ( b [ 0 ] [ 0 ] , b [ 1 ] [ 0 ] , b [ 2 ] [ 0 ] ) - Math . min ( b [ 0 ] [ 0 ] , b [ 1 ] [ 0 ] , b [ 2 ] [ 0 ] ) < this . b / 2 && ( a . source = b ) } } , this ) } f = { } }
function Ev ( a , b , c , d , e , f , g , h , l , m ) { var n = Na ( [ f , g , h , l ] ) , p = a . b ? lb ( n ) / a . b : null , q = a . b , r = a . i . i && . 5 < p && 1 > p , u = ! 1 ; if ( 0 < m ) { if ( a . f . c && a . j ) var x = Na ( [ b , c , d , e ] ) , u = u | . 25 < lb ( x ) / a . j ; ! r && a . i . c && p && ( u |= . 25 < p ) } if ( u || ! a . g || qb ( n , a . g ) ) { if ( ! ( u || isFinite ( f [ 0 ] ) && isFinite ( f [ 1 ] ) && isFinite ( g [ 0 ] ) && isFinite ( g [ 1 ] ) && isFinite ( h [ 0 ] ) && isFinite ( h [ 1 ] ) && isFinite ( l [ 0 ] ) && isFinite ( l [ 1 ] ) ) ) if ( 0 < m ) u = ! 0 ; else return ; if ( 0 < m && ( u || ( n = a . a ( [ ( b [ 0 ] + d [ 0 ] ) / 2 , ( b [ 1 ] + d [ 1 ] ) / 2 ] ) , q = r ? ( Ia ( f [ 0 ] , q ) + Ia ( h [ 0 ] , q ) ) / 2 - Ia ( n [ 0 ] , q ) : ( f [ 0 ] + h [ 0 ] ) / 2 - n [ 0 ] , n = ( f [ 1 ] + h [ 1 ] ) / 2 - n [ 1 ] ,
u = q * q + n * n > a . v ) , u ) ) { Math . abs ( b [ 0 ] - d [ 0 ] ) <= Math . abs ( b [ 1 ] - d [ 1 ] ) ? ( r = [ ( c [ 0 ] + d [ 0 ] ) / 2 , ( c [ 1 ] + d [ 1 ] ) / 2 ] , q = a . a ( r ) , n = [ ( e [ 0 ] + b [ 0 ] ) / 2 , ( e [ 1 ] + b [ 1 ] ) / 2 ] , p = a . a ( n ) , Ev ( a , b , c , r , n , f , g , q , p , m - 1 ) , Ev ( a , n , r , d , e , p , q , h , l , m - 1 ) ) : ( r = [ ( b [ 0 ] + c [ 0 ] ) / 2 , ( b [ 1 ] + c [ 1 ] ) / 2 ] , q = a . a ( r ) , n = [ ( d [ 0 ] + e [ 0 ] ) / 2 , ( d [ 1 ] + e [ 1 ] ) / 2 ] , p = a . a ( n ) , Ev ( a , b , r , n , e , f , q , p , l , m - 1 ) , Ev ( a , r , c , d , n , q , g , h , p , m - 1 ) ) ; return } if ( r ) { if ( ! a . l ) return ; a . o = ! 0 } a . c . push ( { source : [ f , h , l ] , target : [ b , d , e ] } ) ; a . c . push ( { source : [ f , g , h ] , target : [ b , c , d ] } ) } }
function Fv ( a ) { var b = Oa ( ) ; a . c . forEach ( function ( a ) { a = a . source ; Pa ( b , a [ 0 ] ) ; Pa ( b , a [ 1 ] ) ; Pa ( b , a [ 2 ] ) } ) ; return b } ; function Gv ( a , b , c , d , e , f ) { this . v = b ; this . l = a . G ( ) ; var g = b . G ( ) , h = g ? pb ( c , g ) : c , g = Av ( a , b , nb ( h ) , d ) ; this . j = new Dv ( a , b , h , this . l , . 5 * g ) ; this . c = d ; this . i = c ; a = Fv ( this . j ) ; this . o = ( this . Hb = f ( a , g , e ) ) ? this . Hb . a : 1 ; this . ee = this . g = null ; e = 2 ; f = [ ] ; this . Hb && ( e = 0 , f = this . Hb . f ) ; Is . call ( this , c , d , this . o , e , f ) } v ( Gv , Is ) ; Gv . prototype . ka = function ( ) { 1 == this . state && ( Ec ( this . ee ) , this . ee = null ) ; Is . prototype . ka . call ( this ) } ; Gv . prototype . Y = function ( ) { return this . g } ;
Gv . prototype . de = function ( ) { var a = this . Hb . getState ( ) ; 2 == a && ( this . g = Cv ( lb ( this . i ) / this . c , mb ( this . i ) / this . c , this . o , this . Hb . resolution , 0 , this . c , this . i , this . j , [ { extent : this . Hb . G ( ) , image : this . Hb . Y ( ) } ] , 0 ) ) ; this . state = a ; this . s ( ) } ; Gv . prototype . load = function ( ) { if ( 0 == this . state ) { this . state = 1 ; this . s ( ) ; var a = this . Hb . getState ( ) ; 2 == a || 3 == a ? this . de ( ) : ( this . ee = y ( this . Hb , "change" , function ( ) { var a = this . Hb . getState ( ) ; if ( 2 == a || 3 == a ) Ec ( this . ee ) , this . ee = null , this . de ( ) } , this ) , this . Hb . load ( ) ) } } ; function Hv ( a ) { $t . call ( this , { attributions : a . attributions , extent : a . extent , logo : a . logo , projection : a . projection , state : a . state } ) ; this . C = void 0 !== a . resolutions ? a . resolutions : null ; this . a = null ; this . fa = 0 } v ( Hv , $t ) ; function Iv ( a , b ) { a . C && ( b = a . C [ ka ( a . C , b , 0 ) ] ) ; return b }
Hv . prototype . Y = function ( a , b , c , d ) { var e = this . c ; if ( e && d && ! dc ( e , d ) ) { if ( this . a ) { if ( this . fa == this . i && dc ( this . a . v , d ) && this . a . resolution == b && this . a . a == c && bb ( this . a . G ( ) , a ) ) return this . a ; Nc ( this . a ) ; this . a = null } this . a = new Gv ( e , d , a , b , c , function ( a , b , c ) { return this . Jc ( a , b , c , e ) } . bind ( this ) ) ; this . fa = this . i ; return this . a } e && ( d = e ) ; return this . Jc ( a , b , c , d ) } ; Hv . prototype . o = function ( a ) { a = a . target ; switch ( a . getState ( ) ) { case 1 : this . b ( new Jv ( Kv , a ) ) ; break ; case 2 : this . b ( new Jv ( Lv , a ) ) ; break ; case 3 : this . b ( new Jv ( Mv , a ) ) } } ;
function Nv ( a , b ) { a . Y ( ) . src = b } function Jv ( a , b ) { Oc . call ( this , a ) ; this . image = b } v ( Jv , Oc ) ; var Kv = "imageloadstart" , Lv = "imageloadend" , Mv = "imageloaderror" ; function Ov ( a ) { Hv . call ( this , { attributions : a . attributions , logo : a . logo , projection : a . projection , resolutions : a . resolutions , state : a . state } ) ; this . pa = a . canvasFunction ; this . R = null ; this . T = 0 ; this . va = void 0 !== a . ratio ? a . ratio : 1.5 } v ( Ov , Hv ) ; Ov . prototype . Jc = function ( a , b , c , d ) { b = Iv ( this , b ) ; var e = this . R ; if ( e && this . T == this . i && e . resolution == b && e . a == c && Va ( e . G ( ) , a ) ) return e ; a = a . slice ( ) ; rb ( a , this . va ) ; ( d = this . pa ( a , b , c , [ lb ( a ) / b * c , mb ( a ) / b * c ] , d ) ) && ( e = new Ks ( a , b , c , this . j , d ) ) ; this . R = e ; this . T = this . i ; return e } ; function Pv ( a ) { this . f = a . source ; this . $a = Bh ( ) ; this . g = jd ( ) ; this . l = [ 0 , 0 ] ; this . Sa = void 0 == a . renderBuffer ? 100 : a . renderBuffer ; this . B = null ; Ov . call ( this , { attributions : a . attributions , canvasFunction : this . tk . bind ( this ) , logo : a . logo , projection : a . projection , ratio : a . ratio , resolutions : a . resolutions , state : this . f . getState ( ) } ) ; this . I = null ; this . v = void 0 ; this . Ii ( a . style ) ; y ( this . f , "change" , this . ro , this ) } v ( Pv , Ov ) ; k = Pv . prototype ;
k . tk = function ( a , b , c , d , e ) { var f = new pt ( . 5 * b / c , a , b , this . f . T , this . Sa ) ; this . f . Yd ( a , b , e ) ; var g = ! 1 ; this . f . $b ( a , function ( a ) { var d ; if ( ! ( d = g ) ) { var e ; ( d = a . Lc ( ) ) ? e = d . call ( a , b ) : this . v && ( e = this . v ( a , b ) ) ; if ( e ) { var h , p = ! 1 ; Array . isArray ( e ) || ( e = [ e ] ) ; d = 0 ; for ( h = e . length ; d < h ; ++ d ) p = Mt ( f , a , e [ d ] , Lt ( b , c ) , this . qo , this ) || p ; d = p } else d = ! 1 } g = d } , this ) ; tt ( f ) ; if ( g ) return null ; this . l [ 0 ] != d [ 0 ] || this . l [ 1 ] != d [ 1 ] ? ( this . g . canvas . width = d [ 0 ] , this . g . canvas . height = d [ 1 ] , this . l [ 0 ] = d [ 0 ] , this . l [ 1 ] = d [ 1 ] ) : this . g . clearRect ( 0 , 0 , d [ 0 ] , d [ 1 ] ) ; a = Qv ( this ,
nb ( a ) , b , c , d ) ; f . La ( this . g , c , a , 0 , { } ) ; this . B = f ; return this . g . canvas } ; k . Ea = function ( a , b , c , d , e , f ) { if ( this . B ) { var g = { } ; return this . B . Ea ( a , b , 0 , d , e , function ( a ) { var b = w ( a ) . toString ( ) ; if ( ! ( b in g ) ) return g [ b ] = ! 0 , f ( a ) } ) } } ; k . no = function ( ) { return this . f } ; k . oo = function ( ) { return this . I } ; k . po = function ( ) { return this . v } ; function Qv ( a , b , c , d , e ) { c = d / c ; return Kh ( a . $a , e [ 0 ] / 2 , e [ 1 ] / 2 , c , - c , 0 , - b [ 0 ] , - b [ 1 ] ) } k . qo = function ( ) { this . s ( ) } ; k . ro = function ( ) { bu ( this , this . f . getState ( ) ) } ;
k . Ii = function ( a ) { this . I = void 0 !== a ? a : fl ; this . v = a ? dl ( this . I ) : void 0 ; this . s ( ) } ; function Rv ( a , b ) { Vt . call ( this , a , b ) ; this . o = this . f = this . M = null } v ( Rv , Vt ) ; function Sv ( a , b ) { b = b . Y ( ) ; return Ti ( a . c . i , b ) } Rv . prototype . Ea = function ( a , b , c , d , e ) { var f = this . a ; return f . ha ( ) . Ea ( a , b . viewState . resolution , b . viewState . rotation , c , b . skippedFeatureUids , function ( a ) { return d . call ( e , a , f ) } ) } ;
Rv . prototype . ng = function ( a , b ) { var c = this . c . i , d = a . pixelRatio , e = a . viewState , f = e . center , g = e . resolution , h = e . rotation , l = this . M , m = this . Ib , n = this . a . ha ( ) , p = a . viewHints , q = a . extent ; void 0 !== b . extent && ( q = pb ( q , b . extent ) ) ; p [ 0 ] || p [ 1 ] || kb ( q ) || ( b = n . Y ( q , g , d , e . projection ) ) && At ( this , b ) && ( l = b , m = Sv ( this , b ) , this . Ib && a . postRenderFunctions . push ( function ( a , b ) { a . isContextLost ( ) || a . deleteTexture ( b ) } . bind ( null , c , this . Ib ) ) ) ; l && ( c = this . c . f . j , Tv ( this , c . width , c . height , d , f , g , h , l . G ( ) ) , this . o = null , d = this . v , Ch ( d ) , Ih ( d , 1 , - 1 ) , Jh ( d , 0 ,
- 1 ) , this . M = l , this . Ib = m , Ct ( a . attributions , l . f ) , Dt ( a , n ) ) ; return ! ! l } ; function Tv ( a , b , c , d , e , f , g , h ) { b *= f ; c *= f ; a = a . S ; Ch ( a ) ; Ih ( a , 2 * d / b , 2 * d / c ) ; Hh ( a , - g ) ; Jh ( a , h [ 0 ] - e [ 0 ] , h [ 1 ] - e [ 1 ] ) ; Ih ( a , ( h [ 2 ] - h [ 0 ] ) / 2 , ( h [ 3 ] - h [ 1 ] ) / 2 ) ; Jh ( a , 1 , 1 ) } Rv . prototype . Ue = function ( a , b ) { return void 0 !== this . Ea ( a , b , 0 , mf , this ) } ;
Rv . prototype . lg = function ( a , b , c , d ) { if ( this . M && this . M . Y ( ) ) if ( this . a . ha ( ) instanceof Pv ) { var e = Gh ( b . pixelToCoordinateTransform , a . slice ( ) ) ; if ( this . Ea ( e , b , 0 , mf , this ) ) return c . call ( d , this . a , null ) } else { e = [ this . M . Y ( ) . width , this . M . Y ( ) . height ] ; if ( ! this . o ) { var f = b . size ; b = Bh ( ) ; Jh ( b , - 1 , - 1 ) ; Ih ( b , 2 / f [ 0 ] , 2 / f [ 1 ] ) ; Jh ( b , 0 , f [ 1 ] ) ; Ih ( b , 1 , - 1 ) ; var f = Lh ( this . S . slice ( ) ) , g = Bh ( ) ; Jh ( g , 0 , e [ 1 ] ) ; Ih ( g , 1 , - 1 ) ; Ih ( g , e [ 0 ] / 2 , e [ 1 ] / 2 ) ; Jh ( g , 1 , 1 ) ; Eh ( g , f ) ; Eh ( g , b ) ; this . o = g } a = Gh ( this . o , a . slice ( ) ) ; if ( ! ( 0 > a [ 0 ] || a [ 0 ] > e [ 0 ] || 0 > a [ 1 ] || a [ 1 ] > e [ 1 ] ) && ( this . f ||
( this . f = jd ( 1 , 1 ) ) , this . f . clearRect ( 0 , 0 , 1 , 1 ) , this . f . drawImage ( this . M . Y ( ) , a [ 0 ] , a [ 1 ] , 1 , 1 , 0 , 0 , 1 , 1 ) , e = this . f . getImageData ( 0 , 0 , 1 , 1 ) . data , 0 < e [ 3 ] ) ) return c . call ( d , this . a , e ) } } ; function Uv ( a ) { wh . call ( this , a ? a : { } ) } v ( Uv , wh ) ; Uv . prototype . Fd = function ( a ) { var b = null , c = a . U ( ) ; "canvas" === c ? b = new zv ( this ) : "webgl" === c && ( b = new Rv ( a , this ) ) ; return b } ; function Vv ( a ) { yv . call ( this , a ) ; this . c = null === this . c ? null : jd ( ) ; this . o = null ; this . g = [ ] ; this . l = Oa ( ) ; this . va = new ya ( 0 , 0 , 0 , 0 ) ; this . B = Bh ( ) ; this . T = 0 } v ( Vv , yv ) ; function Wv ( a , b ) { b = b . getState ( ) ; a = a . a . kd ( ) ; return 2 == b || 4 == b || 3 == b && ! a }
Vv . prototype . sd = function ( a , b ) { var c = a . pixelRatio , d = a . size , e = a . viewState , f = e . projection , g = e . resolution , e = e . center , h = this . a , l = h . ha ( ) , m = l . i , n = l . Ta ( f ) , p = n . tc ( g , this . T ) , q = n . Da ( p ) , r = Math . round ( g / q ) || 1 , u = a . extent ; void 0 !== b . extent && ( u = pb ( u , b . extent ) ) ; if ( kb ( u ) ) return ! 1 ; var x = rc ( n , u , q ) ; var B = n . Pc ( p ) ; var E = n . Da ( p ) , A = Ma ( n . gb ( p ) , n . j ) ; B = Xa ( B [ 0 ] + x . ca * A [ 0 ] * E , B [ 1 ] + x . da * A [ 1 ] * E , B [ 0 ] + ( x . $ + 1 ) * A [ 0 ] * E , B [ 1 ] + ( x . ia + 1 ) * A [ 1 ] * E , void 0 ) ; E = l . nb ( c ) ; A = { } ; A [ p ] = { } ; var L = this . Nf ( l , f , A ) , oa = this . l , ha = this . va , ga = ! 1 , z , M ; for ( z = x . ca ; z <=
x . $ ; ++ z ) for ( M = x . da ; M <= x . ia ; ++ M ) { var ba = l . Nc ( p , z , M , c , f ) ; 3 != ba . getState ( ) || this . a . kd ( ) || Ns ( ba , 2 ) ; Wv ( this , ba ) || ( ba = Ms ( ba ) ) ; Wv ( this , ba ) ? 2 == ba . getState ( ) && ( A [ p ] [ ba . ta . toString ( ) ] = ba , ga || - 1 != this . g . indexOf ( ba ) || ( ga = ! 0 ) ) : pc ( n , ba . ta , L , ha , oa ) || ( ba = qc ( n , ba . ta , ha , oa ) ) && L ( p + 1 , ba ) } z = a . viewHints ; z = z [ 0 ] || z [ 1 ] ; if ( ! ( this . f && 16 < Date . now ( ) - a . time && z || ! ga && this . o && Va ( this . o , u ) && this . mf == m && r == this . R && ( z || q * c / E * r == this . f ) ) ) { if ( z = this . c ) M = l . Xd ( p , c , f ) , ba = Math . round ( ( x . $ - x . ca + 1 ) * M [ 0 ] / r ) , M = Math . round ( ( x . ia - x . da + 1 ) * M [ 1 ] / r ) ,
ga = z . canvas , ga . width != ba || ga . height != M ? ( this . R = r , ga . width = ba , ga . height = M ) : ( z . clearRect ( 0 , 0 , ba , M ) , r = this . R ) ; this . g . length = 0 ; ga = Object . keys ( A ) . map ( Number ) ; ga . sort ( ia ) ; var da , ha = 0 ; for ( da = ga . length ; ha < da ; ++ ha ) { z = ga [ ha ] ; L = l . Xd ( z , c , f ) ; ba = n . Da ( z ) ; var fb = ba / q ; var ca = E * l . Wf ( f ) ; var Ub = A [ z ] ; for ( var uc in Ub ) { ba = Ub [ uc ] ; M = n . Aa ( ba . ta , oa ) ; z = ( M [ 0 ] - B [ 0 ] ) / q * E / r ; M = ( B [ 3 ] - M [ 3 ] ) / q * E / r ; var bc = L [ 0 ] * fb / r ; var Je = L [ 1 ] * fb / r ; this . Of ( ba , a , b , z , M , bc , Je , ca ) ; this . g . push ( ba ) } } this . mf = m ; this . f = q * c / E * r ; this . o = B } b = this . f / g ; b = Kh ( this . B ,
c * d [ 0 ] / 2 , c * d [ 1 ] / 2 , b , b , 0 , ( this . o [ 0 ] - e [ 0 ] ) / this . f * c , ( e [ 1 ] - this . o [ 3 ] ) / this . f * c ) ; Kh ( this . v , c * d [ 0 ] / 2 - b [ 4 ] , c * d [ 1 ] / 2 - b [ 5 ] , c / g , - c / g , 0 , - e [ 0 ] , - e [ 1 ] ) ; Et ( a . usedTiles , l , p , x ) ; Ft ( a , l , n , c , f , u , p , h . Ud ( ) ) ; Bt ( a , l ) ; Dt ( a , l ) ; return 0 < this . g . length } ; Vv . prototype . Of = function ( a , b , c , d , e , f , g , h ) { this . a . ha ( ) . Zf ( b . viewState . projection ) || this . c . clearRect ( d , e , f , g ) ; ( a = a . Y ( ) ) && this . c . drawImage ( a , h , h , a . width - 2 * h , a . height - 2 * h , d , e , f , g ) } ; Vv . prototype . Y = function ( ) { var a = this . c ; return a ? a . canvas : null } ; Vv . prototype . C = function ( ) { return this . B } ; function Xv ( ) { this . b = "precision mediump float;varying vec2 a;uniform sampler2D e;void main(void){gl_FragColor=texture2D(e,a);}" } v ( Xv , mi ) ; var Yv = new Xv ; function Zv ( ) { this . b = "varying vec2 a;attribute vec2 b;attribute vec2 c;uniform vec4 d;void main(void){gl_Position=vec4(b*d.xy+d.zw,0.,1.);a=c;}" } v ( Zv , ni ) ; var $v = new Zv ; function aw ( a , b ) { this . i = a . getUniformLocation ( b , "e" ) ; this . c = a . getUniformLocation ( b , "d" ) ; this . b = a . getAttribLocation ( b , "b" ) ; this . a = a . getAttribLocation ( b , "c" ) } ; function bw ( a , b ) { Vt . call ( this , a , b ) ; this . I = Yv ; this . fa = $v ; this . f = null ; this . B = new Di ( [ 0 , 0 , 0 , 1 , 1 , 0 , 1 , 1 , 0 , 1 , 0 , 0 , 1 , 1 , 1 , 0 ] ) ; this . D = this . o = null ; this . l = - 1 ; this . R = [ 0 , 0 ] } v ( bw , Vt ) ; k = bw . prototype ; k . ka = function ( ) { Gi ( this . c . f , this . B ) ; Vt . prototype . ka . call ( this ) } ; k . Nf = function ( a , b , c ) { var d = this . c ; return function ( e , f ) { return yt ( a , b , e , f , function ( a ) { var b = d . a . b . hasOwnProperty ( a . bb ( ) ) ; b && ( c [ e ] || ( c [ e ] = { } ) , c [ e ] [ a . ta . toString ( ) ] = a ) ; return b } ) } } ; k . mg = function ( ) { Vt . prototype . mg . call ( this ) ; this . f = null } ;
k . ng = function ( a , b , c ) { var d = this . c , e = c . b , f = a . viewState , g = f . projection , h = this . a , l = h . ha ( ) , m = l . Ta ( g ) , n = m . tc ( f . resolution ) , p = m . Da ( n ) , q = l . Xd ( n , a . pixelRatio , g ) , r = q [ 0 ] / Ma ( m . gb ( n ) , this . R ) [ 0 ] , u = p / r , x = l . nb ( r ) * l . Wf ( g ) , B = f . center , E = a . extent , A = rc ( m , E , p ) ; if ( this . o && Aa ( this . o , A ) && this . l == l . i ) u = this . D ; else { var L = [ A . $ - A . ca + 1 , A . ia - A . da + 1 ] , oa = Ea ( Math . max ( L [ 0 ] * q [ 0 ] , L [ 1 ] * q [ 1 ] ) ) , L = u * oa , ha = m . Pc ( n ) , ga = ha [ 0 ] + A . ca * q [ 0 ] * u , u = ha [ 1 ] + A . da * q [ 1 ] * u , u = [ ga , u , ga + L , u + L ] ; Wt ( this , a , oa ) ; e . viewport ( 0 , 0 , oa , oa ) ; e . clearColor ( 0 , 0 , 0 , 0 ) ; e . clear ( 16384 ) ;
e . disable ( 3042 ) ; oa = Hi ( c , this . I , this . fa ) ; c . Qc ( oa ) ; this . f || ( this . f = new aw ( e , oa ) ) ; wi ( c , 34962 , this . B ) ; e . enableVertexAttribArray ( this . f . b ) ; e . vertexAttribPointer ( this . f . b , 2 , 5126 , ! 1 , 16 , 0 ) ; e . enableVertexAttribArray ( this . f . a ) ; e . vertexAttribPointer ( this . f . a , 2 , 5126 , ! 1 , 16 , 8 ) ; e . uniform1i ( this . f . i , 0 ) ; c = { } ; c [ n ] = { } ; var z = this . Nf ( l , g , c ) , M = h . kd ( ) , oa = ! 0 , ga = Oa ( ) , ba = new ya ( 0 , 0 , 0 , 0 ) , da , fb ; for ( da = A . ca ; da <= A . $ ; ++ da ) for ( fb = A . da ; fb <= A . ia ; ++ fb ) { ha = l . Nc ( n , da , fb , r , g ) ; if ( void 0 !== b . extent ) { var ca = m . Aa ( ha . ta , ga ) ; if ( ! qb ( ca , b . extent ) ) continue } ca =
ha . getState ( ) ; ( ca = 2 == ca || 4 == ca || 3 == ca && ! M ) || ( ha = Ms ( ha ) ) ; ca = ha . getState ( ) ; if ( 2 == ca ) { if ( d . a . b . hasOwnProperty ( ha . bb ( ) ) ) { c [ n ] [ ha . ta . toString ( ) ] = ha ; continue } } else if ( 4 == ca || 3 == ca && ! M ) continue ; oa = ! 1 ; ca = pc ( m , ha . ta , z , ba , ga ) ; ca || ( ha = qc ( m , ha . ta , ba , ga ) ) && z ( n + 1 , ha ) } b = Object . keys ( c ) . map ( Number ) ; b . sort ( ia ) ; for ( var z = new Float32Array ( 4 ) , Ub , M = 0 , ba = b . length ; M < ba ; ++ M ) for ( Ub in da = c [ b [ M ] ] , da ) ha = da [ Ub ] , ca = m . Aa ( ha . ta , ga ) , z [ 0 ] = 2 * ( ca [ 2 ] - ca [ 0 ] ) / L , z [ 1 ] = 2 * ( ca [ 3 ] - ca [ 1 ] ) / L , z [ 2 ] = 2 * ( ca [ 0 ] - u [ 0 ] ) / L - 1 , z [ 3 ] = 2 * ( ca [ 1 ] - u [ 1 ] ) / L - 1 , e . uniform4fv ( this . f . c ,
z ) , nk ( d , ha , q , x * r ) , e . drawArrays ( 5 , 0 , 4 ) ; oa ? ( this . o = A , this . D = u , this . l = l . i ) : ( this . D = this . o = null , this . l = - 1 , a . animate = ! 0 ) } Et ( a . usedTiles , l , n , A ) ; var uc = d . j ; Ft ( a , l , m , r , g , E , n , h . Ud ( ) , function ( a ) { 2 != a . getState ( ) || d . a . b . hasOwnProperty ( a . bb ( ) ) || a . bb ( ) in uc . a || uc . f ( [ a , tc ( m , a . ta ) , m . Da ( a . ta [ 0 ] ) , q , x * r ] ) } , this ) ; Bt ( a , l ) ; Dt ( a , l ) ; e = this . v ; Ch ( e ) ; Jh ( e , ( Math . round ( B [ 0 ] / p ) * p - u [ 0 ] ) / ( u [ 2 ] - u [ 0 ] ) , ( Math . round ( B [ 1 ] / p ) * p - u [ 1 ] ) / ( u [ 3 ] - u [ 1 ] ) ) ; f . rotation && Hh ( e , f . rotation ) ; Ih ( e , a . size [ 0 ] * f . resolution / ( u [ 2 ] - u [ 0 ] ) , a . size [ 1 ] * f . resolution /
( u [ 3 ] - u [ 1 ] ) ) ; Jh ( e , - . 5 , - . 5 ) ; return ! 0 } ; k . lg = function ( a , b , c , d ) { if ( this . g ) { a = Gh ( this . v , [ a [ 0 ] / b . size [ 0 ] , ( b . size [ 1 ] - a [ 1 ] ) / b . size [ 1 ] ] . slice ( ) ) ; a = [ a [ 0 ] * this . j , a [ 1 ] * this . j ] ; b = this . c . f . b ; b . bindFramebuffer ( b . FRAMEBUFFER , this . g ) ; var e = new Uint8Array ( 4 ) ; b . readPixels ( a [ 0 ] , a [ 1 ] , 1 , 1 , b . RGBA , b . UNSIGNED _BYTE , e ) ; if ( 0 < e [ 3 ] ) return c . call ( d , this . a , e ) } } ; function cw ( a ) { a = a ? a : { } ; var b = tb ( { } , a ) ; delete b . preload ; delete b . useInterimTilesOnError ; wh . call ( this , b ) ; this . zi ( void 0 !== a . preload ? a . preload : 0 ) ; this . Ai ( void 0 !== a . useInterimTilesOnError ? a . useInterimTilesOnError : ! 0 ) } v ( cw , wh ) ; k = cw . prototype ; k . Fd = function ( a ) { var b = null , c = a . U ( ) ; "canvas" === c ? b = new Vv ( this ) : "webgl" === c && ( b = new bw ( a , this ) ) ; return b } ; k . Ud = function ( ) { return this . get ( "preload" ) } ; k . zi = function ( a ) { this . set ( "preload" , a ) } ; k . kd = function ( ) { return this . get ( "useInterimTilesOnError" ) } ;
k . Ai = function ( a ) { this . set ( "useInterimTilesOnError" , a ) } ; function dw ( a ) { this . c = null ; Vv . call ( this , a ) ; this . I = ! 1 ; this . D = Bh ( ) ; this . T = "vector" == a . j ? 1 : 0 } v ( dw , Vv ) ; var ew = { image : ji , hybrid : [ "Polygon" , "LineString" ] } , fw = { hybrid : [ "Image" , "Text" ] , vector : ji } ; k = dw . prototype ; k . sd = function ( a , b ) { var c = this . a , d = c . i ; this . pa != d && ( this . g . length = 0 , c = c . j , this . c || "vector" == c || ( this . c = jd ( ) ) , this . c && "vector" == c && ( this . c = null ) ) ; this . pa = d ; return Vv . prototype . sd . apply ( this , arguments ) } ;
k . Of = function ( a , b , c , d , e , f , g , h ) { var l = a , m = this . a , n = b . pixelRatio , p = b . viewState . projection , q = m . i , r = m . get ( Pt ) || null , u = l . o ; if ( u . Nd || u . mf != q || u . Kg != r ) { for ( var x = 0 , B = l . a . length ; x < B ; ++ x ) { var E = l . c [ l . a [ x ] ] ; E . S = null ; u . Nd = ! 1 ; var A = m . ha ( ) , L = A . tileGrid , oa = E . ta , ha = E . a , ga = A . Ta ( p ) , z = ga . Da ( l . ta [ 0 ] ) , M = L . Da ( E . ta [ 0 ] ) , ga = ga . Aa ( l . v ) , oa = L . Aa ( oa ) , ga = pb ( ga , oa ) ; if ( "tile-pixels" == ha . a ) var ba = L = A . nb ( ) , M = Kh ( this . D , 0 , 0 , 1 / M * ba , - 1 / M * ba , 0 , - oa [ 0 ] , - oa [ 3 ] ) , M = Gh ( M , [ ga [ 0 ] , ga [ 3 ] ] ) . concat ( Gh ( M , [ ga [ 2 ] , ga [ 1 ] ] ) ) ; else if ( L = z , M = ga , ! dc ( p , ha ) ) { var da =
! 0 ; E . ig ( p ) } u . Nd = ! 1 ; A = new pt ( 0 , M , L , A . l , m . c ) ; M = Lt ( L , n ) ; L = E . g ; r && r !== u . Kg && L . sort ( r ) ; oa = 0 ; for ( ga = L . length ; oa < ga ; ++ oa ) { ba = L [ oa ] ; da && ba . V ( ) . tb ( ha , p ) ; var fb = void 0 , ca = ba . Lc ( ) ; ca ? fb = ca . call ( ba , z ) : ( ca = m . f ) && ( fb = ca ( ba , z ) ) ; if ( fb ) { Array . isArray ( fb ) || ( fb = [ fb ] ) ; var ca = M , Ub = A ; if ( fb ) { var uc = ! 1 ; if ( Array . isArray ( fb ) ) for ( var bc = 0 , Je = fb . length ; bc < Je ; ++ bc ) uc = Mt ( Ub , ba , fb [ bc ] , ca , this . Fi , this ) || uc ; else uc = Mt ( Ub , ba , fb , ca , this . Fi , this ) || uc ; ba = uc } else ba = ! 1 ; this . I = this . I || ba ; u . Nd = u . Nd || ba } } tt ( A ) ; E . c [ l . ta . toString ( ) ] = A } u . mf =
