2023-10-10 02:36:50 +00:00
/*! shepherd.js 9.1.1 */
2023-10-09 17:43:39 +00:00
'use strict' ; ( function ( O , pa ) { "object" === typeof exports && "undefined" !== typeof module ? module . exports = pa ( ) : "function" === typeof define && define . amd ? define ( pa ) : ( O = "undefined" !== typeof globalThis ? globalThis : O || self , O . Shepherd = pa ( ) ) } ) ( this , function ( ) { function O ( a , b ) { return ! 1 !== b . clone && b . isMergeableObject ( a ) ? da ( Array . isArray ( a ) ? [ ] : { } , a , b ) : a } function pa ( a , b , c ) { return a . concat ( b ) . map ( function ( d ) { return O ( d , c ) } ) } function Db ( a ) { return Object . getOwnPropertySymbols ? Object . getOwnPropertySymbols ( a ) . filter ( function ( b ) { return a . propertyIsEnumerable ( b ) } ) :
[ ] } function Ta ( a ) { return Object . keys ( a ) . concat ( Db ( a ) ) } function Ua ( a , b ) { try { return b in a } catch ( c ) { return ! 1 } } function Eb ( a , b , c ) { var d = { } ; c . isMergeableObject ( a ) && Ta ( a ) . forEach ( function ( e ) { d [ e ] = O ( a [ e ] , c ) } ) ; Ta ( b ) . forEach ( function ( e ) { if ( ! Ua ( a , e ) || Object . hasOwnProperty . call ( a , e ) && Object . propertyIsEnumerable . call ( a , e ) ) if ( Ua ( a , e ) && c . isMergeableObject ( b [ e ] ) ) { if ( c . customMerge ) { var f = c . customMerge ( e ) ; f = "function" === typeof f ? f : da } else f = da ; d [ e ] = f ( a [ e ] , b [ e ] , c ) } else d [ e ] = O ( b [ e ] , c ) } ) ; return d } function da ( a , b , c ) { c =
c || { } ; c . arrayMerge = c . arrayMerge || pa ; c . isMergeableObject = c . isMergeableObject || Fb ; c . cloneUnlessOtherwiseSpecified = O ; var d = Array . isArray ( b ) , e = Array . isArray ( a ) ; return d !== e ? O ( b , c ) : d ? c . arrayMerge ( a , b , c ) : Eb ( a , b , c ) } function ea ( a ) { return "function" === typeof a } function qa ( a ) { return "string" === typeof a } function Va ( a ) { let b = Object . getOwnPropertyNames ( a . constructor . prototype ) ; for ( let c = 0 ; c < b . length ; c ++ ) { let d = b [ c ] , e = a [ d ] ; "constructor" !== d && "function" === typeof e && ( a [ d ] = e . bind ( a ) ) } return a } function Gb ( a , b ) { return c =>
{ if ( b . isOpen ( ) ) { let d = b . el && c . currentTarget === b . el ; ( void 0 !== a && c . currentTarget . matches ( a ) || d ) && b . tour . next ( ) } } } function Hb ( a ) { let { event : b , selector : c } = a . options . advanceOn || { } ; if ( b ) { let d = Gb ( c , a ) , e ; try { e = document . querySelector ( c ) } catch ( f ) { } if ( void 0 === c || e ) e ? ( e . addEventListener ( b , d ) , a . on ( "destroy" , ( ) => e . removeEventListener ( b , d ) ) ) : ( document . body . addEventListener ( b , d , ! 0 ) , a . on ( "destroy" , ( ) => document . body . removeEventListener ( b , d , ! 0 ) ) ) ; else return console . error ( ` No element was found for the selector supplied to advanceOn: ${ c } ` ) } else return console . error ( "advanceOn was defined, but no event name was passed." ) }
function M ( a ) { return a ? ( a . nodeName || "" ) . toLowerCase ( ) : null } function K ( a ) { return null == a ? window : "[object Window]" !== a . toString ( ) ? ( a = a . ownerDocument ) ? a . defaultView || window : window : a } function fa ( a ) { var b = K ( a ) . Element ; return a instanceof b || a instanceof Element } function F ( a ) { var b = K ( a ) . HTMLElement ; return a instanceof b || a instanceof HTMLElement } function Ea ( a ) { if ( "undefined" === typeof ShadowRoot ) return ! 1 ; var b = K ( a ) . ShadowRoot ; return a instanceof b || a instanceof ShadowRoot } function N ( a ) { return a . split ( "-" ) [ 0 ] }
function ha ( a , b ) { void 0 === b && ( b = ! 1 ) ; var c = a . getBoundingClientRect ( ) , d = 1 , e = 1 ; F ( a ) && b && ( b = a . offsetHeight , a = a . offsetWidth , 0 < a && ( d = ia ( c . width ) / a || 1 ) , 0 < b && ( e = ia ( c . height ) / b || 1 ) ) ; return { width : c . width / d , height : c . height / e , top : c . top / e , right : c . right / d , bottom : c . bottom / e , left : c . left / d , x : c . left / d , y : c . top / e } } function Fa ( a ) { var b = ha ( a ) , c = a . offsetWidth , d = a . offsetHeight ; 1 >= Math . abs ( b . width - c ) && ( c = b . width ) ; 1 >= Math . abs ( b . height - d ) && ( d = b . height ) ; return { x : a . offsetLeft , y : a . offsetTop , width : c , height : d } } function Wa ( a , b ) { var c =
b . getRootNode && b . getRootNode ( ) ; if ( a . contains ( b ) ) return ! 0 ; if ( c && Ea ( c ) ) { do { if ( b && a . isSameNode ( b ) ) return ! 0 ; b = b . parentNode || b . host } while ( b ) } return ! 1 } function P ( a ) { return K ( a ) . getComputedStyle ( a ) } function U ( a ) { return ( ( fa ( a ) ? a . ownerDocument : a . document ) || window . document ) . documentElement } function wa ( a ) { return "html" === M ( a ) ? a : a . assignedSlot || a . parentNode || ( Ea ( a ) ? a . host : null ) || U ( a ) } function Xa ( a ) { return F ( a ) && "fixed" !== P ( a ) . position ? a . offsetParent : null } function ra ( a ) { for ( var b = K ( a ) , c = Xa ( a ) ; c && 0 <= [ "table" , "td" ,
"th" ] . indexOf ( M ( c ) ) && "static" === P ( c ) . position ; ) c = Xa ( c ) ; if ( c && ( "html" === M ( c ) || "body" === M ( c ) && "static" === P ( c ) . position ) ) return b ; if ( ! c ) a : { c = - 1 !== navigator . userAgent . toLowerCase ( ) . indexOf ( "firefox" ) ; if ( - 1 === navigator . userAgent . indexOf ( "Trident" ) || ! F ( a ) || "fixed" !== P ( a ) . position ) for ( a = wa ( a ) , Ea ( a ) && ( a = a . host ) ; F ( a ) && 0 > [ "html" , "body" ] . indexOf ( M ( a ) ) ; ) { var d = P ( a ) ; if ( "none" !== d . transform || "none" !== d . perspective || "paint" === d . contain || - 1 !== [ "transform" , "perspective" ] . indexOf ( d . willChange ) || c && "filter" === d . willChange ||
c && d . filter && "none" !== d . filter ) { c = a ; break a } else a = a . parentNode } c = null } return c || b } function Ga ( a ) { return 0 <= [ "top" , "bottom" ] . indexOf ( a ) ? "x" : "y" } function Ya ( a ) { return Object . assign ( { } , { top : 0 , right : 0 , bottom : 0 , left : 0 } , a ) } function Za ( a , b ) { return b . reduce ( function ( c , d ) { c [ d ] = a ; return c } , { } ) } function ja ( a ) { return a . split ( "-" ) [ 1 ] } function $a ( a ) { var b , c = a . popper , d = a . popperRect , e = a . placement , f = a . variation , g = a . offsets , l = a . position , m = a . gpuAcceleration , k = a . adaptive , p = a . roundOffsets , q = a . isFixed ; a = g . x ; a = void 0 ===
a ? 0 : a ; var n = g . y , r = void 0 === n ? 0 : n ; n = "function" === typeof p ? p ( { x : a , y : r } ) : { x : a , y : r } ; a = n . x ; r = n . y ; n = g . hasOwnProperty ( "x" ) ; g = g . hasOwnProperty ( "y" ) ; var x = "left" , h = "top" , t = window ; if ( k ) { var v = ra ( c ) , A = "clientHeight" , u = "clientWidth" ; v === K ( c ) && ( v = U ( c ) , "static" !== P ( v ) . position && "absolute" === l && ( A = "scrollHeight" , u = "scrollWidth" ) ) ; if ( "top" === e || ( "left" === e || "right" === e ) && "end" === f ) h = "bottom" , r -= ( q && v === t && t . visualViewport ? t . visualViewport . height : v [ A ] ) - d . height , r *= m ? 1 : - 1 ; if ( "left" === e || ( "top" === e || "bottom" === e ) &&
"end" === f ) x = "right" , a -= ( q && v === t && t . visualViewport ? t . visualViewport . width : v [ u ] ) - d . width , a *= m ? 1 : - 1 } c = Object . assign ( { position : l } , k && Ib ) ; ! 0 === p ? ( p = r , d = window . devicePixelRatio || 1 , a = { x : ia ( a * d ) / d || 0 , y : ia ( p * d ) / d || 0 } ) : a = { x : a , y : r } ; p = a ; a = p . x ; r = p . y ; if ( m ) { var w ; return Object . assign ( { } , c , ( w = { } , w [ h ] = g ? "0" : "" , w [ x ] = n ? "0" : "" , w . transform = 1 >= ( t . devicePixelRatio || 1 ) ? "translate(" + a + "px, " + r + "px)" : "translate3d(" + a + "px, " + r + "px, 0)" , w ) ) } return Object . assign ( { } , c , ( b = { } , b [ h ] = g ? r + "px" : "" , b [ x ] = n ? a + "px" : "" , b . transform = "" , b ) ) }
function xa ( a ) { return a . replace ( /left|right|bottom|top/g , function ( b ) { return Jb [ b ] } ) } function ab ( a ) { return a . replace ( /start|end/g , function ( b ) { return Kb [ b ] } ) } function Ha ( a ) { a = K ( a ) ; return { scrollLeft : a . pageXOffset , scrollTop : a . pageYOffset } } function Ia ( a ) { return ha ( U ( a ) ) . left + Ha ( a ) . scrollLeft } function Ja ( a ) { a = P ( a ) ; return /auto|scroll|overlay|hidden/ . test ( a . overflow + a . overflowY + a . overflowX ) } function bb ( a ) { return 0 <= [ "html" , "body" , "#document" ] . indexOf ( M ( a ) ) ? a . ownerDocument . body : F ( a ) && Ja ( a ) ? a : bb ( wa ( a ) ) } function sa ( a ,
b ) { var c ; void 0 === b && ( b = [ ] ) ; var d = bb ( a ) ; a = d === ( null == ( c = a . ownerDocument ) ? void 0 : c . body ) ; c = K ( d ) ; d = a ? [ c ] . concat ( c . visualViewport || [ ] , Ja ( d ) ? d : [ ] ) : d ; b = b . concat ( d ) ; return a ? b : b . concat ( sa ( wa ( d ) ) ) } function Ka ( a ) { return Object . assign ( { } , a , { left : a . x , top : a . y , right : a . x + a . width , bottom : a . y + a . height } ) } function cb ( a , b ) { if ( "viewport" === b ) { b = K ( a ) ; var c = U ( a ) ; b = b . visualViewport ; var d = c . clientWidth ; c = c . clientHeight ; var e = 0 , f = 0 ; b && ( d = b . width , c = b . height , /^((?!chrome|android).)*safari/i . test ( navigator . userAgent ) || ( e = b . offsetLeft ,
