! function ( r , t ) { "function" == typeof define && define . amd ? define ( t ) : "object" == typeof exports ? module . exports = t ( ) : t ( ) ( r . lunr ) } ( this , function ( ) { return function ( r ) { r . stemmerSupport = { Among : function ( r , t , i , s ) { if ( this . toCharArray = function ( r ) { for ( var t = r . length , i = new Array ( t ) , s = 0 ; s < t ; s ++ ) i [ s ] = r . charCodeAt ( s ) ; return i } , ! r && "" != r || ! t && 0 != t || ! i ) throw "Bad Among initialisation: s:" + r + ", substring_i: " + t + ", result: " + i ; this . s _size = r . length , this . s = this . toCharArray ( r ) , this . substring _i = t , this . result = i , this . method = s } , SnowballProgram : function ( ) { var b ; return { bra : 0 , ket : 0 , limit : 0 , cursor : 0 , limit _backward : 0 , setCurrent : function ( r ) { b = r , this . cursor = 0 , this . limit = r . length , this . limit _backward = 0 , this . bra = this . cursor , this . ket = this . limit } , getCurrent : function ( ) { var r = b ; return b = null , r } , in _grouping : function ( r , t , i ) { if ( this . cursor < this . limit ) { var s = b . charCodeAt ( this . cursor ) ; if ( s <= i && t <= s && r [ ( s -= t ) >> 3 ] & 1 << ( 7 & s ) ) return this . cursor ++ , ! 0 } return ! 1 } , in _grouping _b : function ( r , t , i ) { if ( this . cursor > this . limit _backward ) { var s = b . charCodeAt ( this . cursor - 1 ) ; if ( s <= i && t <= s && r [ ( s -= t ) >> 3 ] & 1 << ( 7 & s ) ) return this . cursor -- , ! 0 } return ! 1 } , out _grouping : function ( r , t , i ) { if ( this . cursor < this . limit ) { var s = b . charCodeAt ( this . cursor ) ; if ( i < s || s < t ) return this . cursor ++ , ! 0 ; if ( ! ( r [ ( s -= t ) >> 3 ] & 1 << ( 7 & s ) ) ) return this . cursor ++ , ! 0 } return ! 1 } , out _grouping _b : function ( r , t , i ) { if ( this . cursor > this . limit _backward ) { var s = b . charCodeAt ( this . cursor - 1 ) ; if ( i < s || s < t ) return this . cursor -- , ! 0 ; if ( ! ( r [ ( s -= t ) >> 3 ] & 1 << ( 7 & s ) ) ) return this . cursor -- , ! 0 } return ! 1 } , eq _s : function ( r , t ) { if ( this . limit - this . cursor < r ) return ! 1 ; for ( var i = 0 ; i < r ; i ++ ) if ( b . charCodeAt ( this . cursor + i ) != t . charCodeAt ( i ) ) return ! 1 ; return this . cursor += r , ! 0 } , eq _s _b : function ( r , t ) { if ( this . cursor - this . limit _backward < r ) return ! 1 ; for ( var i = 0 ; i < r ; i ++ ) if ( b . charCodeAt ( this . cursor - r + i ) != t . charCodeAt ( i ) ) return ! 1 ; return this . cursor -= r , ! 0 } , find _among : function ( r , t ) { for ( var i = 0 , s = t , e = this . cursor , n = this . limit , u = 0 , o = 0 , h = ! 1 ; ; ) { for ( var c = i + ( s - i >> 1 ) , a = 0 , f = u < o ? u : o , l = r [ c ] , _ = f ; _ < l . s _size ; _ ++ ) { if ( e + f == n ) { a = - 1 ; break } if ( a = b . charCodeAt ( e + f ) - l . s [ _ ] ) break ; f ++ } if ( a < 0 ? ( s = c , o = f ) : ( i = c , u = f ) , s - i <= 1 ) { if ( 0 < i || s == i || h ) break ; h = ! 0 } } for ( ; ; ) { if ( u >= ( l = r [ i ] ) . s _size ) { if ( this . cursor = e + l . s _size , ! l . method ) return l . result ; var m = l . method ( ) ; if ( this . cursor = e + l . s _size , m ) return l . result } if ( ( i = l . substring _i ) < 0 ) return 0 } } , find _among _b : function ( r , t ) { for ( var i = 0 , s = t , e = this . cursor , n = this . limit _backward , u = 0 , o = 0 , h = ! 1 ; ; ) { for ( var c = i + ( s - i >> 1 ) , a = 0 , f = u < o ? u : o , l = ( _ = r [ c ] ) . s _size - 1 - f ; 0 <= l ; l -- ) { if ( e - f == n ) { a = - 1 ; break } if ( a = b . charCodeAt ( e - 1 - f ) - _ . s [ l ] ) break ; f ++ } if ( a < 0 ? ( s = c , o = f ) : ( i = c , u = f ) , s - i <= 1 ) { if ( 0 < i || s == i || h ) break ; h = ! 0 } } for ( ; ; ) { var _ ; if ( u >= ( _ = r [ i ] ) . s _size ) { if ( this . cursor = e - _ . s _size , ! _ . method ) return _ . result ; var m = _ . method ( ) ; if ( this . cursor = e - _ . s _size , m ) return _ . result } if ( ( i = _ . substring _i ) < 0 ) return 0 } } , replace _s : function ( r , t , i ) { var s = i . length - ( t - r ) ; return b = b . substring ( 0 , r ) + i + b . substring ( t ) , this . limit += s , this . cursor >= t ? this . cursor += s : this . cursor > r && ( this . cursor = r ) , s } , slice _check : function ( ) { if ( this . bra < 0 || this . bra > this . ket || this . ket > this . limit || this . limit > b . length ) throw "faulty slice operation" } , slice _from : function ( r ) { this . slice _check ( ) , this . replace _s ( this . bra , this . ket , r ) } , slice _del : function ( ) { this . slice _from ( "" ) } , insert : function ( r , t , i ) { var s = this . replace _s ( r , t , i ) ; r <= this . bra && ( this . bra += s ) , r <= this . ket && ( this . ket += s ) } , slice _to : function ( ) { return this . slice _check ( ) , b . substring ( this . bra , this . ket ) } , eq _v _b : function ( r ) { return this . eq _s _b ( r . length , r ) } } } } , r . trimmerSupport = { generateTrimmer : function ( r ) { var t = new RegExp ( "^[^" + r + "]+" ) , i = new RegExp ( "[^" + r + "]+$" ) ; return function ( r ) { return "function" == typeof r . update ? r . update ( function ( r ) { return r . replace ( t , "" ) . replace ( i , "" ) } ) : r . replace ( t , "" ) . replace ( i , "" ) } } } } } ) ;