q ; u . Kg = r } if ( this . c ) { x = b ; p = this . a ; n = l . o ; q = p . i ; if ( ( m = ew [ p . j ] ) && n . Lg !== q ) for ( n . Lg = q , B = l . v , E = B [ 0 ] , n = x . pixelRatio , z = p . ha ( ) , p = z . tileGrid , ha = z . Ta ( x . viewState . projection ) , q = ha . Da ( E ) , r = z . nb ( ) , l . j || ( l . j = jd ( ) ) , u = l . j , x = z . Xd ( E , n , x . viewState . projection ) , u . canvas . width = x [ 0 ] , u . canvas . height = x [ 1 ] , x = ha . Aa ( B ) , B = 0 , E = l . a . length ; B < E ; ++ B ) ha = l . c [ l . a [ B ] ] , A = ha . ta , da = n / q , z = Ch ( this . D ) , "tile-pixels" == ha . a . a ? ( da = p . Aa ( A , this . l ) , A = p . Da ( A [ 0 ] ) , M = n / r * A / q , Ih ( z , M , M ) , Jh ( z , Math . round ( ( da [ 0 ] - x [ 0 ] ) / A * r ) , Math . round ( ( x [ 3 ] - da [ 3 ] ) / A * r ) ) ) : ( Ih ( z ,
da , - da ) , Jh ( z , - x [ 0 ] , - x [ 3 ] ) ) , ha . c [ l . ta . toString ( ) ] . La ( u , n , z , 0 , { } , m ) ; Vv . prototype . Of . apply ( this , arguments ) } } ;
k . Ea = function ( a , b , c , d , e ) { var f = b . viewState . resolution , g = b . viewState . rotation ; c = void 0 == c ? 0 : c ; var h = this . a , l = { } , m = this . g , n = h . ha ( ) ; b = n . Ta ( b . viewState . projection ) ; var p = n . tileGrid , q ; var r = 0 ; for ( q = m . length ; r < q ; ++ r ) { var u = m [ r ] ; var x = u . ta ; x = b . Aa ( x , this . l ) ; var B = Qa ( x , c * f , B ) ; if ( Ta ( B , a ) ) { x = 0 ; for ( var E = u . a . length ; x < E ; ++ x ) { var A = u . c [ u . a [ x ] ] ; if ( "tile-pixels" === A . a . a ) { var L = A . ta ; f = p . Aa ( L , this . l ) ; var oa = ib ( f ) ; f = n . nb ( ) ; L = p . Da ( L [ 0 ] ) / f ; oa = [ ( a [ 0 ] - oa [ 0 ] ) / L , ( oa [ 1 ] - a [ 1 ] ) / L ] } else oa = a ; A = A . c [ u . ta ] ; var ha = ha || A . Ea ( oa , f ,
g , c , { } , function ( a ) { var b = w ( a ) . toString ( ) ; if ( ! ( b in l ) ) return l [ b ] = ! 0 , d . call ( e , a , h ) } ) } } } return ha } ; k . Fi = function ( ) { zt ( this ) } ;
k . ef = function ( a , b , c ) { var d = this . a , e = d . ha ( ) , f = fw [ d . j ] ; if ( f ) for ( var g = b . pixelRatio , h = b . viewState . rotation , l = b . size , m = Math . round ( g * l [ 0 ] / 2 ) , l = Math . round ( g * l [ 1 ] / 2 ) , n = this . g , d = d . ha ( ) . nb ( ) , p = e . tileGrid , e = e . Ta ( b . viewState . projection ) , q = [ ] , r = [ ] , u = n . length - 1 ; 0 <= u ; -- u ) { var x = n [ u ] ; if ( 5 != x . getState ( ) ) for ( var B = x . ta , E = e . Aa ( B ) [ 0 ] - e . Aa ( x . v ) [ 0 ] , A = 0 , L = x . a . length ; A < L ; ++ A ) { var oa = x . c [ x . a [ A ] ] , ha = oa . ta [ 0 ] , ga = p . Da ( ha ) ; var z = oa ; var M = b ; if ( "tile-pixels" == z . a . a ) { var ba = this . a . ha ( ) , da = ba . tileGrid , fb = z . ta , ba = da . Da ( fb [ 0 ] ) / ba . nb ( ) ,
z = M . viewState , ca = M . pixelRatio , Ub = z . resolution / ca , fb = da . Aa ( fb , this . l ) , da = z . center , fb = ib ( fb ) ; M = M . size ; M = Kh ( this . D , Math . round ( ca * M [ 0 ] / 2 ) , Math . round ( ca * M [ 1 ] / 2 ) , ba / Ub , ba / Ub , z . rotation , ( fb [ 0 ] - da [ 0 ] ) / ba , ( da [ 1 ] - fb [ 1 ] ) / ba ) } else M = Jt ( this , M , 0 ) ; Jh ( M , E * d / ga , 0 ) ; oa = oa . c [ B . toString ( ) ] ; ga = vt ( oa , M ) ; a . save ( ) ; a . globalAlpha = c . opacity ; Vh ( a , - h , m , l ) ; ba = 0 ; for ( z = q . length ; ba < z ; ++ ba ) ca = q [ ba ] , ha < r [ ba ] && ( a . beginPath ( ) , a . moveTo ( ga [ 0 ] , ga [ 1 ] ) , a . lineTo ( ga [ 2 ] , ga [ 3 ] ) , a . lineTo ( ga [ 4 ] , ga [ 5 ] ) , a . lineTo ( ga [ 6 ] , ga [ 7 ] ) , a . moveTo ( ca [ 6 ] , ca [ 7 ] ) ,
a . lineTo ( ca [ 4 ] , ca [ 5 ] ) , a . lineTo ( ca [ 2 ] , ca [ 3 ] ) , a . lineTo ( ca [ 0 ] , ca [ 1 ] ) , a . clip ( ) ) ; oa . La ( a , g , M , h , { } , f ) ; a . restore ( ) ; q . push ( ga ) ; r . push ( ha ) } } Vv . prototype . ef . apply ( this , arguments ) } ; function W ( a ) { a = a ? a : { } ; var b = tb ( { } , a ) ; delete b . preload ; delete b . useInterimTilesOnError ; T . call ( this , b ) ; this . Bi ( a . preload ? a . preload : 0 ) ; this . Ci ( a . useInterimTilesOnError ? a . useInterimTilesOnError : ! 0 ) ; xa ( void 0 == a . renderMode || "image" == a . renderMode || "hybrid" == a . renderMode || "vector" == a . renderMode , 28 ) ; this . j = a . renderMode || "hybrid" } v ( W , T ) ; k = W . prototype ; k . Fd = function ( a ) { var b = null ; "canvas" === a . U ( ) && ( b = new dw ( this ) ) ; return b } ; k . Ud = function ( ) { return this . get ( "preload" ) } ; k . kd = function ( ) { return this . get ( "useInterimTilesOnError" ) } ;
k . Bi = function ( a ) { this . set ( "preload" , a ) } ; k . Ci = function ( a ) { this . set ( "useInterimTilesOnError" , a ) } ; function gw ( a , b , c , d ) { function e ( ) { delete window [ g ] ; f . parentNode . removeChild ( f ) } var f = document . createElement ( "script" ) , g = "olc_" + w ( b ) ; f . async = ! 0 ; f . src = a + ( - 1 == a . indexOf ( "?" ) ? "?" : "&" ) + ( d || "callback" ) + "=" + g ; var h = setTimeout ( function ( ) { e ( ) ; c && c ( ) } , 1E4 ) ; window [ g ] = function ( a ) { clearTimeout ( h ) ; e ( ) ; b ( a ) } ; document . getElementsByTagName ( "head" ) [ 0 ] . appendChild ( f ) } ; function hw ( a , b , c , d , e , f , g , h , l , m , n ) { Ls . call ( this , e , 0 ) ; this . D = void 0 !== n ? n : ! 1 ; this . S = g ; this . u = h ; this . v = null ; this . c = b ; this . j = d ; this . o = f ? f : e ; this . a = [ ] ; this . yd = null ; this . g = 0 ; f = d . Aa ( this . o ) ; h = this . j . G ( ) ; e = this . c . G ( ) ; f = h ? pb ( f , h ) : f ; if ( jb ( f ) ) if ( ( h = a . G ( ) ) && ( e ? e = pb ( e , h ) : e = h ) , d = Av ( a , c , nb ( f ) , d . Da ( this . o [ 0 ] ) ) , ! isFinite ( d ) || 0 >= d ) this . state = 4 ; else if ( this . l = new Dv ( a , c , f , e , d * ( void 0 !== m ? m : . 5 ) ) , this . l . c . length ) if ( this . g = b . tc ( d ) , c = Fv ( this . l ) , e && ( a . i ? ( c [ 1 ] = Ca ( c [ 1 ] , e [ 1 ] , e [ 3 ] ) , c [ 3 ] = Ca ( c [ 3 ] , e [ 1 ] , e [ 3 ] ) ) : c = pb ( c , e ) ) , jb ( c ) ) { a =
oc ( b , c , this . g ) ; for ( b = a . ca ; b <= a . $ ; b ++ ) for ( c = a . da ; c <= a . ia ; c ++ ) ( m = l ( this . g , b , c , g ) ) && this . a . push ( m ) ; this . a . length || ( this . state = 4 ) } else this . state = 4 ; else this . state = 4 ; else this . state = 4 } v ( hw , Ls ) ; hw . prototype . ka = function ( ) { 1 == this . state && ( this . yd . forEach ( Ec ) , this . yd = null ) ; Ls . prototype . ka . call ( this ) } ; hw . prototype . Y = function ( ) { return this . v } ;
hw . prototype . de = function ( ) { var a = [ ] ; this . a . forEach ( function ( b ) { b && 2 == b . getState ( ) && a . push ( { extent : this . c . Aa ( b . ta ) , image : b . Y ( ) } ) } , this ) ; this . a . length = 0 ; if ( a . length ) { var b = this . o [ 0 ] , c = this . j . gb ( b ) , d = "number" === typeof c ? c : c [ 0 ] , c = "number" === typeof c ? c : c [ 1 ] , b = this . j . Da ( b ) , e = this . c . Da ( this . g ) , f = this . j . Aa ( this . o ) ; this . v = Cv ( d , c , this . S , e , this . c . G ( ) , b , f , this . l , a , this . u , this . D ) ; this . state = 2 } else this . state = 3 ; this . s ( ) } ;
hw . prototype . load = function ( ) { if ( 0 == this . state ) { this . state = 1 ; this . s ( ) ; var a = 0 ; this . yd = [ ] ; this . a . forEach ( function ( b ) { var c = b . getState ( ) ; if ( 0 == c || 1 == c ) { a ++ ; var d = y ( b , "change" , function ( ) { var c = b . getState ( ) ; if ( 2 == c || 3 == c || 4 == c ) Ec ( d ) , a -- , a || ( this . yd . forEach ( Ec ) , this . yd = null , this . de ( ) ) } , this ) ; this . yd . push ( d ) } } , this ) ; this . a . forEach ( function ( a ) { 0 == a . getState ( ) && a . load ( ) } ) ; a || setTimeout ( this . de . bind ( this ) , 0 ) } } ; function iw ( a , b ) { var c = /\{z\}/g , d = /\{x\}/g , e = /\{y\}/g , f = /\{-y\}/g ; return function ( g ) { if ( g ) return a . replace ( c , g [ 0 ] . toString ( ) ) . replace ( d , g [ 1 ] . toString ( ) ) . replace ( e , function ( ) { return ( - g [ 2 ] - 1 ) . toString ( ) } ) . replace ( f , function ( ) { var a = b . a ? b . a [ g [ 0 ] ] : null ; xa ( a , 55 ) ; return ( a . ia - a . da + 1 + g [ 2 ] ) . toString ( ) } ) } } function jw ( a , b ) { for ( var c = a . length , d = Array ( c ) , e = 0 ; e < c ; ++ e ) d [ e ] = iw ( a [ e ] , b ) ; return kw ( d ) } function kw ( a ) { return 1 === a . length ? a [ 0 ] : function ( b , c , d ) { if ( b ) return a [ Ia ( ( b [ 1 ] << b [ 0 ] ) + b [ 2 ] , a . length ) ] ( b , c , d ) } }
function lw ( ) { } function mw ( a ) { var b = [ ] , c = /\{([a-z])-([a-z])\}/ . exec ( a ) ; if ( c ) { var d = c [ 2 ] . charCodeAt ( 0 ) , e ; for ( e = c [ 1 ] . charCodeAt ( 0 ) ; e <= d ; ++ e ) b . push ( a . replace ( c [ 0 ] , String . fromCharCode ( e ) ) ) ; return b } if ( c = c = /\{(\d+)-(\d+)\}/ . exec ( a ) ) { d = parseInt ( c [ 2 ] , 10 ) ; for ( e = parseInt ( c [ 1 ] , 10 ) ; e <= d ; e ++ ) b . push ( a . replace ( c [ 0 ] , e . toString ( ) ) ) ; return b } b . push ( a ) ; return b } ; function nw ( a ) { lk . call ( this ) ; this . highWaterMark = void 0 !== a ? a : 2048 } v ( nw , lk ) ; function ow ( a ) { return a . c > a . highWaterMark } nw . prototype . fd = function ( a ) { for ( var b , c ; ow ( this ) ; ) { b = this . a . Yc ; c = b . ta [ 0 ] . toString ( ) ; var d ; if ( d = c in a ) b = b . ta , d = za ( a [ c ] , b [ 1 ] , b [ 2 ] ) ; if ( d ) break ; else Nc ( this . pop ( ) ) } } ; function pw ( a ) { $t . call ( this , { attributions : a . attributions , extent : a . extent , logo : a . logo , projection : a . projection , state : a . state , wrapX : a . wrapX } ) ; this . va = void 0 !== a . opaque ? a . opaque : ! 1 ; this . $a = void 0 !== a . tilePixelRatio ? a . tilePixelRatio : 1 ; this . tileGrid = void 0 !== a . tileGrid ? a . tileGrid : null ; this . a = new nw ( a . cacheSize ) ; this . o = [ 0 , 0 ] ; this . uc = "" } v ( pw , $t ) ; k = pw . prototype ; k . Ki = function ( ) { return ow ( this . a ) } ; k . fd = function ( a , b ) { ( a = this . Wd ( a ) ) && a . fd ( b ) } ;
function yt ( a , b , c , d , e ) { b = a . Wd ( b ) ; if ( ! b ) return ! 1 ; for ( var f = ! 0 , g , h , l = d . ca ; l <= d . $ ; ++ l ) for ( var m = d . da ; m <= d . ia ; ++ m ) g = a . Sb ( c , l , m ) , h = ! 1 , b . b . hasOwnProperty ( g ) && ( g = b . get ( g ) , ( h = 2 === g . getState ( ) ) && ( h = ! 1 !== e ( g ) ) ) , h || ( f = ! 1 ) ; return f } k . Wf = function ( ) { return 0 } ; function qw ( a , b ) { a . uc !== b && ( a . uc = b , a . s ( ) ) } k . Sb = function ( a , b , c ) { return a + "/" + b + "/" + c } ; k . Zf = function ( ) { return this . va } ; k . ab = function ( ) { return this . tileGrid } ; k . Ta = function ( a ) { return this . tileGrid ? this . tileGrid : vc ( a ) } ;
k . Wd = function ( a ) { var b = this . c ; return b && ! dc ( b , a ) ? null : this . a } ; k . nb = function ( ) { return this . $a } ; k . Xd = function ( a , b , c ) { c = this . Ta ( c ) ; b = this . nb ( b ) ; a = Ma ( c . gb ( a ) , this . o ) ; return 1 == b ? a : La ( a , b , this . o ) } ; function rw ( a , b , c ) { var d = void 0 !== c ? c : a . c ; c = a . Ta ( d ) ; if ( a . u && d . c ) { var e = b ; b = e [ 0 ] ; a = tc ( c , e ) ; d = zc ( d ) ; Ta ( d , a ) ? b = e : ( e = lb ( d ) , a [ 0 ] += e * Math . ceil ( ( d [ 0 ] - a [ 0 ] ) / e ) , b = c . bg ( a , b ) ) } e = b [ 0 ] ; d = b [ 1 ] ; a = b [ 2 ] ; if ( c . minZoom > e || e > c . maxZoom ) c = ! 1 ; else { var f = c . G ( ) ; c = ( c = f ? oc ( c , f , e ) : c . a ? c . a [ e ] : null ) ? za ( c , d , a ) : ! 0 } return c ? b : null }
k . sa = function ( ) { this . a . clear ( ) ; this . s ( ) } ; k . Ug = ua ; function sw ( a , b ) { Oc . call ( this , a ) ; this . tile = b } v ( sw , Oc ) ; function tw ( a ) { pw . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , extent : a . extent , logo : a . logo , opaque : a . opaque , projection : a . projection , state : a . state , tileGrid : a . tileGrid , tilePixelRatio : a . tilePixelRatio , wrapX : a . wrapX } ) ; this . tileLoadFunction = a . tileLoadFunction ; this . tileUrlFunction = this . Fc ? this . Fc . bind ( this ) : lw ; this . urls = null ; a . urls ? this . eb ( a . urls ) : a . url && this . jb ( a . url ) ; a . tileUrlFunction && this . cb ( a . tileUrlFunction ) } v ( tw , pw ) ; k = tw . prototype ; k . pb = function ( ) { return this . tileLoadFunction } ;
k . qb = function ( ) { return this . tileUrlFunction } ; k . rb = function ( ) { return this . urls } ; k . Li = function ( a ) { a = a . target ; switch ( a . getState ( ) ) { case 1 : this . b ( new sw ( "tileloadstart" , a ) ) ; break ; case 2 : this . b ( new sw ( "tileloadend" , a ) ) ; break ; case 3 : this . b ( new sw ( "tileloaderror" , a ) ) } } ; k . vb = function ( a ) { this . a . clear ( ) ; this . tileLoadFunction = a ; this . s ( ) } ; k . cb = function ( a , b ) { this . tileUrlFunction = a ; "undefined" !== typeof b ? qw ( this , b ) : this . s ( ) } ;
k . jb = function ( a ) { var b = this . urls = mw ( a ) ; this . cb ( this . Fc ? this . Fc . bind ( this ) : jw ( b , this . tileGrid ) , a ) } ; k . eb = function ( a ) { this . urls = a ; var b = a . join ( "\n" ) ; this . cb ( this . Fc ? this . Fc . bind ( this ) : jw ( a , this . tileGrid ) , b ) } ; k . Ug = function ( a , b , c ) { a = this . Sb ( a , b , c ) ; this . a . b . hasOwnProperty ( a ) && this . a . get ( a ) } ; function X ( a ) { tw . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , extent : a . extent , logo : a . logo , opaque : a . opaque , projection : a . projection , state : a . state , tileGrid : a . tileGrid , tileLoadFunction : a . tileLoadFunction ? a . tileLoadFunction : uw , tilePixelRatio : a . tilePixelRatio , tileUrlFunction : a . tileUrlFunction , url : a . url , urls : a . urls , wrapX : a . wrapX } ) ; this . crossOrigin = void 0 !== a . crossOrigin ? a . crossOrigin : null ; this . tileClass = a . tileClass ? a . tileClass : Os ; this . g = { } ; this . v = { } ; this . Sa = a . reprojectionErrorThreshold ; this . I =
! 1 } v ( X , tw ) ; k = X . prototype ; k . Ki = function ( ) { if ( ow ( this . a ) ) return ! 0 ; for ( var a in this . g ) if ( ow ( this . g [ a ] ) ) return ! 0 ; return ! 1 } ; k . fd = function ( a , b ) { a = this . Wd ( a ) ; this . a . fd ( this . a == a ? b : { } ) ; for ( var c in this . g ) { var d = this . g [ c ] ; d . fd ( d == a ? b : { } ) } } ; k . Wf = function ( a ) { return this . c && a && ! dc ( this . c , a ) ? 0 : this . Xf ( ) } ; k . Xf = function ( ) { return 0 } ; k . Zf = function ( a ) { return this . c && a && ! dc ( this . c , a ) ? ! 1 : tw . prototype . Zf . call ( this , a ) } ;
k . Ta = function ( a ) { var b = this . c ; return ! this . tileGrid || b && ! dc ( b , a ) ? ( b = w ( a ) . toString ( ) , b in this . v || ( this . v [ b ] = vc ( a ) ) , this . v [ b ] ) : this . tileGrid } ; k . Wd = function ( a ) { var b = this . c ; if ( ! b || dc ( b , a ) ) return this . a ; a = w ( a ) . toString ( ) ; a in this . g || ( this . g [ a ] = new nw ( this . a . highWaterMark ) ) ; return this . g [ a ] } ; function vw ( a , b , c , d , e , f , g ) { b = [ b , c , d ] ; e = ( c = rw ( a , b , f ) ) ? a . tileUrlFunction ( c , e , f ) : void 0 ; e = new a . tileClass ( b , void 0 !== e ? 0 : 4 , void 0 !== e ? e : "" , a . crossOrigin , a . tileLoadFunction ) ; e . key = g ; y ( e , "change" , a . Li , a ) ; return e }
k . Nc = function ( a , b , c , d , e ) { if ( this . c && e && ! dc ( this . c , e ) ) { var f = this . Wd ( e ) ; c = [ a , b , c ] ; var g ; a = this . Sb . apply ( this , c ) ; f . b . hasOwnProperty ( a ) && ( g = f . get ( a ) ) ; b = this . uc ; if ( g && g . key == b ) return g ; var h = this . c , l = this . Ta ( h ) , m = this . Ta ( e ) , n = rw ( this , c , e ) ; d = new hw ( h , l , e , m , c , n , this . nb ( d ) , this . Xf ( ) , function ( a , b , c , d ) { return ww ( this , a , b , c , d , h ) } . bind ( this ) , this . Sa , this . I ) ; d . key = b ; g ? ( d . i = g , f . replace ( a , d ) ) : f . set ( a , d ) ; return d } return ww ( this , a , b , c , d , e ) } ;
function ww ( a , b , c , d , e , f ) { var g = a . Sb ( b , c , d ) , h = a . uc ; if ( a . a . b . hasOwnProperty ( g ) ) { var l = a . a . get ( g ) ; if ( l . key != h ) { var m = l ; l = vw ( a , b , c , d , e , f , h ) ; 0 == m . getState ( ) ? l . i = m . i : l . i = m ; if ( l . i ) { b = l . i ; c = l ; do { if ( 2 == b . getState ( ) ) { b . i = null ; break } else 1 == b . getState ( ) ? c = b : 0 == b . getState ( ) ? c . i = b . i : c = b ; b = c . i } while ( b ) } a . a . replace ( g , l ) } } else l = vw ( a , b , c , d , e , f , h ) , a . a . set ( g , l ) ; return l } k . Pb = function ( a ) { if ( this . I != a ) { this . I = a ; for ( var b in this . g ) this . g [ b ] . clear ( ) ; this . s ( ) } } ;
k . Qb = function ( a , b ) { if ( a = Tb ( a ) ) a = w ( a ) . toString ( ) , a in this . v || ( this . v [ a ] = b ) } ; function uw ( a , b ) { a . Y ( ) . src = b } ; function xw ( a ) { this . B = void 0 !== a . hidpi ? a . hidpi : ! 1 ; X . call ( this , { cacheSize : a . cacheSize , crossOrigin : "anonymous" , opaque : ! 0 , projection : Tb ( "EPSG:3857" ) , reprojectionErrorThreshold : a . reprojectionErrorThreshold , state : "loading" , tileLoadFunction : a . tileLoadFunction , tilePixelRatio : this . B ? 2 : 1 , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) ; this . R = void 0 !== a . culture ? a . culture : "en-us" ; this . C = void 0 !== a . maxZoom ? a . maxZoom : - 1 ; this . f = a . key ; this . l = a . imagerySet ; gw ( "https://dev.virtualearth.net/REST/v1/Imagery/Metadata/" + this . l + "?uriScheme=https&include=ImageryProviders&key=" +
this . f , this . pa . bind ( this ) , void 0 , "jsonp" ) } v ( xw , X ) ; var yw = new Ac ( { html : '<a class="ol-attribution-bing-tos" href="http://www.microsoft.com/maps/product/terms.html">Terms of Use</a>' } ) ; xw . prototype . T = function ( ) { return this . f } ; xw . prototype . fa = function ( ) { return this . l } ;
xw . prototype . pa = function ( a ) { if ( 200 != a . statusCode || "OK" != a . statusDescription || "ValidCredentials" != a . authenticationResultCode || 1 != a . resourceSets . length || 1 != a . resourceSets [ 0 ] . resources . length ) bu ( this , "error" ) ; else { var b = a . brandLogoUri ; - 1 == b . indexOf ( "https" ) && ( b = b . replace ( "http" , "https" ) ) ; var c = a . resourceSets [ 0 ] . resources [ 0 ] , d = - 1 == this . C ? c . zoomMax : this . C ; a = zc ( this . c ) ; var e = xc ( { extent : a , minZoom : c . zoomMin , maxZoom : d , tileSize : ( c . imageWidth == c . imageHeight ? c . imageWidth : [ c . imageWidth , c . imageHeight ] ) / this . nb ( ) } ) ;
this . tileGrid = e ; var f = this . R , g = this . B ; this . tileUrlFunction = kw ( c . imageUrlSubdomains . map ( function ( a ) { var b = [ 0 , 0 , 0 ] , d = c . imageUrl . replace ( "{subdomain}" , a ) . replace ( "{culture}" , f ) ; return function ( a ) { if ( a ) return jc ( a [ 0 ] , a [ 1 ] , - a [ 2 ] - 1 , b ) , a = d , g && ( a += "&dpi=d1&device=mobile" ) , a . replace ( "{quadkey}" , kc ( b ) ) } } ) ) ; if ( c . imageryProviders ) { var h = Vb ( Tb ( "EPSG:4326" ) , this . c ) ; a = c . imageryProviders . map ( function ( a ) { var b = a . attribution , c = { } ; a . coverageAreas . forEach ( function ( a ) { var b = a . zoomMin , f = Math . min ( a . zoomMax , d ) ; a = a . bbox ;
a = sb ( [ a [ 1 ] , a [ 0 ] , a [ 3 ] , a [ 2 ] ] , h ) ; var g ; for ( g = b ; g <= f ; ++ g ) { var l = g . toString ( ) ; b = oc ( e , a , g ) ; l in c ? c [ l ] . push ( b ) : c [ l ] = [ b ] } } ) ; return new Ac ( { html : b , tileRanges : c } ) } ) ; a . push ( yw ) ; this . ua ( a ) } this . D = b ; bu ( this , "ready" ) } } ; function zw ( a ) { a = a || { } ; var b = void 0 !== a . projection ? a . projection : "EPSG:3857" , c = void 0 !== a . tileGrid ? a . tileGrid : xc ( { extent : zc ( b ) , maxZoom : a . maxZoom , minZoom : a . minZoom , tileSize : a . tileSize } ) ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , opaque : a . opaque , projection : b , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileGrid : c , tileLoadFunction : a . tileLoadFunction , tilePixelRatio : a . tilePixelRatio , tileUrlFunction : a . tileUrlFunction , url : a . url , urls : a . urls ,
wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) } v ( zw , X ) ; function Aw ( a ) { this . C = a . account ; this . B = a . map || "" ; this . f = a . config || { } ; this . l = { } ; zw . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , maxZoom : void 0 !== a . maxZoom ? a . maxZoom : 18 , minZoom : a . minZoom , projection : a . projection , state : "loading" , wrapX : a . wrapX } ) ; Bw ( this ) } v ( Aw , zw ) ; k = Aw . prototype ; k . Kk = function ( ) { return this . f } ; k . tq = function ( a ) { tb ( this . f , a ) ; Bw ( this ) } ; k . Xp = function ( a ) { this . f = a || { } ; Bw ( this ) } ;
function Bw ( a ) { var b = JSON . stringify ( a . f ) ; if ( a . l [ b ] ) Cw ( a , a . l [ b ] ) ; else { var c = "https://" + a . C + ".cartodb.com/api/v1/map" ; a . B && ( c += "/named/" + a . B ) ; var d = new XMLHttpRequest ; d . addEventListener ( "load" , a . Dl . bind ( a , b ) ) ; d . addEventListener ( "error" , a . Cl . bind ( a ) ) ; d . open ( "POST" , c ) ; d . setRequestHeader ( "Content-type" , "application/json" ) ; d . send ( JSON . stringify ( a . f ) ) } }
k . Dl = function ( a , b ) { b = b . target ; if ( ! b . status || 200 <= b . status && 300 > b . status ) { try { var c = JSON . parse ( b . responseText ) } catch ( d ) { bu ( this , "error" ) ; return } Cw ( this , c ) ; this . l [ a ] = c ; bu ( this , "ready" ) } else bu ( this , "error" ) } ; k . Cl = function ( ) { bu ( this , "error" ) } ; function Cw ( a , b ) { a . jb ( "https://" + b . cdn _url . https + "/" + a . C + "/api/v1/map/" + b . layergroupid + "/{z}/{x}/{y}.png" ) } ; function Y ( a ) { U . call ( this , { attributions : a . attributions , extent : a . extent , logo : a . logo , projection : a . projection , wrapX : a . wrapX } ) ; this . resolution = void 0 ; this . distance = void 0 !== a . distance ? a . distance : 20 ; this . features = [ ] ; this . geometryFunction = a . geometryFunction || function ( a ) { a = a . V ( ) ; xa ( a instanceof C , 10 ) ; return a } ; this . source = a . source ; this . source . J ( "change" , Y . prototype . sa , this ) } v ( Y , U ) ; k = Y . prototype ; k . $n = function ( ) { return this . distance } ; k . ao = function ( ) { return this . source } ;
k . Yd = function ( a , b , c ) { this . source . Yd ( a , b , c ) ; b !== this . resolution && ( this . clear ( ) , this . resolution = b , Dw ( this ) , this . cd ( this . features ) ) } ; k . Yp = function ( a ) { this . distance = a ; this . sa ( ) } ; k . sa = function ( ) { this . clear ( ) ; Dw ( this ) ; this . cd ( this . features ) ; U . prototype . sa . call ( this ) } ;
function Dw ( a ) { if ( void 0 !== a . resolution ) { a . features . length = 0 ; for ( var b = Oa ( ) , c = a . distance * a . resolution , d = a . source . Xe ( ) , e = { } , f = 0 , g = d . length ; f < g ; f ++ ) { var h = d [ f ] ; w ( h ) . toString ( ) in e || ! ( h = a . geometryFunction ( h ) ) || ( h = h . X ( ) , Za ( h , b ) , Qa ( b , c , b ) , h = a . source . Uf ( b ) , h = h . filter ( function ( a ) { a = w ( a ) . toString ( ) ; return a in e ? ! 1 : e [ a ] = ! 0 } ) , a . features . push ( Ew ( a , h ) ) ) } } }