f = b . offsetTop ) ) ; a = { width : d , height : c , x : e + Ia ( a ) , y : f } ; a = Ka ( a ) } else fa ( b ) ? ( a = ha ( b ) , a . top += b . clientTop , a . left += b . clientLeft , a . bottom = a . top + b . clientHeight , a . right = a . left + b . clientWidth , a . width = b . clientWidth , a . height = b . clientHeight , a . x = a . left , a . y = a . top ) : ( f = U ( a ) , a = U ( f ) , d = Ha ( f ) , b = null == ( c = f . ownerDocument ) ? void 0 : c . body , c = L ( a . scrollWidth , a . clientWidth , b ? b . scrollWidth : 0 , b ? b . clientWidth : 0 ) , e = L ( a . scrollHeight , a . clientHeight , b ? b . scrollHeight : 0 , b ? b . clientHeight : 0 ) , f = - d . scrollLeft + Ia ( f ) , d = - d . scrollTop , "rtl" === P ( b ||
a ) . direction && ( f += L ( a . clientWidth , b ? b . clientWidth : 0 ) - c ) , a = Ka ( { width : c , height : e , x : f , y : d } ) ) ; return a } function Lb ( a ) { var b = sa ( wa ( a ) ) , c = 0 <= [ "absolute" , "fixed" ] . indexOf ( P ( a ) . position ) && F ( a ) ? ra ( a ) : a ; return fa ( c ) ? b . filter ( function ( d ) { return fa ( d ) && Wa ( d , c ) && "body" !== M ( d ) } ) : [ ] } function Mb ( a , b , c ) { b = "clippingParents" === b ? Lb ( a ) : [ ] . concat ( b ) ; c = [ ] . concat ( b , [ c ] ) ; c = c . reduce ( function ( d , e ) { e = cb ( a , e ) ; d . top = L ( e . top , d . top ) ; d . right = V ( e . right , d . right ) ; d . bottom = V ( e . bottom , d . bottom ) ; d . left = L ( e . left , d . left ) ; return d } , cb ( a ,
c [ 0 ] ) ) ; c . width = c . right - c . left ; c . height = c . bottom - c . top ; c . x = c . left ; c . y = c . top ; return c } function db ( a ) { var b = a . reference , c = a . element , d = ( a = a . placement ) ? N ( a ) : null ; a = a ? ja ( a ) : null ; var e = b . x + b . width / 2 - c . width / 2 , f = b . y + b . height / 2 - c . height / 2 ; switch ( d ) { case "top" : e = { x : e , y : b . y - c . height } ; break ; case "bottom" : e = { x : e , y : b . y + b . height } ; break ; case "right" : e = { x : b . x + b . width , y : f } ; break ; case "left" : e = { x : b . x - c . width , y : f } ; break ; default : e = { x : b . x , y : b . y } } d = d ? Ga ( d ) : null ; if ( null != d ) switch ( f = "y" === d ? "height" : "width" , a ) { case "start" : e [ d ] -=
b [ f ] / 2 - c [ f ] / 2 ; break ; case "end" : e [ d ] += b [ f ] / 2 - c [ f ] / 2 } return e } function ta ( a , b ) { void 0 === b && ( b = { } ) ; var c = b ; b = c . placement ; b = void 0 === b ? a . placement : b ; var d = c . boundary , e = void 0 === d ? "clippingParents" : d ; d = c . rootBoundary ; var f = void 0 === d ? "viewport" : d ; d = c . elementContext ; d = void 0 === d ? "popper" : d ; var g = c . altBoundary , l = void 0 === g ? ! 1 : g ; c = c . padding ; c = void 0 === c ? 0 : c ; c = Ya ( "number" !== typeof c ? c : Za ( c , ua ) ) ; g = a . rects . popper ; l = a . elements [ l ? "popper" === d ? "reference" : "popper" : d ] ; e = Mb ( fa ( l ) ? l : l . contextElement || U ( a . elements . popper ) ,
e , f ) ; f = ha ( a . elements . reference ) ; l = db ( { reference : f , element : g , strategy : "absolute" , placement : b } ) ; g = Ka ( Object . assign ( { } , g , l ) ) ; f = "popper" === d ? g : f ; var m = { top : e . top - f . top + c . top , bottom : f . bottom - e . bottom + c . bottom , left : e . left - f . left + c . left , right : f . right - e . right + c . right } ; a = a . modifiersData . offset ; if ( "popper" === d && a ) { var k = a [ b ] ; Object . keys ( m ) . forEach ( function ( p ) { var q = 0 <= [ "right" , "bottom" ] . indexOf ( p ) ? 1 : - 1 , n = 0 <= [ "top" , "bottom" ] . indexOf ( p ) ? "y" : "x" ; m [ p ] += k [ n ] * q } ) } return m } function Nb ( a , b ) { void 0 === b && ( b = { } ) ; var c =
b . boundary , d = b . rootBoundary , e = b . padding , f = b . flipVariations , g = b . allowedAutoPlacements , l = void 0 === g ? eb : g , m = ja ( b . placement ) ; b = m ? f ? fb : fb . filter ( function ( p ) { return ja ( p ) === m } ) : ua ; f = b . filter ( function ( p ) { return 0 <= l . indexOf ( p ) } ) ; 0 === f . length && ( f = b ) ; var k = f . reduce ( function ( p , q ) { p [ q ] = ta ( a , { placement : q , boundary : c , rootBoundary : d , padding : e } ) [ N ( q ) ] ; return p } , { } ) ; return Object . keys ( k ) . sort ( function ( p , q ) { return k [ p ] - k [ q ] } ) } function Ob ( a ) { if ( "auto" === N ( a ) ) return [ ] ; var b = xa ( a ) ; return [ ab ( a ) , b , ab ( b ) ] } function gb ( a ,
b , c ) { void 0 === c && ( c = { x : 0 , y : 0 } ) ; return { top : a . top - b . height - c . y , right : a . right - b . width + c . x , bottom : a . bottom - b . height + c . y , left : a . left - b . width - c . x } } function hb ( a ) { return [ "top" , "right" , "bottom" , "left" ] . some ( function ( b ) { return 0 <= a [ b ] } ) } function Pb ( a , b , c ) { void 0 === c && ( c = ! 1 ) ; var d = F ( b ) , e ; if ( e = F ( b ) ) { var f = b . getBoundingClientRect ( ) ; e = ia ( f . width ) / b . offsetWidth || 1 ; f = ia ( f . height ) / b . offsetHeight || 1 ; e = 1 !== e || 1 !== f } f = e ; e = U ( b ) ; a = ha ( a , f ) ; f = { scrollLeft : 0 , scrollTop : 0 } ; var g = { x : 0 , y : 0 } ; if ( d || ! d && ! c ) { if ( "body" !== M ( b ) || Ja ( e ) ) f =
b !== K ( b ) && F ( b ) ? { scrollLeft : b . scrollLeft , scrollTop : b . scrollTop } : Ha ( b ) ; F ( b ) ? ( g = ha ( b , ! 0 ) , g . x += b . clientLeft , g . y += b . clientTop ) : e && ( g . x = Ia ( e ) ) } return { x : a . left + f . scrollLeft - g . x , y : a . top + f . scrollTop - g . y , width : a . width , height : a . height } } function Qb ( a ) { function b ( f ) { d . add ( f . name ) ; [ ] . concat ( f . requires || [ ] , f . requiresIfExists || [ ] ) . forEach ( function ( g ) { d . has ( g ) || ( g = c . get ( g ) ) && b ( g ) } ) ; e . push ( f ) } var c = new Map , d = new Set , e = [ ] ; a . forEach ( function ( f ) { c . set ( f . name , f ) } ) ; a . forEach ( function ( f ) { d . has ( f . name ) || b ( f ) } ) ; return e } function Rb ( a ) { var b =
Qb ( a ) ; return Sb . reduce ( function ( c , d ) { return c . concat ( b . filter ( function ( e ) { return e . phase === d } ) ) } , [ ] ) } function Tb ( a ) { var b ; return function ( ) { b || ( b = new Promise ( function ( c ) { Promise . resolve ( ) . then ( function ( ) { b = void 0 ; c ( a ( ) ) } ) } ) ) ; return b } } function Ub ( a ) { var b = a . reduce ( function ( c , d ) { var e = c [ d . name ] ; c [ d . name ] = e ? Object . assign ( { } , e , d , { options : Object . assign ( { } , e . options , d . options ) , data : Object . assign ( { } , e . data , d . data ) } ) : d ; return c } , { } ) ; return Object . keys ( b ) . map ( function ( c ) { return b [ c ] } ) } function ib ( ) { for ( var a =
arguments . length , b = Array ( a ) , c = 0 ; c < a ; c ++ ) b [ c ] = arguments [ c ] ; return ! b . some ( function ( d ) { return ! ( d && "function" === typeof d . getBoundingClientRect ) } ) } function La ( ) { La = Object . assign || function ( a ) { for ( var b = 1 ; b < arguments . length ; b ++ ) { var c = arguments [ b ] , d ; for ( d in c ) Object . prototype . hasOwnProperty . call ( c , d ) && ( a [ d ] = c [ d ] ) } return a } ; return La . apply ( this , arguments ) } function Vb ( ) { return [ { name : "applyStyles" , fn ( a ) { let { state : b } = a ; Object . keys ( b . elements ) . forEach ( c => { if ( "popper" === c ) { var d = b . attributes [ c ] || { } , e = b . elements [ c ] ;
Object . assign ( e . style , { position : "fixed" , left : "50%" , top : "50%" , transform : "translate(-50%, -50%)" } ) ; Object . keys ( d ) . forEach ( f => { let g = d [ f ] ; ! 1 === g ? e . removeAttribute ( f ) : e . setAttribute ( f , ! 0 === g ? "" : g ) } ) } } ) } } , { name : "computeStyles" , options : { adaptive : ! 1 } } ] } function Wb ( a ) { let b = Vb ( ) , c = { placement : "top" , strategy : "fixed" , modifiers : [ { name : "focusAfterRender" , enabled : ! 0 , phase : "afterWrite" , fn ( ) { setTimeout ( ( ) => { a . el && a . el . focus ( ) } , 300 ) } } ] } ; return c = La ( { } , c , { modifiers : Array . from ( new Set ( [ ... c . modifiers , ... b ] ) ) } ) } function jb ( a ) { return qa ( a ) &&
"" !== a ? "-" !== a . charAt ( a . length - 1 ) ? ` ${ a } - ` : a : "" } function Ma ( a ) { a = a . options . attachTo || { } ; let b = Object . assign ( { } , a ) ; if ( qa ( a . element ) ) { try { b . element = document . querySelector ( a . element ) } catch ( c ) { } b . element || console . error ( ` The element for this Shepherd step was not found ${ a . element } ` ) } return b } function Na ( ) { let a = Date . now ( ) ; return "xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx" . replace ( /[xy]/g , b => { let c = ( a + 16 * Math . random ( ) ) % 16 | 0 ; a = Math . floor ( a / 16 ) ; return ( "x" == b ? c : c & 3 | 8 ) . toString ( 16 ) } ) } function Xb ( a , b ) { let c = { modifiers : [ { name : "preventOverflow" ,
