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<h1 class= "landing" > The Lorem Firm of Choice</h1>
<p> for internationally focused companies and financial institution doing business in and from
Finland</p>
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root . lottie = factory ( root );
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" 0 " + e : e ; return function ( t , e , r ){ return t < 0 && ( t = 0 ), e < 0 && ( e = 0 ), r < 0 && ( r = 0 ), " # " + i [ t ] + i [ e ] + i [ r ]}}(); function BaseEvent (){} BaseEvent . prototype = { triggerEvent : function ( t , e ){ if ( this . _cbs [ t ]) for ( var r = this . _cbs [ t ]. length , i = 0 ; i < r ; i ++ ) this . _cbs [ t ][ i ]( e )}, addEventListener : function ( t , e ){ return this . _cbs [ t ] || ( this . _cbs [ t ] = []), this . _cbs [ t ]. push ( e ), function (){ this . removeEventListener ( t , e )}. bind ( this )}, removeEventListener : function ( t , e ){ if ( e ){ if ( this . _cbs [ t ]){ for ( var r = 0 , i = this . _cbs [ t ]. length ; r < i ;) this . _cbs [ t ][ r ] === e && ( this . _cbs [ t ]. splice ( r , 1 ), r -= 1 , i -= 1 ), r += 1 ; this . _cbs [ t ]. length || ( this . _cbs [ t ] = null )}} else this . _cbs [ t ] = null }}; var createTypedArray = " function " == typeof Uint8ClampedArray && " function " == typeof Float32Array ? function ( t , e ){ return " float32 " === t ? 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this : this . _t ( t , 0 , 0 , 0 , 0 , e , 0 , 0 , 0 , 0 , r , 0 , 0 , 0 , 0 , 1 )} function c ( t , e , r , i , s , a , n , o , h , l , p , m , f , c , d , u ){ return this . props [ 0 ] = t , this . props [ 1 ] = e , this . props [ 2 ] = r , this . props [ 3 ] = i , this . props [ 4 ] = s , this . props [ 5 ] = a , this . props [ 6 ] = n , this . props [ 7 ] = o , this . props [ 8 ] = h , this . props [ 9 ] = l , this . props [ 10 ] = p , this . props [ 11 ] = m , this . props [ 12 ] = f , this . props [ 13 ] = c , this . props [ 14 ] = d , this . props [ 15 ] = u , this } function d ( t , e , r ){ return r = r || 0 , 0 !== t || 0 !== e || 0 !== r ? this . _t ( 1 , 0 , 0 , 0 , 0 , 1 , 0 , 0 , 0 , 0 , 1 , 0 , t , e , r , 1 ): this } function u ( t , e , r , i , s , a , n , o , h , l , p , m , f , c , d , u ){ var y = this . props ; if ( 1 === t && 0 === e && 0 === r && 0 === i && 0 === s && 1 === a && 0 === n && 0 === o && 0 === h && 0 === l && 1 === p && 0 === m ) return y [ 12 ] = y [ 12 ] * t + y [ 15 ] * f , y [ 13 ] = y [ 13 ] * a + y [ 15 ] * c , y [ 14 ] = y [ 14 ] * p + y [ 15 ] * d , y [ 15 ] = y [ 15 ] * u , this . _identityCalculated =! 