function Ew ( a , b ) { for ( var c = [ 0 , 0 ] , d = b . length - 1 ; 0 <= d ; -- d ) { var e = a . geometryFunction ( b [ d ] ) ; e ? Ze ( c , e . X ( ) ) : b . splice ( d , 1 ) } gf ( c , 1 / b . length ) ; a = new H ( new C ( c ) ) ; a . set ( "features" , b ) ; return a } ; function Fw ( a , b ) { var c = [ ] ; Object . keys ( b ) . forEach ( function ( a ) { null !== b [ a ] && void 0 !== b [ a ] && c . push ( a + "=" + encodeURIComponent ( b [ a ] ) ) } ) ; var d = c . join ( "&" ) ; a = a . replace ( /[?&]$/ , "" ) ; a = - 1 === a . indexOf ( "?" ) ? a + "?" : a + "&" ; return a + d } ; function Gw ( a ) { a = a || { } ; Hv . call ( this , { attributions : a . attributions , logo : a . logo , projection : a . projection , resolutions : a . resolutions } ) ; this . R = void 0 !== a . crossOrigin ? a . crossOrigin : null ; this . T = void 0 !== a . hidpi ? a . hidpi : ! 0 ; this . f = a . url ; this . g = a . imageLoadFunction ? a . imageLoadFunction : Nv ; this . v = a . params || { } ; this . M = null ; this . l = [ 0 , 0 ] ; this . I = 0 ; this . B = void 0 !== a . ratio ? a . ratio : 1.5 } v ( Gw , Hv ) ; k = Gw . prototype ; k . co = function ( ) { return this . v } ;
k . Jc = function ( a , b , c , d ) { if ( void 0 === this . f ) return null ; b = Iv ( this , b ) ; c = this . T ? c : 1 ; var e = this . M ; if ( e && this . I == this . i && e . resolution == b && e . a == c && Va ( e . G ( ) , a ) ) return e ; e = { F : "image" , FORMAT : "PNG32" , TRANSPARENT : ! 0 } ; tb ( e , this . v ) ; a = a . slice ( ) ; var f = ( a [ 0 ] + a [ 2 ] ) / 2 , g = ( a [ 1 ] + a [ 3 ] ) / 2 ; if ( 1 != this . B ) { var h = this . B * lb ( a ) / 2 , l = this . B * mb ( a ) / 2 ; a [ 0 ] = f - h ; a [ 1 ] = g - l ; a [ 2 ] = f + h ; a [ 3 ] = g + l } var h = b / c , l = Math . ceil ( lb ( a ) / h ) , m = Math . ceil ( mb ( a ) / h ) ; a [ 0 ] = f - h * l / 2 ; a [ 2 ] = f + h * l / 2 ; a [ 1 ] = g - h * m / 2 ; a [ 3 ] = g + h * m / 2 ; this . l [ 0 ] = l ; this . l [ 1 ] = m ; f = a ; g = this . l ; h = c ; d =
d . mb . split ( ":" ) . pop ( ) ; e . SIZE = g [ 0 ] + "," + g [ 1 ] ; e . BBOX = f . join ( "," ) ; e . BBOXSR = d ; e . IMAGESR = d ; e . DPI = Math . round ( 90 * h ) ; d = this . f ; f = d . replace ( /MapServer\/?$/ , "MapServer/export" ) . replace ( /ImageServer\/?$/ , "ImageServer/exportImage" ) ; f == d && xa ( ! 1 , 50 ) ; e = Fw ( f , e ) ; this . M = new Js ( a , b , c , this . j , e , this . R , this . g ) ; this . I = this . i ; y ( this . M , "change" , this . o , this ) ; return this . M } ; k . bo = function ( ) { return this . g } ; k . eo = function ( ) { return this . f } ; k . fo = function ( a ) { this . M = null ; this . g = a ; this . s ( ) } ;
k . ho = function ( a ) { a != this . f && ( this . f = a , this . M = null , this . s ( ) ) } ; k . io = function ( a ) { tb ( this . v , a ) ; this . M = null ; this . s ( ) } ; function Hw ( a ) { Hv . call ( this , { projection : a . projection , resolutions : a . resolutions } ) ; this . R = void 0 !== a . crossOrigin ? a . crossOrigin : null ; this . l = void 0 !== a . displayDpi ? a . displayDpi : 96 ; this . g = a . params || { } ; this . I = a . url ; this . f = a . imageLoadFunction ? a . imageLoadFunction : Nv ; this . T = void 0 !== a . hidpi ? a . hidpi : ! 0 ; this . pa = void 0 !== a . metersPerUnit ? a . metersPerUnit : 1 ; this . v = void 0 !== a . ratio ? a . ratio : 1 ; this . va = void 0 !== a . useOverlay ? a . useOverlay : ! 1 ; this . M = null ; this . B = 0 } v ( Hw , Hv ) ; k = Hw . prototype ; k . ko = function ( ) { return this . g } ;
k . Jc = function ( a , b , c ) { b = Iv ( this , b ) ; c = this . T ? c : 1 ; var d = this . M ; if ( d && this . B == this . i && d . resolution == b && d . a == c && Va ( d . G ( ) , a ) ) return d ; 1 != this . v && ( a = a . slice ( ) , rb ( a , this . v ) ) ; var e = [ lb ( a ) / b * c , mb ( a ) / b * c ] ; if ( void 0 !== this . I ) { var d = this . I , f = nb ( a ) , g = this . pa , h = lb ( a ) , l = mb ( a ) , m = e [ 0 ] , n = e [ 1 ] , p = . 0254 / this . l , e = { OPERATION : this . va ? "GETDYNAMICMAPOVERLAYIMAGE" : "GETMAPIMAGE" , VERSION : "2.0.0" , LOCALE : "en" , CLIENTAGENT : "ol.source.ImageMapGuide source" , CLIP : "1" , SETDISPLAYDPI : this . l , SETDISPLAYWIDTH : Math . round ( e [ 0 ] ) , SETDISPLAYHEIGHT : Math . round ( e [ 1 ] ) ,
SETVIEWSCALE : n * h > m * l ? h * g / ( m * p ) : l * g / ( n * p ) , SETVIEWCENTERX : f [ 0 ] , SETVIEWCENTERY : f [ 1 ] } ; tb ( e , this . g ) ; d = Fw ( d , e ) ; d = new Js ( a , b , c , this . j , d , this . R , this . f ) ; y ( d , "change" , this . o , this ) } else d = null ; this . M = d ; this . B = this . i ; return d } ; k . jo = function ( ) { return this . f } ; k . mo = function ( a ) { tb ( this . g , a ) ; this . s ( ) } ; k . lo = function ( a ) { this . M = null ; this . f = a ; this . s ( ) } ; function Iw ( a ) { var b = a . imageExtent , c = void 0 !== a . crossOrigin ? a . crossOrigin : null , d = a . imageLoadFunction ? a . imageLoadFunction : Nv ; Hv . call ( this , { attributions : a . attributions , logo : a . logo , projection : Tb ( a . projection ) } ) ; this . M = new Js ( b , void 0 , 1 , this . j , a . url , c , d ) ; this . f = a . imageSize ? a . imageSize : null ; y ( this . M , "change" , this . o , this ) } v ( Iw , Hv ) ; Iw . prototype . Jc = function ( a ) { return qb ( a , this . M . G ( ) ) ? this . M : null } ;
Iw . prototype . o = function ( a ) { if ( 2 == this . M . getState ( ) ) { var b = this . M . G ( ) , c = this . M . Y ( ) ; if ( this . f ) { var d = this . f [ 0 ] ; var e = this . f [ 1 ] } else d = c . width , e = c . height ; b = Math . ceil ( lb ( b ) / ( mb ( b ) / e ) ) ; if ( b != d ) { var b = jd ( b , e ) , f = b . canvas ; b . drawImage ( c , 0 , 0 , d , e , 0 , 0 , f . width , f . height ) ; this . M . Og ( f ) } } Hv . prototype . o . call ( this , a ) } ; function Jw ( a ) { a = a || { } ; Hv . call ( this , { attributions : a . attributions , logo : a . logo , projection : a . projection , resolutions : a . resolutions } ) ; this . pa = void 0 !== a . crossOrigin ? a . crossOrigin : null ; this . g = a . url ; this . v = a . imageLoadFunction ? a . imageLoadFunction : Nv ; this . f = a . params || { } ; this . l = ! 0 ; Kw ( this ) ; this . T = a . serverType ; this . va = void 0 !== a . hidpi ? a . hidpi : ! 0 ; this . M = null ; this . B = [ 0 , 0 ] ; this . R = 0 ; this . I = void 0 !== a . ratio ? a . ratio : 1.5 } v ( Jw , Hv ) ; var Lw = [ 101 , 101 ] ; k = Jw . prototype ;
k . so = function ( a , b , c , d ) { if ( void 0 !== this . g ) { var e = ob ( a , b , 0 , Lw ) , f = { SERVICE : "WMS" , VERSION : "1.3.0" , REQUEST : "GetFeatureInfo" , FORMAT : "image/png" , TRANSPARENT : ! 0 , QUERY _LAYERS : this . f . LAYERS } ; tb ( f , this . f , d ) ; d = Math . floor ( ( e [ 3 ] - a [ 1 ] ) / b ) ; f [ this . l ? "I" : "X" ] = Math . floor ( ( a [ 0 ] - e [ 0 ] ) / b ) ; f [ this . l ? "J" : "Y" ] = d ; return Mw ( this , e , Lw , 1 , Tb ( c ) , f ) } } ; k . uo = function ( ) { return this . f } ;
k . Jc = function ( a , b , c , d ) { if ( void 0 === this . g ) return null ; b = Iv ( this , b ) ; 1 == c || this . va && void 0 !== this . T || ( c = 1 ) ; var e = b / c , f = nb ( a ) , g = ob ( f , e , 0 , [ Math . ceil ( lb ( a ) / e ) , Math . ceil ( mb ( a ) / e ) ] ) ; a = ob ( f , e , 0 , [ Math . ceil ( this . I * lb ( a ) / e ) , Math . ceil ( this . I * mb ( a ) / e ) ] ) ; if ( ( f = this . M ) && this . R == this . i && f . resolution == b && f . a == c && Va ( f . G ( ) , g ) ) return f ; g = { SERVICE : "WMS" , VERSION : "1.3.0" , REQUEST : "GetMap" , FORMAT : "image/png" , TRANSPARENT : ! 0 } ; tb ( g , this . f ) ; this . B [ 0 ] = Math . round ( lb ( a ) / e ) ; this . B [ 1 ] = Math . round ( mb ( a ) / e ) ; d = Mw ( this , a , this . B , c , d , g ) ;
this . M = new Js ( a , b , c , this . j , d , this . pa , this . v ) ; this . R = this . i ; y ( this . M , "change" , this . o , this ) ; return this . M } ; k . to = function ( ) { return this . v } ;
function Mw ( a , b , c , d , e , f ) { xa ( void 0 !== a . g , 9 ) ; f [ a . l ? "CRS" : "SRS" ] = e . mb ; "STYLES" in a . f || ( f . STYLES = "" ) ; if ( 1 != d ) switch ( a . T ) { case "geoserver" : d = 90 * d + . 5 | 0 ; f . FORMAT _OPTIONS = "FORMAT_OPTIONS" in f ? f . FORMAT _OPTIONS + ( ";dpi:" + d ) : "dpi:" + d ; break ; case "mapserver" : f . MAP _RESOLUTION = 90 * d ; break ; case "carmentaserver" : case "qgis" : f . DPI = 90 * d ; break ; default : xa ( ! 1 , 8 ) } f . WIDTH = c [ 0 ] ; f . HEIGHT = c [ 1 ] ; c = e . b ; var g ; a . l && "ne" == c . substr ( 0 , 2 ) ? g = [ b [ 1 ] , b [ 0 ] , b [ 3 ] , b [ 2 ] ] : g = b ; f . BBOX = g . join ( "," ) ; return Fw ( a . g , f ) } k . vo = function ( ) { return this . g } ;
k . wo = function ( a ) { this . M = null ; this . v = a ; this . s ( ) } ; k . xo = function ( a ) { a != this . g && ( this . g = a , this . M = null , this . s ( ) ) } ; k . yo = function ( a ) { tb ( this . f , a ) ; Kw ( this ) ; this . M = null ; this . s ( ) } ; function Kw ( a ) { a . l = 0 <= Ye ( a . f . VERSION || "1.3.0" ) } ; function Nw ( a ) { a = a || { } ; var b ; void 0 !== a . attributions ? b = a . attributions : b = [ Ow ] ; zw . call ( this , { attributions : b , cacheSize : a . cacheSize , crossOrigin : void 0 !== a . crossOrigin ? a . crossOrigin : "anonymous" , opaque : void 0 !== a . opaque ? a . opaque : ! 0 , maxZoom : void 0 !== a . maxZoom ? a . maxZoom : 19 , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileLoadFunction : a . tileLoadFunction , url : void 0 !== a . url ? a . url : "https://{a-c}.tile.openstreetmap.org/{z}/{x}/{y}.png" , wrapX : a . wrapX } ) } v ( Nw , zw ) ; var Ow = new Ac ( { html : '© <a href="https://www.openstreetmap.org/copyright">OpenStreetMap</a> contributors.' } ) ; Fj . df = { } ; Fj . df . Af = function ( ) { } ;
( function ( a ) { function b ( a , b , c ) { if ( g ) return new ImageData ( a , b , c ) ; b = h . createImageData ( b , c ) ; b . data . set ( a ) ; return b } function c ( a ) { var b = ! 0 ; try { new ImageData ( 10 , 10 ) } catch ( n ) { b = ! 1 } return function ( c ) { var d = c . buffers , e = c . meta , f = c . width , g = c . height , h = d . length , l = d [ 0 ] . byteLength ; if ( c . imageOps ) { l = Array ( h ) ; for ( c = 0 ; c < h ; ++ c ) { var m = c ; var n = new Uint8ClampedArray ( d [ c ] ) ; var L = f , oa = g ; n = b ? new ImageData ( n , L , oa ) : { data : n , width : L , height : oa } ; l [ m ] = n } f = a ( l , e ) . data } else { f = new Uint8ClampedArray ( l ) ; g = Array ( h ) ; m = Array ( h ) ; for ( c = 0 ; c <
h ; ++ c ) g [ c ] = new Uint8ClampedArray ( d [ c ] ) , m [ c ] = [ 0 , 0 , 0 , 0 ] ; for ( d = 0 ; d < l ; d += 4 ) { for ( c = 0 ; c < h ; ++ c ) n = g [ c ] , m [ c ] [ 0 ] = n [ d ] , m [ c ] [ 1 ] = n [ d + 1 ] , m [ c ] [ 2 ] = n [ d + 2 ] , m [ c ] [ 3 ] = n [ d + 3 ] ; c = a ( m , e ) ; f [ d ] = c [ 0 ] ; f [ d + 1 ] = c [ 1 ] ; f [ d + 2 ] = c [ 2 ] ; f [ d + 3 ] = c [ 3 ] } } return f . buffer } } function d ( a , b ) { var d = Object . keys ( a . lib || { } ) . map ( function ( b ) { return "var " + b + " = " + a . lib [ b ] . toString ( ) + ";" } ) . concat ( [ "var __minion__ = (" + c . toString ( ) + ")(" , a . operation . toString ( ) , ");" , 'self.addEventListener("message", function(event) {' , " var buffer = __minion__(event.data);" ,
" self.postMessage({buffer: buffer, meta: event.data.meta}, [buffer]);" , "});" ] ) , d = URL . createObjectURL ( new Blob ( d , { type : "text/javascript" } ) ) , d = new Worker ( d ) ; d . addEventListener ( "message" , b ) ; return d } function e ( a , b ) { var d = c ( a . operation ) ; return { postMessage : function ( a ) { setTimeout ( function ( ) { b ( { data : { buffer : d ( a ) , meta : a . meta } } ) } , 0 ) } } } function f ( a ) { this . Ff = ! ! a . $l ; var b ; 0 === a . threads ? b = 0 : this . Ff ? b = 1 : b = a . threads || 1 ; var c = [ ] ; if ( b ) for ( var f = 0 ; f < b ; ++ f ) c [ f ] = d ( a , this . gh . bind ( this , f ) ) ; else c [ 0 ] = e ( a , this . gh . bind ( this ,
0 ) ) ; this . qe = c ; this . Ed = [ ] ; this . fk = a . rp || Infinity ; this . oe = 0 ; this . bd = { } ; this . Gf = null } var g = ! 0 ; try { new ImageData ( 10 , 10 ) } catch ( l ) { g = ! 1 } var h = document . createElement ( "canvas" ) . getContext ( "2d" ) ; f . prototype . pp = function ( a , b , c ) { this . dk ( { inputs : a , Qh : b , callback : c } ) ; this . dh ( ) } ; f . prototype . dk = function ( a ) { for ( this . Ed . push ( a ) ; this . Ed . length > this . fk ; ) this . Ed . shift ( ) . callback ( null , null ) } ; f . prototype . dh = function ( ) { if ( 0 === this . oe && 0 < this . Ed . length ) { var a = this . Gf = this . Ed . shift ( ) , b = a . inputs [ 0 ] . width , c = a . inputs [ 0 ] . height ,
d = a . inputs . map ( function ( a ) { return a . data . buffer } ) , e = this . qe . length ; this . oe = e ; if ( 1 === e ) this . qe [ 0 ] . postMessage ( { buffers : d , meta : a . Qh , imageOps : this . Ff , width : b , height : c } , d ) ; else for ( var f = 4 * Math . ceil ( a . inputs [ 0 ] . data . length / 4 / e ) , g = 0 ; g < e ; ++ g ) { for ( var h = g * f , B = [ ] , E = 0 , A = d . length ; E < A ; ++ E ) B . push ( d [ g ] . slice ( h , h + f ) ) ; this . qe [ g ] . postMessage ( { buffers : B , meta : a . Qh , imageOps : this . Ff , width : b , height : c } , B ) } } } ; f . prototype . gh = function ( a , b ) { this . Jq || ( this . bd [ a ] = b . data , -- this . oe , 0 === this . oe && this . gk ( ) ) } ; f . prototype . gk = function ( ) { var a =
this . Gf , c = this . qe . length ; if ( 1 === c ) { var d = new Uint8ClampedArray ( this . bd [ 0 ] . buffer ) ; var e = this . bd [ 0 ] . meta } else { var f = a . inputs [ 0 ] . data . length ; d = new Uint8ClampedArray ( f ) ; e = Array ( f ) ; for ( var f = 4 * Math . ceil ( f / 4 / c ) , g = 0 ; g < c ; ++ g ) { var h = g * f ; d . set ( new Uint8ClampedArray ( this . bd [ g ] . buffer ) , h ) ; e [ g ] = this . bd [ g ] . meta } } this . Gf = null ; this . bd = { } ; a . callback ( null , b ( d , a . inputs [ 0 ] . width , a . inputs [ 0 ] . height ) , e ) ; this . dh ( ) } ; a [ "default" ] = { Af : f } ; a . Af = f } ) ( Fj . df = Fj . df || { } ) ; function Pw ( a ) { this . B = null ; this . va = void 0 !== a . operationType ? a . operationType : "pixel" ; this . Sa = void 0 !== a . threads ? a . threads : 1 ; this . g = Qw ( a . sources ) ; for ( var b = 0 , c = this . g . length ; b < c ; ++ b ) y ( this . g [ b ] , "change" , this . s , this ) ; this . T = new Pe ( function ( ) { return 1 } , this . s . bind ( this ) ) ; for ( var b = Rw ( this . g ) , c = { } , d = 0 , e = b . length ; d < e ; ++ d ) c [ w ( b [ d ] . layer ) ] = b [ d ] ; this . f = null ; this . I = { animate : ! 1 , attributions : { } , coordinateToPixelTransform : Bh ( ) , extent : null , focus : null , index : 0 , layerStates : c , layerStatesArray : b , logos : { } , pixelRatio : 1 ,
pixelToCoordinateTransform : Bh ( ) , postRenderFunctions : [ ] , size : [ 0 , 0 ] , skippedFeatureUids : { } , tileQueue : this . T , time : Date . now ( ) , usedTiles : { } , viewState : { rotation : 0 } , viewHints : [ ] , wantedTiles : { } } ; Hv . call ( this , { } ) ; a . operation && this . v ( a . operation , a . lib ) } v ( Pw , Hv ) ; Pw . prototype . v = function ( a , b ) { this . B = new Fj . df . Af ( { operation : a , $l : "image" === this . va , rp : 1 , lib : b , threads : this . Sa } ) ; this . s ( ) } ;
Pw . prototype . Y = function ( a , b , c , d ) { c = ! 0 ; for ( var e , f = 0 , g = this . g . length ; f < g ; ++ f ) if ( e = this . g [ f ] . a . ha ( ) , "ready" !== e . getState ( ) ) { c = ! 1 ; break } if ( ! c ) return null ; c = tb ( { } , this . I ) ; c . viewState = tb ( { } , c . viewState ) ; e = nb ( a ) ; c . extent = a . slice ( ) ; c . focus = e ; c . size [ 0 ] = Math . round ( lb ( a ) / b ) ; c . size [ 1 ] = Math . round ( mb ( a ) / b ) ; f = c . viewState ; f . center = e ; f . projection = d ; f . resolution = b ; this . l = c ; Qe ( c . tileQueue , 16 , 16 ) ; this . f && ( d = this . f . resolution , c = this . f . G ( ) , b === d && bb ( a , c ) || ( this . f = null ) ) ; if ( ! this . f || this . i !== this . R ) a : { a = this . l ; d = this . g . length ;
b = Array ( d ) ; for ( c = 0 ; c < d ; ++ c ) { e = this . g [ c ] ; f = a ; g = a . layerStatesArray [ c ] ; if ( e . sd ( f , g ) ) { var h = f . size [ 0 ] , l = f . size [ 1 ] ; if ( Sw ) { var m = Sw . canvas ; m . width !== h || m . height !== l ? Sw = jd ( h , l ) : Sw . clearRect ( 0 , 0 , h , l ) } else Sw = jd ( h , l ) ; e . S ( f , g , Sw ) ; e = Sw . getImageData ( 0 , 0 , h , l ) } else e = null ; if ( e ) b [ c ] = e ; else break a } d = { } ; this . b ( new Tw ( Uw , a , d ) ) ; this . B . pp ( b , d , this . pa . bind ( this , a ) ) } return this . f } ;
Pw . prototype . pa = function ( a , b , c , d ) { if ( ! b && c ) { b = a . extent ; var e = a . viewState . resolution ; if ( e === this . l . viewState . resolution && bb ( b , this . l . extent ) ) { if ( this . f ) var f = this . f . Y ( ) . getContext ( "2d" ) ; else f = jd ( Math . round ( lb ( b ) / e ) , Math . round ( mb ( b ) / e ) ) , this . f = new Ks ( b , e , 1 , this . j , f . canvas ) ; f . putImageData ( c , 0 , 0 ) ; this . s ( ) ; this . R = this . i ; this . b ( new Tw ( Vw , a , d ) ) } } } ; var Sw = null ; function Rw ( a ) { return a . map ( function ( a ) { return th ( a . a ) } ) }
function Qw ( a ) { for ( var b = a . length , c = Array ( b ) , d = 0 ; d < b ; ++ d ) { var e = d , f = a [ d ] , g = null ; f instanceof pw ? ( f = new cw ( { source : f } ) , g = new Vv ( f ) ) : f instanceof Hv && ( f = new Uv ( { source : f } ) , g = new zv ( f ) ) ; c [ e ] = g } return c } function Tw ( a , b , c ) { Oc . call ( this , a ) ; this . extent = b . extent ; this . resolution = b . viewState . resolution / b . pixelRatio ; this . data = c } v ( Tw , Oc ) ; Pw . prototype . Jc = function ( ) { return null } ; var Uw = "beforeoperations" , Vw = "afteroperations" ; function Ww ( a ) { var b = a . layer . indexOf ( "-" ) , b = Xw [ - 1 == b ? a . layer : a . layer . slice ( 0 , b ) ] , c = Yw [ a . layer ] ; zw . call ( this , { attributions : Zw , cacheSize : a . cacheSize , crossOrigin : "anonymous" , maxZoom : void 0 != a . maxZoom ? a . maxZoom : b . maxZoom , minZoom : void 0 != a . minZoom ? a . minZoom : b . minZoom , opaque : c . opaque , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileLoadFunction : a . tileLoadFunction , url : void 0 !== a . url ? a . url : "https://stamen-tiles-{a-d}.a.ssl.fastly.net/" + a . layer + "/{z}/{x}/{y}." + c . Lb , wrapX : a . wrapX } ) } v ( Ww , zw ) ;
var Zw = [ new Ac ( { html : 'Map tiles by <a href="http://stamen.com/">Stamen Design</a>, under <a href="http://creativecommons.org/licenses/by/3.0/">CC BY 3.0</a>.' } ) , Ow ] , Yw = { terrain : { Lb : "jpg" , opaque : ! 0 } , "terrain-background" : { Lb : "jpg" , opaque : ! 0 } , "terrain-labels" : { Lb : "png" , opaque : ! 1 } , "terrain-lines" : { Lb : "png" , opaque : ! 1 } , "toner-background" : { Lb : "png" , opaque : ! 0 } , toner : { Lb : "png" , opaque : ! 0 } , "toner-hybrid" : { Lb : "png" , opaque : ! 1 } , "toner-labels" : { Lb : "png" , opaque : ! 1 } , "toner-lines" : { Lb : "png" , opaque : ! 1 } , "toner-lite" : { Lb : "png" ,
opaque : ! 0 } , watercolor : { Lb : "jpg" , opaque : ! 0 } } , Xw = { terrain : { minZoom : 4 , maxZoom : 18 } , toner : { minZoom : 0 , maxZoom : 20 } , watercolor : { minZoom : 1 , maxZoom : 16 } } ; function $w ( a ) { a = a || { } ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , projection : a . projection , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileGrid : a . tileGrid , tileLoadFunction : a . tileLoadFunction , url : a . url , urls : a . urls , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) ; this . f = a . params || { } ; this . l = Oa ( ) ; qw ( this , ax ( this ) ) } v ( $w , X ) ; function ax ( a ) { var b = 0 , c = [ ] , d ; for ( d in a . f ) c [ b ++ ] = d + "-" + a . f [ d ] ; return c . join ( "/" ) } $w . prototype . C = function ( ) { return this . f } ;
$w . prototype . nb = function ( a ) { return a } ;
$w . prototype . Fc = function ( a , b , c ) { var d = this . tileGrid ; d || ( d = this . Ta ( c ) ) ; if ( ! ( d . b . length <= a [ 0 ] ) ) { var e = d . Aa ( a , this . l ) , f = Ma ( d . gb ( a [ 0 ] ) , this . o ) ; 1 != b && ( f = La ( f , b , this . o ) ) ; d = { F : "image" , FORMAT : "PNG32" , TRANSPARENT : ! 0 } ; tb ( d , this . f ) ; var g = this . urls ; g ? ( c = c . mb . split ( ":" ) . pop ( ) , d . SIZE = f [ 0 ] + "," + f [ 1 ] , d . BBOX = e . join ( "," ) , d . BBOXSR = c , d . IMAGESR = c , d . DPI = Math . round ( d . DPI ? d . DPI * b : 90 * b ) , a = ( 1 == g . length ? g [ 0 ] : g [ Ia ( ( a [ 1 ] << a [ 0 ] ) + a [ 2 ] , g . length ) ] ) . replace ( /MapServer\/?$/ , "MapServer/export" ) . replace ( /ImageServer\/?$/ , "ImageServer/exportImage" ) ,
a = Fw ( a , d ) ) : a = void 0 ; return a } } ; $w . prototype . B = function ( a ) { tb ( this . f , a ) ; qw ( this , ax ( this ) ) } ; function bx ( a ) { pw . call ( this , { opaque : ! 1 , projection : a . projection , tileGrid : a . tileGrid , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) } v ( bx , pw ) ; bx . prototype . Nc = function ( a , b , c ) { var d = this . Sb ( a , b , c ) ; if ( this . a . b . hasOwnProperty ( d ) ) return this . a . get ( d ) ; var e = Ma ( this . tileGrid . gb ( a ) ) ; a = [ a , b , c ] ; b = ( b = rw ( this , a ) ) ? rw ( this , b ) . toString ( ) : "" ; e = new cx ( a , e , b ) ; this . a . set ( d , e ) ; return e } ; function cx ( a , b , c ) { Ls . call ( this , a , 2 ) ; this . c = b ; this . Ia = c ; this . a = null } v ( cx , Ls ) ;
cx . prototype . Y = function ( ) { if ( this . a ) return this . a ; var a = this . c , b = jd ( a [ 0 ] , a [ 1 ] ) ; b . strokeStyle = "black" ; b . strokeRect ( . 5 , . 5 , a [ 0 ] + . 5 , a [ 1 ] + . 5 ) ; b . fillStyle = "black" ; b . textAlign = "center" ; b . textBaseline = "middle" ; b . font = "24px sans-serif" ; b . fillText ( this . Ia , a [ 0 ] / 2 , a [ 1 ] / 2 ) ; return this . a = b . canvas } ; cx . prototype . load = function ( ) { } ; function dx ( a ) { this . f = null ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , projection : Tb ( "EPSG:3857" ) , reprojectionErrorThreshold : a . reprojectionErrorThreshold , state : "loading" , tileLoadFunction : a . tileLoadFunction , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) ; if ( a . url ) if ( a . jsonp ) gw ( a . url , this . og . bind ( this ) , this . Ve . bind ( this ) ) ; else { var b = new XMLHttpRequest ; b . addEventListener ( "load" , this . Ao . bind ( this ) ) ; b . addEventListener ( "error" , this . zo . bind ( this ) ) ; b . open ( "GET" , a . url ) ; b . send ( ) } else a . tileJSON ?