options : { altAxis : ! 0 , tether : ! 1 } } , { name : "focusAfterRender" , enabled : ! 0 , phase : "afterWrite" , fn ( ) { setTimeout ( ( ) => { b . el && b . el . focus ( ) } , 300 ) } } ] , strategy : "absolute" } ; b . isCentered ( ) ? c = Wb ( b ) : c . placement = a . on ; ( a = b . tour && b . tour . options && b . tour . options . defaultStepOptions ) && ( c = kb ( a , c ) ) ; return c = kb ( b . options , c ) } function kb ( a , b ) { if ( a . popperOptions ) { let c = Object . assign ( { } , b , a . popperOptions ) ; if ( a . popperOptions . modifiers && 0 < a . popperOptions . modifiers . length ) { let d = a . popperOptions . modifiers . map ( e => e . name ) ; b = b . modifiers . filter ( e =>
! d . includes ( e . name ) ) ; c . modifiers = Array . from ( new Set ( [ ... b , ... a . popperOptions . modifiers ] ) ) } return c } return b } function G ( ) { } function Yb ( a , b ) { for ( let c in b ) a [ c ] = b [ c ] ; return a } function ka ( a ) { return a ( ) } function lb ( a ) { return "function" === typeof a } function Q ( a , b ) { return a != a ? b == b : a !== b || a && "object" === typeof a || "function" === typeof a } function H ( a ) { a . parentNode . removeChild ( a ) } function mb ( a ) { return document . createElementNS ( "http://www.w3.org/2000/svg" , a ) } function ya ( a , b , c , d ) { a . addEventListener ( b , c , d ) ; return ( ) =>
a . removeEventListener ( b , c , d ) } function B ( a , b , c ) { null == c ? a . removeAttribute ( b ) : a . getAttribute ( b ) !== c && a . setAttribute ( b , c ) } function nb ( a , b ) { let c = Object . getOwnPropertyDescriptors ( a . _ _proto _ _ ) ; for ( let d in b ) null == b [ d ] ? a . removeAttribute ( d ) : "style" === d ? a . style . cssText = b [ d ] : "__value" === d ? a . value = a [ d ] = b [ d ] : c [ d ] && c [ d ] . set ? a [ d ] = b [ d ] : B ( a , d , b [ d ] ) } function la ( a , b , c ) { a . classList [ c ? "add" : "remove" ] ( b ) } function za ( ) { if ( ! R ) throw Error ( "Function called outside component initialization" ) ; return R } function Oa ( a ) { Aa . push ( a ) }
function ob ( ) { let a = R ; do { for ( ; Ba < va . length ; ) { var b = va [ Ba ] ; Ba ++ ; R = b ; b = b . $$ ; if ( null !== b . fragment ) { b . update ( ) ; b . before _update . forEach ( ka ) ; var c = b . dirty ; b . dirty = [ - 1 ] ; b . fragment && b . fragment . p ( b . ctx , c ) ; b . after _update . forEach ( Oa ) } } R = null ; for ( Ba = va . length = 0 ; ma . length ; ) ma . pop ( ) ( ) ; for ( b = 0 ; b < Aa . length ; b += 1 ) c = Aa [ b ] , Pa . has ( c ) || ( Pa . add ( c ) , c ( ) ) ; Aa . length = 0 } while ( va . length ) ; for ( ; pb . length ; ) pb . pop ( ) ( ) ; Qa = ! 1 ; Pa . clear ( ) ; R = a } function Z ( ) { aa = { r : 0 , c : [ ] , p : aa } } function ba ( ) { aa . r || aa . c . forEach ( ka ) ; aa = aa . p } function z ( a , b ) { a &&
a . i && ( Ca . delete ( a ) , a . i ( b ) ) } function C ( a , b , c , d ) { a && a . o && ! Ca . has ( a ) && ( Ca . add ( a ) , aa . c . push ( ( ) => { Ca . delete ( a ) ; d && ( c && a . d ( 1 ) , d ( ) ) } ) , a . o ( b ) ) } function ca ( a ) { a && a . c ( ) } function W ( a , b , c , d ) { let { fragment : e , on _mount : f , on _destroy : g , after _update : l } = a . $$ ; e && e . m ( b , c ) ; d || Oa ( ( ) => { let m = f . map ( ka ) . filter ( lb ) ; g ? g . push ( ... m ) : m . forEach ( ka ) ; a . $$ . on _mount = [ ] } ) ; l . forEach ( Oa ) } function X ( a , b ) { a = a . $$ ; null !== a . fragment && ( a . on _destroy . forEach ( ka ) , a . fragment && a . fragment . d ( b ) , a . on _destroy = a . fragment = null , a . ctx = [ ] ) } function S ( a , b ,
c , d , e , f , g , l ) { void 0 === l && ( l = [ - 1 ] ) ; let m = R ; R = a ; let k = a . $$ = { fragment : null , ctx : null , props : f , update : G , not _equal : e , bound : Object . create ( null ) , on _mount : [ ] , on _destroy : [ ] , on _disconnect : [ ] , before _update : [ ] , after _update : [ ] , context : new Map ( b . context || ( m ? m . $$ . context : [ ] ) ) , callbacks : Object . create ( null ) , dirty : l , skip _bound : ! 1 , root : b . target || m . $$ . root } ; g && g ( k . root ) ; let p = ! 1 ; k . ctx = c ? c ( a , b . props || { } , function ( q , n ) { let r = ( 2 >= arguments . length ? 0 : arguments . length - 2 ) ? 2 >= arguments . length ? void 0 : arguments [ 2 ] : n ; if ( k . ctx && e ( k . ctx [ q ] ,
k . ctx [ q ] = r ) ) { if ( ! k . skip _bound && k . bound [ q ] ) k . bound [ q ] ( r ) ; p && ( - 1 === a . $$ . dirty [ 0 ] && ( va . push ( a ) , Qa || ( Qa = ! 0 , Zb . then ( ob ) ) , a . $$ . dirty . fill ( 0 ) ) , a . $$ . dirty [ q / 31 | 0 ] |= 1 << q % 31 ) } return n } ) : [ ] ; k . update ( ) ; p = ! 0 ; k . before _update . forEach ( ka ) ; k . fragment = d ? d ( k . ctx ) : ! 1 ; b . target && ( b . hydrate ? ( c = Array . from ( b . target . childNodes ) , k . fragment && k . fragment . l ( c ) , c . forEach ( H ) ) : k . fragment && k . fragment . c ( ) , b . intro && z ( a . $$ . fragment ) , W ( a , b . target , b . anchor , b . customElement ) , ob ( ) ) ; R = m } function $b ( a ) { let b , c , d , e , f ; return { c ( ) { b = document . createElement ( "button" ) ;
B ( b , "aria-label" , c = a [ 3 ] ? a [ 3 ] : null ) ; B ( b , "class" , d = ` ${ a [ 1 ] || "" } shepherd-button ${ a [ 4 ] ? "shepherd-button-secondary" : "" } ` ) ; b . disabled = a [ 2 ] ; B ( b , "tabindex" , "0" ) } , m ( g , l ) { g . insertBefore ( b , l || null ) ; b . innerHTML = a [ 5 ] ; e || ( f = ya ( b , "click" , function ( ) { lb ( a [ 0 ] ) && a [ 0 ] . apply ( this , arguments ) } ) , e = ! 0 ) } , p ( g , l ) { [ l ] = l ; a = g ; l & 32 && ( b . innerHTML = a [ 5 ] ) ; l & 8 && c !== ( c = a [ 3 ] ? a [ 3 ] : null ) && B ( b , "aria-label" , c ) ; l & 18 && d !== ( d = ` ${ a [ 1 ] || "" } shepherd-button ${ a [ 4 ] ? "shepherd-button-secondary" : "" } ` ) && B ( b , "class" , d ) ; l & 4 && ( b . disabled = a [ 2 ] ) } , i : G , o : G ,
d ( g ) { g && H ( b ) ; e = ! 1 ; f ( ) } } } function ac ( a , b , c ) { function d ( n ) { return ea ( n ) ? n . call ( f ) : n } let { config : e , step : f } = b , g , l , m , k , p , q ; a . $$set = n => { "config" in n && c ( 6 , e = n . config ) ; "step" in n && c ( 7 , f = n . step ) } ; a . $$ . update = ( ) => { a . $$ . dirty & 192 && ( c ( 0 , g = e . action ? e . action . bind ( f . tour ) : null ) , c ( 1 , l = e . classes ) , c ( 2 , m = e . disabled ? d ( e . disabled ) : ! 1 ) , c ( 3 , k = e . label ? d ( e . label ) : null ) , c ( 4 , p = e . secondary ) , c ( 5 , q = e . text ? d ( e . text ) : null ) ) } ; return [ g , l , m , k , p , q , e , f ] } function qb ( a , b , c ) { a = a . slice ( ) ; a [ 2 ] = b [ c ] ; return a } function rb ( a ) { let b , c , d = a [ 1 ] ,
e = [ ] ; for ( let g = 0 ; g < d . length ; g += 1 ) e [ g ] = sb ( qb ( a , d , g ) ) ; let f = g => C ( e [ g ] , 1 , 1 , ( ) => { e [ g ] = null } ) ; return { c ( ) { for ( let g = 0 ; g < e . length ; g += 1 ) e [ g ] . c ( ) ; b = document . createTextNode ( "" ) } , m ( g , l ) { for ( let m = 0 ; m < e . length ; m += 1 ) e [ m ] . m ( g , l ) ; g . insertBefore ( b , l || null ) ; c = ! 0 } , p ( g , l ) { if ( l & 3 ) { d = g [ 1 ] ; let m ; for ( m = 0 ; m < d . length ; m += 1 ) { let k = qb ( g , d , m ) ; e [ m ] ? ( e [ m ] . p ( k , l ) , z ( e [ m ] , 1 ) ) : ( e [ m ] = sb ( k ) , e [ m ] . c ( ) , z ( e [ m ] , 1 ) , e [ m ] . m ( b . parentNode , b ) ) } Z ( ) ; for ( m = d . length ; m < e . length ; m += 1 ) f ( m ) ; ba ( ) } } , i ( g ) { if ( ! c ) { for ( g = 0 ; g < d . length ; g += 1 ) z ( e [ g ] ) ; c = ! 0 } } , o ( g ) { e =
e . filter ( Boolean ) ; for ( g = 0 ; g < e . length ; g += 1 ) C ( e [ g ] ) ; c = ! 1 } , d ( g ) { var l = e ; for ( let m = 0 ; m < l . length ; m += 1 ) l [ m ] && l [ m ] . d ( g ) ; g && H ( b ) } } } function sb ( a ) { let b , c ; b = new bc ( { props : { config : a [ 2 ] , step : a [ 0 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 2 && ( f . config = d [ 2 ] ) ; e & 1 && ( f . step = d [ 0 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) , c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function cc ( a ) { let b , c , d = a [ 1 ] && rb ( a ) ; return { c ( ) { b = document . createElement ( "footer" ) ; d && d . c ( ) ; B ( b , "class" , "shepherd-footer" ) } ,
m ( e , f ) { e . insertBefore ( b , f || null ) ; d && d . m ( b , null ) ; c = ! 0 } , p ( e , f ) { [ f ] = f ; e [ 1 ] ? d ? ( d . p ( e , f ) , f & 2 && z ( d , 1 ) ) : ( d = rb ( e ) , d . c ( ) , z ( d , 1 ) , d . m ( b , null ) ) : d && ( Z ( ) , C ( d , 1 , 1 , ( ) => { d = null } ) , ba ( ) ) } , i ( e ) { c || ( z ( d ) , c = ! 0 ) } , o ( e ) { C ( d ) ; c = ! 1 } , d ( e ) { e && H ( b ) ; d && d . d ( ) } } } function dc ( a , b , c ) { let d , { step : e } = b ; a . $$set = f => { "step" in f && c ( 0 , e = f . step ) } ; a . $$ . update = ( ) => { a . $$ . dirty & 1 && c ( 1 , d = e . options . buttons ) } ; return [ e , d ] } function ec ( a ) { let b , c , d , e , f ; return { c ( ) { b = document . createElement ( "button" ) ; c = document . createElement ( "span" ) ; c . textContent = "\u00d7" ;
B ( c , "aria-hidden" , "true" ) ; B ( b , "aria-label" , d = a [ 0 ] . label ? a [ 0 ] . label : "Close Tour" ) ; B ( b , "class" , "shepherd-cancel-icon" ) ; B ( b , "type" , "button" ) } , m ( g , l ) { g . insertBefore ( b , l || null ) ; b . appendChild ( c ) ; e || ( f = ya ( b , "click" , a [ 1 ] ) , e = ! 0 ) } , p ( g , l ) { [ l ] = l ; l & 1 && d !== ( d = g [ 0 ] . label ? g [ 0 ] . label : "Close Tour" ) && B ( b , "aria-label" , d ) } , i : G , o : G , d ( g ) { g && H ( b ) ; e = ! 1 ; f ( ) } } } function fc ( a , b , c ) { let { cancelIcon : d , step : e } = b ; a . $$set = f => { "cancelIcon" in f && c ( 0 , d = f . cancelIcon ) ; "step" in f && c ( 2 , e = f . step ) } ; return [ d , f => { f . preventDefault ( ) ; e . cancel ( ) } ,