1 , this ; var g = y [ 0 ], v = y [ 1 ], b = y [ 2 ], E = y [ 3 ], x = y [ 4 ], S = y [ 5 ], P = y [ 6 ], _ = y [ 7 ], A = y [ 8 ], C = y [ 9 ], T = y [ 10 ], k = y [ 11 ], M = y [ 12 ], D = y [ 13 ], w = y [ 14 ], F = y [ 15 ]; return y [ 0 ] = g * t + v * s + b * h + E * f , y [ 1 ] = g * e + v * a + b * l + E * c , y [ 2 ] = g * r + v * n + b * p + E * d , y [ 3 ] = g * i + v * o + b * m + E * u , y [ 4 ] = x * t + S * s + P * h + _ * f , y [ 5 ] = x * e + S * a + P * l + _ * c , y [ 6 ] = x * r + S * n + P * p + _ * d , y [ 7 ] = x * i + S * o + P * m + _ * u , y [ 8 ] = A * t + C * s + T * h + k * f , y [ 9 ] = A * e + C * a + T * l + k * c , y [ 10 ] = A * r + C * n + T * p + k * d , y [ 11 ] = A * i + C * o + T * m + k * u , y [ 12 ] = M * t + D * s + w * h + F * f , y [ 13 ] = M * e + D * a + w * l + F * c , y [ 14 ] = M * r + D * n + w * p + F * d , y [ 15 ] = M * i + D * o + w * m + F * u , this . _identityCalculated =! 1 , this } function y (){ return this . _identityCalculated || ( this . _identity =! ( 1 !== this . props [ 0 ] || 0 !== this . props [ 1 ] || 0 !== this . props [ 2 ] || 0 !== this . props [ 3 ] || 0 !== this . props [ 4 ] || 1 !== this . props [ 5 ] || 0 !== this . props [ 6 ] || 0 !== this . props [ 7 ] || 0 !== this . props [ 8 ] || 0 !== this . props [ 9 ] || 1 !== this . props [ 10 ] || 0 !== this . props [ 11 ] || 0 !== this . props [ 12 ] || 0 !== this . props [ 13 ] || 0 !== this . props [ 14 ] || 1 !== this . props [ 15 ]), this . _identityCalculated =! 0 ), this . _identity } function g ( t ){ for ( var e = 0 ; e < 16 ;){ if ( t . props [ e ] !== this . props [ e ]) return ! 1 ; e += 1 } return ! 0 } function v ( t ){ var e ; for ( e = 0 ; e < 16 ; e += 1 ) t . props [ e ] = this . props [ e ]} function b ( t ){ var e ; for ( e = 0 ; e < 16 ; e += 1 ) this . props [ e ] = t [ e ]} function E ( t , e , r ){ return { x : t * this . props [ 0 ] + e * this . props [ 4 ] + r * this . props [ 8 ] + this . props [ 12 ], y : t * this . props [ 1 ] + e * this . props [ 5 ] + r * this . props [ 9 ] + this . props [ 13 ], z : t * this . props [ 2 ] + e * this . props [ 6 ] + r * this . props [ 10 ] + this . props [ 14 ]}} function x ( t , e , r ){ return t * this . props [ 0 ] + e * this . props [ 4 ] + r * this . props [ 8 ] + this . props [ 12 ]} function S ( t , e , r ){ return t * this . props [ 1 ] + e * this . props [ 5 ] + r * this . props [ 9 ] + this . props [ 13 ]} function P ( t , e , r ){ return t * this . props [ 2 ] + e * this . props [ 6 ] + r * this . props [ 10 ] + this . props [ 14 ]} function _ (){ var t = this . props [ 0 ] * this . props [ 5 ] - this . props [ 1 ] * this . props [ 4 ], e = this . props [ 5 ] / t , r =- this . props [ 1 ] / t , i =- this . props [ 4 ] / t , s = this . props [ 0 ] / t , a = ( this . props [ 4 ] * this . props [ 13 ] - this . props [ 5 ] * this . props [ 12 ]) / t , n =- ( this . props [ 0 ] * this . props [ 13 ] - this . props [ 1 ] * this . props [ 12 ]) / t , o = new Matrix ; return o . props [ 0 ] = e , o . props [ 1 ] = r , o . props [ 4 ] = i , o . props [ 5 ] = s , o . props [ 12 ] = a , o . props [ 13 ] = n , o } function A ( t ){ return this . getInverseMatrix (). applyToPointArray ( t [ 0 ], t [ 1 ], t [ 2 ] || 0 )} function C ( t ){ var e , r = t . length , i = []; for ( e = 0 ; e < r ; e += 1 ) i [ e ] = A ( t [ e ]); return i } function T ( t , e , r ){ var