this . og ( a . tileJSON ) : xa ( ! 1 , 51 ) } v ( dx , X ) ; k = dx . prototype ; k . Ao = function ( a ) { a = a . target ; if ( ! a . status || 200 <= a . status && 300 > a . status ) { try { var b = JSON . parse ( a . responseText ) } catch ( c ) { this . Ve ( ) ; return } this . og ( b ) } else this . Ve ( ) } ; k . zo = function ( ) { this . Ve ( ) } ; k . pl = function ( ) { return this . f } ;
k . og = function ( a ) { var b = Tb ( "EPSG:4326" ) , c = this . c ; if ( a . bounds ) { var d = Vb ( b , c ) ; var e = sb ( a . bounds , d ) } var f = a . minzoom || 0 , d = a . maxzoom || 22 ; this . tileGrid = c = xc ( { extent : zc ( c ) , maxZoom : d , minZoom : f } ) ; this . tileUrlFunction = jw ( a . tiles , c ) ; if ( void 0 !== a . attribution && ! this . j ) { b = void 0 !== e ? e : b . G ( ) ; e = { } ; for ( var g ; f <= d ; ++ f ) g = f . toString ( ) , e [ g ] = [ oc ( c , b , f ) ] ; this . ua ( [ new Ac ( { html : a . attribution , tileRanges : e } ) ] ) } this . f = a ; bu ( this , "ready" ) } ; k . Ve = function ( ) { bu ( this , "error" ) } ; function ex ( a ) { pw . call ( this , { projection : Tb ( "EPSG:3857" ) , state : "loading" } ) ; this . v = void 0 !== a . preemptive ? a . preemptive : ! 0 ; this . l = lw ; this . g = void 0 ; this . f = a . jsonp || ! 1 ; if ( a . url ) if ( this . f ) gw ( a . url , this . pg . bind ( this ) , this . We . bind ( this ) ) ; else { var b = new XMLHttpRequest ; b . addEventListener ( "load" , this . Eo . bind ( this ) ) ; b . addEventListener ( "error" , this . Do . bind ( this ) ) ; b . open ( "GET" , a . url ) ; b . send ( ) } else a . tileJSON ? this . pg ( a . tileJSON ) : xa ( ! 1 , 51 ) } v ( ex , pw ) ; k = ex . prototype ;
k . Eo = function ( a ) { a = a . target ; if ( ! a . status || 200 <= a . status && 300 > a . status ) { try { var b = JSON . parse ( a . responseText ) } catch ( c ) { this . We ( ) ; return } this . pg ( b ) } else this . We ( ) } ; k . Do = function ( ) { this . We ( ) } ; k . ml = function ( ) { return this . g } ; k . zk = function ( a , b , c , d , e ) { this . tileGrid ? ( b = this . tileGrid . Be ( a , b ) , fx ( this . Nc ( b [ 0 ] , b [ 1 ] , b [ 2 ] , 1 , this . c ) , a , c , d , e ) ) : ! 0 === e ? setTimeout ( function ( ) { c . call ( d , null ) } , 0 ) : c . call ( d , null ) } ; k . We = function ( ) { bu ( this , "error" ) } ;
k . pg = function ( a ) { var b = Tb ( "EPSG:4326" ) , c = this . c ; if ( a . bounds ) { var d = Vb ( b , c ) ; var e = sb ( a . bounds , d ) } var f = a . minzoom || 0 , d = a . maxzoom || 22 ; this . tileGrid = c = xc ( { extent : zc ( c ) , maxZoom : d , minZoom : f } ) ; this . g = a . template ; var g = a . grids ; if ( g ) { this . l = jw ( g , c ) ; if ( void 0 !== a . attribution ) { b = void 0 !== e ? e : b . G ( ) ; for ( e = { } ; f <= d ; ++ f ) g = f . toString ( ) , e [ g ] = [ oc ( c , b , f ) ] ; this . ua ( [ new Ac ( { html : a . attribution , tileRanges : e } ) ] ) } bu ( this , "ready" ) } else bu ( this , "error" ) } ;
k . Nc = function ( a , b , c , d , e ) { var f = this . Sb ( a , b , c ) ; if ( this . a . b . hasOwnProperty ( f ) ) return this . a . get ( f ) ; a = [ a , b , c ] ; b = rw ( this , a , e ) ; d = this . l ( b , d , e ) ; d = new gx ( a , void 0 !== d ? 0 : 4 , void 0 !== d ? d : "" , this . tileGrid . Aa ( a ) , this . v , this . f ) ; this . a . set ( f , d ) ; return d } ; k . Ug = function ( a , b , c ) { a = this . Sb ( a , b , c ) ; this . a . b . hasOwnProperty ( a ) && this . a . get ( a ) } ; function gx ( a , b , c , d , e , f ) { Ls . call ( this , a , b ) ; this . o = c ; this . a = d ; this . v = e ; this . c = this . j = this . g = null ; this . l = f } v ( gx , Ls ) ; k = gx . prototype ; k . Y = function ( ) { return null } ;
k . getData = function ( a ) { if ( ! this . g || ! this . j ) return null ; var b = this . g [ Math . floor ( ( 1 - ( a [ 1 ] - this . a [ 1 ] ) / ( this . a [ 3 ] - this . a [ 1 ] ) ) * this . g . length ) ] ; if ( "string" !== typeof b ) return null ; b = b . charCodeAt ( Math . floor ( ( a [ 0 ] - this . a [ 0 ] ) / ( this . a [ 2 ] - this . a [ 0 ] ) * b . length ) ) ; 93 <= b && b -- ; 35 <= b && b -- ; b -= 32 ; a = null ; b in this . j && ( b = this . j [ b ] , this . c && b in this . c ? a = this . c [ b ] : a = b ) ; return a } ;
function fx ( a , b , c , d , e ) { 0 == a . state && ! 0 === e ? ( Jc ( a , "change" , function ( ) { c . call ( d , this . getData ( b ) ) } , a ) , hx ( a ) ) : ! 0 === e ? setTimeout ( function ( ) { c . call ( d , this . getData ( b ) ) } . bind ( a ) , 0 ) : c . call ( d , a . getData ( b ) ) } k . bb = function ( ) { return this . o } ; k . De = function ( ) { this . state = 3 ; this . s ( ) } ; k . Ji = function ( a ) { this . g = a . grid ; this . j = a . keys ; this . c = a . data ; this . state = 4 ; this . s ( ) } ;
function hx ( a ) { if ( 0 == a . state ) if ( a . state = 1 , a . l ) gw ( a . o , a . Ji . bind ( a ) , a . De . bind ( a ) ) ; else { var b = new XMLHttpRequest ; b . addEventListener ( "load" , a . Co . bind ( a ) ) ; b . addEventListener ( "error" , a . Bo . bind ( a ) ) ; b . open ( "GET" , a . o ) ; b . send ( ) } } k . Co = function ( a ) { a = a . target ; if ( ! a . status || 200 <= a . status && 300 > a . status ) { try { var b = JSON . parse ( a . responseText ) } catch ( c ) { this . De ( ) ; return } this . Ji ( b ) } else this . De ( ) } ; k . Bo = function ( ) { this . De ( ) } ; k . load = function ( ) { this . v && hx ( this ) } ; function ix ( a ) { a = a || { } ; var b = a . params || { } ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , opaque : ! ( "TRANSPARENT" in b ? b . TRANSPARENT : 1 ) , projection : a . projection , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileGrid : a . tileGrid , tileLoadFunction : a . tileLoadFunction , url : a . url , urls : a . urls , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 0 } ) ; this . C = void 0 !== a . gutter ? a . gutter : 0 ; this . f = b ; this . l = ! 0 ; this . B = a . serverType ; this . T = void 0 !== a . hidpi ? a . hidpi : ! 0 ; this . R = "" ;
jx ( this ) ; this . fa = Oa ( ) ; kx ( this ) ; qw ( this , lx ( this ) ) } v ( ix , X ) ; k = ix . prototype ;
k . Fo = function ( a , b , c , d ) { c = Tb ( c ) ; var e = this . tileGrid ; e || ( e = this . Ta ( c ) ) ; b = e . Be ( a , b ) ; if ( ! ( e . b . length <= b [ 0 ] ) ) { var f = e . Da ( b [ 0 ] ) , g = e . Aa ( b , this . fa ) , e = Ma ( e . gb ( b [ 0 ] ) , this . o ) , h = this . C ; h && ( e = Ka ( e , h , this . o ) , g = Qa ( g , f * h , g ) ) ; h = { SERVICE : "WMS" , VERSION : "1.3.0" , REQUEST : "GetFeatureInfo" , FORMAT : "image/png" , TRANSPARENT : ! 0 , QUERY _LAYERS : this . f . LAYERS } ; tb ( h , this . f , d ) ; d = Math . floor ( ( g [ 3 ] - a [ 1 ] ) / f ) ; h [ this . l ? "I" : "X" ] = Math . floor ( ( a [ 0 ] - g [ 0 ] ) / f ) ; h [ this . l ? "J" : "Y" ] = d ; return mx ( this , b , e , g , 1 , c , h ) } } ; k . Xf = function ( ) { return this . C } ;
k . Sb = function ( a , b , c ) { return this . R + X . prototype . Sb . call ( this , a , b , c ) } ; k . Go = function ( ) { return this . f } ;
function mx ( a , b , c , d , e , f , g ) { var h = a . urls ; if ( h ) { g . WIDTH = c [ 0 ] ; g . HEIGHT = c [ 1 ] ; g [ a . l ? "CRS" : "SRS" ] = f . mb ; "STYLES" in a . f || ( g . STYLES = "" ) ; if ( 1 != e ) switch ( a . B ) { case "geoserver" : c = 90 * e + . 5 | 0 ; g . FORMAT _OPTIONS = "FORMAT_OPTIONS" in g ? g . FORMAT _OPTIONS + ( ";dpi:" + c ) : "dpi:" + c ; break ; case "mapserver" : g . MAP _RESOLUTION = 90 * e ; break ; case "carmentaserver" : case "qgis" : g . DPI = 90 * e ; break ; default : xa ( ! 1 , 52 ) } f = f . b ; a . l && "ne" == f . substr ( 0 , 2 ) && ( a = d [ 0 ] , d [ 0 ] = d [ 1 ] , d [ 1 ] = a , a = d [ 2 ] , d [ 2 ] = d [ 3 ] , d [ 3 ] = a ) ; g . BBOX = d . join ( "," ) ; return Fw ( 1 == h . length ? h [ 0 ] : h [ Ia ( ( b [ 1 ] <<
b [ 0 ] ) + b [ 2 ] , h . length ) ] , g ) } } k . nb = function ( a ) { return this . T && void 0 !== this . B ? a : 1 } ; function jx ( a ) { var b = 0 , c = [ ] ; if ( a . urls ) { var d ; var e = 0 ; for ( d = a . urls . length ; e < d ; ++ e ) c [ b ++ ] = a . urls [ e ] } a . R = c . join ( "#" ) } function lx ( a ) { var b = 0 , c = [ ] , d ; for ( d in a . f ) c [ b ++ ] = d + "-" + a . f [ d ] ; return c . join ( "/" ) }
k . Fc = function ( a , b , c ) { var d = this . tileGrid ; d || ( d = this . Ta ( c ) ) ; if ( ! ( d . b . length <= a [ 0 ] ) ) { 1 == b || this . T && void 0 !== this . B || ( b = 1 ) ; var e = d . Da ( a [ 0 ] ) , f = d . Aa ( a , this . fa ) , d = Ma ( d . gb ( a [ 0 ] ) , this . o ) , g = this . C ; g && ( d = Ka ( d , g , this . o ) , f = Qa ( f , e * g , f ) ) ; 1 != b && ( d = La ( d , b , this . o ) ) ; e = { SERVICE : "WMS" , VERSION : "1.3.0" , REQUEST : "GetMap" , FORMAT : "image/png" , TRANSPARENT : ! 0 } ; tb ( e , this . f ) ; return mx ( this , a , d , f , b , c , e ) } } ; k . eb = function ( a ) { X . prototype . eb . call ( this , a ) ; jx ( this ) } ; k . Ho = function ( a ) { tb ( this . f , a ) ; jx ( this ) ; kx ( this ) ; qw ( this , lx ( this ) ) } ;
function kx ( a ) { a . l = 0 <= Ye ( a . f . VERSION || "1.3.0" ) } ; function nx ( a , b , c , d , e , f , g , h , l , m , n , p , q , r ) { Ls . call ( this , a , b ) ; this . j = null ; this . o = { Nd : ! 1 , Kg : null , mf : - 1 , Lg : - 1 } ; this . c = m ; this . a = [ ] ; this . u = c ; this . v = f ; this . g = [ ] ; this . l = [ ] ; if ( f ) { var u = l . Aa ( f ) , x = l . Da ( a [ 0 ] ) ; h . Rf ( u , h . tc ( x ) , function ( a ) { var b = pb ( u , h . Aa ( a ) ) ; if ( . 5 <= lb ( b ) / x && . 5 <= mb ( b ) / x ) { var b = a . toString ( ) , c = m [ b ] ; c || ( c = g ( a , n , p ) , c = m [ b ] = new q ( a , void 0 == c ? 4 : 0 , void 0 == c ? "" : c , d , e ) , this . l . push ( y ( c , "change" , r ) ) ) ; c . j ++ ; this . a . push ( b ) } } . bind ( this ) ) } } v ( nx , Ls ) ;
nx . prototype . ka = function ( ) { for ( var a = 0 , b = this . a . length ; a < b ; ++ a ) { var c = this . a [ a ] , d = this . c [ c ] ; d . j -- ; d . j || ( delete this . c [ c ] , Nc ( d ) ) } this . a . length = 0 ; this . c = null ; 1 == this . state && ( this . g . forEach ( Ec ) , this . g . length = 0 ) ; this . i && Nc ( this . i ) ; this . state = 5 ; this . s ( ) ; this . l . forEach ( Ec ) ; this . l . length = 0 ; Ls . prototype . ka . call ( this ) } ; nx . prototype . Y = function ( ) { return - 1 == this . o . Lg ? null : this . j . canvas } ; nx . prototype . bb = function ( ) { return this . a . join ( "/" ) + "/" + this . u } ;
nx . prototype . load = function ( ) { var a = 0 , b = ! 1 ; 0 == this . state && Ns ( this , 1 ) ; 1 == this . state && this . a . forEach ( function ( c ) { var d = this . c [ c ] ; 0 == d . state ? ( d . Pg ( this . S ) , d . load ( ) ) : 3 == d . state ? b = ! 0 : 4 == d . state && ma ( this . a , c ) ; if ( 1 == d . state ) { var e = y ( d , "change" , function ( ) { var f = d . getState ( ) ; if ( 2 == f || 3 == f ) -- a , Ec ( e ) , ma ( this . g , e ) , 3 == f && ( ma ( this . a , c ) , b = ! 0 ) , a || Ns ( this , 0 < this . a . length ? 2 : 3 ) } . bind ( this ) ) ; this . g . push ( e ) ; ++ a } } . bind ( this ) ) ; a || setTimeout ( function ( ) { Ns ( this , 0 < this . a . length ? 2 : b ? 3 : 4 ) } . bind ( this ) , 0 ) } ;
function ox ( a , b ) { a . Pg ( Cl ( b , a . o , a . $o . bind ( a ) , a . Zo . bind ( a ) ) ) } ; function px ( a , b , c , d , e ) { Ls . call ( this , a , b ) ; this . j = 0 ; this . o = d ; this . g = null ; this . c = { } ; this . u = e ; this . l = c } v ( px , Ls ) ; k = px . prototype ; k . ka = function ( ) { this . g = null ; this . c = { } ; this . state = 5 ; this . s ( ) ; Ls . prototype . ka . call ( this ) } ; k . Lm = function ( ) { return this . o } ; k . Km = function ( ) { return this . g } ; k . bb = function ( ) { return this . l } ; k . Mm = function ( ) { return this . a } ; k . load = function ( ) { 0 == this . state && ( Ns ( this , 1 ) , this . u ( this , this . l ) , this . v ( null , NaN , null ) ) } ; k . $o = function ( a , b ) { this . ig ( b ) ; this . mj ( a ) } ; k . Zo = function ( ) { Ns ( this , 3 ) } ;
k . mj = function ( a ) { this . g = a ; Ns ( this , 2 ) } ; k . ig = function ( a ) { this . a = a } ; k . Pg = function ( a ) { this . v = a } ; function qx ( a ) { tw . call ( this , { attributions : a . attributions , cacheSize : void 0 !== a . cacheSize ? a . cacheSize : 128 , extent : a . extent , logo : a . logo , opaque : ! 1 , projection : a . projection , state : a . state , tileGrid : a . tileGrid , tileLoadFunction : a . tileLoadFunction ? a . tileLoadFunction : ox , tileUrlFunction : a . tileUrlFunction , tilePixelRatio : a . tilePixelRatio , url : a . url , urls : a . urls , wrapX : void 0 === a . wrapX ? ! 0 : a . wrapX } ) ; this . g = a . format ? a . format : null ; this . v = { } ; this . l = void 0 == a . overlaps ? ! 0 : a . overlaps ; this . tileClass = a . tileClass ? a . tileClass :
px ; this . f = { } ; this . tileGrid || ( this . tileGrid = this . Ta ( Tb ( a . projection || "EPSG:3857" ) ) ) } v ( qx , tw ) ; qx . prototype . Nc = function ( a , b , c , d , e ) { var f = this . Sb ( a , b , c ) ; if ( this . a . b . hasOwnProperty ( f ) ) return this . a . get ( f ) ; a = [ a , b , c ] ; c = ( b = rw ( this , a , e ) ) ? this . tileUrlFunction ( b , d , e ) : void 0 ; d = new nx ( a , void 0 !== c ? 0 : 4 , void 0 !== c ? c : "" , this . g , this . tileLoadFunction , b , this . tileUrlFunction , this . tileGrid , this . Ta ( e ) , this . v , d , e , this . tileClass , this . Li . bind ( this ) ) ; this . a . set ( f , d ) ; return d } ;
qx . prototype . Ta = function ( a ) { var b = a . mb , c = this . f [ b ] ; c || ( c = this . tileGrid , c = this . f [ b ] = wc ( a , void 0 , c ? c . gb ( c . minZoom ) : void 0 ) ) ; return c } ; qx . prototype . nb = function ( a ) { return void 0 == a ? tw . prototype . nb . call ( this , a ) : a } ; qx . prototype . Xd = function ( a , b , c ) { a = Ma ( this . Ta ( c ) . gb ( a ) ) ; return [ Math . round ( a [ 0 ] * b ) , Math . round ( a [ 1 ] * b ) ] } ; function rx ( a ) { this . o = a . matrixIds ; lc . call ( this , { extent : a . extent , origin : a . origin , origins : a . origins , resolutions : a . resolutions , tileSize : a . tileSize , tileSizes : a . tileSizes , sizes : a . sizes } ) } v ( rx , lc ) ; rx . prototype . l = function ( ) { return this . o } ;
function sx ( a , b , c ) { var d = [ ] , e = [ ] , f = [ ] , g = [ ] , h = [ ] , l = void 0 !== c ? c : [ ] ; c = Tb ( a . SupportedCRS . replace ( /urn:ogc:def:crs:(\w+):(.*:)?(\w+)$/ , "$1:$3" ) ) ; var m = c . sc ( ) , n = "ne" == c . b . substr ( 0 , 2 ) ; a . TileMatrix . sort ( function ( a , b ) { return b . ScaleDenominator - a . ScaleDenominator } ) ; a . TileMatrix . forEach ( function ( a ) { var b ; 0 < l . length ? b = na ( l , function ( b ) { return a . Identifier == b . TileMatrix } ) : b = ! 0 ; if ( b ) { e . push ( a . Identifier ) ; b = 2.8 E - 4 * a . ScaleDenominator / m ; var c = a . TileWidth , p = a . TileHeight ; n ? f . push ( [ a . TopLeftCorner [ 1 ] , a . TopLeftCorner [ 0 ] ] ) :
f . push ( a . TopLeftCorner ) ; d . push ( b ) ; g . push ( c == p ? c : [ c , p ] ) ; h . push ( [ a . MatrixWidth , - a . MatrixHeight ] ) } } ) ; return new rx ( { extent : b , origins : f , resolutions : d , matrixIds : e , tileSizes : g , sizes : h } ) } ; function Z ( a ) { function b ( a ) { a = "KVP" == d ? Fw ( a , f ) : a . replace ( /\{(\w+?)\}/g , function ( a , b ) { return b . toLowerCase ( ) in f ? f [ b . toLowerCase ( ) ] : a } ) ; return function ( b ) { if ( b ) { var c = { TileMatrix : e . o [ b [ 0 ] ] , TileCol : b [ 1 ] , TileRow : - b [ 2 ] - 1 } ; tb ( c , g ) ; b = a ; return b = "KVP" == d ? Fw ( b , c ) : b . replace ( /\{(\w+?)\}/g , function ( a , b ) { return c [ b ] } ) } } } this . fa = void 0 !== a . version ? a . version : "1.0.0" ; this . C = void 0 !== a . format ? a . format : "image/jpeg" ; this . f = a . dimensions ? a . dimensions : { } ; this . B = a . layer ; this . l = a . matrixSet ; this . R = a . style ; var c = a . urls ; void 0 ===
c && void 0 !== a . url && ( c = mw ( a . url ) ) ; var d = this . T = void 0 !== a . requestEncoding ? a . requestEncoding : "KVP" , e = a . tileGrid , f = { layer : this . B , style : this . R , tilematrixset : this . l } ; "KVP" == d && tb ( f , { Service : "WMTS" , Request : "GetTile" , Version : this . fa , Format : this . C } ) ; var g = this . f , h = c && 0 < c . length ? kw ( c . map ( b ) ) : lw ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , projection : a . projection , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileClass : a . tileClass , tileGrid : e ,
tileLoadFunction : a . tileLoadFunction , tilePixelRatio : a . tilePixelRatio , tileUrlFunction : h , urls : c , wrapX : void 0 !== a . wrapX ? a . wrapX : ! 1 } ) ; qw ( this , tx ( this ) ) } v ( Z , X ) ; k = Z . prototype ; k . Mk = function ( ) { return this . f } ; k . Io = function ( ) { return this . C } ; k . Jo = function ( ) { return this . B } ; k . $k = function ( ) { return this . l } ; k . kl = function ( ) { return this . T } ; k . Ko = function ( ) { return this . R } ; k . rl = function ( ) { return this . fa } ; function tx ( a ) { var b = 0 , c = [ ] , d ; for ( d in a . f ) c [ b ++ ] = d + "-" + a . f [ d ] ; return c . join ( "/" ) }
k . uq = function ( a ) { tb ( this . f , a ) ; qw ( this , tx ( this ) ) } ; function ux ( a ) { a = a || { } ; var b = a . size , c = b [ 0 ] , d = b [ 1 ] , e = [ ] , f = 256 ; switch ( void 0 !== a . tierSizeCalculation ? a . tierSizeCalculation : vx ) { case vx : for ( ; c > f || d > f ; ) e . push ( [ Math . ceil ( c / f ) , Math . ceil ( d / f ) ] ) , f += f ; break ; case wx : for ( ; c > f || d > f ; ) e . push ( [ Math . ceil ( c / f ) , Math . ceil ( d / f ) ] ) , c >>= 1 , d >>= 1 ; break ; default : xa ( ! 1 , 53 ) } e . push ( [ 1 , 1 ] ) ; e . reverse ( ) ; for ( var f = [ 1 ] , g = [ 0 ] , d = 1 , c = e . length ; d < c ; d ++ ) f . push ( 1 << d ) , g . push ( e [ d - 1 ] [ 0 ] * e [ d - 1 ] [ 1 ] + g [ d - 1 ] ) ; f . reverse ( ) ; b = [ 0 , - b [ 1 ] , b [ 0 ] , 0 ] ; b = new lc ( { extent : b , origin : ib ( b ) , resolutions : f } ) ; ( f = a . url ) &&
- 1 == f . indexOf ( "{TileGroup}" ) && ( f += "{TileGroup}/{z}-{x}-{y}.jpg" ) ; f = mw ( f ) ; f = kw ( f . map ( function ( a ) { return function ( b ) { if ( b ) { var c = b [ 0 ] , d = b [ 1 ] ; b = - b [ 2 ] - 1 ; var f = { z : c , x : d , y : b , TileGroup : "TileGroup" + ( ( d + b * e [ c ] [ 0 ] + g [ c ] ) / 256 | 0 ) } ; return a . replace ( /\{(\w+?)\}/g , function ( a , b ) { return f [ b ] } ) } } } ) ) ; X . call ( this , { attributions : a . attributions , cacheSize : a . cacheSize , crossOrigin : a . crossOrigin , logo : a . logo , projection : a . projection , reprojectionErrorThreshold : a . reprojectionErrorThreshold , tileClass : xx , tileGrid : b , tileUrlFunction : f } ) }
v ( ux , X ) ; function xx ( a , b , c , d , e ) { Os . call ( this , a , b , c , d , e ) ; this . a = null } v ( xx , Os ) ; xx . prototype . Y = function ( ) { if ( this . a ) return this . a ; var a = Os . prototype . Y . call ( this ) ; if ( 2 == this . state ) { if ( 256 == a . width && 256 == a . height ) return this . a = a ; var b = jd ( 256 , 256 ) ; b . drawImage ( a , 0 , 0 ) ; return this . a = b . canvas } return a } ; var vx = "default" , wx = "truncated" ; function yx ( a , b ) { this . b = b ; this . a = [ { x : 0 , y : 0 , width : a , height : a } ] ; this . c = { } ; this . i = jd ( a , a ) ; this . f = this . i . canvas } yx . prototype . get = function ( a ) { return this . c [ a ] || null } ;
yx . prototype . add = function ( a , b , c , d , e ) { var f ; var g = 0 ; for ( f = this . a . length ; g < f ; ++ g ) { var h = this . a [ g ] ; if ( h . width >= b + this . b && h . height >= c + this . b ) return f = { offsetX : h . x + this . b , offsetY : h . y + this . b , image : this . f } , this . c [ a ] = f , d . call ( e , this . i , h . x + this . b , h . y + this . b ) , a = g , b += this . b , d = c + this . b , h . width - b > h . height - d ? ( c = { x : h . x + b , y : h . y , width : h . width - b , height : h . height } , b = { x : h . x , y : h . y + d , width : b , height : h . height - d } , zx ( this , a , c , b ) ) : ( c = { x : h . x + b , y : h . y , width : h . width - b , height : d } , b = { x : h . x , y : h . y + d , width : h . width , height : h . height - d } ,
zx ( this , a , c , b ) ) , f } return null } ; function zx ( a , b , c , d ) { b = [ b , 1 ] ; 0 < c . width && 0 < c . height && b . push ( c ) ; 0 < d . width && 0 < d . height && b . push ( d ) ; a . a . splice . apply ( a . a , b ) } ; function Ax ( a ) { a = a || { } ; this . a = void 0 !== a . initialSize ? a . initialSize : 256 ; this . i = void 0 !== a . maxSize ? a . maxSize : void 0 !== ea ? ea : 2048 ; this . b = void 0 !== a . space ? a . space : 1 ; this . f = [ new yx ( this . a , this . b ) ] ; this . c = this . a ; this . g = [ new yx ( this . c , this . b ) ] } Ax . prototype . add = function ( a , b , c , d , e , f ) { if ( b + this . b > this . i || c + this . b > this . i ) return null ; d = Bx ( this , ! 1 , a , b , c , d , f ) ; if ( ! d ) return null ; a = Bx ( this , ! 0 , a , b , c , e ? e : ua , f ) ; return { offsetX : d . offsetX , offsetY : d . offsetY , image : d . image , Zl : a . image } } ;
function Bx ( a , b , c , d , e , f , g ) { var h = b ? a . g : a . f , l ; var m = 0 ; for ( l = h . length ; m < l ; ++ m ) { var n = h [ m ] ; if ( n = n . add ( c , d , e , f , g ) ) return n ; n || m !== l - 1 || ( b ? ( n = Math . min ( 2 * a . c , a . i ) , a . c = n ) : ( n = Math . min ( 2 * a . a , a . i ) , a . a = n ) , n = new yx ( n , a . b ) , h . push ( n ) , ++ l ) } return null } ; wa . prototype . code = wa . prototype . code ; t ( "ol.Attribution" , Ac ) ; Ac . prototype . getHTML = Ac . prototype . i ; t ( "ol.Collection" , Yc ) ; Yc . prototype . clear = Yc . prototype . clear ; Yc . prototype . extend = Yc . prototype . fg ; Yc . prototype . forEach = Yc . prototype . forEach ; Yc . prototype . getArray = Yc . prototype . tm ; Yc . prototype . item = Yc . prototype . item ; Yc . prototype . getLength = Yc . prototype . dc ; Yc . prototype . insertAt = Yc . prototype . He ; Yc . prototype . pop = Yc . prototype . pop ; Yc . prototype . push = Yc . prototype . push ; Yc . prototype . remove = Yc . prototype . remove ;
Yc . prototype . removeAt = Yc . prototype . Hg ; Yc . prototype . setAt = Yc . prototype . Wp ; bd . prototype . element = bd . prototype . element ; t ( "ol.color.asArray" , ed ) ; t ( "ol.color.asString" , gd ) ; t ( "ol.colorlike.asColorLike" , id ) ; t ( "ol.control.defaults" , xd ) ; t ( "ol.coordinate.add" , Ze ) ; t ( "ol.coordinate.createStringXY" , function ( a ) { return function ( b ) { return lf ( b , a ) } } ) ; t ( "ol.coordinate.format" , cf ) ; t ( "ol.coordinate.rotate" , ef ) ; t ( "ol.coordinate.toStringHDMS" , function ( a , b ) { return a ? bf ( "NS" , a [ 1 ] , b ) + " " + bf ( "EW" , a [ 0 ] , b ) : "" } ) ;
t ( "ol.coordinate.toStringXY" , lf ) ; t ( "ol.DeviceOrientation" , Rk ) ; Rk . prototype . getAlpha = Rk . prototype . Fk ; Rk . prototype . getBeta = Rk . prototype . Ik ; Rk . prototype . getGamma = Rk . prototype . Ok ; Rk . prototype . getHeading = Rk . prototype . um ; Rk . prototype . getTracking = Rk . prototype . Th ; Rk . prototype . setTracking = Rk . prototype . gg ; t ( "ol.easing.easeIn" , qd ) ; t ( "ol.easing.easeOut" , rd ) ; t ( "ol.easing.inAndOut" , sd ) ; t ( "ol.easing.linear" , td ) ; t ( "ol.easing.upAndDown" , function ( a ) { return . 5 > a ? sd ( 2 * a ) : 1 - sd ( 2 * ( a - . 5 ) ) } ) ;
t ( "ol.extent.boundingExtent" , Na ) ; t ( "ol.extent.buffer" , Qa ) ; t ( "ol.extent.containsCoordinate" , Ta ) ; t ( "ol.extent.containsExtent" , Va ) ; t ( "ol.extent.containsXY" , Ua ) ; t ( "ol.extent.createEmpty" , Oa ) ; t ( "ol.extent.equals" , bb ) ; t ( "ol.extent.extend" , cb ) ; t ( "ol.extent.getArea" , jb ) ; t ( "ol.extent.getBottomLeft" , eb ) ; t ( "ol.extent.getBottomRight" , gb ) ; t ( "ol.extent.getCenter" , nb ) ; t ( "ol.extent.getHeight" , mb ) ; t ( "ol.extent.getIntersection" , pb ) ; t ( "ol.extent.getSize" , function ( a ) { return [ a [ 2 ] - a [ 0 ] , a [ 3 ] - a [ 1 ] ] } ) ;
t ( "ol.extent.getTopLeft" , ib ) ; t ( "ol.extent.getTopRight" , hb ) ; t ( "ol.extent.getWidth" , lb ) ; t ( "ol.extent.intersects" , qb ) ; t ( "ol.extent.isEmpty" , kb ) ; t ( "ol.extent.applyTransform" , sb ) ; t ( "ol.Feature" , H ) ; H . prototype . clone = H . prototype . clone ; H . prototype . getGeometry = H . prototype . V ; H . prototype . getId = H . prototype . wm ; H . prototype . getGeometryName = H . prototype . Qk ; H . prototype . getStyle = H . prototype . xm ; H . prototype . getStyleFunction = H . prototype . Lc ; H . prototype . setGeometry = H . prototype . Ra ; H . prototype . setStyle = H . prototype . hg ;
H . prototype . setId = H . prototype . jc ; H . prototype . setGeometryName = H . prototype . Tc ; t ( "ol.featureloader.xhr" , Dl ) ; t ( "ol.Geolocation" , xs ) ; xs . prototype . getAccuracy = xs . prototype . Dk ; xs . prototype . getAccuracyGeometry = xs . prototype . Ek ; xs . prototype . getAltitude = xs . prototype . Gk ; xs . prototype . getAltitudeAccuracy = xs . prototype . Hk ; xs . prototype . getHeading = xs . prototype . ym ; xs . prototype . getPosition = xs . prototype . zm ; xs . prototype . getProjection = xs . prototype . Uh ; xs . prototype . getSpeed = xs . prototype . ll ; xs . prototype . getTracking = xs . prototype . Vh ;
xs . prototype . getTrackingOptions = xs . prototype . Gh ; xs . prototype . setProjection = xs . prototype . Wh ; xs . prototype . setTracking = xs . prototype . Ke ; xs . prototype . setTrackingOptions = xs . prototype . wj ; t ( "ol.Graticule" , Ds ) ; Ds . prototype . getMap = Ds . prototype . Cm ; Ds . prototype . getMeridians = Ds . prototype . al ; Ds . prototype . getParallels = Ds . prototype . hl ; Ds . prototype . setMap = Ds . prototype . setMap ; t ( "ol.has.DEVICE_PIXEL_RATIO" , Sd ) ; t ( "ol.has.CANVAS" , Ud ) ; t ( "ol.has.DEVICE_ORIENTATION" , Vd ) ; t ( "ol.has.GEOLOCATION" , Wd ) ; t ( "ol.has.TOUCH" , Xd ) ;
t ( "ol.has.WEBGL" , Md ) ; Js . prototype . getImage = Js . prototype . Y ; Js . prototype . load = Js . prototype . load ; Os . prototype . getImage = Os . prototype . Y ; t ( "ol.inherits" , v ) ; t ( "ol.interaction.defaults" , qh ) ; t ( "ol.Kinetic" , kg ) ; t ( "ol.loadingstrategy.all" , Zt ) ; t ( "ol.loadingstrategy.bbox" , function ( a ) { return [ a ] } ) ; t ( "ol.loadingstrategy.tile" , function ( a ) { return function ( b , c ) { c = a . tc ( c ) ; b = oc ( a , b , c ) ; var d = [ ] ; c = [ c , 0 , 0 ] ; for ( c [ 1 ] = b . ca ; c [ 1 ] <= b . $ ; ++ c [ 1 ] ) for ( c [ 2 ] = b . da ; c [ 2 ] <= b . ia ; ++ c [ 2 ] ) d . push ( a . Aa ( c ) ) ; return d } } ) ; t ( "ol.Map" , G ) ;
G . prototype . addControl = G . prototype . kk ; G . prototype . addInteraction = G . prototype . lk ; G . prototype . addLayer = G . prototype . ih ; G . prototype . addOverlay = G . prototype . jh ; G . prototype . forEachFeatureAtPixel = G . prototype . we ; G . prototype . forEachLayerAtPixel = G . prototype . Im ; G . prototype . hasFeatureAtPixel = G . prototype . Yl ; G . prototype . getEventCoordinate = G . prototype . Tf ; G . prototype . getEventPixel = G . prototype . xe ; G . prototype . getTarget = G . prototype . ag ; G . prototype . getTargetElement = G . prototype . jd ; G . prototype . getCoordinateFromPixel = G . prototype . Wa ;
G . prototype . getControls = G . prototype . Lk ; G . prototype . getOverlays = G . prototype . fl ; G . prototype . getOverlayById = G . prototype . el ; G . prototype . getInteractions = G . prototype . Sk ; G . prototype . getLayerGroup = G . prototype . Kc ; G . prototype . getLayers = G . prototype . Xh ; G . prototype . getPixelFromCoordinate = G . prototype . Ja ; G . prototype . getSize = G . prototype . Ob ; G . prototype . getView = G . prototype . Z ; G . prototype . getViewport = G . prototype . sl ; G . prototype . renderSync = G . prototype . Tp ; G . prototype . render = G . prototype . render ;
G . prototype . removeControl = G . prototype . Mp ; G . prototype . removeInteraction = G . prototype . Np ; G . prototype . removeLayer = G . prototype . Pp ; G . prototype . removeOverlay = G . prototype . Qp ; G . prototype . setLayerGroup = G . prototype . qj ; G . prototype . setSize = G . prototype . Qg ; G . prototype . setTarget = G . prototype . Le ; G . prototype . setView = G . prototype . iq ; G . prototype . updateSize = G . prototype . Ad ; Jd . prototype . originalEvent = Jd . prototype . originalEvent ; Jd . prototype . pixel = Jd . prototype . pixel ; Jd . prototype . coordinate = Jd . prototype . coordinate ;
Jd . prototype . dragging = Jd . prototype . dragging ; Id . prototype . map = Id . prototype . map ; Id . prototype . frameState = Id . prototype . frameState ; t ( "ol.Object" , Tc ) ; Tc . prototype . get = Tc . prototype . get ; Tc . prototype . getKeys = Tc . prototype . O ; Tc . prototype . getProperties = Tc . prototype . N ; Tc . prototype . set = Tc . prototype . set ; Tc . prototype . setProperties = Tc . prototype . H ; Tc . prototype . unset = Tc . prototype . P ; Xc . prototype . key = Xc . prototype . key ; Xc . prototype . oldValue = Xc . prototype . oldValue ; t ( "ol.Observable" , Sc ) ;
t ( "ol.Observable.unByKey" , function ( a ) { if ( Array . isArray ( a ) ) for ( var b = 0 , c = a . length ; b < c ; ++ b ) Ec ( a [ b ] ) ; else Ec ( a ) } ) ; Sc . prototype . changed = Sc . prototype . s ; Sc . prototype . dispatchEvent = Sc . prototype . b ; Sc . prototype . getRevision = Sc . prototype . L ; Sc . prototype . on = Sc . prototype . J ; Sc . prototype . once = Sc . prototype . once ; Sc . prototype . un = Sc . prototype . K ; t ( "ol.Overlay" , sk ) ; sk . prototype . getElement = sk . prototype . Rd ; sk . prototype . getId = sk . prototype . Jm ; sk . prototype . getMap = sk . prototype . Me ; sk . prototype . getOffset = sk . prototype . Dh ;
sk . prototype . getPosition = sk . prototype . Yh ; sk . prototype . getPositioning = sk . prototype . Eh ; sk . prototype . setElement = sk . prototype . lj ; sk . prototype . setMap = sk . prototype . setMap ; sk . prototype . setOffset = sk . prototype . rj ; sk . prototype . setPosition = sk . prototype . Ne ; sk . prototype . setPositioning = sk . prototype . uj ; t ( "ol.proj.METERS_PER_UNIT" , zb ) ; t ( "ol.proj.setProj4" , function ( a ) { Ab = a } ) ; t ( "ol.proj.getPointResolution" , Sb ) ; t ( "ol.proj.addEquivalentProjections" , Wb ) ; t ( "ol.proj.addProjection" , Xb ) ;
t ( "ol.proj.addCoordinateTransforms" , ac ) ; t ( "ol.proj.fromLonLat" , function ( a , b ) { return gc ( a , "EPSG:4326" , void 0 !== b ? b : "EPSG:3857" ) } ) ; t ( "ol.proj.toLonLat" , function ( a , b ) { return gc ( a , void 0 !== b ? b : "EPSG:3857" , "EPSG:4326" ) } ) ; t ( "ol.proj.get" , Tb ) ; t ( "ol.proj.equivalent" , dc ) ; t ( "ol.proj.getTransform" , ec ) ; t ( "ol.proj.transform" , gc ) ; t ( "ol.proj.transformExtent" , hc ) ;
t ( "ol.render.toContext" , function ( a , b ) { var c = a . canvas , d = b ? b : { } ; b = d . pixelRatio || Sd ; if ( d = d . size ) c . width = d [ 0 ] * b , c . height = d [ 1 ] * b , c . style . width = d [ 0 ] + "px" , c . style . height = d [ 1 ] + "px" ; c = [ 0 , 0 , c . width , c . height ] ; d = Ih ( Bh ( ) , b , b ) ; return new Xh ( a , b , c , d , 0 ) } ) ; t ( "ol.size.toSize" , Ma ) ; t ( "ol.Sphere" , xb ) ; xb . prototype . geodesicArea = xb . prototype . a ; xb . prototype . haversineDistance = xb . prototype . b ; Ls . prototype . getTileCoord = Ls . prototype . f ; Ls . prototype . load = Ls . prototype . load ; t ( "ol.tilegrid.createXYZ" , xc ) ; px . prototype . getFormat = px . prototype . Lm ;