e ] } function gc ( a ) { let b ; return { c ( ) { b = document . createElement ( "h3" ) ; B ( b , "id" , a [ 1 ] ) ; B ( b , "class" , "shepherd-title" ) } , m ( c , d ) { c . insertBefore ( b , d || null ) ; a [ 3 ] ( b ) } , p ( c , d ) { [ d ] = d ; d & 2 && B ( b , "id" , c [ 1 ] ) } , i : G , o : G , d ( c ) { c && H ( b ) ; a [ 3 ] ( null ) } } } function hc ( a , b , c ) { let { labelId : d , element : e , title : f } = b ; za ( ) . $$ . after _update . push ( ( ) => { ea ( f ) && c ( 2 , f = f ( ) ) ; c ( 0 , e . innerHTML = f , e ) } ) ; a . $$set = g => { "labelId" in g && c ( 1 , d = g . labelId ) ; "element" in g && c ( 0 , e = g . element ) ; "title" in g && c ( 2 , f = g . title ) } ; return [ e , d , f , function ( g ) { ma [ g ? "unshift" : "push" ] ( ( ) =>
{ e = g ; c ( 0 , e ) } ) } ] } function tb ( a ) { let b , c ; b = new ic ( { props : { labelId : a [ 0 ] , title : a [ 2 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 1 && ( f . labelId = d [ 0 ] ) ; e & 4 && ( f . title = d [ 2 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) , c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function ub ( a ) { let b , c ; b = new jc ( { props : { cancelIcon : a [ 3 ] , step : a [ 1 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 8 && ( f . cancelIcon = d [ 3 ] ) ; e & 2 && ( f . step = d [ 1 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) ,
c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function kc ( a ) { let b , c , d , e = a [ 2 ] && tb ( a ) , f = a [ 3 ] && a [ 3 ] . enabled && ub ( a ) ; return { c ( ) { b = document . createElement ( "header" ) ; e && e . c ( ) ; c = document . createTextNode ( " " ) ; f && f . c ( ) ; B ( b , "class" , "shepherd-header" ) } , m ( g , l ) { g . insertBefore ( b , l || null ) ; e && e . m ( b , null ) ; b . appendChild ( c ) ; f && f . m ( b , null ) ; d = ! 0 } , p ( g , l ) { [ l ] = l ; g [ 2 ] ? e ? ( e . p ( g , l ) , l & 4 && z ( e , 1 ) ) : ( e = tb ( g ) , e . c ( ) , z ( e , 1 ) , e . m ( b , c ) ) : e && ( Z ( ) , C ( e , 1 , 1 , ( ) => { e = null } ) , ba ( ) ) ; g [ 3 ] && g [ 3 ] . enabled ? f ? ( f . p ( g , l ) , l & 8 && z ( f , 1 ) ) : ( f = ub ( g ) , f . c ( ) ,
z ( f , 1 ) , f . m ( b , null ) ) : f && ( Z ( ) , C ( f , 1 , 1 , ( ) => { f = null } ) , ba ( ) ) } , i ( g ) { d || ( z ( e ) , z ( f ) , d = ! 0 ) } , o ( g ) { C ( e ) ; C ( f ) ; d = ! 1 } , d ( g ) { g && H ( b ) ; e && e . d ( ) ; f && f . d ( ) } } } function lc ( a , b , c ) { let { labelId : d , step : e } = b , f , g ; a . $$set = l => { "labelId" in l && c ( 0 , d = l . labelId ) ; "step" in l && c ( 1 , e = l . step ) } ; a . $$ . update = ( ) => { a . $$ . dirty & 2 && ( c ( 2 , f = e . options . title ) , c ( 3 , g = e . options . cancelIcon ) ) } ; return [ d , e , f , g ] } function mc ( a ) { let b ; return { c ( ) { b = document . createElement ( "div" ) ; B ( b , "class" , "shepherd-text" ) ; B ( b , "id" , a [ 1 ] ) } , m ( c , d ) { c . insertBefore ( b , d || null ) ; a [ 3 ] ( b ) } ,
p ( c , d ) { [ d ] = d ; d & 2 && B ( b , "id" , c [ 1 ] ) } , i : G , o : G , d ( c ) { c && H ( b ) ; a [ 3 ] ( null ) } } } function nc ( a , b , c ) { let { descriptionId : d , element : e , step : f } = b ; za ( ) . $$ . after _update . push ( ( ) => { let { text : g } = f . options ; ea ( g ) && ( g = g . call ( f ) ) ; g instanceof HTMLElement ? e . appendChild ( g ) : c ( 0 , e . innerHTML = g , e ) } ) ; a . $$set = g => { "descriptionId" in g && c ( 1 , d = g . descriptionId ) ; "element" in g && c ( 0 , e = g . element ) ; "step" in g && c ( 2 , f = g . step ) } ; return [ e , d , f , function ( g ) { ma [ g ? "unshift" : "push" ] ( ( ) => { e = g ; c ( 0 , e ) } ) } ] } function vb ( a ) { let b , c ; b = new oc ( { props : { labelId : a [ 1 ] ,
step : a [ 2 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 2 && ( f . labelId = d [ 1 ] ) ; e & 4 && ( f . step = d [ 2 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) , c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function wb ( a ) { let b , c ; b = new pc ( { props : { descriptionId : a [ 0 ] , step : a [ 2 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 1 && ( f . descriptionId = d [ 0 ] ) ; e & 4 && ( f . step = d [ 2 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) , c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function xb ( a ) { let b ,
c ; b = new qc ( { props : { step : a [ 2 ] } } ) ; return { c ( ) { ca ( b . $$ . fragment ) } , m ( d , e ) { W ( b , d , e ) ; c = ! 0 } , p ( d , e ) { let f = { } ; e & 4 && ( f . step = d [ 2 ] ) ; b . $set ( f ) } , i ( d ) { c || ( z ( b . $$ . fragment , d ) , c = ! 0 ) } , o ( d ) { C ( b . $$ . fragment , d ) ; c = ! 1 } , d ( d ) { X ( b , d ) } } } function rc ( a ) { let b , c = void 0 !== a [ 2 ] . options . title || a [ 2 ] . options . cancelIcon && a [ 2 ] . options . cancelIcon . enabled , d , e = void 0 !== a [ 2 ] . options . text , f , g = Array . isArray ( a [ 2 ] . options . buttons ) && a [ 2 ] . options . buttons . length , l , m = c && vb ( a ) , k = e && wb ( a ) , p = g && xb ( a ) ; return { c ( ) { b = document . createElement ( "div" ) ; m && m . c ( ) ;
d = document . createTextNode ( " " ) ; k && k . c ( ) ; f = document . createTextNode ( " " ) ; p && p . c ( ) ; B ( b , "class" , "shepherd-content" ) } , m ( q , n ) { q . insertBefore ( b , n || null ) ; m && m . m ( b , null ) ; b . appendChild ( d ) ; k && k . m ( b , null ) ; b . appendChild ( f ) ; p && p . m ( b , null ) ; l = ! 0 } , p ( q , n ) { [ n ] = n ; n & 4 && ( c = void 0 !== q [ 2 ] . options . title || q [ 2 ] . options . cancelIcon && q [ 2 ] . options . cancelIcon . enabled ) ; c ? m ? ( m . p ( q , n ) , n & 4 && z ( m , 1 ) ) : ( m = vb ( q ) , m . c ( ) , z ( m , 1 ) , m . m ( b , d ) ) : m && ( Z ( ) , C ( m , 1 , 1 , ( ) => { m = null } ) , ba ( ) ) ; n & 4 && ( e = void 0 !== q [ 2 ] . options . text ) ; e ? k ? ( k . p ( q , n ) , n & 4 && z ( k , 1 ) ) : ( k = wb ( q ) ,
k . c ( ) , z ( k , 1 ) , k . m ( b , f ) ) : k && ( Z ( ) , C ( k , 1 , 1 , ( ) => { k = null } ) , ba ( ) ) ; n & 4 && ( g = Array . isArray ( q [ 2 ] . options . buttons ) && q [ 2 ] . options . buttons . length ) ; g ? p ? ( p . p ( q , n ) , n & 4 && z ( p , 1 ) ) : ( p = xb ( q ) , p . c ( ) , z ( p , 1 ) , p . m ( b , null ) ) : p && ( Z ( ) , C ( p , 1 , 1 , ( ) => { p = null } ) , ba ( ) ) } , i ( q ) { l || ( z ( m ) , z ( k ) , z ( p ) , l = ! 0 ) } , o ( q ) { C ( m ) ; C ( k ) ; C ( p ) ; l = ! 1 } , d ( q ) { q && H ( b ) ; m && m . d ( ) ; k && k . d ( ) ; p && p . d ( ) } } } function sc ( a , b , c ) { let { descriptionId : d , labelId : e , step : f } = b ; a . $$set = g => { "descriptionId" in g && c ( 0 , d = g . descriptionId ) ; "labelId" in g && c ( 1 , e = g . labelId ) ; "step" in g && c ( 2 , f = g . step ) } ;
return [ d , e , f ] } function yb ( a ) { let b ; return { c ( ) { b = document . createElement ( "div" ) ; B ( b , "class" , "shepherd-arrow" ) ; B ( b , "data-popper-arrow" , "" ) } , m ( c , d ) { c . insertBefore ( b , d || null ) } , d ( c ) { c && H ( b ) } } } function tc ( a ) { let b , c , d , e , f , g , l , m , k = a [ 4 ] . options . arrow && a [ 4 ] . options . attachTo && a [ 4 ] . options . attachTo . element && a [ 4 ] . options . attachTo . on && yb ( ) ; d = new uc ( { props : { descriptionId : a [ 2 ] , labelId : a [ 3 ] , step : a [ 4 ] } } ) ; let p = [ { "aria-describedby" : e = void 0 !== a [ 4 ] . options . text ? a [ 2 ] : null } , { "aria-labelledby" : f = a [ 4 ] . options . title ? a [ 3 ] :
null } , a [ 1 ] , { role : "dialog" } , { tabindex : "0" } ] , q = { } ; for ( let n = 0 ; n < p . length ; n += 1 ) q = Yb ( q , p [ n ] ) ; return { c ( ) { b = document . createElement ( "div" ) ; k && k . c ( ) ; c = document . createTextNode ( " " ) ; ca ( d . $$ . fragment ) ; nb ( b , q ) ; la ( b , "shepherd-has-cancel-icon" , a [ 5 ] ) ; la ( b , "shepherd-has-title" , a [ 6 ] ) ; la ( b , "shepherd-element" , ! 0 ) } , m ( n , r ) { n . insertBefore ( b , r || null ) ; k && k . m ( b , null ) ; b . appendChild ( c ) ; W ( d , b , null ) ; a [ 13 ] ( b ) ; g = ! 0 ; l || ( m = ya ( b , "keydown" , a [ 7 ] ) , l = ! 0 ) } , p ( n , r ) { var [ x ] = r ; n [ 4 ] . options . arrow && n [ 4 ] . options . attachTo && n [ 4 ] . options . attachTo . element &&
n [ 4 ] . options . attachTo . on ? k || ( k = yb ( ) , k . c ( ) , k . m ( b , c ) ) : k && ( k . d ( 1 ) , k = null ) ; r = { } ; x & 4 && ( r . descriptionId = n [ 2 ] ) ; x & 8 && ( r . labelId = n [ 3 ] ) ; x & 16 && ( r . step = n [ 4 ] ) ; d . $set ( r ) ; r = b ; x = [ ( ! g || x & 20 && e !== ( e = void 0 !== n [ 4 ] . options . text ? n [ 2 ] : null ) ) && { "aria-describedby" : e } , ( ! g || x & 24 && f !== ( f = n [ 4 ] . options . title ? n [ 3 ] : null ) ) && { "aria-labelledby" : f } , x & 2 && n [ 1 ] , { role : "dialog" } , { tabindex : "0" } ] ; let h = { } , t = { } , v = { $$scope : 1 } , A = p . length ; for ( ; A -- ; ) { let u = p [ A ] , w = x [ A ] ; if ( w ) { for ( let y in u ) y in w || ( t [ y ] = 1 ) ; for ( let y in w ) v [ y ] || ( h [ y ] = w [ y ] , v [ y ] =