px . prototype . getFeatures = px . prototype . Km ; px . prototype . getProjection = px . prototype . Mm ; px . prototype . setFeatures = px . prototype . mj ; px . prototype . setProjection = px . prototype . ig ; px . prototype . setLoader = px . prototype . Pg ; t ( "ol.View" , F ) ; F . prototype . animate = F . prototype . animate ; F . prototype . getAnimating = F . prototype . Ic ; F . prototype . getInteracting = F . prototype . Rk ; F . prototype . cancelAnimations = F . prototype . ed ; F . prototype . constrainCenter = F . prototype . Ec ; F . prototype . constrainResolution = F . prototype . constrainResolution ;
F . prototype . constrainRotation = F . prototype . constrainRotation ; F . prototype . getCenter = F . prototype . wa ; F . prototype . calculateExtent = F . prototype . dd ; F . prototype . getMaxResolution = F . prototype . Nm ; F . prototype . getMinResolution = F . prototype . Pm ; F . prototype . getMaxZoom = F . prototype . Om ; F . prototype . setMaxZoom = F . prototype . eq ; F . prototype . getMinZoom = F . prototype . Qm ; F . prototype . setMinZoom = F . prototype . fq ; F . prototype . getProjection = F . prototype . Rm ; F . prototype . getResolution = F . prototype . Pa ; F . prototype . getResolutions = F . prototype . Sm ;
F . prototype . getResolutionForExtent = F . prototype . ze ; F . prototype . getRotation = F . prototype . Qa ; F . prototype . getZoom = F . prototype . Hh ; F . prototype . getZoomForResolution = F . prototype . Ce ; F . prototype . fit = F . prototype . Qf ; F . prototype . centerOn = F . prototype . uk ; F . prototype . rotate = F . prototype . rotate ; F . prototype . setCenter = F . prototype . ob ; F . prototype . setResolution = F . prototype . Vc ; F . prototype . setRotation = F . prototype . Oe ; F . prototype . setZoom = F . prototype . lq ; t ( "ol.xml.getAllTextContent" , kl ) ; t ( "ol.xml.parse" , pl ) ;
Oi . prototype . getGL = Oi . prototype . Wo ; Oi . prototype . useProgram = Oi . prototype . Qc ; t ( "ol.tilegrid.TileGrid" , lc ) ; lc . prototype . forEachTileCoord = lc . prototype . Rf ; lc . prototype . getMaxZoom = lc . prototype . Ti ; lc . prototype . getMinZoom = lc . prototype . Ui ; lc . prototype . getOrigin = lc . prototype . Pc ; lc . prototype . getResolution = lc . prototype . Da ; lc . prototype . getResolutions = lc . prototype . Vi ; lc . prototype . getTileCoordExtent = lc . prototype . Aa ; lc . prototype . getTileCoordForCoordAndResolution = lc . prototype . Be ;
lc . prototype . getTileCoordForCoordAndZ = lc . prototype . bg ; lc . prototype . getTileSize = lc . prototype . gb ; lc . prototype . getZForResolution = lc . prototype . tc ; t ( "ol.tilegrid.WMTS" , rx ) ; rx . prototype . getMatrixIds = rx . prototype . l ; t ( "ol.tilegrid.WMTS.createFromCapabilitiesMatrixSet" , sx ) ; t ( "ol.style.AtlasManager" , Ax ) ; t ( "ol.style.Circle" , $k ) ; $k . prototype . setRadius = $k . prototype . Uc ; t ( "ol.style.Fill" , al ) ; al . prototype . clone = al . prototype . clone ; al . prototype . getColor = al . prototype . i ; al . prototype . setColor = al . prototype . c ;
t ( "ol.style.Icon" , eo ) ; eo . prototype . clone = eo . prototype . clone ; eo . prototype . getAnchor = eo . prototype . Hc ; eo . prototype . getColor = eo . prototype . Lo ; eo . prototype . getImage = eo . prototype . Y ; eo . prototype . getOrigin = eo . prototype . Oc ; eo . prototype . getSrc = eo . prototype . Mo ; eo . prototype . getSize = eo . prototype . ic ; eo . prototype . load = eo . prototype . load ; t ( "ol.style.Image" , Xk ) ; Xk . prototype . getOpacity = Xk . prototype . Ze ; Xk . prototype . getRotateWithView = Xk . prototype . $e ; Xk . prototype . getRotation = Xk . prototype . af ; Xk . prototype . getScale = Xk . prototype . bf ;
Xk . prototype . getSnapToPixel = Xk . prototype . Ae ; Xk . prototype . setOpacity = Xk . prototype . td ; Xk . prototype . setRotation = Xk . prototype . cf ; Xk . prototype . setScale = Xk . prototype . ud ; t ( "ol.style.RegularShape" , Yk ) ; Yk . prototype . clone = Yk . prototype . clone ; Yk . prototype . getAnchor = Yk . prototype . Hc ; Yk . prototype . getAngle = Yk . prototype . Pi ; Yk . prototype . getFill = Yk . prototype . Fa ; Yk . prototype . getImage = Yk . prototype . Y ; Yk . prototype . getOrigin = Yk . prototype . Oc ; Yk . prototype . getPoints = Yk . prototype . Qi ; Yk . prototype . getRadius = Yk . prototype . Ri ;
Yk . prototype . getRadius2 = Yk . prototype . Fh ; Yk . prototype . getSize = Yk . prototype . ic ; Yk . prototype . getStroke = Yk . prototype . Ga ; t ( "ol.style.Stroke" , wj ) ; wj . prototype . clone = wj . prototype . clone ; wj . prototype . getColor = wj . prototype . No ; wj . prototype . getLineCap = wj . prototype . Vk ; wj . prototype . getLineDash = wj . prototype . Oo ; wj . prototype . getLineDashOffset = wj . prototype . Wk ; wj . prototype . getLineJoin = wj . prototype . Xk ; wj . prototype . getMiterLimit = wj . prototype . bl ; wj . prototype . getWidth = wj . prototype . Po ; wj . prototype . setColor = wj . prototype . Qo ;
wj . prototype . setLineCap = wj . prototype . aq ; wj . prototype . setLineDash = wj . prototype . setLineDash ; wj . prototype . setLineDashOffset = wj . prototype . bq ; wj . prototype . setLineJoin = wj . prototype . cq ; wj . prototype . setMiterLimit = wj . prototype . gq ; wj . prototype . setWidth = wj . prototype . jq ; t ( "ol.style.Style" , bl ) ; bl . prototype . clone = bl . prototype . clone ; bl . prototype . getGeometry = bl . prototype . V ; bl . prototype . getGeometryFunction = bl . prototype . Pk ; bl . prototype . getFill = bl . prototype . Fa ; bl . prototype . setFill = bl . prototype . pf ;
bl . prototype . getImage = bl . prototype . Y ; bl . prototype . setImage = bl . prototype . Og ; bl . prototype . getStroke = bl . prototype . Ga ; bl . prototype . setStroke = bl . prototype . qf ; bl . prototype . getText = bl . prototype . Na ; bl . prototype . setText = bl . prototype . xd ; bl . prototype . getZIndex = bl . prototype . Ba ; bl . prototype . setGeometry = bl . prototype . Ra ; bl . prototype . setZIndex = bl . prototype . Vb ; t ( "ol.style.Text" , fo ) ; fo . prototype . clone = fo . prototype . clone ; fo . prototype . getFont = fo . prototype . Nk ; fo . prototype . getOffsetX = fo . prototype . cl ;
fo . prototype . getOffsetY = fo . prototype . dl ; fo . prototype . getFill = fo . prototype . Fa ; fo . prototype . getRotateWithView = fo . prototype . Ro ; fo . prototype . getRotation = fo . prototype . So ; fo . prototype . getScale = fo . prototype . To ; fo . prototype . getStroke = fo . prototype . Ga ; fo . prototype . getText = fo . prototype . Na ; fo . prototype . getTextAlign = fo . prototype . nl ; fo . prototype . getTextBaseline = fo . prototype . ol ; fo . prototype . setFont = fo . prototype . nj ; fo . prototype . setOffsetX = fo . prototype . sj ; fo . prototype . setOffsetY = fo . prototype . tj ;
fo . prototype . setFill = fo . prototype . pf ; fo . prototype . setRotation = fo . prototype . Uo ; fo . prototype . setScale = fo . prototype . Si ; fo . prototype . setStroke = fo . prototype . qf ; fo . prototype . setText = fo . prototype . xd ; fo . prototype . setTextAlign = fo . prototype . vj ; fo . prototype . setTextBaseline = fo . prototype . hq ; t ( "ol.source.BingMaps" , xw ) ; t ( "ol.source.BingMaps.TOS_ATTRIBUTION" , yw ) ; xw . prototype . getApiKey = xw . prototype . T ; xw . prototype . getImagerySet = xw . prototype . fa ; t ( "ol.source.CartoDB" , Aw ) ; Aw . prototype . getConfig = Aw . prototype . Kk ;
Aw . prototype . updateConfig = Aw . prototype . tq ; Aw . prototype . setConfig = Aw . prototype . Xp ; t ( "ol.source.Cluster" , Y ) ; Y . prototype . getDistance = Y . prototype . $n ; Y . prototype . getSource = Y . prototype . ao ; Y . prototype . setDistance = Y . prototype . Yp ; t ( "ol.source.Image" , Hv ) ; Jv . prototype . image = Jv . prototype . image ; t ( "ol.source.ImageArcGISRest" , Gw ) ; Gw . prototype . getParams = Gw . prototype . co ; Gw . prototype . getImageLoadFunction = Gw . prototype . bo ; Gw . prototype . getUrl = Gw . prototype . eo ; Gw . prototype . setImageLoadFunction = Gw . prototype . fo ;
Gw . prototype . setUrl = Gw . prototype . ho ; Gw . prototype . updateParams = Gw . prototype . io ; t ( "ol.source.ImageCanvas" , Ov ) ; t ( "ol.source.ImageMapGuide" , Hw ) ; Hw . prototype . getParams = Hw . prototype . ko ; Hw . prototype . getImageLoadFunction = Hw . prototype . jo ; Hw . prototype . updateParams = Hw . prototype . mo ; Hw . prototype . setImageLoadFunction = Hw . prototype . lo ; t ( "ol.source.ImageStatic" , Iw ) ; t ( "ol.source.ImageVector" , Pv ) ; Pv . prototype . getSource = Pv . prototype . no ; Pv . prototype . getStyle = Pv . prototype . oo ; Pv . prototype . getStyleFunction = Pv . prototype . po ;
Pv . prototype . setStyle = Pv . prototype . Ii ; t ( "ol.source.ImageWMS" , Jw ) ; Jw . prototype . getGetFeatureInfoUrl = Jw . prototype . so ; Jw . prototype . getParams = Jw . prototype . uo ; Jw . prototype . getImageLoadFunction = Jw . prototype . to ; Jw . prototype . getUrl = Jw . prototype . vo ; Jw . prototype . setImageLoadFunction = Jw . prototype . wo ; Jw . prototype . setUrl = Jw . prototype . xo ; Jw . prototype . updateParams = Jw . prototype . yo ; t ( "ol.source.OSM" , Nw ) ; t ( "ol.source.OSM.ATTRIBUTION" , Ow ) ; t ( "ol.source.Raster" , Pw ) ; Pw . prototype . setOperation = Pw . prototype . v ;
Tw . prototype . extent = Tw . prototype . extent ; Tw . prototype . resolution = Tw . prototype . resolution ; Tw . prototype . data = Tw . prototype . data ; t ( "ol.source.Source" , $t ) ; $t . prototype . getAttributions = $t . prototype . ya ; $t . prototype . getLogo = $t . prototype . xa ; $t . prototype . getProjection = $t . prototype . za ; $t . prototype . getState = $t . prototype . getState ; $t . prototype . refresh = $t . prototype . sa ; $t . prototype . setAttributions = $t . prototype . ua ; t ( "ol.source.Stamen" , Ww ) ; t ( "ol.source.Tile" , pw ) ; pw . prototype . getTileGrid = pw . prototype . ab ;
sw . prototype . tile = sw . prototype . tile ; t ( "ol.source.TileArcGISRest" , $w ) ; $w . prototype . getParams = $w . prototype . C ; $w . prototype . updateParams = $w . prototype . B ; t ( "ol.source.TileDebug" , bx ) ; t ( "ol.source.TileImage" , X ) ; X . prototype . setRenderReprojectionEdges = X . prototype . Pb ; X . prototype . setTileGridForProjection = X . prototype . Qb ; t ( "ol.source.TileJSON" , dx ) ; dx . prototype . getTileJSON = dx . prototype . pl ; t ( "ol.source.TileUTFGrid" , ex ) ; ex . prototype . getTemplate = ex . prototype . ml ; ex . prototype . forDataAtCoordinateAndResolution = ex . prototype . zk ;
t ( "ol.source.TileWMS" , ix ) ; ix . prototype . getGetFeatureInfoUrl = ix . prototype . Fo ; ix . prototype . getParams = ix . prototype . Go ; ix . prototype . updateParams = ix . prototype . Ho ; tw . prototype . getTileLoadFunction = tw . prototype . pb ; tw . prototype . getTileUrlFunction = tw . prototype . qb ; tw . prototype . getUrls = tw . prototype . rb ; tw . prototype . setTileLoadFunction = tw . prototype . vb ; tw . prototype . setTileUrlFunction = tw . prototype . cb ; tw . prototype . setUrl = tw . prototype . jb ; tw . prototype . setUrls = tw . prototype . eb ; t ( "ol.source.Vector" , U ) ;
U . prototype . addFeature = U . prototype . yb ; U . prototype . addFeatures = U . prototype . cd ; U . prototype . clear = U . prototype . clear ; U . prototype . forEachFeature = U . prototype . sh ; U . prototype . forEachFeatureInExtent = U . prototype . $b ; U . prototype . forEachFeatureIntersectingExtent = U . prototype . th ; U . prototype . getFeaturesCollection = U . prototype . Ah ; U . prototype . getFeatures = U . prototype . Xe ; U . prototype . getFeaturesAtCoordinate = U . prototype . zh ; U . prototype . getFeaturesInExtent = U . prototype . Uf ; U . prototype . getClosestFeatureToCoordinate = U . prototype . vh ;
U . prototype . getExtent = U . prototype . G ; U . prototype . getFeatureById = U . prototype . yh ; U . prototype . getFormat = U . prototype . Mi ; U . prototype . getUrl = U . prototype . Ni ; U . prototype . removeFeature = U . prototype . Gb ; gu . prototype . feature = gu . prototype . feature ; t ( "ol.source.VectorTile" , qx ) ; t ( "ol.source.WMTS" , Z ) ; Z . prototype . getDimensions = Z . prototype . Mk ; Z . prototype . getFormat = Z . prototype . Io ; Z . prototype . getLayer = Z . prototype . Jo ; Z . prototype . getMatrixSet = Z . prototype . $k ; Z . prototype . getRequestEncoding = Z . prototype . kl ;
Z . prototype . getStyle = Z . prototype . Ko ; Z . prototype . getVersion = Z . prototype . rl ; Z . prototype . updateDimensions = Z . prototype . uq ;
t ( "ol.source.WMTS.optionsFromCapabilities" , function ( a , b ) { var c = na ( a . Contents . Layer , function ( a ) { return a . Identifier == b . layer } ) ; if ( null === c ) return null ; var d = a . Contents . TileMatrixSet ; var e = 1 < c . TileMatrixSetLink . length ? "projection" in b ? sa ( c . TileMatrixSetLink , function ( a ) { var c = na ( d , function ( b ) { return b . Identifier == a . TileMatrixSet } ) . SupportedCRS . replace ( /urn:ogc:def:crs:(\w+):(.*:)?(\w+)$/ , "$1:$3" ) , e = Tb ( c ) , f = Tb ( b . projection ) ; return e && f ? dc ( e , f ) : c == b . projection } ) : sa ( c . TileMatrixSetLink , function ( a ) { return a . TileMatrixSet ==
b . matrixSet } ) : 0 ; 0 > e && ( e = 0 ) ; var f = c . TileMatrixSetLink [ e ] . TileMatrixSet ; var g = c . TileMatrixSetLink [ e ] . TileMatrixSetLimits ; var h = c . Format [ 0 ] ; "format" in b && ( h = b . format ) ; e = sa ( c . Style , function ( a ) { return "style" in b ? a . Title == b . style : a . isDefault } ) ; 0 > e && ( e = 0 ) ; e = c . Style [ e ] . Identifier ; var l = { } ; "Dimension" in c && c . Dimension . forEach ( function ( a ) { var b = a . Identifier , c = a . Default ; void 0 === c && ( c = a . Value [ 0 ] ) ; l [ b ] = c } ) ; var m = na ( a . Contents . TileMatrixSet , function ( a ) { return a . Identifier == f } ) ; var n = "projection" in b ? Tb ( b . projection ) :
Tb ( m . SupportedCRS . replace ( /urn:ogc:def:crs:(\w+):(.*:)?(\w+)$/ , "$1:$3" ) ) ; var p = c . WGS84BoundingBox ; if ( void 0 !== p ) { var q = Tb ( "EPSG:4326" ) . G ( ) ; q = p [ 0 ] == q [ 0 ] && p [ 2 ] == q [ 2 ] ; var r = hc ( p , "EPSG:4326" , n ) ; ( p = n . G ( ) ) && ( Va ( p , r ) || ( r = void 0 ) ) } g = sx ( m , r , g ) ; var u = [ ] , m = b . requestEncoding , m = void 0 !== m ? m : "" ; if ( "OperationsMetadata" in a && "GetTile" in a . OperationsMetadata ) for ( a = a . OperationsMetadata . GetTile . DCP . HTTP . Get , r = 0 , p = a . length ; r < p ; ++ r ) { var x = na ( a [ r ] . Constraint , function ( a ) { return "GetEncoding" == a . name } ) . AllowedValues . Value ;
"" === m && ( m = x [ 0 ] ) ; if ( "KVP" === m ) ja ( x , "KVP" ) && u . push ( a [ r ] . href ) ; else break } u . length || ( m = "REST" , c . ResourceURL . forEach ( function ( a ) { "tile" === a . resourceType && ( h = a . format , u . push ( a . template ) ) } ) ) ; return { urls : u , layer : b . layer , matrixSet : f , format : h , projection : n , requestEncoding : m , tileGrid : g , style : e , dimensions : l , wrapX : q , crossOrigin : b . crossOrigin } } ) ; t ( "ol.source.XYZ" , zw ) ; t ( "ol.source.Zoomify" , ux ) ; Rh . prototype . vectorContext = Rh . prototype . vectorContext ; Rh . prototype . frameState = Rh . prototype . frameState ;
Rh . prototype . context = Rh . prototype . context ; Rh . prototype . glContext = Rh . prototype . glContext ; kq . prototype . get = kq . prototype . get ; kq . prototype . getExtent = kq . prototype . G ; kq . prototype . getId = kq . prototype . Wn ; kq . prototype . getGeometry = kq . prototype . V ; kq . prototype . getProperties = kq . prototype . Xn ; kq . prototype . getType = kq . prototype . U ; t ( "ol.render.VectorContext" , Wh ) ; kk . prototype . setStyle = kk . prototype . rd ; kk . prototype . drawGeometry = kk . prototype . zb ; kk . prototype . drawFeature = kk . prototype . te ; Xh . prototype . drawCircle = Xh . prototype . Zb ;
Xh . prototype . setStyle = Xh . prototype . rd ; Xh . prototype . drawGeometry = Xh . prototype . zb ; Xh . prototype . drawFeature = Xh . prototype . te ; t ( "ol.proj.common.add" , ic ) ; t ( "ol.proj.Projection" , Bb ) ; Bb . prototype . getCode = Bb . prototype . Jk ; Bb . prototype . getExtent = Bb . prototype . G ; Bb . prototype . getUnits = Bb . prototype . Un ; Bb . prototype . getMetersPerUnit = Bb . prototype . sc ; Bb . prototype . getWorldExtent = Bb . prototype . tl ; Bb . prototype . isGlobal = Bb . prototype . dm ; Bb . prototype . setGlobal = Bb . prototype . $p ; Bb . prototype . setExtent = Bb . prototype . Vn ;
Bb . prototype . setWorldExtent = Bb . prototype . kq ; Bb . prototype . setGetPointResolution = Bb . prototype . Zp ; t ( "ol.proj.Units.METERS_PER_UNIT" , zb ) ; t ( "ol.layer.Base" , sh ) ; sh . prototype . getExtent = sh . prototype . G ; sh . prototype . getMaxResolution = sh . prototype . fc ; sh . prototype . getMinResolution = sh . prototype . gc ; sh . prototype . getOpacity = sh . prototype . hc ; sh . prototype . getVisible = sh . prototype . Mb ; sh . prototype . getZIndex = sh . prototype . Ba ; sh . prototype . setExtent = sh . prototype . vc ; sh . prototype . setMaxResolution = sh . prototype . Ac ;
sh . prototype . setMinResolution = sh . prototype . Bc ; sh . prototype . setOpacity = sh . prototype . wc ; sh . prototype . setVisible = sh . prototype . xc ; sh . prototype . setZIndex = sh . prototype . Vb ; t ( "ol.layer.Group" , uh ) ; uh . prototype . getLayers = uh . prototype . qd ; uh . prototype . setLayers = uh . prototype . xi ; t ( "ol.layer.Heatmap" , V ) ; V . prototype . getBlur = V . prototype . uh ; V . prototype . getGradient = V . prototype . Bh ; V . prototype . getRadius = V . prototype . yi ; V . prototype . setBlur = V . prototype . jj ; V . prototype . setGradient = V . prototype . pj ; V . prototype . setRadius = V . prototype . Uc ;
t ( "ol.layer.Image" , Uv ) ; Uv . prototype . getSource = Uv . prototype . ha ; t ( "ol.layer.Layer" , wh ) ; wh . prototype . getSource = wh . prototype . ha ; wh . prototype . setMap = wh . prototype . setMap ; wh . prototype . setSource = wh . prototype . Wc ; t ( "ol.layer.Tile" , cw ) ; cw . prototype . getPreload = cw . prototype . Ud ; cw . prototype . getSource = cw . prototype . ha ; cw . prototype . setPreload = cw . prototype . zi ; cw . prototype . getUseInterimTilesOnError = cw . prototype . kd ; cw . prototype . setUseInterimTilesOnError = cw . prototype . Ai ; t ( "ol.layer.Vector" , T ) ; T . prototype . getSource = T . prototype . ha ;
T . prototype . getStyle = T . prototype . D ; T . prototype . getStyleFunction = T . prototype . C ; T . prototype . setStyle = T . prototype . g ; t ( "ol.layer.VectorTile" , W ) ; W . prototype . getPreload = W . prototype . Ud ; W . prototype . getUseInterimTilesOnError = W . prototype . kd ; W . prototype . setPreload = W . prototype . Bi ; W . prototype . setUseInterimTilesOnError = W . prototype . Ci ; t ( "ol.interaction.DoubleClickZoom" , rg ) ; t ( "ol.interaction.DoubleClickZoom.handleEvent" , sg ) ; t ( "ol.interaction.DragAndDrop" , Rs ) ; t ( "ol.interaction.DragAndDrop.handleEvent" , mf ) ;
Us . prototype . features = Us . prototype . features ; Us . prototype . file = Us . prototype . file ; Us . prototype . projection = Us . prototype . projection ; t ( "ol.interaction.DragBox" , Rg ) ; Rg . prototype . getGeometry = Rg . prototype . V ; Wg . prototype . coordinate = Wg . prototype . coordinate ; Wg . prototype . mapBrowserEvent = Wg . prototype . mapBrowserEvent ; t ( "ol.interaction.DragPan" , Gg ) ; t ( "ol.interaction.DragRotate" , Kg ) ; t ( "ol.interaction.DragRotateAndZoom" , Ys ) ; t ( "ol.interaction.DragZoom" , $g ) ; t ( "ol.interaction.Draw" , ju ) ;
t ( "ol.interaction.Draw.handleEvent" , lu ) ; ju . prototype . removeLastPoint = ju . prototype . Op ; ju . prototype . finishDrawing = ju . prototype . Pd ; ju . prototype . extend = ju . prototype . vn ; t ( "ol.interaction.Draw.createRegularPolygon" , function ( a , b ) { return function ( c , d ) { var e = c [ 0 ] ; c = c [ 1 ] ; var f = Math . sqrt ( hf ( e , c ) ) ; d = d ? d : Zf ( new ys ( e ) , a ) ; $f ( d , e , f , b ? b : Math . atan ( ( c [ 1 ] - e [ 1 ] ) / ( c [ 0 ] - e [ 0 ] ) ) ) ; return d } } ) ;
t ( "ol.interaction.Draw.createBox" , function ( ) { return function ( a , b ) { a = Na ( a ) ; b = b || new D ( null ) ; b . ma ( [ [ eb ( a ) , gb ( a ) , hb ( a ) , ib ( a ) , eb ( a ) ] ] ) ; return b } } ) ; zu . prototype . feature = zu . prototype . feature ; t ( "ol.interaction.Extent" , Au ) ; Au . prototype . getExtent = Au . prototype . G ; Au . prototype . setExtent = Au . prototype . g ; Lu . prototype . extent _ = Lu . prototype . b ; t ( "ol.interaction.Interaction" , ng ) ; ng . prototype . getActive = ng . prototype . c ; ng . prototype . getMap = ng . prototype . f ; ng . prototype . setActive = ng . prototype . Ha ;
t ( "ol.interaction.KeyboardPan" , ah ) ; t ( "ol.interaction.KeyboardPan.handleEvent" , bh ) ; t ( "ol.interaction.KeyboardZoom" , ch ) ; t ( "ol.interaction.KeyboardZoom.handleEvent" , dh ) ; t ( "ol.interaction.Modify" , Nu ) ; t ( "ol.interaction.Modify.handleEvent" , Qu ) ; Nu . prototype . removePoint = Nu . prototype . hj ; Vu . prototype . features = Vu . prototype . features ; Vu . prototype . mapBrowserEvent = Vu . prototype . mapBrowserEvent ; t ( "ol.interaction.MouseWheelZoom" , eh ) ; t ( "ol.interaction.MouseWheelZoom.handleEvent" , fh ) ; eh . prototype . setMouseAnchor = eh . prototype . T ;
t ( "ol.interaction.PinchRotate" , ih ) ; t ( "ol.interaction.PinchZoom" , mh ) ; t ( "ol.interaction.Pointer" , Dg ) ; t ( "ol.interaction.Pointer.handleEvent" , Eg ) ; t ( "ol.interaction.Select" , cv ) ; cv . prototype . getFeatures = cv . prototype . Gn ; cv . prototype . getHitTolerance = cv . prototype . Hn ; cv . prototype . getLayer = cv . prototype . In ; t ( "ol.interaction.Select.handleEvent" , dv ) ; cv . prototype . setHitTolerance = cv . prototype . Kn ; cv . prototype . setMap = cv . prototype . setMap ; fv . prototype . selected = fv . prototype . selected ; fv . prototype . deselected = fv . prototype . deselected ;
fv . prototype . mapBrowserEvent = fv . prototype . mapBrowserEvent ; t ( "ol.interaction.Snap" , hv ) ; hv . prototype . addFeature = hv . prototype . yb ; hv . prototype . removeFeature = hv . prototype . Gb ; t ( "ol.interaction.Translate" , mv ) ; mv . prototype . getHitTolerance = mv . prototype . B ; mv . prototype . setHitTolerance = mv . prototype . I ; sv . prototype . features = sv . prototype . features ; sv . prototype . coordinate = sv . prototype . coordinate ; t ( "ol.geom.Circle" , ys ) ; ys . prototype . clone = ys . prototype . clone ; ys . prototype . getCenter = ys . prototype . wa ;
ys . prototype . getRadius = ys . prototype . pd ; ys . prototype . getType = ys . prototype . U ; ys . prototype . intersectsExtent = ys . prototype . Xa ; ys . prototype . setCenter = ys . prototype . ob ; ys . prototype . setCenterAndRadius = ys . prototype . Ng ; ys . prototype . setRadius = ys . prototype . Uc ; ys . prototype . transform = ys . prototype . tb ; t ( "ol.geom.Geometry" , of ) ; of . prototype . getClosestPoint = of . prototype . Ab ; of . prototype . intersectsCoordinate = of . prototype . sb ; of . prototype . getExtent = of . prototype . G ; of . prototype . rotate = of . prototype . rotate ;
of . prototype . scale = of . prototype . scale ; of . prototype . simplify = of . prototype . Rb ; of . prototype . transform = of . prototype . tb ; t ( "ol.geom.GeometryCollection" , tm ) ; tm . prototype . clone = tm . prototype . clone ; tm . prototype . getGeometries = tm . prototype . Vf ; tm . prototype . getType = tm . prototype . U ; tm . prototype . intersectsExtent = tm . prototype . Xa ; tm . prototype . setGeometries = tm . prototype . oj ; tm . prototype . applyTransform = tm . prototype . Dc ; tm . prototype . translate = tm . prototype . translate ; t ( "ol.geom.LinearRing" , Jf ) ; Jf . prototype . clone = Jf . prototype . clone ;
Jf . prototype . getArea = Jf . prototype . qn ; Jf . prototype . getCoordinates = Jf . prototype . X ; Jf . prototype . getType = Jf . prototype . U ; Jf . prototype . setCoordinates = Jf . prototype . ma ; t ( "ol.geom.LineString" , O ) ; O . prototype . appendCoordinate = O . prototype . mk ; O . prototype . clone = O . prototype . clone ; O . prototype . forEachSegment = O . prototype . Ck ; O . prototype . getCoordinateAtM = O . prototype . nn ; O . prototype . getCoordinates = O . prototype . X ; O . prototype . getCoordinateAt = O . prototype . wh ; O . prototype . getLength = O . prototype . pn ; O . prototype . getType = O . prototype . U ;
O . prototype . intersectsExtent = O . prototype . Xa ; O . prototype . setCoordinates = O . prototype . ma ; t ( "ol.geom.MultiLineString" , P ) ; P . prototype . appendLineString = P . prototype . nk ; P . prototype . clone = P . prototype . clone ; P . prototype . getCoordinateAtM = P . prototype . rn ; P . prototype . getCoordinates = P . prototype . X ; P . prototype . getLineString = P . prototype . Yk ; P . prototype . getLineStrings = P . prototype . gd ; P . prototype . getType = P . prototype . U ; P . prototype . intersectsExtent = P . prototype . Xa ; P . prototype . setCoordinates = P . prototype . ma ;
t ( "ol.geom.MultiPoint" , Q ) ; Q . prototype . appendPoint = Q . prototype . qk ; Q . prototype . clone = Q . prototype . clone ; Q . prototype . getCoordinates = Q . prototype . X ; Q . prototype . getPoint = Q . prototype . il ; Q . prototype . getPoints = Q . prototype . Zd ; Q . prototype . getType = Q . prototype . U ; Q . prototype . intersectsExtent = Q . prototype . Xa ; Q . prototype . setCoordinates = Q . prototype . ma ; t ( "ol.geom.MultiPolygon" , R ) ; R . prototype . appendPolygon = R . prototype . rk ; R . prototype . clone = R . prototype . clone ; R . prototype . getArea = R . prototype . sn ;
R . prototype . getCoordinates = R . prototype . X ; R . prototype . getInteriorPoints = R . prototype . Uk ; R . prototype . getPolygon = R . prototype . jl ; R . prototype . getPolygons = R . prototype . Td ; R . prototype . getType = R . prototype . U ; R . prototype . intersectsExtent = R . prototype . Xa ; R . prototype . setCoordinates = R . prototype . ma ; t ( "ol.geom.Point" , C ) ; C . prototype . clone = C . prototype . clone ; C . prototype . getCoordinates = C . prototype . X ; C . prototype . getType = C . prototype . U ; C . prototype . intersectsExtent = C . prototype . Xa ; C . prototype . setCoordinates = C . prototype . ma ;
t ( "ol.geom.Polygon" , D ) ; D . prototype . appendLinearRing = D . prototype . pk ; D . prototype . clone = D . prototype . clone ; D . prototype . getArea = D . prototype . tn ; D . prototype . getCoordinates = D . prototype . X ; D . prototype . getInteriorPoint = D . prototype . Tk ; D . prototype . getLinearRingCount = D . prototype . Zk ; D . prototype . getLinearRing = D . prototype . Ch ; D . prototype . getLinearRings = D . prototype . Sd ; D . prototype . getType = D . prototype . U ; D . prototype . intersectsExtent = D . prototype . Xa ; D . prototype . setCoordinates = D . prototype . ma ;
t ( "ol.geom.Polygon.circular" , Xf ) ; t ( "ol.geom.Polygon.fromExtent" , Yf ) ; t ( "ol.geom.Polygon.fromCircle" , Zf ) ; t ( "ol.geom.SimpleGeometry" , rf ) ; rf . prototype . getFirstCoordinate = rf . prototype . ac ; rf . prototype . getLastCoordinate = rf . prototype . bc ; rf . prototype . getLayout = rf . prototype . cc ; rf . prototype . applyTransform = rf . prototype . Dc ; rf . prototype . translate = rf . prototype . translate ; t ( "ol.format.EsriJSON" , Ql ) ; Ql . prototype . readFeature = Ql . prototype . Tb ; Ql . prototype . readFeatures = Ql . prototype . Oa ; Ql . prototype . readGeometry = Ql . prototype . Sc ;
Ql . prototype . readProjection = Ql . prototype . kb ; Ql . prototype . writeGeometry = Ql . prototype . $c ; Ql . prototype . writeGeometryObject = Ql . prototype . je ; Ql . prototype . writeFeature = Ql . prototype . Bd ; Ql . prototype . writeFeatureObject = Ql . prototype . Zc ; Ql . prototype . writeFeatures = Ql . prototype . Wb ; Ql . prototype . writeFeaturesObject = Ql . prototype . he ; t ( "ol.format.Feature" , El ) ; t ( "ol.format.filter.and" , rm ) ;
t ( "ol.format.filter.or" , function ( a ) { var b = [ null ] . concat ( Array . prototype . slice . call ( arguments ) ) ; return new ( Function . prototype . bind . apply ( pm , b ) ) } ) ; t ( "ol.format.filter.not" , function ( a ) { return new nm ( a ) } ) ; t ( "ol.format.filter.bbox" , sm ) ; t ( "ol.format.filter.intersects" , function ( a , b , c ) { return new hm ( a , b , c ) } ) ; t ( "ol.format.filter.within" , function ( a , b , c ) { return new qm ( a , b , c ) } ) ; t ( "ol.format.filter.equalTo" , function ( a , b , c ) { return new dm ( a , b , c ) } ) ;
t ( "ol.format.filter.notEqualTo" , function ( a , b , c ) { return new om ( a , b , c ) } ) ; t ( "ol.format.filter.lessThan" , function ( a , b ) { return new lm ( a , b ) } ) ; t ( "ol.format.filter.lessThanOrEqualTo" , function ( a , b ) { return new mm ( a , b ) } ) ; t ( "ol.format.filter.greaterThan" , function ( a , b ) { return new em ( a , b ) } ) ; t ( "ol.format.filter.greaterThanOrEqualTo" , function ( a , b ) { return new fm ( a , b ) } ) ; t ( "ol.format.filter.isNull" , function ( a ) { return new km ( a ) } ) ; t ( "ol.format.filter.between" , function ( a , b , c ) { return new im ( a , b , c ) } ) ;
t ( "ol.format.filter.like" , function ( a , b , c , d , e , f ) { return new jm ( a , b , c , d , e , f ) } ) ; t ( "ol.format.filter.during" , function ( a , b , c ) { return new bm ( a , b , c ) } ) ; t ( "ol.format.GeoJSON" , xm ) ; xm . prototype . readFeature = xm . prototype . Tb ; xm . prototype . readFeatures = xm . prototype . Oa ; xm . prototype . readGeometry = xm . prototype . Sc ; xm . prototype . readProjection = xm . prototype . kb ; xm . prototype . writeFeature = xm . prototype . Bd ; xm . prototype . writeFeatureObject = xm . prototype . Zc ; xm . prototype . writeFeatures = xm . prototype . Wb ;
xm . prototype . writeFeaturesObject = xm . prototype . he ; xm . prototype . writeGeometry = xm . prototype . $c ; xm . prototype . writeGeometryObject = xm . prototype . je ; t ( "ol.format.GML" , Sm ) ; Sm . prototype . writeFeatures = Sm . prototype . Wb ; Sm . prototype . writeFeaturesNode = Sm . prototype . Xb ; t ( "ol.format.GML2" , an ) ; t ( "ol.format.GML3" , Sm ) ; Sm . prototype . writeGeometryNode = Sm . prototype . ie ; Sm . prototype . writeFeatures = Sm . prototype . Wb ; Sm . prototype . writeFeaturesNode = Sm . prototype . Xb ; Fm . prototype . readFeatures = Fm . prototype . Oa ; t ( "ol.format.GPX" , mn ) ;
mn . prototype . readFeature = mn . prototype . Tb ; mn . prototype . readFeatures = mn . prototype . Oa ; mn . prototype . readProjection = mn . prototype . kb ; mn . prototype . writeFeatures = mn . prototype . Wb ; mn . prototype . writeFeaturesNode = mn . prototype . Xb ; t ( "ol.format.IGC" , Xn ) ; Xn . prototype . readFeature = Xn . prototype . Tb ; Xn . prototype . readFeatures = Xn . prototype . Oa ; Xn . prototype . readProjection = Xn . prototype . kb ; t ( "ol.format.KML" , go ) ; go . prototype . readFeature = go . prototype . Tb ; go . prototype . readFeatures = go . prototype . Oa ; go . prototype . readName = go . prototype . Cp ;