1 ) ; p [ A ] = w } else for ( let y in u ) v [ y ] = 1 } for ( let u in t ) u in h || ( h [ u ] = void 0 ) ; nb ( r , q = h ) ; la ( b , "shepherd-has-cancel-icon" , n [ 5 ] ) ; la ( b , "shepherd-has-title" , n [ 6 ] ) ; la ( b , "shepherd-element" , ! 0 ) } , i ( n ) { g || ( z ( d . $$ . fragment , n ) , g = ! 0 ) } , o ( n ) { C ( d . $$ . fragment , n ) ; g = ! 1 } , d ( n ) { n && H ( b ) ; k && k . d ( ) ; X ( d ) ; a [ 13 ] ( null ) ; l = ! 1 ; m ( ) } } } function zb ( a ) { return a . split ( " " ) . filter ( b => ! ! b . length ) } function vc ( a , b , c ) { let { classPrefix : d , element : e , descriptionId : f , firstFocusableElement : g , focusableElements : l , labelId : m , lastFocusableElement : k , step : p ,
dataStepId : q } = b , n , r , x ; za ( ) . $$ . on _mount . push ( ( ) => { c ( 1 , q = { [ ` data- ${ d } shepherd-step-id ` ] : p . id } ) ; c ( 9 , l = e . querySelectorAll ( 'a[href], area[href], input:not([disabled]), select:not([disabled]), textarea:not([disabled]), button:not([disabled]), [tabindex="0"]' ) ) ; c ( 8 , g = l [ 0 ] ) ; c ( 10 , k = l [ l . length - 1 ] ) } ) ; za ( ) . $$ . after _update . push ( ( ) => { if ( x !== p . options . classes ) { var h = x ; qa ( h ) && ( h = zb ( h ) , h . length && e . classList . remove ( ... h ) ) ; h = x = p . options . classes ; qa ( h ) && ( h = zb ( h ) , h . length && e . classList . add ( ... h ) ) } } ) ; a . $$set = h => { "classPrefix" in
h && c ( 11 , d = h . classPrefix ) ; "element" in h && c ( 0 , e = h . element ) ; "descriptionId" in h && c ( 2 , f = h . descriptionId ) ; "firstFocusableElement" in h && c ( 8 , g = h . firstFocusableElement ) ; "focusableElements" in h && c ( 9 , l = h . focusableElements ) ; "labelId" in h && c ( 3 , m = h . labelId ) ; "lastFocusableElement" in h && c ( 10 , k = h . lastFocusableElement ) ; "step" in h && c ( 4 , p = h . step ) ; "dataStepId" in h && c ( 1 , q = h . dataStepId ) } ; a . $$ . update = ( ) => { a . $$ . dirty & 16 && ( c ( 5 , n = p . options && p . options . cancelIcon && p . options . cancelIcon . enabled ) , c ( 6 , r = p . options && p . options . title ) ) } ;
return [ e , q , f , m , p , n , r , h => { const { tour : t } = p ; switch ( h . keyCode ) { case 9 : if ( 0 === l . length ) { h . preventDefault ( ) ; break } if ( h . shiftKey ) { if ( document . activeElement === g || document . activeElement . classList . contains ( "shepherd-element" ) ) h . preventDefault ( ) , k . focus ( ) } else document . activeElement === k && ( h . preventDefault ( ) , g . focus ( ) ) ; break ; case 27 : t . options . exitOnEsc && p . cancel ( ) ; break ; case 37 : t . options . keyboardNavigation && t . back ( ) ; break ; case 39 : t . options . keyboardNavigation && t . next ( ) } } , g , l , k , d , ( ) => e , function ( h ) { ma [ h ? "unshift" :
"push" ] ( ( ) => { e = h ; c ( 0 , e ) } ) } ] } function wc ( a ) { a && ( { steps : a } = a , a . forEach ( b => { b . options && ! 1 === b . options . canClickTarget && b . options . attachTo && b . target instanceof HTMLElement && b . target . classList . remove ( "shepherd-target-click-disabled" ) } ) ) } function xc ( a ) { let b , c , d , e , f ; return { c ( ) { b = mb ( "svg" ) ; c = mb ( "path" ) ; B ( c , "d" , a [ 2 ] ) ; B ( b , "class" , d = ` ${ a [ 1 ] ? "shepherd-modal-is-visible" : "" } shepherd-modal-overlay-container ` ) } , m ( g , l ) { g . insertBefore ( b , l || null ) ; b . appendChild ( c ) ; a [ 11 ] ( b ) ; e || ( f = ya ( b , "touchmove" , a [ 3 ] ) , e = ! 0 ) } , p ( g , l ) { [ l ] =
l ; l & 4 && B ( c , "d" , g [ 2 ] ) ; l & 2 && d !== ( d = ` ${ g [ 1 ] ? "shepherd-modal-is-visible" : "" } shepherd-modal-overlay-container ` ) && B ( b , "class" , d ) } , i : G , o : G , d ( g ) { g && H ( b ) ; a [ 11 ] ( null ) ; e = ! 1 ; f ( ) } } } function Ab ( a ) { if ( ! a ) return null ; let b = a instanceof HTMLElement && window . getComputedStyle ( a ) . overflowY ; return "hidden" !== b && "visible" !== b && a . scrollHeight >= a . clientHeight ? a : Ab ( a . parentElement ) } function yc ( a , b , c ) { function d ( ) { c ( 4 , p = { width : 0 , height : 0 , x : 0 , y : 0 , r : 0 } ) } function e ( ) { c ( 1 , q = ! 1 ) ; l ( ) } function f ( h , t , v , A ) { void 0 === h && ( h = 0 ) ; void 0 ===
t && ( t = 0 ) ; if ( A ) { var u = A . getBoundingClientRect ( ) ; let y = u . y || u . top ; u = u . bottom || y + u . height ; if ( v ) { var w = v . getBoundingClientRect ( ) ; v = w . y || w . top ; w = w . bottom || v + w . height ; y = Math . max ( y , v ) ; u = Math . min ( u , w ) } let { y : Y , height : E } = { y , height : Math . max ( u - y , 0 ) } , { x : I , width : D , left : na } = A . getBoundingClientRect ( ) ; c ( 4 , p = { width : D + 2 * h , height : E + 2 * h , x : ( I || na ) - h , y : Y - h , r : t } ) } else d ( ) } function g ( ) { c ( 1 , q = ! 0 ) } function l ( ) { n && ( cancelAnimationFrame ( n ) , n = void 0 ) ; window . removeEventListener ( "touchmove" , x , { passive : ! 1 } ) } function m ( h ) { let { modalOverlayOpeningPadding : t ,
modalOverlayOpeningRadius : v } = h . options , A = Ab ( h . target ) , u = ( ) => { n = void 0 ; f ( t , v , A , h . target ) ; n = requestAnimationFrame ( u ) } ; u ( ) ; window . addEventListener ( "touchmove" , x , { passive : ! 1 } ) } let { element : k , openingProperties : p } = b ; Na ( ) ; let q = ! 1 , n = void 0 , r ; d ( ) ; let x = h => { h . preventDefault ( ) } ; a . $$set = h => { "element" in h && c ( 0 , k = h . element ) ; "openingProperties" in h && c ( 4 , p = h . openingProperties ) } ; a . $$ . update = ( ) => { if ( a . $$ . dirty & 16 ) { let { width : h , height : t , x : v = 0 , y : A = 0 , r : u = 0 } = p , { innerWidth : w , innerHeight : y } = window ; c ( 2 , r = ` M ${ w } , ${ y } \
H0 \
V0 \
H$ { w } \
V$ { y } \
Z \
M$ { v + u } , $ { A } \
a$ { u } , $ { u } , 0 , 0 , 0 - $ { u } , $ { u } \
V$ { t + A - u } \
a$ { u } , $ { u } , 0 , 0 , 0 , $ { u } , $ { u } \
H$ { h + v - u } \
a$ { u } , $ { u } , 0 , 0 , 0 , $ { u } - $ { u } \
V$ { A + u } \
a$ { u } , $ { u } , 0 , 0 , 0 - $ { u } - $ { u } \
Z ` )}};return[k,q,r,h=>{h.stopPropagation()},p,()=>k,d,e,f,function(h){l();h.tour.options.useModalOverlay?(m(h),g()):e()},g,function(h){ma[h?"unshift":"push"](()=>{k=h;c(0,k)})}]}var Fb=function(a){var b;if(b=!!a&&"object"===typeof a)b=Object.prototype.toString.call(a),b=!("[object RegExp]"===b||"[object Date]"===b||a. $ $ typeof===zc);return b},zc="function"===typeof Symbol&&Symbol.for?Symbol.for("react.element"):60103;da.all=function(a,b){if(!Array.isArray(a))throw Error("first argument should be an array");
return a . reduce ( function ( c , d ) { return da ( c , d , b ) } , { } ) } ; var Ac = da ; class Ra { on ( a , b , c , d ) { void 0 === d && ( d = ! 1 ) ; void 0 === this . bindings && ( this . bindings = { } ) ; void 0 === this . bindings [ a ] && ( this . bindings [ a ] = [ ] ) ; this . bindings [ a ] . push ( { handler : b , ctx : c , once : d } ) ; return this } once ( a , b , c ) { return this . on ( a , b , c , ! 0 ) } off ( a , b ) { if ( void 0 === this . bindings || void 0 === this . bindings [ a ] ) return this ; void 0 === b ? delete this . bindings [ a ] : this . bindings [ a ] . forEach ( ( c , d ) => { c . handler === b && this . bindings [ a ] . splice ( d , 1 ) } ) ; return this } trigger ( a ) { for ( var b =
arguments . length , c = Array ( 1 < b ? b - 1 : 0 ) , d = 1 ; d < b ; d ++ ) c [ d - 1 ] = arguments [ d ] ; void 0 !== this . bindings && this . bindings [ a ] && this . bindings [ a ] . forEach ( ( e , f ) => { let { ctx : g , handler : l , once : m } = e ; l . apply ( g || this , c ) ; m && this . bindings [ a ] . splice ( f , 1 ) } ) ; return this } } var ua = [ "top" , "bottom" , "right" , "left" ] , fb = ua . reduce ( function ( a , b ) { return a . concat ( [ b + "-start" , b + "-end" ] ) } , [ ] ) , eb = [ ] . concat ( ua , [ "auto" ] ) . reduce ( function ( a , b ) { return a . concat ( [ b , b + "-start" , b + "-end" ] ) } , [ ] ) , Sb = "beforeRead read afterRead beforeMain main afterMain beforeWrite write afterWrite" . split ( " " ) ,
L = Math . max , V = Math . min , ia = Math . round , Ib = { top : "auto" , right : "auto" , bottom : "auto" , left : "auto" } , Da = { passive : ! 0 } , Jb = { left : "right" , right : "left" , bottom : "top" , top : "bottom" } , Kb = { start : "end" , end : "start" } , Bb = { placement : "bottom" , modifiers : [ ] , strategy : "absolute" } , Bc = function ( a ) { void 0 === a && ( a = { } ) ; var b = a . defaultModifiers , c = void 0 === b ? [ ] : b ; a = a . defaultOptions ; var d = void 0 === a ? Bb : a ; return function ( e , f , g ) { function l ( ) { k . orderedModifiers . forEach ( function ( r ) { var x = r . name , h = r . options ; h = void 0 === h ? { } : h ; r = r . effect ; "function" ===
typeof r && ( x = r ( { state : k , name : x , instance : n , options : h } ) , p . push ( x || function ( ) { } ) ) } ) } function m ( ) { p . forEach ( function ( r ) { return r ( ) } ) ; p = [ ] } void 0 === g && ( g = d ) ; var k = { placement : "bottom" , orderedModifiers : [ ] , options : Object . assign ( { } , Bb , d ) , modifiersData : { } , elements : { reference : e , popper : f } , attributes : { } , styles : { } } , p = [ ] , q = ! 1 , n = { state : k , setOptions : function ( r ) { r = "function" === typeof r ? r ( k . options ) : r ; m ( ) ; k . options = Object . assign ( { } , d , k . options , r ) ; k . scrollParents = { reference : fa ( e ) ? sa ( e ) : e . contextElement ? sa ( e . contextElement ) :
[ ] , popper : sa ( f ) } ; r = Rb ( Ub ( [ ] . concat ( c , k . options . modifiers ) ) ) ; k . orderedModifiers = r . filter ( function ( x ) { return x . enabled } ) ; l ( ) ; return n . update ( ) } , forceUpdate : function ( ) { if ( ! q ) { var r = k . elements , x = r . reference ; r = r . popper ; if ( ib ( x , r ) ) for ( k . rects = { reference : Pb ( x , ra ( r ) , "fixed" === k . options . strategy ) , popper : Fa ( r ) } , k . reset = ! 1 , k . placement = k . options . placement , k . orderedModifiers . forEach ( function ( v ) { return k . modifiersData [ v . name ] = Object . assign ( { } , v . data ) } ) , x = 0 ; x < k . orderedModifiers . length ; x ++ ) if ( ! 0 === k . reset ) k . reset =
! 1 , x = - 1 ; else { var h = k . orderedModifiers [ x ] ; r = h . fn ; var t = h . options ; t = void 0 === t ? { } : t ; h = h . name ; "function" === typeof r && ( k = r ( { state : k , options : t , name : h , instance : n } ) || k ) } } } , update : Tb ( function ( ) { return new Promise ( function ( r ) { n . forceUpdate ( ) ; r ( k ) } ) } ) , destroy : function ( ) { m ( ) ; q = ! 0 } } ; if ( ! ib ( e , f ) ) return n ; n . setOptions ( g ) . then ( function ( r ) { if ( ! q && g . onFirstUpdate ) g . onFirstUpdate ( r ) } ) ; return n } } ( { defaultModifiers : [ { name : "eventListeners" , enabled : ! 0 , phase : "write" , fn : function ( ) { } , effect : function ( a ) { var b = a . state , c = a . instance ;
a = a . options ; var d = a . scroll , e = void 0 === d ? ! 0 : d ; a = a . resize ; var f = void 0 === a ? ! 0 : a , g = K ( b . elements . popper ) , l = [ ] . concat ( b . scrollParents . reference , b . scrollParents . popper ) ; e && l . forEach ( function ( m ) { m . addEventListener ( "scroll" , c . update , Da ) } ) ; f && g . addEventListener ( "resize" , c . update , Da ) ; return function ( ) { e && l . forEach ( function ( m ) { m . removeEventListener ( "scroll" , c . update , Da ) } ) ; f && g . removeEventListener ( "resize" , c . update , Da ) } } , data : { } } , { name : "popperOffsets" , enabled : ! 0 , phase : "read" , fn : function ( a ) { var b = a . state ; b . modifiersData [ a . name ] =
db ( { reference : b . rects . reference , element : b . rects . popper , strategy : "absolute" , placement : b . placement } ) } , data : { } } , { name : "computeStyles" , enabled : ! 0 , phase : "beforeWrite" , fn : function ( a ) { var b = a . state , c = a . options ; a = c . gpuAcceleration ; a = void 0 === a ? ! 0 : a ; var d = c . adaptive ; d = void 0 === d ? ! 0 : d ; c = c . roundOffsets ; c = void 0 === c ? ! 0 : c ; a = { placement : N ( b . placement ) , variation : ja ( b . placement ) , popper : b . elements . popper , popperRect : b . rects . popper , gpuAcceleration : a , isFixed : "fixed" === b . options . strategy } ; null != b . modifiersData . popperOffsets &&
( b . styles . popper = Object . assign ( { } , b . styles . popper , $a ( Object . assign ( { } , a , { offsets : b . modifiersData . popperOffsets , position : b . options . strategy , adaptive : d , roundOffsets : c } ) ) ) ) ; null != b . modifiersData . arrow && ( b . styles . arrow = Object . assign ( { } , b . styles . arrow , $a ( Object . assign ( { } , a , { offsets : b . modifiersData . arrow , position : "absolute" , adaptive : ! 1 , roundOffsets : c } ) ) ) ) ; b . attributes . popper = Object . assign ( { } , b . attributes . popper , { "data-popper-placement" : b . placement } ) } , data : { } } , { name : "applyStyles" , enabled : ! 0 , phase : "write" ,
fn : function ( a ) { var b = a . state ; Object . keys ( b . elements ) . forEach ( function ( c ) { var d = b . styles [ c ] || { } , e = b . attributes [ c ] || { } , f = b . elements [ c ] ; F ( f ) && M ( f ) && ( Object . assign ( f . style , d ) , Object . keys ( e ) . forEach ( function ( g ) { var l = e [ g ] ; ! 1 === l ? f . removeAttribute ( g ) : f . setAttribute ( g , ! 0 === l ? "" : l ) } ) ) } ) } , effect : function ( a ) { var b = a . state , c = { popper : { position : b . options . strategy , left : "0" , top : "0" , margin : "0" } , arrow : { position : "absolute" } , reference : { } } ; Object . assign ( b . elements . popper . style , c . popper ) ; b . styles = c ; b . elements . arrow &&
Object . assign ( b . elements . arrow . style , c . arrow ) ; return function ( ) { Object . keys ( b . elements ) . forEach ( function ( d ) { var e = b . elements [ d ] , f = b . attributes [ d ] || { } ; d = Object . keys ( b . styles . hasOwnProperty ( d ) ? b . styles [ d ] : c [ d ] ) . reduce ( function ( g , l ) { g [ l ] = "" ; return g } , { } ) ; F ( e ) && M ( e ) && ( Object . assign ( e . style , d ) , Object . keys ( f ) . forEach ( function ( g ) { e . removeAttribute ( g ) } ) ) } ) } } , requires : [ "computeStyles" ] } , { name : "offset" , enabled : ! 0 , phase : "main" , requires : [ "popperOffsets" ] , fn : function ( a ) { var b = a . state , c = a . name ; a = a . options . offset ;
var d = void 0 === a ? [ 0 , 0 ] : a ; a = eb . reduce ( function ( g , l ) { var m = b . rects ; var k = N ( l ) ; var p = 0 <= [ "left" , "top" ] . indexOf ( k ) ? - 1 : 1 , q = "function" === typeof d ? d ( Object . assign ( { } , m , { placement : l } ) ) : d ; m = q [ 0 ] ; q = q [ 1 ] ; m = m || 0 ; q = ( q || 0 ) * p ; k = 0 <= [ "left" , "right" ] . indexOf ( k ) ? { x : q , y : m } : { x : m , y : q } ; g [ l ] = k ; return g } , { } ) ; var e = a [ b . placement ] , f = e . x ; e = e . y ; null != b . modifiersData . popperOffsets && ( b . modifiersData . popperOffsets . x += f , b . modifiersData . popperOffsets . y += e ) ; b . modifiersData [ c ] = a } } , { name : "flip" , enabled : ! 0 , phase : "main" , fn : function ( a ) { var b =
a . state , c = a . options ; a = a . name ; if ( ! b . modifiersData [ a ] . _skip ) { var d = c . mainAxis ; d = void 0 === d ? ! 0 : d ; var e = c . altAxis ; e = void 0 === e ? ! 0 : e ; var f = c . fallbackPlacements , g = c . padding , l = c . boundary , m = c . rootBoundary , k = c . altBoundary , p = c . flipVariations , q = void 0 === p ? ! 0 : p , n = c . allowedAutoPlacements ; c = b . options . placement ; p = N ( c ) ; f = f || ( p !== c && q ? Ob ( c ) : [ xa ( c ) ] ) ; var r = [ c ] . concat ( f ) . reduce ( function ( E , I ) { return E . concat ( "auto" === N ( I ) ? Nb ( b , { placement : I , boundary : l , rootBoundary : m , padding : g , flipVariations : q , allowedAutoPlacements : n } ) :
I ) } , [ ] ) ; c = b . rects . reference ; f = b . rects . popper ; var x = new Map ; p = ! 0 ; for ( var h = r [ 0 ] , t = 0 ; t < r . length ; t ++ ) { var v = r [ t ] , A = N ( v ) , u = "start" === ja ( v ) , w = 0 <= [ "top" , "bottom" ] . indexOf ( A ) , y = w ? "width" : "height" , Y = ta ( b , { placement : v , boundary : l , rootBoundary : m , altBoundary : k , padding : g } ) ; u = w ? u ? "right" : "left" : u ? "bottom" : "top" ; c [ y ] > f [ y ] && ( u = xa ( u ) ) ; y = xa ( u ) ; w = [ ] ; d && w . push ( 0 >= Y [ A ] ) ; e && w . push ( 0 >= Y [ u ] , 0 >= Y [ y ] ) ; if ( w . every ( function ( E ) { return E } ) ) { h = v ; p = ! 1 ; break } x . set ( v , w ) } if ( p ) for ( d = function ( E ) { var I = r . find ( function ( D ) { if ( D = x . get ( D ) ) return D . slice ( 0 ,
E ) . every ( function ( na ) { return na } ) } ) ; if ( I ) return h = I , "break" } , e = q ? 3 : 1 ; 0 < e && "break" !== d ( e ) ; e -- ) ; b . placement !== h && ( b . modifiersData [ a ] . _skip = ! 0 , b . placement = h , b . reset = ! 0 ) } } , requiresIfExists : [ "offset" ] , data : { _skip : ! 1 } } , { name : "preventOverflow" , enabled : ! 0 , phase : "main" , fn : function ( a ) { var b = a . state , c = a . options ; a = a . name ; var d = c . mainAxis , e = void 0 === d ? ! 0 : d ; d = c . altAxis ; var f = void 0 === d ? ! 1 : d ; d = c . tether ; var g = void 0 === d ? ! 0 : d ; d = c . tetherOffset ; var l = void 0 === d ? 0 : d , m = ta ( b , { boundary : c . boundary , rootBoundary : c . rootBoundary ,
padding : c . padding , altBoundary : c . altBoundary } ) , k = N ( b . placement ) , p = ja ( b . placement ) , q = ! p , n = Ga ( k ) ; c = "x" === n ? "y" : "x" ; d = b . modifiersData . popperOffsets ; var r = b . rects . reference , x = b . rects . popper ; l = "function" === typeof l ? l ( Object . assign ( { } , b . rects , { placement : b . placement } ) ) : l ; var h = "number" === typeof l ? { mainAxis : l , altAxis : l } : Object . assign ( { mainAxis : 0 , altAxis : 0 } , l ) , t = b . modifiersData . offset ? b . modifiersData . offset [ b . placement ] : null ; l = { x : 0 , y : 0 } ; if ( d ) { if ( e ) { var v , A = "y" === n ? "top" : "left" , u = "y" === n ? "bottom" : "right" , w =
"y" === n ? "height" : "width" ; e = d [ n ] ; var y = e + m [ A ] , Y = e - m [ u ] , E = g ? - x [ w ] / 2 : 0 , I = "start" === p ? r [ w ] : x [ w ] ; p = "start" === p ? - x [ w ] : - r [ w ] ; var D = b . elements . arrow ; D = g && D ? Fa ( D ) : { width : 0 , height : 0 } ; var na = b . modifiersData [ "arrow#persistent" ] ? b . modifiersData [ "arrow#persistent" ] . padding : { top : 0 , right : 0 , bottom : 0 , left : 0 } ; A = na [ A ] ; u = na [ u ] ; D = L ( 0 , V ( r [ w ] , D [ w ] ) ) ; I = q ? r [ w ] / 2 - E - D - A - h . mainAxis : I - D - A - h . mainAxis ; q = q ? - r [ w ] / 2 + E + D + u + h . mainAxis : p + D + u + h . mainAxis ; w = ( w = b . elements . arrow && ra ( b . elements . arrow ) ) ? "y" === n ? w . clientTop || 0 : w . clientLeft ||