go . prototype . readNetworkLinks = go . prototype . Dp ; go . prototype . readRegion = go . prototype . Gp ; go . prototype . readRegionFromNode = go . prototype . lf ; go . prototype . readProjection = go . prototype . kb ; go . prototype . writeFeatures = go . prototype . Wb ; go . prototype . writeFeaturesNode = go . prototype . Xb ; t ( "ol.format.MVT" , lq ) ; lq . prototype . readFeatures = lq . prototype . Oa ; lq . prototype . readProjection = lq . prototype . kb ; lq . prototype . setLayers = lq . prototype . mn ; t ( "ol.format.OSMXML" , nq ) ; nq . prototype . readFeatures = nq . prototype . Oa ;
nq . prototype . readProjection = nq . prototype . kb ; t ( "ol.format.Polyline" , Nq ) ; t ( "ol.format.Polyline.encodeDeltas" , Oq ) ; t ( "ol.format.Polyline.decodeDeltas" , Qq ) ; t ( "ol.format.Polyline.encodeFloats" , Pq ) ; t ( "ol.format.Polyline.decodeFloats" , Rq ) ; Nq . prototype . readFeature = Nq . prototype . Tb ; Nq . prototype . readFeatures = Nq . prototype . Oa ; Nq . prototype . readGeometry = Nq . prototype . Sc ; Nq . prototype . readProjection = Nq . prototype . kb ; Nq . prototype . writeGeometry = Nq . prototype . $c ; t ( "ol.format.TopoJSON" , Sq ) ; Sq . prototype . readFeatures = Sq . prototype . Oa ;
Sq . prototype . readProjection = Sq . prototype . kb ; t ( "ol.format.WFS" , Yq ) ; Yq . prototype . readFeatures = Yq . prototype . Oa ; Yq . prototype . readTransactionResponse = Yq . prototype . j ; Yq . prototype . readFeatureCollectionMetadata = Yq . prototype . g ; t ( "ol.format.WFS.writeFilter" , function ( a ) { var b = jl ( "http://www.opengis.net/ogc" , "Filter" ) ; Bl ( { node : b } , mr , wl ( a . kc ) , [ a ] , [ ] ) ; return b } ) ; Yq . prototype . writeGetFeature = Yq . prototype . l ; Yq . prototype . writeTransaction = Yq . prototype . v ; Yq . prototype . readProjection = Yq . prototype . kb ;
t ( "ol.format.WKT" , sr ) ; sr . prototype . readFeature = sr . prototype . Tb ; sr . prototype . readFeatures = sr . prototype . Oa ; sr . prototype . readGeometry = sr . prototype . Sc ; sr . prototype . writeFeature = sr . prototype . Bd ; sr . prototype . writeFeatures = sr . prototype . Wb ; sr . prototype . writeGeometry = sr . prototype . $c ; t ( "ol.format.WMSCapabilities" , Lr ) ; Lr . prototype . read = Lr . prototype . read ; t ( "ol.format.WMSGetFeatureInfo" , hs ) ; hs . prototype . readFeatures = hs . prototype . Oa ; t ( "ol.format.WMTSCapabilities" , is ) ; is . prototype . read = is . prototype . read ;
t ( "ol.format.filter.And" , Zl ) ; t ( "ol.format.filter.Bbox" , $l ) ; t ( "ol.format.filter.Comparison" , am ) ; t ( "ol.format.filter.ComparisonBinary" , cm ) ; t ( "ol.format.filter.During" , bm ) ; t ( "ol.format.filter.EqualTo" , dm ) ; t ( "ol.format.filter.Filter" , Xl ) ; t ( "ol.format.filter.GreaterThan" , em ) ; t ( "ol.format.filter.GreaterThanOrEqualTo" , fm ) ; t ( "ol.format.filter.Intersects" , hm ) ; t ( "ol.format.filter.IsBetween" , im ) ; t ( "ol.format.filter.IsLike" , jm ) ; t ( "ol.format.filter.IsNull" , km ) ; t ( "ol.format.filter.LessThan" , lm ) ;
t ( "ol.format.filter.LessThanOrEqualTo" , mm ) ; t ( "ol.format.filter.Not" , nm ) ; t ( "ol.format.filter.NotEqualTo" , om ) ; t ( "ol.format.filter.Or" , pm ) ; t ( "ol.format.filter.Spatial" , gm ) ; t ( "ol.format.filter.Within" , qm ) ; t ( "ol.events.condition.altKeyOnly" , function ( a ) { a = a . originalEvent ; return a . altKey && ! ( a . metaKey || a . ctrlKey ) && ! a . shiftKey } ) ; t ( "ol.events.condition.altShiftKeysOnly" , tg ) ; t ( "ol.events.condition.always" , mf ) ; t ( "ol.events.condition.click" , function ( a ) { return "click" == a . type } ) ; t ( "ol.events.condition.never" , nf ) ;
t ( "ol.events.condition.pointerMove" , vg ) ; t ( "ol.events.condition.singleClick" , wg ) ; t ( "ol.events.condition.doubleClick" , function ( a ) { return "dblclick" == a . type } ) ; t ( "ol.events.condition.noModifierKeys" , xg ) ; t ( "ol.events.condition.platformModifierKeyOnly" , function ( a ) { a = a . originalEvent ; return ! a . altKey && ( Rd ? a . metaKey : a . ctrlKey ) && ! a . shiftKey } ) ; t ( "ol.events.condition.shiftKeyOnly" , yg ) ; t ( "ol.events.condition.targetNotEditable" , Ag ) ; t ( "ol.events.condition.mouseOnly" , Bg ) ; t ( "ol.events.condition.primaryAction" , Cg ) ;
Oc . prototype . type = Oc . prototype . type ; Oc . prototype . target = Oc . prototype . target ; Oc . prototype . preventDefault = Oc . prototype . preventDefault ; Oc . prototype . stopPropagation = Oc . prototype . stopPropagation ; t ( "ol.control.Attribution" , nd ) ; t ( "ol.control.Attribution.render" , od ) ; nd . prototype . getCollapsible = nd . prototype . Um ; nd . prototype . setCollapsible = nd . prototype . Xm ; nd . prototype . setCollapsed = nd . prototype . Wm ; nd . prototype . getCollapsed = nd . prototype . Tm ; t ( "ol.control.Control" , md ) ; md . prototype . getMap = md . prototype . g ;
md . prototype . setMap = md . prototype . setMap ; md . prototype . setTarget = md . prototype . f ; t ( "ol.control.FullScreen" , yd ) ; t ( "ol.control.MousePosition" , Dd ) ; t ( "ol.control.MousePosition.render" , Ed ) ; Dd . prototype . getCoordinateFormat = Dd . prototype . xh ; Dd . prototype . getProjection = Dd . prototype . Zh ; Dd . prototype . setCoordinateFormat = Dd . prototype . kj ; Dd . prototype . setProjection = Dd . prototype . $h ; t ( "ol.control.OverviewMap" , Bk ) ; t ( "ol.control.OverviewMap.render" , Ck ) ; Bk . prototype . getCollapsible = Bk . prototype . $m ;
Bk . prototype . setCollapsible = Bk . prototype . cn ; Bk . prototype . setCollapsed = Bk . prototype . bn ; Bk . prototype . getCollapsed = Bk . prototype . Zm ; Bk . prototype . getOverviewMap = Bk . prototype . gl ; t ( "ol.control.Rotate" , ud ) ; t ( "ol.control.Rotate.render" , vd ) ; t ( "ol.control.ScaleLine" , Gk ) ; Gk . prototype . getUnits = Gk . prototype . C ; t ( "ol.control.ScaleLine.render" , Hk ) ; Gk . prototype . setUnits = Gk . prototype . I ; t ( "ol.control.Zoom" , wd ) ; t ( "ol.control.ZoomSlider" , Lk ) ; t ( "ol.control.ZoomSlider.render" , Nk ) ; t ( "ol.control.ZoomToExtent" , Qk ) ;
Tc . prototype . changed = Tc . prototype . s ; Tc . prototype . dispatchEvent = Tc . prototype . b ; Tc . prototype . getRevision = Tc . prototype . L ; Tc . prototype . on = Tc . prototype . J ; Tc . prototype . once = Tc . prototype . once ; Tc . prototype . un = Tc . prototype . K ; Yc . prototype . get = Yc . prototype . get ; Yc . prototype . getKeys = Yc . prototype . O ; Yc . prototype . getProperties = Yc . prototype . N ; Yc . prototype . set = Yc . prototype . set ; Yc . prototype . setProperties = Yc . prototype . H ; Yc . prototype . unset = Yc . prototype . P ; Yc . prototype . changed = Yc . prototype . s ;
Yc . prototype . dispatchEvent = Yc . prototype . b ; Yc . prototype . getRevision = Yc . prototype . L ; Yc . prototype . on = Yc . prototype . J ; Yc . prototype . once = Yc . prototype . once ; Yc . prototype . un = Yc . prototype . K ; bd . prototype . type = bd . prototype . type ; bd . prototype . target = bd . prototype . target ; bd . prototype . preventDefault = bd . prototype . preventDefault ; bd . prototype . stopPropagation = bd . prototype . stopPropagation ; Rk . prototype . get = Rk . prototype . get ; Rk . prototype . getKeys = Rk . prototype . O ; Rk . prototype . getProperties = Rk . prototype . N ; Rk . prototype . set = Rk . prototype . set ;
Rk . prototype . setProperties = Rk . prototype . H ; Rk . prototype . unset = Rk . prototype . P ; Rk . prototype . changed = Rk . prototype . s ; Rk . prototype . dispatchEvent = Rk . prototype . b ; Rk . prototype . getRevision = Rk . prototype . L ; Rk . prototype . on = Rk . prototype . J ; Rk . prototype . once = Rk . prototype . once ; Rk . prototype . un = Rk . prototype . K ; H . prototype . get = H . prototype . get ; H . prototype . getKeys = H . prototype . O ; H . prototype . getProperties = H . prototype . N ; H . prototype . set = H . prototype . set ; H . prototype . setProperties = H . prototype . H ; H . prototype . unset = H . prototype . P ;
H . prototype . changed = H . prototype . s ; H . prototype . dispatchEvent = H . prototype . b ; H . prototype . getRevision = H . prototype . L ; H . prototype . on = H . prototype . J ; H . prototype . once = H . prototype . once ; H . prototype . un = H . prototype . K ; xs . prototype . get = xs . prototype . get ; xs . prototype . getKeys = xs . prototype . O ; xs . prototype . getProperties = xs . prototype . N ; xs . prototype . set = xs . prototype . set ; xs . prototype . setProperties = xs . prototype . H ; xs . prototype . unset = xs . prototype . P ; xs . prototype . changed = xs . prototype . s ; xs . prototype . dispatchEvent = xs . prototype . b ;
xs . prototype . getRevision = xs . prototype . L ; xs . prototype . on = xs . prototype . J ; xs . prototype . once = xs . prototype . once ; xs . prototype . un = xs . prototype . K ; Os . prototype . getTileCoord = Os . prototype . f ; Os . prototype . load = Os . prototype . load ; G . prototype . get = G . prototype . get ; G . prototype . getKeys = G . prototype . O ; G . prototype . getProperties = G . prototype . N ; G . prototype . set = G . prototype . set ; G . prototype . setProperties = G . prototype . H ; G . prototype . unset = G . prototype . P ; G . prototype . changed = G . prototype . s ; G . prototype . dispatchEvent = G . prototype . b ;
G . prototype . getRevision = G . prototype . L ; G . prototype . on = G . prototype . J ; G . prototype . once = G . prototype . once ; G . prototype . un = G . prototype . K ; Id . prototype . type = Id . prototype . type ; Id . prototype . target = Id . prototype . target ; Id . prototype . preventDefault = Id . prototype . preventDefault ; Id . prototype . stopPropagation = Id . prototype . stopPropagation ; Jd . prototype . map = Jd . prototype . map ; Jd . prototype . frameState = Jd . prototype . frameState ; Jd . prototype . type = Jd . prototype . type ; Jd . prototype . target = Jd . prototype . target ;
Jd . prototype . preventDefault = Jd . prototype . preventDefault ; Jd . prototype . stopPropagation = Jd . prototype . stopPropagation ; ee . prototype . originalEvent = ee . prototype . originalEvent ; ee . prototype . pixel = ee . prototype . pixel ; ee . prototype . coordinate = ee . prototype . coordinate ; ee . prototype . dragging = ee . prototype . dragging ; ee . prototype . preventDefault = ee . prototype . preventDefault ; ee . prototype . stopPropagation = ee . prototype . stopPropagation ; ee . prototype . map = ee . prototype . map ; ee . prototype . frameState = ee . prototype . frameState ;
ee . prototype . type = ee . prototype . type ; ee . prototype . target = ee . prototype . target ; Xc . prototype . type = Xc . prototype . type ; Xc . prototype . target = Xc . prototype . target ; Xc . prototype . preventDefault = Xc . prototype . preventDefault ; Xc . prototype . stopPropagation = Xc . prototype . stopPropagation ; sk . prototype . get = sk . prototype . get ; sk . prototype . getKeys = sk . prototype . O ; sk . prototype . getProperties = sk . prototype . N ; sk . prototype . set = sk . prototype . set ; sk . prototype . setProperties = sk . prototype . H ; sk . prototype . unset = sk . prototype . P ;
sk . prototype . changed = sk . prototype . s ; sk . prototype . dispatchEvent = sk . prototype . b ; sk . prototype . getRevision = sk . prototype . L ; sk . prototype . on = sk . prototype . J ; sk . prototype . once = sk . prototype . once ; sk . prototype . un = sk . prototype . K ; nx . prototype . getTileCoord = nx . prototype . f ; nx . prototype . load = nx . prototype . load ; px . prototype . getTileCoord = px . prototype . f ; px . prototype . load = px . prototype . load ; F . prototype . get = F . prototype . get ; F . prototype . getKeys = F . prototype . O ; F . prototype . getProperties = F . prototype . N ; F . prototype . set = F . prototype . set ;
F . prototype . setProperties = F . prototype . H ; F . prototype . unset = F . prototype . P ; F . prototype . changed = F . prototype . s ; F . prototype . dispatchEvent = F . prototype . b ; F . prototype . getRevision = F . prototype . L ; F . prototype . on = F . prototype . J ; F . prototype . once = F . prototype . once ; F . prototype . un = F . prototype . K ; rx . prototype . forEachTileCoord = rx . prototype . Rf ; rx . prototype . getMaxZoom = rx . prototype . Ti ; rx . prototype . getMinZoom = rx . prototype . Ui ; rx . prototype . getOrigin = rx . prototype . Pc ; rx . prototype . getResolution = rx . prototype . Da ;
rx . prototype . getResolutions = rx . prototype . Vi ; rx . prototype . getTileCoordExtent = rx . prototype . Aa ; rx . prototype . getTileCoordForCoordAndResolution = rx . prototype . Be ; rx . prototype . getTileCoordForCoordAndZ = rx . prototype . bg ; rx . prototype . getTileSize = rx . prototype . gb ; rx . prototype . getZForResolution = rx . prototype . tc ; Yk . prototype . getOpacity = Yk . prototype . Ze ; Yk . prototype . getRotateWithView = Yk . prototype . $e ; Yk . prototype . getRotation = Yk . prototype . af ; Yk . prototype . getScale = Yk . prototype . bf ; Yk . prototype . getSnapToPixel = Yk . prototype . Ae ;
Yk . prototype . setOpacity = Yk . prototype . td ; Yk . prototype . setRotation = Yk . prototype . cf ; Yk . prototype . setScale = Yk . prototype . ud ; $k . prototype . clone = $k . prototype . clone ; $k . prototype . getAngle = $k . prototype . Pi ; $k . prototype . getFill = $k . prototype . Fa ; $k . prototype . getPoints = $k . prototype . Qi ; $k . prototype . getRadius = $k . prototype . Ri ; $k . prototype . getRadius2 = $k . prototype . Fh ; $k . prototype . getStroke = $k . prototype . Ga ; $k . prototype . getOpacity = $k . prototype . Ze ; $k . prototype . getRotateWithView = $k . prototype . $e ;
$k . prototype . getRotation = $k . prototype . af ; $k . prototype . getScale = $k . prototype . bf ; $k . prototype . getSnapToPixel = $k . prototype . Ae ; $k . prototype . setOpacity = $k . prototype . td ; $k . prototype . setRotation = $k . prototype . cf ; $k . prototype . setScale = $k . prototype . ud ; eo . prototype . getOpacity = eo . prototype . Ze ; eo . prototype . getRotateWithView = eo . prototype . $e ; eo . prototype . getRotation = eo . prototype . af ; eo . prototype . getScale = eo . prototype . bf ; eo . prototype . getSnapToPixel = eo . prototype . Ae ; eo . prototype . setOpacity = eo . prototype . td ;
eo . prototype . setRotation = eo . prototype . cf ; eo . prototype . setScale = eo . prototype . ud ; $t . prototype . get = $t . prototype . get ; $t . prototype . getKeys = $t . prototype . O ; $t . prototype . getProperties = $t . prototype . N ; $t . prototype . set = $t . prototype . set ; $t . prototype . setProperties = $t . prototype . H ; $t . prototype . unset = $t . prototype . P ; $t . prototype . changed = $t . prototype . s ; $t . prototype . dispatchEvent = $t . prototype . b ; $t . prototype . getRevision = $t . prototype . L ; $t . prototype . on = $t . prototype . J ; $t . prototype . once = $t . prototype . once ;
$t . prototype . un = $t . prototype . K ; pw . prototype . getAttributions = pw . prototype . ya ; pw . prototype . getLogo = pw . prototype . xa ; pw . prototype . getProjection = pw . prototype . za ; pw . prototype . getState = pw . prototype . getState ; pw . prototype . refresh = pw . prototype . sa ; pw . prototype . setAttributions = pw . prototype . ua ; pw . prototype . get = pw . prototype . get ; pw . prototype . getKeys = pw . prototype . O ; pw . prototype . getProperties = pw . prototype . N ; pw . prototype . set = pw . prototype . set ; pw . prototype . setProperties = pw . prototype . H ; pw . prototype . unset = pw . prototype . P ;
pw . prototype . changed = pw . prototype . s ; pw . prototype . dispatchEvent = pw . prototype . b ; pw . prototype . getRevision = pw . prototype . L ; pw . prototype . on = pw . prototype . J ; pw . prototype . once = pw . prototype . once ; pw . prototype . un = pw . prototype . K ; tw . prototype . getTileGrid = tw . prototype . ab ; tw . prototype . refresh = tw . prototype . sa ; tw . prototype . getAttributions = tw . prototype . ya ; tw . prototype . getLogo = tw . prototype . xa ; tw . prototype . getProjection = tw . prototype . za ; tw . prototype . getState = tw . prototype . getState ; tw . prototype . setAttributions = tw . prototype . ua ;
tw . prototype . get = tw . prototype . get ; tw . prototype . getKeys = tw . prototype . O ; tw . prototype . getProperties = tw . prototype . N ; tw . prototype . set = tw . prototype . set ; tw . prototype . setProperties = tw . prototype . H ; tw . prototype . unset = tw . prototype . P ; tw . prototype . changed = tw . prototype . s ; tw . prototype . dispatchEvent = tw . prototype . b ; tw . prototype . getRevision = tw . prototype . L ; tw . prototype . on = tw . prototype . J ; tw . prototype . once = tw . prototype . once ; tw . prototype . un = tw . prototype . K ; X . prototype . getTileLoadFunction = X . prototype . pb ;
X . prototype . getTileUrlFunction = X . prototype . qb ; X . prototype . getUrls = X . prototype . rb ; X . prototype . setTileLoadFunction = X . prototype . vb ; X . prototype . setTileUrlFunction = X . prototype . cb ; X . prototype . setUrl = X . prototype . jb ; X . prototype . setUrls = X . prototype . eb ; X . prototype . getTileGrid = X . prototype . ab ; X . prototype . refresh = X . prototype . sa ; X . prototype . getAttributions = X . prototype . ya ; X . prototype . getLogo = X . prototype . xa ; X . prototype . getProjection = X . prototype . za ; X . prototype . getState = X . prototype . getState ;
X . prototype . setAttributions = X . prototype . ua ; X . prototype . get = X . prototype . get ; X . prototype . getKeys = X . prototype . O ; X . prototype . getProperties = X . prototype . N ; X . prototype . set = X . prototype . set ; X . prototype . setProperties = X . prototype . H ; X . prototype . unset = X . prototype . P ; X . prototype . changed = X . prototype . s ; X . prototype . dispatchEvent = X . prototype . b ; X . prototype . getRevision = X . prototype . L ; X . prototype . on = X . prototype . J ; X . prototype . once = X . prototype . once ; X . prototype . un = X . prototype . K ; xw . prototype . setRenderReprojectionEdges = xw . prototype . Pb ;
xw . prototype . setTileGridForProjection = xw . prototype . Qb ; xw . prototype . getTileLoadFunction = xw . prototype . pb ; xw . prototype . getTileUrlFunction = xw . prototype . qb ; xw . prototype . getUrls = xw . prototype . rb ; xw . prototype . setTileLoadFunction = xw . prototype . vb ; xw . prototype . setTileUrlFunction = xw . prototype . cb ; xw . prototype . setUrl = xw . prototype . jb ; xw . prototype . setUrls = xw . prototype . eb ; xw . prototype . getTileGrid = xw . prototype . ab ; xw . prototype . refresh = xw . prototype . sa ; xw . prototype . getAttributions = xw . prototype . ya ;
xw . prototype . getLogo = xw . prototype . xa ; xw . prototype . getProjection = xw . prototype . za ; xw . prototype . getState = xw . prototype . getState ; xw . prototype . setAttributions = xw . prototype . ua ; xw . prototype . get = xw . prototype . get ; xw . prototype . getKeys = xw . prototype . O ; xw . prototype . getProperties = xw . prototype . N ; xw . prototype . set = xw . prototype . set ; xw . prototype . setProperties = xw . prototype . H ; xw . prototype . unset = xw . prototype . P ; xw . prototype . changed = xw . prototype . s ; xw . prototype . dispatchEvent = xw . prototype . b ; xw . prototype . getRevision = xw . prototype . L ;
xw . prototype . on = xw . prototype . J ; xw . prototype . once = xw . prototype . once ; xw . prototype . un = xw . prototype . K ; zw . prototype . setRenderReprojectionEdges = zw . prototype . Pb ; zw . prototype . setTileGridForProjection = zw . prototype . Qb ; zw . prototype . getTileLoadFunction = zw . prototype . pb ; zw . prototype . getTileUrlFunction = zw . prototype . qb ; zw . prototype . getUrls = zw . prototype . rb ; zw . prototype . setTileLoadFunction = zw . prototype . vb ; zw . prototype . setTileUrlFunction = zw . prototype . cb ; zw . prototype . setUrl = zw . prototype . jb ; zw . prototype . setUrls = zw . prototype . eb ;
zw . prototype . getTileGrid = zw . prototype . ab ; zw . prototype . refresh = zw . prototype . sa ; zw . prototype . getAttributions = zw . prototype . ya ; zw . prototype . getLogo = zw . prototype . xa ; zw . prototype . getProjection = zw . prototype . za ; zw . prototype . getState = zw . prototype . getState ; zw . prototype . setAttributions = zw . prototype . ua ; zw . prototype . get = zw . prototype . get ; zw . prototype . getKeys = zw . prototype . O ; zw . prototype . getProperties = zw . prototype . N ; zw . prototype . set = zw . prototype . set ; zw . prototype . setProperties = zw . prototype . H ; zw . prototype . unset = zw . prototype . P ;
zw . prototype . changed = zw . prototype . s ; zw . prototype . dispatchEvent = zw . prototype . b ; zw . prototype . getRevision = zw . prototype . L ; zw . prototype . on = zw . prototype . J ; zw . prototype . once = zw . prototype . once ; zw . prototype . un = zw . prototype . K ; Aw . prototype . setRenderReprojectionEdges = Aw . prototype . Pb ; Aw . prototype . setTileGridForProjection = Aw . prototype . Qb ; Aw . prototype . getTileLoadFunction = Aw . prototype . pb ; Aw . prototype . getTileUrlFunction = Aw . prototype . qb ; Aw . prototype . getUrls = Aw . prototype . rb ; Aw . prototype . setTileLoadFunction = Aw . prototype . vb ;
Aw . prototype . setTileUrlFunction = Aw . prototype . cb ; Aw . prototype . setUrl = Aw . prototype . jb ; Aw . prototype . setUrls = Aw . prototype . eb ; Aw . prototype . getTileGrid = Aw . prototype . ab ; Aw . prototype . refresh = Aw . prototype . sa ; Aw . prototype . getAttributions = Aw . prototype . ya ; Aw . prototype . getLogo = Aw . prototype . xa ; Aw . prototype . getProjection = Aw . prototype . za ; Aw . prototype . getState = Aw . prototype . getState ; Aw . prototype . setAttributions = Aw . prototype . ua ; Aw . prototype . get = Aw . prototype . get ; Aw . prototype . getKeys = Aw . prototype . O ;
Aw . prototype . getProperties = Aw . prototype . N ; Aw . prototype . set = Aw . prototype . set ; Aw . prototype . setProperties = Aw . prototype . H ; Aw . prototype . unset = Aw . prototype . P ; Aw . prototype . changed = Aw . prototype . s ; Aw . prototype . dispatchEvent = Aw . prototype . b ; Aw . prototype . getRevision = Aw . prototype . L ; Aw . prototype . on = Aw . prototype . J ; Aw . prototype . once = Aw . prototype . once ; Aw . prototype . un = Aw . prototype . K ; U . prototype . getAttributions = U . prototype . ya ; U . prototype . getLogo = U . prototype . xa ; U . prototype . getProjection = U . prototype . za ;
U . prototype . getState = U . prototype . getState ; U . prototype . refresh = U . prototype . sa ; U . prototype . setAttributions = U . prototype . ua ; U . prototype . get = U . prototype . get ; U . prototype . getKeys = U . prototype . O ; U . prototype . getProperties = U . prototype . N ; U . prototype . set = U . prototype . set ; U . prototype . setProperties = U . prototype . H ; U . prototype . unset = U . prototype . P ; U . prototype . changed = U . prototype . s ; U . prototype . dispatchEvent = U . prototype . b ; U . prototype . getRevision = U . prototype . L ; U . prototype . on = U . prototype . J ; U . prototype . once = U . prototype . once ;
U . prototype . un = U . prototype . K ; Y . prototype . addFeature = Y . prototype . yb ; Y . prototype . addFeatures = Y . prototype . cd ; Y . prototype . clear = Y . prototype . clear ; Y . prototype . forEachFeature = Y . prototype . sh ; Y . prototype . forEachFeatureInExtent = Y . prototype . $b ; Y . prototype . forEachFeatureIntersectingExtent = Y . prototype . th ; Y . prototype . getFeaturesCollection = Y . prototype . Ah ; Y . prototype . getFeatures = Y . prototype . Xe ; Y . prototype . getFeaturesAtCoordinate = Y . prototype . zh ; Y . prototype . getFeaturesInExtent = Y . prototype . Uf ;
Y . prototype . getClosestFeatureToCoordinate = Y . prototype . vh ; Y . prototype . getExtent = Y . prototype . G ; Y . prototype . getFeatureById = Y . prototype . yh ; Y . prototype . getFormat = Y . prototype . Mi ; Y . prototype . getUrl = Y . prototype . Ni ; Y . prototype . removeFeature = Y . prototype . Gb ; Y . prototype . getAttributions = Y . prototype . ya ; Y . prototype . getLogo = Y . prototype . xa ; Y . prototype . getProjection = Y . prototype . za ; Y . prototype . getState = Y . prototype . getState ; Y . prototype . refresh = Y . prototype . sa ; Y . prototype . setAttributions = Y . prototype . ua ;
Y . prototype . get = Y . prototype . get ; Y . prototype . getKeys = Y . prototype . O ; Y . prototype . getProperties = Y . prototype . N ; Y . prototype . set = Y . prototype . set ; Y . prototype . setProperties = Y . prototype . H ; Y . prototype . unset = Y . prototype . P ; Y . prototype . changed = Y . prototype . s ; Y . prototype . dispatchEvent = Y . prototype . b ; Y . prototype . getRevision = Y . prototype . L ; Y . prototype . on = Y . prototype . J ; Y . prototype . once = Y . prototype . once ; Y . prototype . un = Y . prototype . K ; Hv . prototype . getAttributions = Hv . prototype . ya ; Hv . prototype . getLogo = Hv . prototype . xa ;
Hv . prototype . getProjection = Hv . prototype . za ; Hv . prototype . getState = Hv . prototype . getState ; Hv . prototype . refresh = Hv . prototype . sa ; Hv . prototype . setAttributions = Hv . prototype . ua ; Hv . prototype . get = Hv . prototype . get ; Hv . prototype . getKeys = Hv . prototype . O ; Hv . prototype . getProperties = Hv . prototype . N ; Hv . prototype . set = Hv . prototype . set ; Hv . prototype . setProperties = Hv . prototype . H ; Hv . prototype . unset = Hv . prototype . P ; Hv . prototype . changed = Hv . prototype . s ; Hv . prototype . dispatchEvent = Hv . prototype . b ; Hv . prototype . getRevision = Hv . prototype . L ;
Hv . prototype . on = Hv . prototype . J ; Hv . prototype . once = Hv . prototype . once ; Hv . prototype . un = Hv . prototype . K ; Jv . prototype . type = Jv . prototype . type ; Jv . prototype . target = Jv . prototype . target ; Jv . prototype . preventDefault = Jv . prototype . preventDefault ; Jv . prototype . stopPropagation = Jv . prototype . stopPropagation ; Gw . prototype . getAttributions = Gw . prototype . ya ; Gw . prototype . getLogo = Gw . prototype . xa ; Gw . prototype . getProjection = Gw . prototype . za ; Gw . prototype . getState = Gw . prototype . getState ; Gw . prototype . refresh = Gw . prototype . sa ;
Gw . prototype . setAttributions = Gw . prototype . ua ; Gw . prototype . get = Gw . prototype . get ; Gw . prototype . getKeys = Gw . prototype . O ; Gw . prototype . getProperties = Gw . prototype . N ; Gw . prototype . set = Gw . prototype . set ; Gw . prototype . setProperties = Gw . prototype . H ; Gw . prototype . unset = Gw . prototype . P ; Gw . prototype . changed = Gw . prototype . s ; Gw . prototype . dispatchEvent = Gw . prototype . b ; Gw . prototype . getRevision = Gw . prototype . L ; Gw . prototype . on = Gw . prototype . J ; Gw . prototype . once = Gw . prototype . once ; Gw . prototype . un = Gw . prototype . K ;
Ov . prototype . getAttributions = Ov . prototype . ya ; Ov . prototype . getLogo = Ov . prototype . xa ; Ov . prototype . getProjection = Ov . prototype . za ; Ov . prototype . getState = Ov . prototype . getState ; Ov . prototype . refresh = Ov . prototype . sa ; Ov . prototype . setAttributions = Ov . prototype . ua ; Ov . prototype . get = Ov . prototype . get ; Ov . prototype . getKeys = Ov . prototype . O ; Ov . prototype . getProperties = Ov . prototype . N ; Ov . prototype . set = Ov . prototype . set ; Ov . prototype . setProperties = Ov . prototype . H ; Ov . prototype . unset = Ov . prototype . P ; Ov . prototype . changed = Ov . prototype . s ;
Ov . prototype . dispatchEvent = Ov . prototype . b ; Ov . prototype . getRevision = Ov . prototype . L ; Ov . prototype . on = Ov . prototype . J ; Ov . prototype . once = Ov . prototype . once ; Ov . prototype . un = Ov . prototype . K ; Hw . prototype . getAttributions = Hw . prototype . ya ; Hw . prototype . getLogo = Hw . prototype . xa ; Hw . prototype . getProjection = Hw . prototype . za ; Hw . prototype . getState = Hw . prototype . getState ; Hw . prototype . refresh = Hw . prototype . sa ; Hw . prototype . setAttributions = Hw . prototype . ua ; Hw . prototype . get = Hw . prototype . get ; Hw . prototype . getKeys = Hw . prototype . O ;
Hw . prototype . getProperties = Hw . prototype . N ; Hw . prototype . set = Hw . prototype . set ; Hw . prototype . setProperties = Hw . prototype . H ; Hw . prototype . unset = Hw . prototype . P ; Hw . prototype . changed = Hw . prototype . s ; Hw . prototype . dispatchEvent = Hw . prototype . b ; Hw . prototype . getRevision = Hw . prototype . L ; Hw . prototype . on = Hw . prototype . J ; Hw . prototype . once = Hw . prototype . once ; Hw . prototype . un = Hw . prototype . K ; Iw . prototype . getAttributions = Iw . prototype . ya ; Iw . prototype . getLogo = Iw . prototype . xa ; Iw . prototype . getProjection = Iw . prototype . za ;
Iw . prototype . getState = Iw . prototype . getState ; Iw . prototype . refresh = Iw . prototype . sa ; Iw . prototype . setAttributions = Iw . prototype . ua ; Iw . prototype . get = Iw . prototype . get ; Iw . prototype . getKeys = Iw . prototype . O ; Iw . prototype . getProperties = Iw . prototype . N ; Iw . prototype . set = Iw . prototype . set ; Iw . prototype . setProperties = Iw . prototype . H ; Iw . prototype . unset = Iw . prototype . P ; Iw . prototype . changed = Iw . prototype . s ; Iw . prototype . dispatchEvent = Iw . prototype . b ; Iw . prototype . getRevision = Iw . prototype . L ; Iw . prototype . on = Iw . prototype . J ;
Iw . prototype . once = Iw . prototype . once ; Iw . prototype . un = Iw . prototype . K ; Pv . prototype . getAttributions = Pv . prototype . ya ; Pv . prototype . getLogo = Pv . prototype . xa ; Pv . prototype . getProjection = Pv . prototype . za ; Pv . prototype . getState = Pv . prototype . getState ; Pv . prototype . refresh = Pv . prototype . sa ; Pv . prototype . setAttributions = Pv . prototype . ua ; Pv . prototype . get = Pv . prototype . get ; Pv . prototype . getKeys = Pv . prototype . O ; Pv . prototype . getProperties = Pv . prototype . N ; Pv . prototype . set = Pv . prototype . set ; Pv . prototype . setProperties = Pv . prototype . H ;
Pv . prototype . unset = Pv . prototype . P ; Pv . prototype . changed = Pv . prototype . s ; Pv . prototype . dispatchEvent = Pv . prototype . b ; Pv . prototype . getRevision = Pv . prototype . L ; Pv . prototype . on = Pv . prototype . J ; Pv . prototype . once = Pv . prototype . once ; Pv . prototype . un = Pv . prototype . K ; Jw . prototype . getAttributions = Jw . prototype . ya ; Jw . prototype . getLogo = Jw . prototype . xa ; Jw . prototype . getProjection = Jw . prototype . za ; Jw . prototype . getState = Jw . prototype . getState ; Jw . prototype . refresh = Jw . prototype . sa ; Jw . prototype . setAttributions = Jw . prototype . ua ;
Jw . prototype . get = Jw . prototype . get ; Jw . prototype . getKeys = Jw . prototype . O ; Jw . prototype . getProperties = Jw . prototype . N ; Jw . prototype . set = Jw . prototype . set ; Jw . prototype . setProperties = Jw . prototype . H ; Jw . prototype . unset = Jw . prototype . P ; Jw . prototype . changed = Jw . prototype . s ; Jw . prototype . dispatchEvent = Jw . prototype . b ; Jw . prototype . getRevision = Jw . prototype . L ; Jw . prototype . on = Jw . prototype . J ; Jw . prototype . once = Jw . prototype . once ; Jw . prototype . un = Jw . prototype . K ; Nw . prototype . setRenderReprojectionEdges = Nw . prototype . Pb ;