0 : 0 ; E = null != ( v = null == t ? void 0 : t [ n ] ) ? v : 0 ; v = e + q - E ; y = g ? V ( y , e + I - E - w ) : y ; v = g ? L ( Y , v ) : Y ; v = L ( y , V ( e , v ) ) ; d [ n ] = v ; l [ n ] = v - e } if ( f ) { var J ; f = d [ c ] ; e = "y" === c ? "height" : "width" ; v = f + m [ "x" === n ? "top" : "left" ] ; m = f - m [ "x" === n ? "bottom" : "right" ] ; k = - 1 !== [ "top" , "left" ] . indexOf ( k ) ; n = null != ( J = null == t ? void 0 : t [ c ] ) ? J : 0 ; J = k ? v : f - r [ e ] - x [ e ] - n + h . altAxis ; r = k ? f + r [ e ] + x [ e ] - n - h . altAxis : m ; g && k ? ( J = L ( J , V ( f , r ) ) , J = J > r ? r : J ) : J = L ( g ? J : v , V ( f , g ? r : m ) ) ; d [ c ] = J ; l [ c ] = J - f } b . modifiersData [ a ] = l } } , requiresIfExists : [ "offset" ] } , { name : "arrow" , enabled : ! 0 , phase : "main" ,
fn : function ( a ) { var b , c = a . state , d = a . name , e = a . options , f = c . elements . arrow , g = c . modifiersData . popperOffsets , l = N ( c . placement ) ; a = Ga ( l ) ; l = 0 <= [ "left" , "right" ] . indexOf ( l ) ? "height" : "width" ; if ( f && g ) { e = e . padding ; e = "function" === typeof e ? e ( Object . assign ( { } , c . rects , { placement : c . placement } ) ) : e ; e = Ya ( "number" !== typeof e ? e : Za ( e , ua ) ) ; var m = Fa ( f ) , k = "y" === a ? "top" : "left" , p = "y" === a ? "bottom" : "right" , q = c . rects . reference [ l ] + c . rects . reference [ a ] - g [ a ] - c . rects . popper [ l ] ; g = g [ a ] - c . rects . reference [ a ] ; f = ( f = ra ( f ) ) ? "y" === a ? f . clientHeight ||
0 : f . clientWidth || 0 : 0 ; g = f / 2 - m [ l ] / 2 + ( q / 2 - g / 2 ) ; l = L ( e [ k ] , V ( g , f - m [ l ] - e [ p ] ) ) ; c . modifiersData [ d ] = ( b = { } , b [ a ] = l , b . centerOffset = l - g , b ) } } , effect : function ( a ) { var b = a . state ; a = a . options . element ; a = void 0 === a ? "[data-popper-arrow]" : a ; if ( null != a ) { if ( "string" === typeof a && ( a = b . elements . popper . querySelector ( a ) , ! a ) ) return ; Wa ( b . elements . popper , a ) && ( b . elements . arrow = a ) } } , requires : [ "popperOffsets" ] , requiresIfExists : [ "preventOverflow" ] } , { name : "hide" , enabled : ! 0 , phase : "main" , requiresIfExists : [ "preventOverflow" ] , fn : function ( a ) { var b =
a . state ; a = a . name ; var c = b . rects . reference , d = b . rects . popper , e = b . modifiersData . preventOverflow , f = ta ( b , { elementContext : "reference" } ) , g = ta ( b , { altBoundary : ! 0 } ) ; c = gb ( f , c ) ; d = gb ( g , d , e ) ; e = hb ( c ) ; g = hb ( d ) ; b . modifiersData [ a ] = { referenceClippingOffsets : c , popperEscapeOffsets : d , isReferenceHidden : e , hasPopperEscaped : g } ; b . attributes . popper = Object . assign ( { } , b . attributes . popper , { "data-popper-reference-hidden" : e , "data-popper-escaped" : g } ) } } ] } ) ; let R , va = [ ] , ma = [ ] , Aa = [ ] , pb = [ ] , Zb = Promise . resolve ( ) , Qa = ! 1 , Pa = new Set , Ba = 0 , Ca = new Set ,
aa ; class T { $destroy ( ) { X ( this , 1 ) ; this . $destroy = G } $on ( a , b ) { let c = this . $$ . callbacks [ a ] || ( this . $$ . callbacks [ a ] = [ ] ) ; c . push ( b ) ; return ( ) => { let d = c . indexOf ( b ) ; - 1 !== d && c . splice ( d , 1 ) } } $set ( a ) { this . $$set && 0 !== Object . keys ( a ) . length && ( this . $$ . skip _bound = ! 0 , this . $$set ( a ) , this . $$ . skip _bound = ! 1 ) } } class bc extends T { constructor ( a ) { super ( ) ; S ( this , a , ac , $b , Q , { config : 6 , step : 7 } ) } } class qc extends T { constructor ( a ) { super ( ) ; S ( this , a , dc , cc , Q , { step : 0 } ) } } class jc extends T { constructor ( a ) { super ( ) ; S ( this , a , fc , ec , Q , { cancelIcon : 0 ,
step : 2 } ) } } class ic extends T { constructor ( a ) { super ( ) ; S ( this , a , hc , gc , Q , { labelId : 1 , element : 0 , title : 2 } ) } } class oc extends T { constructor ( a ) { super ( ) ; S ( this , a , lc , kc , Q , { labelId : 0 , step : 1 } ) } } class pc extends T { constructor ( a ) { super ( ) ; S ( this , a , nc , mc , Q , { descriptionId : 1 , element : 0 , step : 2 } ) } } class uc extends T { constructor ( a ) { super ( ) ; S ( this , a , sc , rc , Q , { descriptionId : 0 , labelId : 1 , step : 2 } ) } } class Cc extends T { constructor ( a ) { super ( ) ; S ( this , a , vc , tc , Q , { classPrefix : 11 , element : 0 , descriptionId : 2 , firstFocusableElement : 8 , focusableElements : 9 ,
labelId : 3 , lastFocusableElement : 10 , step : 4 , dataStepId : 1 , getElement : 12 } ) } get getElement ( ) { return this . $$ . ctx [ 12 ] } } var Cb = function ( a , b ) { return b = { exports : { } } , a ( b , b . exports ) , b . exports } ( function ( a , b ) { ( function ( ) { a . exports = { polyfill : function ( ) { function c ( h , t ) { this . scrollLeft = h ; this . scrollTop = t } function d ( h ) { if ( null === h || "object" !== typeof h || void 0 === h . behavior || "auto" === h . behavior || "instant" === h . behavior ) return ! 0 ; if ( "object" === typeof h && "smooth" === h . behavior ) return ! 1 ; throw new TypeError ( "behavior member of ScrollOptions " +
h . behavior + " is not a valid value for enumeration ScrollBehavior." ) ; } function e ( h , t ) { if ( "Y" === t ) return h . clientHeight + x < h . scrollHeight ; if ( "X" === t ) return h . clientWidth + x < h . scrollWidth } function f ( h , t ) { h = k . getComputedStyle ( h , null ) [ "overflow" + t ] ; return "auto" === h || "scroll" === h } function g ( h ) { var t = e ( h , "Y" ) && f ( h , "Y" ) ; h = e ( h , "X" ) && f ( h , "X" ) ; return t || h } function l ( h ) { var t = ( r ( ) - h . startTime ) / 468 ; var v = . 5 * ( 1 - Math . cos ( Math . PI * ( 1 < t ? 1 : t ) ) ) ; t = h . startX + ( h . x - h . startX ) * v ; v = h . startY + ( h . y - h . startY ) * v ; h . method . call ( h . scrollable ,
t , v ) ; t === h . x && v === h . y || k . requestAnimationFrame ( l . bind ( k , h ) ) } function m ( h , t , v ) { var A = r ( ) ; if ( h === p . body ) { var u = k ; var w = k . scrollX || k . pageXOffset ; h = k . scrollY || k . pageYOffset ; var y = n . scroll } else u = h , w = h . scrollLeft , h = h . scrollTop , y = c ; l ( { scrollable : u , method : y , startTime : A , startX : w , startY : h , x : t , y : v } ) } var k = window , p = document ; if ( ! ( "scrollBehavior" in p . documentElement . style && ! 0 !== k . _ _forceSmoothScrollPolyfill _ _ ) ) { var q = k . HTMLElement || k . Element , n = { scroll : k . scroll || k . scrollTo , scrollBy : k . scrollBy , elementScroll : q . prototype . scroll ||
c , scrollIntoView : q . prototype . scrollIntoView } , r = k . performance && k . performance . now ? k . performance . now . bind ( k . performance ) : Date . now , x = /MSIE |Trident\/|Edge\// . test ( k . navigator . userAgent ) ? 1 : 0 ; k . scroll = k . scrollTo = function ( h , t ) { void 0 !== h && ( ! 0 === d ( h ) ? n . scroll . call ( k , void 0 !== h . left ? h . left : "object" !== typeof h ? h : k . scrollX || k . pageXOffset , void 0 !== h . top ? h . top : void 0 !== t ? t : k . scrollY || k . pageYOffset ) : m . call ( k , p . body , void 0 !== h . left ? ~ ~ h . left : k . scrollX || k . pageXOffset , void 0 !== h . top ? ~ ~ h . top : k . scrollY || k . pageYOffset ) ) } ;
k . scrollBy = function ( h , t ) { void 0 !== h && ( d ( h ) ? n . scrollBy . call ( k , void 0 !== h . left ? h . left : "object" !== typeof h ? h : 0 , void 0 !== h . top ? h . top : void 0 !== t ? t : 0 ) : m . call ( k , p . body , ~ ~ h . left + ( k . scrollX || k . pageXOffset ) , ~ ~ h . top + ( k . scrollY || k . pageYOffset ) ) ) } ; q . prototype . scroll = q . prototype . scrollTo = function ( h , t ) { if ( void 0 !== h ) if ( ! 0 === d ( h ) ) { if ( "number" === typeof h && void 0 === t ) throw new SyntaxError ( "Value could not be converted" ) ; n . elementScroll . call ( this , void 0 !== h . left ? ~ ~ h . left : "object" !== typeof h ? ~ ~ h : this . scrollLeft , void 0 !==
h . top ? ~ ~ h . top : void 0 !== t ? ~ ~ t : this . scrollTop ) } else t = h . left , h = h . top , m . call ( this , this , "undefined" === typeof t ? this . scrollLeft : ~ ~ t , "undefined" === typeof h ? this . scrollTop : ~ ~ h ) } ; q . prototype . scrollBy = function ( h , t ) { void 0 !== h && ( ! 0 === d ( h ) ? n . elementScroll . call ( this , void 0 !== h . left ? ~ ~ h . left + this . scrollLeft : ~ ~ h + this . scrollLeft , void 0 !== h . top ? ~ ~ h . top + this . scrollTop : ~ ~ t + this . scrollTop ) : this . scroll ( { left : ~ ~ h . left + this . scrollLeft , top : ~ ~ h . top + this . scrollTop , behavior : h . behavior } ) ) } ; q . prototype . scrollIntoView = function ( h ) { if ( ! 0 ===
d ( h ) ) n . scrollIntoView . call ( this , void 0 === h ? ! 0 : h ) ; else { for ( h = this ; h !== p . body && ! 1 === g ( h ) ; ) h = h . parentNode || h . host ; var t = h . getBoundingClientRect ( ) , v = this . getBoundingClientRect ( ) ; h !== p . body ? ( m . call ( this , h , h . scrollLeft + v . left - t . left , h . scrollTop + v . top - t . top ) , "fixed" !== k . getComputedStyle ( h ) . position && k . scrollBy ( { left : t . left , top : t . top , behavior : "smooth" } ) ) : k . scrollBy ( { left : v . left , top : v . top , behavior : "smooth" } ) } } } } } } ) ( ) } ) ; Cb . polyfill ; Cb . polyfill ( ) ; class Sa extends Ra { constructor ( a , b ) { void 0 === b && ( b = { } ) ; super ( a ,