Nw . prototype . setTileGridForProjection = Nw . prototype . Qb ; Nw . prototype . getTileLoadFunction = Nw . prototype . pb ; Nw . prototype . getTileUrlFunction = Nw . prototype . qb ; Nw . prototype . getUrls = Nw . prototype . rb ; Nw . prototype . setTileLoadFunction = Nw . prototype . vb ; Nw . prototype . setTileUrlFunction = Nw . prototype . cb ; Nw . prototype . setUrl = Nw . prototype . jb ; Nw . prototype . setUrls = Nw . prototype . eb ; Nw . prototype . getTileGrid = Nw . prototype . ab ; Nw . prototype . refresh = Nw . prototype . sa ; Nw . prototype . getAttributions = Nw . prototype . ya ;
Nw . prototype . getLogo = Nw . prototype . xa ; Nw . prototype . getProjection = Nw . prototype . za ; Nw . prototype . getState = Nw . prototype . getState ; Nw . prototype . setAttributions = Nw . prototype . ua ; Nw . prototype . get = Nw . prototype . get ; Nw . prototype . getKeys = Nw . prototype . O ; Nw . prototype . getProperties = Nw . prototype . N ; Nw . prototype . set = Nw . prototype . set ; Nw . prototype . setProperties = Nw . prototype . H ; Nw . prototype . unset = Nw . prototype . P ; Nw . prototype . changed = Nw . prototype . s ; Nw . prototype . dispatchEvent = Nw . prototype . b ; Nw . prototype . getRevision = Nw . prototype . L ;
Nw . prototype . on = Nw . prototype . J ; Nw . prototype . once = Nw . prototype . once ; Nw . prototype . un = Nw . prototype . K ; Pw . prototype . getAttributions = Pw . prototype . ya ; Pw . prototype . getLogo = Pw . prototype . xa ; Pw . prototype . getProjection = Pw . prototype . za ; Pw . prototype . getState = Pw . prototype . getState ; Pw . prototype . refresh = Pw . prototype . sa ; Pw . prototype . setAttributions = Pw . prototype . ua ; Pw . prototype . get = Pw . prototype . get ; Pw . prototype . getKeys = Pw . prototype . O ; Pw . prototype . getProperties = Pw . prototype . N ; Pw . prototype . set = Pw . prototype . set ;
Pw . prototype . setProperties = Pw . prototype . H ; Pw . prototype . unset = Pw . prototype . P ; Pw . prototype . changed = Pw . prototype . s ; Pw . prototype . dispatchEvent = Pw . prototype . b ; Pw . prototype . getRevision = Pw . prototype . L ; Pw . prototype . on = Pw . prototype . J ; Pw . prototype . once = Pw . prototype . once ; Pw . prototype . un = Pw . prototype . K ; Tw . prototype . type = Tw . prototype . type ; Tw . prototype . target = Tw . prototype . target ; Tw . prototype . preventDefault = Tw . prototype . preventDefault ; Tw . prototype . stopPropagation = Tw . prototype . stopPropagation ;
Ww . prototype . setRenderReprojectionEdges = Ww . prototype . Pb ; Ww . prototype . setTileGridForProjection = Ww . prototype . Qb ; Ww . prototype . getTileLoadFunction = Ww . prototype . pb ; Ww . prototype . getTileUrlFunction = Ww . prototype . qb ; Ww . prototype . getUrls = Ww . prototype . rb ; Ww . prototype . setTileLoadFunction = Ww . prototype . vb ; Ww . prototype . setTileUrlFunction = Ww . prototype . cb ; Ww . prototype . setUrl = Ww . prototype . jb ; Ww . prototype . setUrls = Ww . prototype . eb ; Ww . prototype . getTileGrid = Ww . prototype . ab ; Ww . prototype . refresh = Ww . prototype . sa ;
Ww . prototype . getAttributions = Ww . prototype . ya ; Ww . prototype . getLogo = Ww . prototype . xa ; Ww . prototype . getProjection = Ww . prototype . za ; Ww . prototype . getState = Ww . prototype . getState ; Ww . prototype . setAttributions = Ww . prototype . ua ; Ww . prototype . get = Ww . prototype . get ; Ww . prototype . getKeys = Ww . prototype . O ; Ww . prototype . getProperties = Ww . prototype . N ; Ww . prototype . set = Ww . prototype . set ; Ww . prototype . setProperties = Ww . prototype . H ; Ww . prototype . unset = Ww . prototype . P ; Ww . prototype . changed = Ww . prototype . s ; Ww . prototype . dispatchEvent = Ww . prototype . b ;
Ww . prototype . getRevision = Ww . prototype . L ; Ww . prototype . on = Ww . prototype . J ; Ww . prototype . once = Ww . prototype . once ; Ww . prototype . un = Ww . prototype . K ; sw . prototype . type = sw . prototype . type ; sw . prototype . target = sw . prototype . target ; sw . prototype . preventDefault = sw . prototype . preventDefault ; sw . prototype . stopPropagation = sw . prototype . stopPropagation ; $w . prototype . setRenderReprojectionEdges = $w . prototype . Pb ; $w . prototype . setTileGridForProjection = $w . prototype . Qb ; $w . prototype . getTileLoadFunction = $w . prototype . pb ;
$w . prototype . getTileUrlFunction = $w . prototype . qb ; $w . prototype . getUrls = $w . prototype . rb ; $w . prototype . setTileLoadFunction = $w . prototype . vb ; $w . prototype . setTileUrlFunction = $w . prototype . cb ; $w . prototype . setUrl = $w . prototype . jb ; $w . prototype . setUrls = $w . prototype . eb ; $w . prototype . getTileGrid = $w . prototype . ab ; $w . prototype . refresh = $w . prototype . sa ; $w . prototype . getAttributions = $w . prototype . ya ; $w . prototype . getLogo = $w . prototype . xa ; $w . prototype . getProjection = $w . prototype . za ; $w . prototype . getState = $w . prototype . getState ;
$w . prototype . setAttributions = $w . prototype . ua ; $w . prototype . get = $w . prototype . get ; $w . prototype . getKeys = $w . prototype . O ; $w . prototype . getProperties = $w . prototype . N ; $w . prototype . set = $w . prototype . set ; $w . prototype . setProperties = $w . prototype . H ; $w . prototype . unset = $w . prototype . P ; $w . prototype . changed = $w . prototype . s ; $w . prototype . dispatchEvent = $w . prototype . b ; $w . prototype . getRevision = $w . prototype . L ; $w . prototype . on = $w . prototype . J ; $w . prototype . once = $w . prototype . once ; $w . prototype . un = $w . prototype . K ;
bx . prototype . getTileGrid = bx . prototype . ab ; bx . prototype . refresh = bx . prototype . sa ; bx . prototype . getAttributions = bx . prototype . ya ; bx . prototype . getLogo = bx . prototype . xa ; bx . prototype . getProjection = bx . prototype . za ; bx . prototype . getState = bx . prototype . getState ; bx . prototype . setAttributions = bx . prototype . ua ; bx . prototype . get = bx . prototype . get ; bx . prototype . getKeys = bx . prototype . O ; bx . prototype . getProperties = bx . prototype . N ; bx . prototype . set = bx . prototype . set ; bx . prototype . setProperties = bx . prototype . H ; bx . prototype . unset = bx . prototype . P ;
bx . prototype . changed = bx . prototype . s ; bx . prototype . dispatchEvent = bx . prototype . b ; bx . prototype . getRevision = bx . prototype . L ; bx . prototype . on = bx . prototype . J ; bx . prototype . once = bx . prototype . once ; bx . prototype . un = bx . prototype . K ; dx . prototype . setRenderReprojectionEdges = dx . prototype . Pb ; dx . prototype . setTileGridForProjection = dx . prototype . Qb ; dx . prototype . getTileLoadFunction = dx . prototype . pb ; dx . prototype . getTileUrlFunction = dx . prototype . qb ; dx . prototype . getUrls = dx . prototype . rb ; dx . prototype . setTileLoadFunction = dx . prototype . vb ;
dx . prototype . setTileUrlFunction = dx . prototype . cb ; dx . prototype . setUrl = dx . prototype . jb ; dx . prototype . setUrls = dx . prototype . eb ; dx . prototype . getTileGrid = dx . prototype . ab ; dx . prototype . refresh = dx . prototype . sa ; dx . prototype . getAttributions = dx . prototype . ya ; dx . prototype . getLogo = dx . prototype . xa ; dx . prototype . getProjection = dx . prototype . za ; dx . prototype . getState = dx . prototype . getState ; dx . prototype . setAttributions = dx . prototype . ua ; dx . prototype . get = dx . prototype . get ; dx . prototype . getKeys = dx . prototype . O ;
dx . prototype . getProperties = dx . prototype . N ; dx . prototype . set = dx . prototype . set ; dx . prototype . setProperties = dx . prototype . H ; dx . prototype . unset = dx . prototype . P ; dx . prototype . changed = dx . prototype . s ; dx . prototype . dispatchEvent = dx . prototype . b ; dx . prototype . getRevision = dx . prototype . L ; dx . prototype . on = dx . prototype . J ; dx . prototype . once = dx . prototype . once ; dx . prototype . un = dx . prototype . K ; ex . prototype . getTileGrid = ex . prototype . ab ; ex . prototype . refresh = ex . prototype . sa ; ex . prototype . getAttributions = ex . prototype . ya ;
ex . prototype . getLogo = ex . prototype . xa ; ex . prototype . getProjection = ex . prototype . za ; ex . prototype . getState = ex . prototype . getState ; ex . prototype . setAttributions = ex . prototype . ua ; ex . prototype . get = ex . prototype . get ; ex . prototype . getKeys = ex . prototype . O ; ex . prototype . getProperties = ex . prototype . N ; ex . prototype . set = ex . prototype . set ; ex . prototype . setProperties = ex . prototype . H ; ex . prototype . unset = ex . prototype . P ; ex . prototype . changed = ex . prototype . s ; ex . prototype . dispatchEvent = ex . prototype . b ; ex . prototype . getRevision = ex . prototype . L ;
ex . prototype . on = ex . prototype . J ; ex . prototype . once = ex . prototype . once ; ex . prototype . un = ex . prototype . K ; ix . prototype . setRenderReprojectionEdges = ix . prototype . Pb ; ix . prototype . setTileGridForProjection = ix . prototype . Qb ; ix . prototype . getTileLoadFunction = ix . prototype . pb ; ix . prototype . getTileUrlFunction = ix . prototype . qb ; ix . prototype . getUrls = ix . prototype . rb ; ix . prototype . setTileLoadFunction = ix . prototype . vb ; ix . prototype . setTileUrlFunction = ix . prototype . cb ; ix . prototype . setUrl = ix . prototype . jb ; ix . prototype . setUrls = ix . prototype . eb ;
ix . prototype . getTileGrid = ix . prototype . ab ; ix . prototype . refresh = ix . prototype . sa ; ix . prototype . getAttributions = ix . prototype . ya ; ix . prototype . getLogo = ix . prototype . xa ; ix . prototype . getProjection = ix . prototype . za ; ix . prototype . getState = ix . prototype . getState ; ix . prototype . setAttributions = ix . prototype . ua ; ix . prototype . get = ix . prototype . get ; ix . prototype . getKeys = ix . prototype . O ; ix . prototype . getProperties = ix . prototype . N ; ix . prototype . set = ix . prototype . set ; ix . prototype . setProperties = ix . prototype . H ; ix . prototype . unset = ix . prototype . P ;
ix . prototype . changed = ix . prototype . s ; ix . prototype . dispatchEvent = ix . prototype . b ; ix . prototype . getRevision = ix . prototype . L ; ix . prototype . on = ix . prototype . J ; ix . prototype . once = ix . prototype . once ; ix . prototype . un = ix . prototype . K ; gu . prototype . type = gu . prototype . type ; gu . prototype . target = gu . prototype . target ; gu . prototype . preventDefault = gu . prototype . preventDefault ; gu . prototype . stopPropagation = gu . prototype . stopPropagation ; qx . prototype . getTileLoadFunction = qx . prototype . pb ; qx . prototype . getTileUrlFunction = qx . prototype . qb ;
qx . prototype . getUrls = qx . prototype . rb ; qx . prototype . setTileLoadFunction = qx . prototype . vb ; qx . prototype . setTileUrlFunction = qx . prototype . cb ; qx . prototype . setUrl = qx . prototype . jb ; qx . prototype . setUrls = qx . prototype . eb ; qx . prototype . getTileGrid = qx . prototype . ab ; qx . prototype . refresh = qx . prototype . sa ; qx . prototype . getAttributions = qx . prototype . ya ; qx . prototype . getLogo = qx . prototype . xa ; qx . prototype . getProjection = qx . prototype . za ; qx . prototype . getState = qx . prototype . getState ; qx . prototype . setAttributions = qx . prototype . ua ;
qx . prototype . get = qx . prototype . get ; qx . prototype . getKeys = qx . prototype . O ; qx . prototype . getProperties = qx . prototype . N ; qx . prototype . set = qx . prototype . set ; qx . prototype . setProperties = qx . prototype . H ; qx . prototype . unset = qx . prototype . P ; qx . prototype . changed = qx . prototype . s ; qx . prototype . dispatchEvent = qx . prototype . b ; qx . prototype . getRevision = qx . prototype . L ; qx . prototype . on = qx . prototype . J ; qx . prototype . once = qx . prototype . once ; qx . prototype . un = qx . prototype . K ; Z . prototype . setRenderReprojectionEdges = Z . prototype . Pb ;
Z . prototype . setTileGridForProjection = Z . prototype . Qb ; Z . prototype . getTileLoadFunction = Z . prototype . pb ; Z . prototype . getTileUrlFunction = Z . prototype . qb ; Z . prototype . getUrls = Z . prototype . rb ; Z . prototype . setTileLoadFunction = Z . prototype . vb ; Z . prototype . setTileUrlFunction = Z . prototype . cb ; Z . prototype . setUrl = Z . prototype . jb ; Z . prototype . setUrls = Z . prototype . eb ; Z . prototype . getTileGrid = Z . prototype . ab ; Z . prototype . refresh = Z . prototype . sa ; Z . prototype . getAttributions = Z . prototype . ya ; Z . prototype . getLogo = Z . prototype . xa ;
Z . prototype . getProjection = Z . prototype . za ; Z . prototype . getState = Z . prototype . getState ; Z . prototype . setAttributions = Z . prototype . ua ; Z . prototype . get = Z . prototype . get ; Z . prototype . getKeys = Z . prototype . O ; Z . prototype . getProperties = Z . prototype . N ; Z . prototype . set = Z . prototype . set ; Z . prototype . setProperties = Z . prototype . H ; Z . prototype . unset = Z . prototype . P ; Z . prototype . changed = Z . prototype . s ; Z . prototype . dispatchEvent = Z . prototype . b ; Z . prototype . getRevision = Z . prototype . L ; Z . prototype . on = Z . prototype . J ; Z . prototype . once = Z . prototype . once ;
Z . prototype . un = Z . prototype . K ; ux . prototype . setRenderReprojectionEdges = ux . prototype . Pb ; ux . prototype . setTileGridForProjection = ux . prototype . Qb ; ux . prototype . getTileLoadFunction = ux . prototype . pb ; ux . prototype . getTileUrlFunction = ux . prototype . qb ; ux . prototype . getUrls = ux . prototype . rb ; ux . prototype . setTileLoadFunction = ux . prototype . vb ; ux . prototype . setTileUrlFunction = ux . prototype . cb ; ux . prototype . setUrl = ux . prototype . jb ; ux . prototype . setUrls = ux . prototype . eb ; ux . prototype . getTileGrid = ux . prototype . ab ;
ux . prototype . refresh = ux . prototype . sa ; ux . prototype . getAttributions = ux . prototype . ya ; ux . prototype . getLogo = ux . prototype . xa ; ux . prototype . getProjection = ux . prototype . za ; ux . prototype . getState = ux . prototype . getState ; ux . prototype . setAttributions = ux . prototype . ua ; ux . prototype . get = ux . prototype . get ; ux . prototype . getKeys = ux . prototype . O ; ux . prototype . getProperties = ux . prototype . N ; ux . prototype . set = ux . prototype . set ; ux . prototype . setProperties = ux . prototype . H ; ux . prototype . unset = ux . prototype . P ; ux . prototype . changed = ux . prototype . s ;
ux . prototype . dispatchEvent = ux . prototype . b ; ux . prototype . getRevision = ux . prototype . L ; ux . prototype . on = ux . prototype . J ; ux . prototype . once = ux . prototype . once ; ux . prototype . un = ux . prototype . K ; hw . prototype . getTileCoord = hw . prototype . f ; hw . prototype . load = hw . prototype . load ; xt . prototype . changed = xt . prototype . s ; xt . prototype . dispatchEvent = xt . prototype . b ; xt . prototype . getRevision = xt . prototype . L ; xt . prototype . on = xt . prototype . J ; xt . prototype . once = xt . prototype . once ; xt . prototype . un = xt . prototype . K ; Vt . prototype . changed = Vt . prototype . s ;
Vt . prototype . dispatchEvent = Vt . prototype . b ; Vt . prototype . getRevision = Vt . prototype . L ; Vt . prototype . on = Vt . prototype . J ; Vt . prototype . once = Vt . prototype . once ; Vt . prototype . un = Vt . prototype . K ; Rv . prototype . changed = Rv . prototype . s ; Rv . prototype . dispatchEvent = Rv . prototype . b ; Rv . prototype . getRevision = Rv . prototype . L ; Rv . prototype . on = Rv . prototype . J ; Rv . prototype . once = Rv . prototype . once ; Rv . prototype . un = Rv . prototype . K ; bw . prototype . changed = bw . prototype . s ; bw . prototype . dispatchEvent = bw . prototype . b ; bw . prototype . getRevision = bw . prototype . L ;
bw . prototype . on = bw . prototype . J ; bw . prototype . once = bw . prototype . once ; bw . prototype . un = bw . prototype . K ; Yt . prototype . changed = Yt . prototype . s ; Yt . prototype . dispatchEvent = Yt . prototype . b ; Yt . prototype . getRevision = Yt . prototype . L ; Yt . prototype . on = Yt . prototype . J ; Yt . prototype . once = Yt . prototype . once ; Yt . prototype . un = Yt . prototype . K ; Gt . prototype . changed = Gt . prototype . s ; Gt . prototype . dispatchEvent = Gt . prototype . b ; Gt . prototype . getRevision = Gt . prototype . L ; Gt . prototype . on = Gt . prototype . J ; Gt . prototype . once = Gt . prototype . once ;
Gt . prototype . un = Gt . prototype . K ; yv . prototype . changed = yv . prototype . s ; yv . prototype . dispatchEvent = yv . prototype . b ; yv . prototype . getRevision = yv . prototype . L ; yv . prototype . on = yv . prototype . J ; yv . prototype . once = yv . prototype . once ; yv . prototype . un = yv . prototype . K ; zv . prototype . changed = zv . prototype . s ; zv . prototype . dispatchEvent = zv . prototype . b ; zv . prototype . getRevision = zv . prototype . L ; zv . prototype . on = zv . prototype . J ; zv . prototype . once = zv . prototype . once ; zv . prototype . un = zv . prototype . K ; Vv . prototype . changed = Vv . prototype . s ;
Vv . prototype . dispatchEvent = Vv . prototype . b ; Vv . prototype . getRevision = Vv . prototype . L ; Vv . prototype . on = Vv . prototype . J ; Vv . prototype . once = Vv . prototype . once ; Vv . prototype . un = Vv . prototype . K ; Ot . prototype . changed = Ot . prototype . s ; Ot . prototype . dispatchEvent = Ot . prototype . b ; Ot . prototype . getRevision = Ot . prototype . L ; Ot . prototype . on = Ot . prototype . J ; Ot . prototype . once = Ot . prototype . once ; Ot . prototype . un = Ot . prototype . K ; dw . prototype . changed = dw . prototype . s ; dw . prototype . dispatchEvent = dw . prototype . b ; dw . prototype . getRevision = dw . prototype . L ;
dw . prototype . on = dw . prototype . J ; dw . prototype . once = dw . prototype . once ; dw . prototype . un = dw . prototype . K ; Rh . prototype . type = Rh . prototype . type ; Rh . prototype . target = Rh . prototype . target ; Rh . prototype . preventDefault = Rh . prototype . preventDefault ; Rh . prototype . stopPropagation = Rh . prototype . stopPropagation ; pe . prototype . type = pe . prototype . type ; pe . prototype . target = pe . prototype . target ; pe . prototype . preventDefault = pe . prototype . preventDefault ; pe . prototype . stopPropagation = pe . prototype . stopPropagation ; sh . prototype . get = sh . prototype . get ;
sh . prototype . getKeys = sh . prototype . O ; sh . prototype . getProperties = sh . prototype . N ; sh . prototype . set = sh . prototype . set ; sh . prototype . setProperties = sh . prototype . H ; sh . prototype . unset = sh . prototype . P ; sh . prototype . changed = sh . prototype . s ; sh . prototype . dispatchEvent = sh . prototype . b ; sh . prototype . getRevision = sh . prototype . L ; sh . prototype . on = sh . prototype . J ; sh . prototype . once = sh . prototype . once ; sh . prototype . un = sh . prototype . K ; uh . prototype . getExtent = uh . prototype . G ; uh . prototype . getMaxResolution = uh . prototype . fc ;
uh . prototype . getMinResolution = uh . prototype . gc ; uh . prototype . getOpacity = uh . prototype . hc ; uh . prototype . getVisible = uh . prototype . Mb ; uh . prototype . getZIndex = uh . prototype . Ba ; uh . prototype . setExtent = uh . prototype . vc ; uh . prototype . setMaxResolution = uh . prototype . Ac ; uh . prototype . setMinResolution = uh . prototype . Bc ; uh . prototype . setOpacity = uh . prototype . wc ; uh . prototype . setVisible = uh . prototype . xc ; uh . prototype . setZIndex = uh . prototype . Vb ; uh . prototype . get = uh . prototype . get ; uh . prototype . getKeys = uh . prototype . O ;
uh . prototype . getProperties = uh . prototype . N ; uh . prototype . set = uh . prototype . set ; uh . prototype . setProperties = uh . prototype . H ; uh . prototype . unset = uh . prototype . P ; uh . prototype . changed = uh . prototype . s ; uh . prototype . dispatchEvent = uh . prototype . b ; uh . prototype . getRevision = uh . prototype . L ; uh . prototype . on = uh . prototype . J ; uh . prototype . once = uh . prototype . once ; uh . prototype . un = uh . prototype . K ; wh . prototype . getExtent = wh . prototype . G ; wh . prototype . getMaxResolution = wh . prototype . fc ; wh . prototype . getMinResolution = wh . prototype . gc ;
wh . prototype . getOpacity = wh . prototype . hc ; wh . prototype . getVisible = wh . prototype . Mb ; wh . prototype . getZIndex = wh . prototype . Ba ; wh . prototype . setExtent = wh . prototype . vc ; wh . prototype . setMaxResolution = wh . prototype . Ac ; wh . prototype . setMinResolution = wh . prototype . Bc ; wh . prototype . setOpacity = wh . prototype . wc ; wh . prototype . setVisible = wh . prototype . xc ; wh . prototype . setZIndex = wh . prototype . Vb ; wh . prototype . get = wh . prototype . get ; wh . prototype . getKeys = wh . prototype . O ; wh . prototype . getProperties = wh . prototype . N ; wh . prototype . set = wh . prototype . set ;
wh . prototype . setProperties = wh . prototype . H ; wh . prototype . unset = wh . prototype . P ; wh . prototype . changed = wh . prototype . s ; wh . prototype . dispatchEvent = wh . prototype . b ; wh . prototype . getRevision = wh . prototype . L ; wh . prototype . on = wh . prototype . J ; wh . prototype . once = wh . prototype . once ; wh . prototype . un = wh . prototype . K ; T . prototype . setMap = T . prototype . setMap ; T . prototype . setSource = T . prototype . Wc ; T . prototype . getExtent = T . prototype . G ; T . prototype . getMaxResolution = T . prototype . fc ; T . prototype . getMinResolution = T . prototype . gc ;
T . prototype . getOpacity = T . prototype . hc ; T . prototype . getVisible = T . prototype . Mb ; T . prototype . getZIndex = T . prototype . Ba ; T . prototype . setExtent = T . prototype . vc ; T . prototype . setMaxResolution = T . prototype . Ac ; T . prototype . setMinResolution = T . prototype . Bc ; T . prototype . setOpacity = T . prototype . wc ; T . prototype . setVisible = T . prototype . xc ; T . prototype . setZIndex = T . prototype . Vb ; T . prototype . get = T . prototype . get ; T . prototype . getKeys = T . prototype . O ; T . prototype . getProperties = T . prototype . N ; T . prototype . set = T . prototype . set ;
T . prototype . setProperties = T . prototype . H ; T . prototype . unset = T . prototype . P ; T . prototype . changed = T . prototype . s ; T . prototype . dispatchEvent = T . prototype . b ; T . prototype . getRevision = T . prototype . L ; T . prototype . on = T . prototype . J ; T . prototype . once = T . prototype . once ; T . prototype . un = T . prototype . K ; V . prototype . getSource = V . prototype . ha ; V . prototype . getStyle = V . prototype . D ; V . prototype . getStyleFunction = V . prototype . C ; V . prototype . setStyle = V . prototype . g ; V . prototype . setMap = V . prototype . setMap ; V . prototype . setSource = V . prototype . Wc ;
V . prototype . getExtent = V . prototype . G ; V . prototype . getMaxResolution = V . prototype . fc ; V . prototype . getMinResolution = V . prototype . gc ; V . prototype . getOpacity = V . prototype . hc ; V . prototype . getVisible = V . prototype . Mb ; V . prototype . getZIndex = V . prototype . Ba ; V . prototype . setExtent = V . prototype . vc ; V . prototype . setMaxResolution = V . prototype . Ac ; V . prototype . setMinResolution = V . prototype . Bc ; V . prototype . setOpacity = V . prototype . wc ; V . prototype . setVisible = V . prototype . xc ; V . prototype . setZIndex = V . prototype . Vb ; V . prototype . get = V . prototype . get ;
V . prototype . getKeys = V . prototype . O ; V . prototype . getProperties = V . prototype . N ; V . prototype . set = V . prototype . set ; V . prototype . setProperties = V . prototype . H ; V . prototype . unset = V . prototype . P ; V . prototype . changed = V . prototype . s ; V . prototype . dispatchEvent = V . prototype . b ; V . prototype . getRevision = V . prototype . L ; V . prototype . on = V . prototype . J ; V . prototype . once = V . prototype . once ; V . prototype . un = V . prototype . K ; Uv . prototype . setMap = Uv . prototype . setMap ; Uv . prototype . setSource = Uv . prototype . Wc ; Uv . prototype . getExtent = Uv . prototype . G ;
Uv . prototype . getMaxResolution = Uv . prototype . fc ; Uv . prototype . getMinResolution = Uv . prototype . gc ; Uv . prototype . getOpacity = Uv . prototype . hc ; Uv . prototype . getVisible = Uv . prototype . Mb ; Uv . prototype . getZIndex = Uv . prototype . Ba ; Uv . prototype . setExtent = Uv . prototype . vc ; Uv . prototype . setMaxResolution = Uv . prototype . Ac ; Uv . prototype . setMinResolution = Uv . prototype . Bc ; Uv . prototype . setOpacity = Uv . prototype . wc ; Uv . prototype . setVisible = Uv . prototype . xc ; Uv . prototype . setZIndex = Uv . prototype . Vb ; Uv . prototype . get = Uv . prototype . get ;
Uv . prototype . getKeys = Uv . prototype . O ; Uv . prototype . getProperties = Uv . prototype . N ; Uv . prototype . set = Uv . prototype . set ; Uv . prototype . setProperties = Uv . prototype . H ; Uv . prototype . unset = Uv . prototype . P ; Uv . prototype . changed = Uv . prototype . s ; Uv . prototype . dispatchEvent = Uv . prototype . b ; Uv . prototype . getRevision = Uv . prototype . L ; Uv . prototype . on = Uv . prototype . J ; Uv . prototype . once = Uv . prototype . once ; Uv . prototype . un = Uv . prototype . K ; cw . prototype . setMap = cw . prototype . setMap ; cw . prototype . setSource = cw . prototype . Wc ;
cw . prototype . getExtent = cw . prototype . G ; cw . prototype . getMaxResolution = cw . prototype . fc ; cw . prototype . getMinResolution = cw . prototype . gc ; cw . prototype . getOpacity = cw . prototype . hc ; cw . prototype . getVisible = cw . prototype . Mb ; cw . prototype . getZIndex = cw . prototype . Ba ; cw . prototype . setExtent = cw . prototype . vc ; cw . prototype . setMaxResolution = cw . prototype . Ac ; cw . prototype . setMinResolution = cw . prototype . Bc ; cw . prototype . setOpacity = cw . prototype . wc ; cw . prototype . setVisible = cw . prototype . xc ; cw . prototype . setZIndex = cw . prototype . Vb ;
cw . prototype . get = cw . prototype . get ; cw . prototype . getKeys = cw . prototype . O ; cw . prototype . getProperties = cw . prototype . N ; cw . prototype . set = cw . prototype . set ; cw . prototype . setProperties = cw . prototype . H ; cw . prototype . unset = cw . prototype . P ; cw . prototype . changed = cw . prototype . s ; cw . prototype . dispatchEvent = cw . prototype . b ; cw . prototype . getRevision = cw . prototype . L ; cw . prototype . on = cw . prototype . J ; cw . prototype . once = cw . prototype . once ; cw . prototype . un = cw . prototype . K ; W . prototype . getSource = W . prototype . ha ; W . prototype . getStyle = W . prototype . D ;
W . prototype . getStyleFunction = W . prototype . C ; W . prototype . setStyle = W . prototype . g ; W . prototype . setMap = W . prototype . setMap ; W . prototype . setSource = W . prototype . Wc ; W . prototype . getExtent = W . prototype . G ; W . prototype . getMaxResolution = W . prototype . fc ; W . prototype . getMinResolution = W . prototype . gc ; W . prototype . getOpacity = W . prototype . hc ; W . prototype . getVisible = W . prototype . Mb ; W . prototype . getZIndex = W . prototype . Ba ; W . prototype . setExtent = W . prototype . vc ; W . prototype . setMaxResolution = W . prototype . Ac ; W . prototype . setMinResolution = W . prototype . Bc ;
W . prototype . setOpacity = W . prototype . wc ; W . prototype . setVisible = W . prototype . xc ; W . prototype . setZIndex = W . prototype . Vb ; W . prototype . get = W . prototype . get ; W . prototype . getKeys = W . prototype . O ; W . prototype . getProperties = W . prototype . N ; W . prototype . set = W . prototype . set ; W . prototype . setProperties = W . prototype . H ; W . prototype . unset = W . prototype . P ; W . prototype . changed = W . prototype . s ; W . prototype . dispatchEvent = W . prototype . b ; W . prototype . getRevision = W . prototype . L ; W . prototype . on = W . prototype . J ; W . prototype . once = W . prototype . once ;
W . prototype . un = W . prototype . K ; ng . prototype . get = ng . prototype . get ; ng . prototype . getKeys = ng . prototype . O ; ng . prototype . getProperties = ng . prototype . N ; ng . prototype . set = ng . prototype . set ; ng . prototype . setProperties = ng . prototype . H ; ng . prototype . unset = ng . prototype . P ; ng . prototype . changed = ng . prototype . s ; ng . prototype . dispatchEvent = ng . prototype . b ; ng . prototype . getRevision = ng . prototype . L ; ng . prototype . on = ng . prototype . J ; ng . prototype . once = ng . prototype . once ; ng . prototype . un = ng . prototype . K ; rg . prototype . getActive = rg . prototype . c ;
rg . prototype . getMap = rg . prototype . f ; rg . prototype . setActive = rg . prototype . Ha ; rg . prototype . get = rg . prototype . get ; rg . prototype . getKeys = rg . prototype . O ; rg . prototype . getProperties = rg . prototype . N ; rg . prototype . set = rg . prototype . set ; rg . prototype . setProperties = rg . prototype . H ; rg . prototype . unset = rg . prototype . P ; rg . prototype . changed = rg . prototype . s ; rg . prototype . dispatchEvent = rg . prototype . b ; rg . prototype . getRevision = rg . prototype . L ; rg . prototype . on = rg . prototype . J ; rg . prototype . once = rg . prototype . once ; rg . prototype . un = rg . prototype . K ;
Rs . prototype . getActive = Rs . prototype . c ; Rs . prototype . getMap = Rs . prototype . f ; Rs . prototype . setActive = Rs . prototype . Ha ; Rs . prototype . get = Rs . prototype . get ; Rs . prototype . getKeys = Rs . prototype . O ; Rs . prototype . getProperties = Rs . prototype . N ; Rs . prototype . set = Rs . prototype . set ; Rs . prototype . setProperties = Rs . prototype . H ; Rs . prototype . unset = Rs . prototype . P ; Rs . prototype . changed = Rs . prototype . s ; Rs . prototype . dispatchEvent = Rs . prototype . b ; Rs . prototype . getRevision = Rs . prototype . L ; Rs . prototype . on = Rs . prototype . J ;
Rs . prototype . once = Rs . prototype . once ; Rs . prototype . un = Rs . prototype . K ; Us . prototype . type = Us . prototype . type ; Us . prototype . target = Us . prototype . target ; Us . prototype . preventDefault = Us . prototype . preventDefault ; Us . prototype . stopPropagation = Us . prototype . stopPropagation ; Dg . prototype . getActive = Dg . prototype . c ; Dg . prototype . getMap = Dg . prototype . f ; Dg . prototype . setActive = Dg . prototype . Ha ; Dg . prototype . get = Dg . prototype . get ; Dg . prototype . getKeys = Dg . prototype . O ; Dg . prototype . getProperties = Dg . prototype . N ; Dg . prototype . set = Dg . prototype . set ;
Dg . prototype . setProperties = Dg . prototype . H ; Dg . prototype . unset = Dg . prototype . P ; Dg . prototype . changed = Dg . prototype . s ; Dg . prototype . dispatchEvent = Dg . prototype . b ; Dg . prototype . getRevision = Dg . prototype . L ; Dg . prototype . on = Dg . prototype . J ; Dg . prototype . once = Dg . prototype . once ; Dg . prototype . un = Dg . prototype . K ; Rg . prototype . getActive = Rg . prototype . c ; Rg . prototype . getMap = Rg . prototype . f ; Rg . prototype . setActive = Rg . prototype . Ha ; Rg . prototype . get = Rg . prototype . get ; Rg . prototype . getKeys = Rg . prototype . O ;
Rg . prototype . getProperties = Rg . prototype . N ; Rg . prototype . set = Rg . prototype . set ; Rg . prototype . setProperties = Rg . prototype . H ; Rg . prototype . unset = Rg . prototype . P ; Rg . prototype . changed = Rg . prototype . s ; Rg . prototype . dispatchEvent = Rg . prototype . b ; Rg . prototype . getRevision = Rg . prototype . L ; Rg . prototype . on = Rg . prototype . J ; Rg . prototype . once = Rg . prototype . once ; Rg . prototype . un = Rg . prototype . K ; Wg . prototype . type = Wg . prototype . type ; Wg . prototype . target = Wg . prototype . target ; Wg . prototype . preventDefault = Wg . prototype . preventDefault ;
Wg . prototype . stopPropagation = Wg . prototype . stopPropagation ; Gg . prototype . getActive = Gg . prototype . c ; Gg . prototype . getMap = Gg . prototype . f ; Gg . prototype . setActive = Gg . prototype . Ha ; Gg . prototype . get = Gg . prototype . get ; Gg . prototype . getKeys = Gg . prototype . O ; Gg . prototype . getProperties = Gg . prototype . N ; Gg . prototype . set = Gg . prototype . set ; Gg . prototype . setProperties = Gg . prototype . H ; Gg . prototype . unset = Gg . prototype . P ; Gg . prototype . changed = Gg . prototype . s ; Gg . prototype . dispatchEvent = Gg . prototype . b ; Gg . prototype . getRevision = Gg . prototype . L ;
Gg . prototype . on = Gg . prototype . J ; Gg . prototype . once = Gg . prototype . once ; Gg . prototype . un = Gg . prototype . K ; Kg . prototype . getActive = Kg . prototype . c ; Kg . prototype . getMap = Kg . prototype . f ; Kg . prototype . setActive = Kg . prototype . Ha ; Kg . prototype . get = Kg . prototype . get ; Kg . prototype . getKeys = Kg . prototype . O ; Kg . prototype . getProperties = Kg . prototype . N ; Kg . prototype . set = Kg . prototype . set ; Kg . prototype . setProperties = Kg . prototype . H ; Kg . prototype . unset = Kg . prototype . P ; Kg . prototype . changed = Kg . prototype . s ; Kg . prototype . dispatchEvent = Kg . prototype . b ;
Kg . prototype . getRevision = Kg . prototype . L ; Kg . prototype . on = Kg . prototype . J ; Kg . prototype . once = Kg . prototype . once ; Kg . prototype . un = Kg . prototype . K ; Ys . prototype . getActive = Ys . prototype . c ; Ys . prototype . getMap = Ys . prototype . f ; Ys . prototype . setActive = Ys . prototype . Ha ; Ys . prototype . get = Ys . prototype . get ; Ys . prototype . getKeys = Ys . prototype . O ; Ys . prototype . getProperties = Ys . prototype . N ; Ys . prototype . set = Ys . prototype . set ; Ys . prototype . setProperties = Ys . prototype . H ; Ys . prototype . unset = Ys . prototype . P ; Ys . prototype . changed = Ys . prototype . s ;
Ys . prototype . dispatchEvent = Ys . prototype . b ; Ys . prototype . getRevision = Ys . prototype . L ; Ys . prototype . on = Ys . prototype . J ; Ys . prototype . once = Ys . prototype . once ; Ys . prototype . un = Ys . prototype . K ; $g . prototype . getGeometry = $g . prototype . V ; $g . prototype . getActive = $g . prototype . c ; $g . prototype . getMap = $g . prototype . f ; $g . prototype . setActive = $g . prototype . Ha ; $g . prototype . get = $g . prototype . get ; $g . prototype . getKeys = $g . prototype . O ; $g . prototype . getProperties = $g . prototype . N ; $g . prototype . set = $g . prototype . set ;
$g . prototype . setProperties = $g . prototype . H ; $g . prototype . unset = $g . prototype . P ; $g . prototype . changed = $g . prototype . s ; $g . prototype . dispatchEvent = $g . prototype . b ; $g . prototype . getRevision = $g . prototype . L ; $g . prototype . on = $g . prototype . J ; $g . prototype . once = $g . prototype . once ; $g . prototype . un = $g . prototype . K ; ju . prototype . getActive = ju . prototype . c ; ju . prototype . getMap = ju . prototype . f ; ju . prototype . setActive = ju . prototype . Ha ; ju . prototype . get = ju . prototype . get ; ju . prototype . getKeys = ju . prototype . O ;
ju . prototype . getProperties = ju . prototype . N ; ju . prototype . set = ju . prototype . set ; ju . prototype . setProperties = ju . prototype . H ; ju . prototype . unset = ju . prototype . P ; ju . prototype . changed = ju . prototype . s ; ju . prototype . dispatchEvent = ju . prototype . b ; ju . prototype . getRevision = ju . prototype . L ; ju . prototype . on = ju . prototype . J ; ju . prototype . once = ju . prototype . once ; ju . prototype . un = ju . prototype . K ; zu . prototype . type = zu . prototype . type ; zu . prototype . target = zu . prototype . target ; zu . prototype . preventDefault = zu . prototype . preventDefault ;
zu . prototype . stopPropagation = zu . prototype . stopPropagation ; Au . prototype . getActive = Au . prototype . c ; Au . prototype . getMap = Au . prototype . f ; Au . prototype . setActive = Au . prototype . Ha ; Au . prototype . get = Au . prototype . get ; Au . prototype . getKeys = Au . prototype . O ; Au . prototype . getProperties = Au . prototype . N ; Au . prototype . set = Au . prototype . set ; Au . prototype . setProperties = Au . prototype . H ; Au . prototype . unset = Au . prototype . P ; Au . prototype . changed = Au . prototype . s ; Au . prototype . dispatchEvent = Au . prototype . b ; Au . prototype . getRevision = Au . prototype . L ;
Au . prototype . on = Au . prototype . J ; Au . prototype . once = Au . prototype . once ; Au . prototype . un = Au . prototype . K ; Lu . prototype . type = Lu . prototype . type ; Lu . prototype . target = Lu . prototype . target ; Lu . prototype . preventDefault = Lu . prototype . preventDefault ; Lu . prototype . stopPropagation = Lu . prototype . stopPropagation ; ah . prototype . getActive = ah . prototype . c ; ah . prototype . getMap = ah . prototype . f ; ah . prototype . setActive = ah . prototype . Ha ; ah . prototype . get = ah . prototype . get ; ah . prototype . getKeys = ah . prototype . O ; ah . prototype . getProperties = ah . prototype . N ;
ah . prototype . set = ah . prototype . set ; ah . prototype . setProperties = ah . prototype . H ; ah . prototype . unset = ah . prototype . P ; ah . prototype . changed = ah . prototype . s ; ah . prototype . dispatchEvent = ah . prototype . b ; ah . prototype . getRevision = ah . prototype . L ; ah . prototype . on = ah . prototype . J ; ah . prototype . once = ah . prototype . once ; ah . prototype . un = ah . prototype . K ; ch . prototype . getActive = ch . prototype . c ; ch . prototype . getMap = ch . prototype . f ; ch . prototype . setActive = ch . prototype . Ha ; ch . prototype . get = ch . prototype . get ; ch . prototype . getKeys = ch . prototype . O ;
ch . prototype . getProperties = ch . prototype . N ; ch . prototype . set = ch . prototype . set ; ch . prototype . setProperties = ch . prototype . H ; ch . prototype . unset = ch . prototype . P ; ch . prototype . changed = ch . prototype . s ; ch . prototype . dispatchEvent = ch . prototype . b ; ch . prototype . getRevision = ch . prototype . L ; ch . prototype . on = ch . prototype . J ; ch . prototype . once = ch . prototype . once ; ch . prototype . un = ch . prototype . K ; Nu . prototype . getActive = Nu . prototype . c ; Nu . prototype . getMap = Nu . prototype . f ; Nu . prototype . setActive = Nu . prototype . Ha ; Nu . prototype . get = Nu . prototype . get ;
Nu . prototype . getKeys = Nu . prototype . O ; Nu . prototype . getProperties = Nu . prototype . N ; Nu . prototype . set = Nu . prototype . set ; Nu . prototype . setProperties = Nu . prototype . H ; Nu . prototype . unset = Nu . prototype . P ; Nu . prototype . changed = Nu . prototype . s ; Nu . prototype . dispatchEvent = Nu . prototype . b ; Nu . prototype . getRevision = Nu . prototype . L ; Nu . prototype . on = Nu . prototype . J ; Nu . prototype . once = Nu . prototype . once ; Nu . prototype . un = Nu . prototype . K ; Vu . prototype . type = Vu . prototype . type ; Vu . prototype . target = Vu . prototype . target ;
Vu . prototype . preventDefault = Vu . prototype . preventDefault ; Vu . prototype . stopPropagation = Vu . prototype . stopPropagation ; eh . prototype . getActive = eh . prototype . c ; eh . prototype . getMap = eh . prototype . f ; eh . prototype . setActive = eh . prototype . Ha ; eh . prototype . get = eh . prototype . get ; eh . prototype . getKeys = eh . prototype . O ; eh . prototype . getProperties = eh . prototype . N ; eh . prototype . set = eh . prototype . set ; eh . prototype . setProperties = eh . prototype . H ; eh . prototype . unset = eh . prototype . P ; eh . prototype . changed = eh . prototype . s ;
eh . prototype . dispatchEvent = eh . prototype . b ; eh . prototype . getRevision = eh . prototype . L ; eh . prototype . on = eh . prototype . J ; eh . prototype . once = eh . prototype . once ; eh . prototype . un = eh . prototype . K ; ih . prototype . getActive = ih . prototype . c ; ih . prototype . getMap = ih . prototype . f ; ih . prototype . setActive = ih . prototype . Ha ; ih . prototype . get = ih . prototype . get ; ih . prototype . getKeys = ih . prototype . O ; ih . prototype . getProperties = ih . prototype . N ; ih . prototype . set = ih . prototype . set ; ih . prototype . setProperties = ih . prototype . H ; ih . prototype . unset = ih . prototype . P ;
ih . prototype . changed = ih . prototype . s ; ih . prototype . dispatchEvent = ih . prototype . b ; ih . prototype . getRevision = ih . prototype . L ; ih . prototype . on = ih . prototype . J ; ih . prototype . once = ih . prototype . once ; ih . prototype . un = ih . prototype . K ; mh . prototype . getActive = mh . prototype . c ; mh . prototype . getMap = mh . prototype . f ; mh . prototype . setActive = mh . prototype . Ha ; mh . prototype . get = mh . prototype . get ; mh . prototype . getKeys = mh . prototype . O ; mh . prototype . getProperties = mh . prototype . N ; mh . prototype . set = mh . prototype . set ;
mh . prototype . setProperties = mh . prototype . H ; mh . prototype . unset = mh . prototype . P ; mh . prototype . changed = mh . prototype . s ; mh . prototype . dispatchEvent = mh . prototype . b ; mh . prototype . getRevision = mh . prototype . L ; mh . prototype . on = mh . prototype . J ; mh . prototype . once = mh . prototype . once ; mh . prototype . un = mh . prototype . K ; cv . prototype . getActive = cv . prototype . c ; cv . prototype . getMap = cv . prototype . f ; cv . prototype . setActive = cv . prototype . Ha ; cv . prototype . get = cv . prototype . get ; cv . prototype . getKeys = cv . prototype . O ;
cv . prototype . getProperties = cv . prototype . N ; cv . prototype . set = cv . prototype . set ; cv . prototype . setProperties = cv . prototype . H ; cv . prototype . unset = cv . prototype . P ; cv . prototype . changed = cv . prototype . s ; cv . prototype . dispatchEvent = cv . prototype . b ; cv . prototype . getRevision = cv . prototype . L ; cv . prototype . on = cv . prototype . J ; cv . prototype . once = cv . prototype . once ; cv . prototype . un = cv . prototype . K ; fv . prototype . type = fv . prototype . type ; fv . prototype . target = fv . prototype . target ; fv . prototype . preventDefault = fv . prototype . preventDefault ;
fv . prototype . stopPropagation = fv . prototype . stopPropagation ; hv . prototype . getActive = hv . prototype . c ; hv . prototype . getMap = hv . prototype . f ; hv . prototype . setActive = hv . prototype . Ha ; hv . prototype . get = hv . prototype . get ; hv . prototype . getKeys = hv . prototype . O ; hv . prototype . getProperties = hv . prototype . N ; hv . prototype . set = hv . prototype . set ; hv . prototype . setProperties = hv . prototype . H ; hv . prototype . unset = hv . prototype . P ; hv . prototype . changed = hv . prototype . s ; hv . prototype . dispatchEvent = hv . prototype . b ; hv . prototype . getRevision = hv . prototype . L ;
hv . prototype . on = hv . prototype . J ; hv . prototype . once = hv . prototype . once ; hv . prototype . un = hv . prototype . K ; mv . prototype . getActive = mv . prototype . c ; mv . prototype . getMap = mv . prototype . f ; mv . prototype . setActive = mv . prototype . Ha ; mv . prototype . get = mv . prototype . get ; mv . prototype . getKeys = mv . prototype . O ; mv . prototype . getProperties = mv . prototype . N ; mv . prototype . set = mv . prototype . set ; mv . prototype . setProperties = mv . prototype . H ; mv . prototype . unset = mv . prototype . P ; mv . prototype . changed = mv . prototype . s ; mv . prototype . dispatchEvent = mv . prototype . b ;
mv . prototype . getRevision = mv . prototype . L ; mv . prototype . on = mv . prototype . J ; mv . prototype . once = mv . prototype . once ; mv . prototype . un = mv . prototype . K ; sv . prototype . type = sv . prototype . type ; sv . prototype . target = sv . prototype . target ; sv . prototype . preventDefault = sv . prototype . preventDefault ; sv . prototype . stopPropagation = sv . prototype . stopPropagation ; of . prototype . get = of . prototype . get ; of . prototype . getKeys = of . prototype . O ; of . prototype . getProperties = of . prototype . N ; of . prototype . set = of . prototype . set ;
of . prototype . setProperties = of . prototype . H ; of . prototype . unset = of . prototype . P ; of . prototype . changed = of . prototype . s ; of . prototype . dispatchEvent = of . prototype . b ; of . prototype . getRevision = of . prototype . L ; of . prototype . on = of . prototype . J ; of . prototype . once = of . prototype . once ; of . prototype . un = of . prototype . K ; rf . prototype . getClosestPoint = rf . prototype . Ab ; rf . prototype . intersectsCoordinate = rf . prototype . sb ; rf . prototype . getExtent = rf . prototype . G ; rf . prototype . rotate = rf . prototype . rotate ; rf . prototype . scale = rf . prototype . scale ;
rf . prototype . simplify = rf . prototype . Rb ; rf . prototype . transform = rf . prototype . tb ; rf . prototype . get = rf . prototype . get ; rf . prototype . getKeys = rf . prototype . O ; rf . prototype . getProperties = rf . prototype . N ; rf . prototype . set = rf . prototype . set ; rf . prototype . setProperties = rf . prototype . H ; rf . prototype . unset = rf . prototype . P ; rf . prototype . changed = rf . prototype . s ; rf . prototype . dispatchEvent = rf . prototype . b ; rf . prototype . getRevision = rf . prototype . L ; rf . prototype . on = rf . prototype . J ; rf . prototype . once = rf . prototype . once ; rf . prototype . un = rf . prototype . K ;
ys . prototype . getFirstCoordinate = ys . prototype . ac ; ys . prototype . getLastCoordinate = ys . prototype . bc ; ys . prototype . getLayout = ys . prototype . cc ; ys . prototype . rotate = ys . prototype . rotate ; ys . prototype . scale = ys . prototype . scale ; ys . prototype . getClosestPoint = ys . prototype . Ab ; ys . prototype . intersectsCoordinate = ys . prototype . sb ; ys . prototype . getExtent = ys . prototype . G ; ys . prototype . simplify = ys . prototype . Rb ; ys . prototype . get = ys . prototype . get ; ys . prototype . getKeys = ys . prototype . O ; ys . prototype . getProperties = ys . prototype . N ;
ys . prototype . set = ys . prototype . set ; ys . prototype . setProperties = ys . prototype . H ; ys . prototype . unset = ys . prototype . P ; ys . prototype . changed = ys . prototype . s ; ys . prototype . dispatchEvent = ys . prototype . b ; ys . prototype . getRevision = ys . prototype . L ; ys . prototype . on = ys . prototype . J ; ys . prototype . once = ys . prototype . once ; ys . prototype . un = ys . prototype . K ; tm . prototype . getClosestPoint = tm . prototype . Ab ; tm . prototype . intersectsCoordinate = tm . prototype . sb ; tm . prototype . getExtent = tm . prototype . G ; tm . prototype . rotate = tm . prototype . rotate ;
tm . prototype . scale = tm . prototype . scale ; tm . prototype . simplify = tm . prototype . Rb ; tm . prototype . transform = tm . prototype . tb ; tm . prototype . get = tm . prototype . get ; tm . prototype . getKeys = tm . prototype . O ; tm . prototype . getProperties = tm . prototype . N ; tm . prototype . set = tm . prototype . set ; tm . prototype . setProperties = tm . prototype . H ; tm . prototype . unset = tm . prototype . P ; tm . prototype . changed = tm . prototype . s ; tm . prototype . dispatchEvent = tm . prototype . b ; tm . prototype . getRevision = tm . prototype . L ; tm . prototype . on = tm . prototype . J ;
tm . prototype . once = tm . prototype . once ; tm . prototype . un = tm . prototype . K ; Jf . prototype . getFirstCoordinate = Jf . prototype . ac ; Jf . prototype . getLastCoordinate = Jf . prototype . bc ; Jf . prototype . getLayout = Jf . prototype . cc ; Jf . prototype . rotate = Jf . prototype . rotate ; Jf . prototype . scale = Jf . prototype . scale ; Jf . prototype . getClosestPoint = Jf . prototype . Ab ; Jf . prototype . intersectsCoordinate = Jf . prototype . sb ; Jf . prototype . getExtent = Jf . prototype . G ; Jf . prototype . simplify = Jf . prototype . Rb ; Jf . prototype . transform = Jf . prototype . tb ;
Jf . prototype . get = Jf . prototype . get ; Jf . prototype . getKeys = Jf . prototype . O ; Jf . prototype . getProperties = Jf . prototype . N ; Jf . prototype . set = Jf . prototype . set ; Jf . prototype . setProperties = Jf . prototype . H ; Jf . prototype . unset = Jf . prototype . P ; Jf . prototype . changed = Jf . prototype . s ; Jf . prototype . dispatchEvent = Jf . prototype . b ; Jf . prototype . getRevision = Jf . prototype . L ; Jf . prototype . on = Jf . prototype . J ; Jf . prototype . once = Jf . prototype . once ; Jf . prototype . un = Jf . prototype . K ; O . prototype . getFirstCoordinate = O . prototype . ac ;
O . prototype . getLastCoordinate = O . prototype . bc ; O . prototype . getLayout = O . prototype . cc ; O . prototype . rotate = O . prototype . rotate ; O . prototype . scale = O . prototype . scale ; O . prototype . getClosestPoint = O . prototype . Ab ; O . prototype . intersectsCoordinate = O . prototype . sb ; O . prototype . getExtent = O . prototype . G ; O . prototype . simplify = O . prototype . Rb ; O . prototype . transform = O . prototype . tb ; O . prototype . get = O . prototype . get ; O . prototype . getKeys = O . prototype . O ; O . prototype . getProperties = O . prototype . N ; O . prototype . set = O . prototype . set ;
O . prototype . setProperties = O . prototype . H ; O . prototype . unset = O . prototype . P ; O . prototype . changed = O . prototype . s ; O . prototype . dispatchEvent = O . prototype . b ; O . prototype . getRevision = O . prototype . L ; O . prototype . on = O . prototype . J ; O . prototype . once = O . prototype . once ; O . prototype . un = O . prototype . K ; P . prototype . getFirstCoordinate = P . prototype . ac ; P . prototype . getLastCoordinate = P . prototype . bc ; P . prototype . getLayout = P . prototype . cc ; P . prototype . rotate = P . prototype . rotate ; P . prototype . scale = P . prototype . scale ;
P . prototype . getClosestPoint = P . prototype . Ab ; P . prototype . intersectsCoordinate = P . prototype . sb ; P . prototype . getExtent = P . prototype . G ; P . prototype . simplify = P . prototype . Rb ; P . prototype . transform = P . prototype . tb ; P . prototype . get = P . prototype . get ; P . prototype . getKeys = P . prototype . O ; P . prototype . getProperties = P . prototype . N ; P . prototype . set = P . prototype . set ; P . prototype . setProperties = P . prototype . H ; P . prototype . unset = P . prototype . P ; P . prototype . changed = P . prototype . s ; P . prototype . dispatchEvent = P . prototype . b ;
P . prototype . getRevision = P . prototype . L ; P . prototype . on = P . prototype . J ; P . prototype . once = P . prototype . once ; P . prototype . un = P . prototype . K ; Q . prototype . getFirstCoordinate = Q . prototype . ac ; Q . prototype . getLastCoordinate = Q . prototype . bc ; Q . prototype . getLayout = Q . prototype . cc ; Q . prototype . rotate = Q . prototype . rotate ; Q . prototype . scale = Q . prototype . scale ; Q . prototype . getClosestPoint = Q . prototype . Ab ; Q . prototype . intersectsCoordinate = Q . prototype . sb ; Q . prototype . getExtent = Q . prototype . G ; Q . prototype . simplify = Q . prototype . Rb ;
Q . prototype . transform = Q . prototype . tb ; Q . prototype . get = Q . prototype . get ; Q . prototype . getKeys = Q . prototype . O ; Q . prototype . getProperties = Q . prototype . N ; Q . prototype . set = Q . prototype . set ; Q . prototype . setProperties = Q . prototype . H ; Q . prototype . unset = Q . prototype . P ; Q . prototype . changed = Q . prototype . s ; Q . prototype . dispatchEvent = Q . prototype . b ; Q . prototype . getRevision = Q . prototype . L ; Q . prototype . on = Q . prototype . J ; Q . prototype . once = Q . prototype . once ; Q . prototype . un = Q . prototype . K ; R . prototype . getFirstCoordinate = R . prototype . ac ;
R . prototype . getLastCoordinate = R . prototype . bc ; R . prototype . getLayout = R . prototype . cc ; R . prototype . rotate = R . prototype . rotate ; R . prototype . scale = R . prototype . scale ; R . prototype . getClosestPoint = R . prototype . Ab ; R . prototype . intersectsCoordinate = R . prototype . sb ; R . prototype . getExtent = R . prototype . G ; R . prototype . simplify = R . prototype . Rb ; R . prototype . transform = R . prototype . tb ; R . prototype . get = R . prototype . get ; R . prototype . getKeys = R . prototype . O ; R . prototype . getProperties = R . prototype . N ; R . prototype . set = R . prototype . set ;
R . prototype . setProperties = R . prototype . H ; R . prototype . unset = R . prototype . P ; R . prototype . changed = R . prototype . s ; R . prototype . dispatchEvent = R . prototype . b ; R . prototype . getRevision = R . prototype . L ; R . prototype . on = R . prototype . J ; R . prototype . once = R . prototype . once ; R . prototype . un = R . prototype . K ; C . prototype . getFirstCoordinate = C . prototype . ac ; C . prototype . getLastCoordinate = C . prototype . bc ; C . prototype . getLayout = C . prototype . cc ; C . prototype . rotate = C . prototype . rotate ; C . prototype . scale = C . prototype . scale ;
C . prototype . getClosestPoint = C . prototype . Ab ; C . prototype . intersectsCoordinate = C . prototype . sb ; C . prototype . getExtent = C . prototype . G ; C . prototype . simplify = C . prototype . Rb ; C . prototype . transform = C . prototype . tb ; C . prototype . get = C . prototype . get ; C . prototype . getKeys = C . prototype . O ; C . prototype . getProperties = C . prototype . N ; C . prototype . set = C . prototype . set ; C . prototype . setProperties = C . prototype . H ; C . prototype . unset = C . prototype . P ; C . prototype . changed = C . prototype . s ; C . prototype . dispatchEvent = C . prototype . b ;
C . prototype . getRevision = C . prototype . L ; C . prototype . on = C . prototype . J ; C . prototype . once = C . prototype . once ; C . prototype . un = C . prototype . K ; D . prototype . getFirstCoordinate = D . prototype . ac ; D . prototype . getLastCoordinate = D . prototype . bc ; D . prototype . getLayout = D . prototype . cc ; D . prototype . rotate = D . prototype . rotate ; D . prototype . scale = D . prototype . scale ; D . prototype . getClosestPoint = D . prototype . Ab ; D . prototype . intersectsCoordinate = D . prototype . sb ; D . prototype . getExtent = D . prototype . G ; D . prototype . simplify = D . prototype . Rb ;
D . prototype . transform = D . prototype . tb ; D . prototype . get = D . prototype . get ; D . prototype . getKeys = D . prototype . O ; D . prototype . getProperties = D . prototype . N ; D . prototype . set = D . prototype . set ; D . prototype . setProperties = D . prototype . H ; D . prototype . unset = D . prototype . P ; D . prototype . changed = D . prototype . s ; D . prototype . dispatchEvent = D . prototype . b ; D . prototype . getRevision = D . prototype . L ; D . prototype . on = D . prototype . J ; D . prototype . once = D . prototype . once ; D . prototype . un = D . prototype . K ; Sm . prototype . readFeatures = Sm . prototype . Oa ;
an . prototype . readFeatures = an . prototype . Oa ; Sm . prototype . readFeatures = Sm . prototype . Oa ; md . prototype . get = md . prototype . get ; md . prototype . getKeys = md . prototype . O ; md . prototype . getProperties = md . prototype . N ; md . prototype . set = md . prototype . set ; md . prototype . setProperties = md . prototype . H ; md . prototype . unset = md . prototype . P ; md . prototype . changed = md . prototype . s ; md . prototype . dispatchEvent = md . prototype . b ; md . prototype . getRevision = md . prototype . L ; md . prototype . on = md . prototype . J ; md . prototype . once = md . prototype . once ;
md . prototype . un = md . prototype . K ; nd . prototype . getMap = nd . prototype . g ; nd . prototype . setMap = nd . prototype . setMap ; nd . prototype . setTarget = nd . prototype . f ; nd . prototype . get = nd . prototype . get ; nd . prototype . getKeys = nd . prototype . O ; nd . prototype . getProperties = nd . prototype . N ; nd . prototype . set = nd . prototype . set ; nd . prototype . setProperties = nd . prototype . H ; nd . prototype . unset = nd . prototype . P ; nd . prototype . changed = nd . prototype . s ; nd . prototype . dispatchEvent = nd . prototype . b ; nd . prototype . getRevision = nd . prototype . L ; nd . prototype . on = nd . prototype . J ;
nd . prototype . once = nd . prototype . once ; nd . prototype . un = nd . prototype . K ; yd . prototype . getMap = yd . prototype . g ; yd . prototype . setMap = yd . prototype . setMap ; yd . prototype . setTarget = yd . prototype . f ; yd . prototype . get = yd . prototype . get ; yd . prototype . getKeys = yd . prototype . O ; yd . prototype . getProperties = yd . prototype . N ; yd . prototype . set = yd . prototype . set ; yd . prototype . setProperties = yd . prototype . H ; yd . prototype . unset = yd . prototype . P ; yd . prototype . changed = yd . prototype . s ; yd . prototype . dispatchEvent = yd . prototype . b ;
yd . prototype . getRevision = yd . prototype . L ; yd . prototype . on = yd . prototype . J ; yd . prototype . once = yd . prototype . once ; yd . prototype . un = yd . prototype . K ; Dd . prototype . getMap = Dd . prototype . g ; Dd . prototype . setMap = Dd . prototype . setMap ; Dd . prototype . setTarget = Dd . prototype . f ; Dd . prototype . get = Dd . prototype . get ; Dd . prototype . getKeys = Dd . prototype . O ; Dd . prototype . getProperties = Dd . prototype . N ; Dd . prototype . set = Dd . prototype . set ; Dd . prototype . setProperties = Dd . prototype . H ; Dd . prototype . unset = Dd . prototype . P ; Dd . prototype . changed = Dd . prototype . s ;
Dd . prototype . dispatchEvent = Dd . prototype . b ; Dd . prototype . getRevision = Dd . prototype . L ; Dd . prototype . on = Dd . prototype . J ; Dd . prototype . once = Dd . prototype . once ; Dd . prototype . un = Dd . prototype . K ; Bk . prototype . getMap = Bk . prototype . g ; Bk . prototype . setMap = Bk . prototype . setMap ; Bk . prototype . setTarget = Bk . prototype . f ; Bk . prototype . get = Bk . prototype . get ; Bk . prototype . getKeys = Bk . prototype . O ; Bk . prototype . getProperties = Bk . prototype . N ; Bk . prototype . set = Bk . prototype . set ; Bk . prototype . setProperties = Bk . prototype . H ; Bk . prototype . unset = Bk . prototype . P ;
Bk . prototype . changed = Bk . prototype . s ; Bk . prototype . dispatchEvent = Bk . prototype . b ; Bk . prototype . getRevision = Bk . prototype . L ; Bk . prototype . on = Bk . prototype . J ; Bk . prototype . once = Bk . prototype . once ; Bk . prototype . un = Bk . prototype . K ; ud . prototype . getMap = ud . prototype . g ; ud . prototype . setMap = ud . prototype . setMap ; ud . prototype . setTarget = ud . prototype . f ; ud . prototype . get = ud . prototype . get ; ud . prototype . getKeys = ud . prototype . O ; ud . prototype . getProperties = ud . prototype . N ; ud . prototype . set = ud . prototype . set ;
ud . prototype . setProperties = ud . prototype . H ; ud . prototype . unset = ud . prototype . P ; ud . prototype . changed = ud . prototype . s ; ud . prototype . dispatchEvent = ud . prototype . b ; ud . prototype . getRevision = ud . prototype . L ; ud . prototype . on = ud . prototype . J ; ud . prototype . once = ud . prototype . once ; ud . prototype . un = ud . prototype . K ; Gk . prototype . getMap = Gk . prototype . g ; Gk . prototype . setMap = Gk . prototype . setMap ; Gk . prototype . setTarget = Gk . prototype . f ; Gk . prototype . get = Gk . prototype . get ; Gk . prototype . getKeys = Gk . prototype . O ;
Gk . prototype . getProperties = Gk . prototype . N ; Gk . prototype . set = Gk . prototype . set ; Gk . prototype . setProperties = Gk . prototype . H ; Gk . prototype . unset = Gk . prototype . P ; Gk . prototype . changed = Gk . prototype . s ; Gk . prototype . dispatchEvent = Gk . prototype . b ; Gk . prototype . getRevision = Gk . prototype . L ; Gk . prototype . on = Gk . prototype . J ; Gk . prototype . once = Gk . prototype . once ; Gk . prototype . un = Gk . prototype . K ; wd . prototype . getMap = wd . prototype . g ; wd . prototype . setMap = wd . prototype . setMap ; wd . prototype . setTarget = wd . prototype . f ; wd . prototype . get = wd . prototype . get ;
wd . prototype . getKeys = wd . prototype . O ; wd . prototype . getProperties = wd . prototype . N ; wd . prototype . set = wd . prototype . set ; wd . prototype . setProperties = wd . prototype . H ; wd . prototype . unset = wd . prototype . P ; wd . prototype . changed = wd . prototype . s ; wd . prototype . dispatchEvent = wd . prototype . b ; wd . prototype . getRevision = wd . prototype . L ; wd . prototype . on = wd . prototype . J ; wd . prototype . once = wd . prototype . once ; wd . prototype . un = wd . prototype . K ; Lk . prototype . getMap = Lk . prototype . g ; Lk . prototype . setMap = Lk . prototype . setMap ;
Lk . prototype . setTarget = Lk . prototype . f ; Lk . prototype . get = Lk . prototype . get ; Lk . prototype . getKeys = Lk . prototype . O ; Lk . prototype . getProperties = Lk . prototype . N ; Lk . prototype . set = Lk . prototype . set ; Lk . prototype . setProperties = Lk . prototype . H ; Lk . prototype . unset = Lk . prototype . P ; Lk . prototype . changed = Lk . prototype . s ; Lk . prototype . dispatchEvent = Lk . prototype . b ; Lk . prototype . getRevision = Lk . prototype . L ; Lk . prototype . on = Lk . prototype . J ; Lk . prototype . once = Lk . prototype . once ; Lk . prototype . un = Lk . prototype . K ; Qk . prototype . getMap = Qk . prototype . g ;
Qk . prototype . setMap = Qk . prototype . setMap ; Qk . prototype . setTarget = Qk . prototype . f ; Qk . prototype . get = Qk . prototype . get ; Qk . prototype . getKeys = Qk . prototype . O ; Qk . prototype . getProperties = Qk . prototype . N ; Qk . prototype . set = Qk . prototype . set ; Qk . prototype . setProperties = Qk . prototype . H ; Qk . prototype . unset = Qk . prototype . P ; Qk . prototype . changed = Qk . prototype . s ; Qk . prototype . dispatchEvent = Qk . prototype . b ; Qk . prototype . getRevision = Qk . prototype . L ; Qk . prototype . on = Qk . prototype . J ; Qk . prototype . once = Qk . prototype . once ;
Qk . prototype . un = Qk . prototype . K ;
return OPENLAYERS . ol ;
} ) ) ;