b ) ; this . tour = a ; this . classPrefix = this . tour . options ? jb ( this . tour . options . classPrefix ) : "" ; this . styles = a . styles ; Va ( this ) ; this . _setOptions ( b ) ; return this } cancel ( ) { this . tour . cancel ( ) ; this . trigger ( "cancel" ) } complete ( ) { this . tour . complete ( ) ; this . trigger ( "complete" ) } destroy ( ) { this . tooltip && ( this . tooltip . destroy ( ) , this . tooltip = null ) ; this . el instanceof HTMLElement && this . el . parentNode && ( this . el . parentNode . removeChild ( this . el ) , this . el = null ) ; this . _updateStepTargetOnHide ( ) ; this . trigger ( "destroy" ) } getTour ( ) { return this . tour } hide ( ) { this . tour . modal . hide ( ) ;
this . trigger ( "before-hide" ) ; this . el && ( this . el . hidden = ! 0 ) ; this . _updateStepTargetOnHide ( ) ; this . trigger ( "hide" ) } isCentered ( ) { let a = Ma ( this ) ; return ! a . element || ! a . on } isOpen ( ) { return ! ( ! this . el || this . el . hidden ) } show ( ) { if ( ea ( this . options . beforeShowPromise ) ) { let a = this . options . beforeShowPromise ( ) ; if ( void 0 !== a ) return a . then ( ( ) => this . _show ( ) ) } this . _show ( ) } updateStepOptions ( a ) { Object . assign ( this . options , a ) ; this . shepherdElementComponent && this . shepherdElementComponent . $set ( { step : this } ) } getElement ( ) { return this . el } getTarget ( ) { return this . target } _createTooltipContent ( ) { this . shepherdElementComponent =
new Cc ( { target : this . tour . options . stepsContainer || document . body , props : { classPrefix : this . classPrefix , descriptionId : ` ${ this . id } -description ` , labelId : ` ${ this . id } -label ` , step : this , styles : this . styles } } ) ; return this . shepherdElementComponent . getElement ( ) } _scrollTo ( a ) { let { element : b } = Ma ( this ) ; ea ( this . options . scrollToHandler ) ? this . options . scrollToHandler ( b ) : b instanceof Element && "function" === typeof b . scrollIntoView && b . scrollIntoView ( a ) } _getClassOptions ( a ) { var b = this . tour && this . tour . options && this . tour . options . defaultStepOptions ;
b = b && b . classes ? b . classes : "" ; a = [ ... ( a . classes ? a . classes : "" ) . split ( " " ) , ... b . split ( " " ) ] ; a = new Set ( a ) ; return Array . from ( a ) . join ( " " ) . trim ( ) } _setOptions ( a ) { void 0 === a && ( a = { } ) ; let b = this . tour && this . tour . options && this . tour . options . defaultStepOptions ; b = Ac ( { } , b || { } ) ; this . options = Object . assign ( { arrow : ! 0 } , b , a ) ; let { when : c } = this . options ; this . options . classes = this . _getClassOptions ( a ) ; this . destroy ( ) ; this . id = this . options . id || ` step- ${ Na ( ) } ` ; c && Object . keys ( c ) . forEach ( d => { this . on ( d , c [ d ] , this ) } ) } _setupElements ( ) { void 0 !==
this . el && this . destroy ( ) ; this . el = this . _createTooltipContent ( ) ; this . options . advanceOn && Hb ( this ) ; this . tooltip && this . tooltip . destroy ( ) ; let a = Ma ( this ) , b = a . element , c = Xb ( a , this ) ; this . isCentered ( ) && ( b = document . body , this . shepherdElementComponent . getElement ( ) . classList . add ( "shepherd-centered" ) ) ; this . tooltip = Bc ( b , this . el , c ) ; this . target = a . element } _show ( ) { this . trigger ( "before-show" ) ; this . _setupElements ( ) ; this . tour . modal || this . tour . _setupModal ( ) ; this . tour . modal . setupForStep ( this ) ; this . _styleTargetElementForStep ( this ) ;
this . el . hidden = ! 1 ; this . options . scrollTo && setTimeout ( ( ) => { this . _scrollTo ( this . options . scrollTo ) } ) ; this . el . hidden = ! 1 ; let a = this . shepherdElementComponent . getElement ( ) , b = this . target || document . body ; b . classList . add ( ` ${ this . classPrefix } shepherd-enabled ` ) ; b . classList . add ( ` ${ this . classPrefix } shepherd-target ` ) ; a . classList . add ( "shepherd-enabled" ) ; this . trigger ( "show" ) } _styleTargetElementForStep ( a ) { let b = a . target ; b && ( a . options . highlightClass && b . classList . add ( a . options . highlightClass ) , b . classList . remove ( "shepherd-target-click-disabled" ) ,
! 1 === a . options . canClickTarget && b . classList . add ( "shepherd-target-click-disabled" ) ) } _updateStepTargetOnHide ( ) { let a = this . target || document . body ; this . options . highlightClass && a . classList . remove ( this . options . highlightClass ) ; a . classList . remove ( "shepherd-target-click-disabled" , ` ${ this . classPrefix } shepherd-enabled ` , ` ${ this . classPrefix } shepherd-target ` ) } } class Dc extends T { constructor ( a ) { super ( ) ; S ( this , a , yc , xc , Q , { element : 0 , openingProperties : 4 , getElement : 5 , closeModalOpening : 6 , hide : 7 , positionModal : 8 , setupForStep : 9 ,
show : 10 } ) } get getElement ( ) { return this . $$ . ctx [ 5 ] } get closeModalOpening ( ) { return this . $$ . ctx [ 6 ] } get hide ( ) { return this . $$ . ctx [ 7 ] } get positionModal ( ) { return this . $$ . ctx [ 8 ] } get setupForStep ( ) { return this . $$ . ctx [ 9 ] } get show ( ) { return this . $$ . ctx [ 10 ] } } let oa = new Ra ; class Ec extends Ra { constructor ( a ) { void 0 === a && ( a = { } ) ; super ( a ) ; Va ( this ) ; this . options = Object . assign ( { } , { exitOnEsc : ! 0 , keyboardNavigation : ! 0 } , a ) ; this . classPrefix = jb ( this . options . classPrefix ) ; this . steps = [ ] ; this . addSteps ( this . options . steps ) ; "active cancel complete inactive show start" . split ( " " ) . map ( b =>
{ ( c => { this . on ( c , d => { d = d || { } ; d . tour = this ; oa . trigger ( c , d ) } ) } ) ( b ) } ) ; this . _setTourID ( ) ; return this } addStep ( a , b ) { a instanceof Sa ? a . tour = this : a = new Sa ( this , a ) ; void 0 !== b ? this . steps . splice ( b , 0 , a ) : this . steps . push ( a ) ; return a } addSteps ( a ) { Array . isArray ( a ) && a . forEach ( b => { this . addStep ( b ) } ) ; return this } back ( ) { let a = this . steps . indexOf ( this . currentStep ) ; this . show ( a - 1 , ! 1 ) } cancel ( ) { this . options . confirmCancel ? window . confirm ( this . options . confirmCancelMessage || "Are you sure you want to stop the tour?" ) && this . _done ( "cancel" ) :
this . _done ( "cancel" ) } complete ( ) { this . _done ( "complete" ) } getById ( a ) { return this . steps . find ( b => b . id === a ) } getCurrentStep ( ) { return this . currentStep } hide ( ) { let a = this . getCurrentStep ( ) ; if ( a ) return a . hide ( ) } isActive ( ) { return oa . activeTour === this } next ( ) { let a = this . steps . indexOf ( this . currentStep ) ; a === this . steps . length - 1 ? this . complete ( ) : this . show ( a + 1 , ! 0 ) } removeStep ( a ) { let b = this . getCurrentStep ( ) ; this . steps . some ( ( c , d ) => { if ( c . id === a ) return c . isOpen ( ) && c . hide ( ) , c . destroy ( ) , this . steps . splice ( d , 1 ) , ! 0 } ) ; b && b . id ===
a && ( this . currentStep = void 0 , this . steps . length ? this . show ( 0 ) : this . cancel ( ) ) } show ( a , b ) { void 0 === a && ( a = 0 ) ; void 0 === b && ( b = ! 0 ) ; if ( a = qa ( a ) ? this . getById ( a ) : this . steps [ a ] ) this . _updateStateBeforeShow ( ) , ea ( a . options . showOn ) && ! a . options . showOn ( ) ? this . _skipStep ( a , b ) : ( this . trigger ( "show" , { step : a , previous : this . currentStep } ) , this . currentStep = a , a . show ( ) ) } start ( ) { this . trigger ( "start" ) ; this . focusedElBeforeOpen = document . activeElement ; this . currentStep = null ; this . _setupModal ( ) ; this . _setupActiveTour ( ) ; this . next ( ) } _done ( a ) { let b =
this . steps . indexOf ( this . currentStep ) ; Array . isArray ( this . steps ) && this . steps . forEach ( c => c . destroy ( ) ) ; wc ( this ) ; this . trigger ( a , { index : b } ) ; oa . activeTour = null ; this . trigger ( "inactive" , { tour : this } ) ; this . modal && this . modal . hide ( ) ; "cancel" !== a && "complete" !== a || ! this . modal || ( a = document . querySelector ( ".shepherd-modal-overlay-container" ) ) && a . remove ( ) ; this . focusedElBeforeOpen instanceof HTMLElement && this . focusedElBeforeOpen . focus ( ) } _setupActiveTour ( ) { this . trigger ( "active" , { tour : this } ) ; oa . activeTour = this } _setupModal ( ) { this . modal =
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new Dc ( { target : this . options . modalContainer || document . body , props : { classPrefix : this . classPrefix , styles : this . styles } } ) } _skipStep ( a , b ) { a = this . steps . indexOf ( a ) ; a === this . steps . length - 1 ? this . complete ( ) : this . show ( b ? a + 1 : a - 1 , b ) } _updateStateBeforeShow ( ) { this . currentStep && this . currentStep . hide ( ) ; this . isActive ( ) || this . _setupActiveTour ( ) } _setTourID ( ) { this . id = ` ${ this . options . tourName || "tour" } -- ${ Na ( ) } ` } } Object . assign ( oa , { Tour : Ec , Step : Sa } ) ; return oa } )
//# sourceMappingURL=shepherd.min.js.map