i = createTypedArray ( " float32 " , 6 ); if ( this . isIdentity ()) i [ 0 ] = t [ 0 ], i [ 1 ] = t [ 1 ], i [ 2 ] = e [ 0 ], i [ 3 ] = e [ 1 ], i [ 4 ] = r [ 0 ], i [ 5 ] = r [ 1 ]; else { var s = this . props [ 0 ], a = this . props [ 1 ], n = this . props [ 4 ], o = this . props [ 5 ], h = this . props [ 12 ], l = this . props [ 13 ]; i [ 0 ] = t [ 0 ] * s + t [ 1 ] * n + h , i [ 1 ] = t [ 0 ] * a + t [ 1 ] * o + l , i [ 2 ] = e [ 0 ] * s + e [ 1 ] * n + h , i [ 3 ] = e [ 0 ] * a + e [ 1 ] * o + l , i [ 4 ] = r [ 0 ] * s + r [ 1 ] * n + h , i [ 5 ] = r [ 0 ] * a + r [ 1 ] * o + l } return i } function k ( t , e , r ){ return this . isIdentity ()?[ t , e , r ]:[ t * this . props [ 0 ] + e * this . props [ 4 ] + r * this . props [ 8 ] + this . props [ 12 ], t * this . props [ 1 ] + e * this . props [ 5 ] + r * this . props [ 9 ] + this . props [ 13 ], t * this . props [ 2 ] + e * this . props [ 6 ] + r * this . props [ 10 ] + this . props [ 14 ]]} function M ( t , e ){ if ( this . isIdentity ()) return t + " , " + e ; var r = this . props ; return Math . round ( 100 * ( t * r [ 0 ] + e * r [ 4 ] + r [ 12 ])) / 100 + " , " + Math . round ( 100 * ( t * r [ 1 ] + e * r [ 5 ] + r [ 13 ])) / 100 } function D (){ for ( var t = 0 , e = this . props , r = " matrix3d( " ; t < 16 ;) r += i ( 1 e4 * e [ t ]) / 1 e4 , r += 15 === t ? " ) " : " , " , t += 1 ; return r } function w ( t ){ return t < 1 e - 6 && 0 < t ||- 1 e - 6 < t && t < 0 ? i ( 1 e4 * t ) / 1 e4 : t } function F (){ var t = this . props ; return " matrix( " + w ( t [ 0 ]) + " , " + w ( t [ 1 ]) + " , " + w ( t [ 4 ]) + " , " + w ( t [ 5 ]) + " , " + w ( t [ 12 ]) + " , " + w ( t [ 13 ]) + " ) " } return function (){ this . reset = t , this . rotate = e , this . rotateX = r , this . rotateY = o , this . rotateZ = h , this . skew = p , this . skewFromAxis = m , this . shear = l , this . scale = f , this . setTransform = c , this . translate = d , this . transform = u , this . applyToPoint = E , this . applyToX = x , this . applyToY = S , this . applyToZ = P , this . applyToPointArray = k , this . applyToTriplePoints = T , this . applyToPointStringified = M , this . toCSS = D , this . to2dCSS = F , this . clone = v , this . cloneFromProps = b , this . equals = g , this . inversePoints = C , this . inversePoint = A , this . getInverseMatrix = _ , this . _t = this . transform , this . isIdentity = y , this . _identity =! 0 , this . _identityCalculated =! 1 , this . props = createTypedArray ( " float32 " , 16 ), this . reset ()}}(); ! function ( o , h ){ var l , p = this , m = 256 , f = 6 , c = " random " , d = h . pow ( m , f ), u = h . pow ( 2 , 52 ), y = 2 * u , g = m - 1 ; function v ( t ){ var e , r = t . length , n = this , i = 0 , s = n . i = n . j = 0 , a = n . S = []; for ( r || ( t = [ r ++ ]); i < m ;) a [ i ] = i ++ ; for ( i = 0 ; i < m ; i ++ ) a [ i ] = a [ s = g & s + t [ i % r ] + ( e = a [ i ])], a [ s ] = e ; n . g = function ( t ){ for ( var e , r = 0 , i = n . i , s = n . j , a = n . S ; t -- ;) e = a [ i = g & i + 1 ], r = r * m + a [ g & ( a [ i ] = a [ s = g & s + e ]) + ( a [ s ] = e )]; return n . i = i , n . j = s , r }} function b ( t , e ){ return e . i = t . i , e . j = t . j , e . S = t . S . slice (), e } function E ( t , e ){ for ( var r , i = t + "" , s = 0 ; s < i . length ;) e [ g & s ] = g & ( r ^= 19 * e [ g & s ]) + i . charCodeAt ( s ++ ); return x ( e )} function x ( t ){ return String . fromCharCode . apply ( 0 , t )} h [ " seed " + c ] = function ( t , e , r ){ var i = [], s = E ( function t ( e , r ){ var i , s = [], a = typeof e ; if ( r && " object " == a ) for ( i in e ) try { s . push ( t ( e [ i ], r - 1 ))} catch ( t ){} return s . length ? s : " string " == a ? e : e + " \ 0 " }(( e =! 0 === e ?{ entropy : ! 0 }: e || {}). entropy ?[ t , x ( o )]: null === t ? function (){ try { if ( l ) return x ( l . randomBytes ( m )); var t = new Uint8Array ( m ); return ( p . crypto || p . msCrypto ). getRandomValues ( t ), x ( t )} catch ( t ){ var e = p . navigator , r = e && e . plugins ; return [ + new Date , p , r , p . screen , x ( o )]}}(): t , 3 ), i ), a = new v ( i ), n = function (){ for ( var t = a . g ( f ), e = d , r = 0 ; t < u ;) t = ( t + r ) * m , e *= m , r = a . g ( 1 ); for (; y <= t ;) t /= 2 , e /= 2 , r >>>= 1 ; return ( t + r ) / e }; return n . int32 = function (){ return 0 | a . g ( 4 )}, n . quick = function (){ return a . g ( 4 ) / 4294967296 }, n . double = n , E ( x ( a . S ), o ),( e . pass || r || function ( t , e , r , i ){ return i && ( i . S && b ( i , a ), t . state = function (){ return b ( a ,{})}), r ?( h [ c ] = t , e ): t })( n , s , " global " in e ? e . global : this == h , e . state )}, E ( h . random (), o )}([], BMMath ); var BezierFactory = function (){ var t = { getBezierEasing : function ( t , e , r , i , s ){ var a = s || ( " bez_ " + t + " _ " + e + " _ " + r + " _ " + i ). replace ( / \. /g , " p " ); if ( o [ a ]) return o [ a ]; var n = new h ([ t , e , r , i ]); return o [ a ] = n }}, o = {}; var l = 11 , p = 1 / ( l - 1 ), e = " function " == typeof Float32Array ; function i ( t , e ){ return 1 - 3 * e + 3 * t } function s ( t , e ){ return 3 * e - 6 * t } function a ( t ){ return 3 * t } function m ( t , e , r ){ return (( i ( e , r ) * t + s ( e , r )) * t + a ( e )) * t } function f ( t , e , r ){ return 3 * i ( e , r ) * t * t + 2 * s ( e , r ) * t + a ( e )} function h ( t ){ this . _p = t , this . _mSampleValues = e ? new Float32Array ( l ): new Array ( l ), this . _precomputed =! 1 , this . get = this . get . bind ( this )} return h . prototype = { get : function ( t ){ var e = this . _p [ 0 ], r = this . _p [ 1 ], i = this . _p [ 2 ], s = this . _p [ 3 ]; return this . _precomputed || this . _precompute (), e === r && i === s ? t : 0 === t ? 0 : 1 === t ? 1 : m ( this . _getTForX ( t ), r , s )}, _precompute : function (){ var t = this . _p [ 0 ], e = this . _p [ 1 ], r = this . _p [ 2 ], i = this . _p [ 3 ]; this . _precomputed =! 0 , t === e && r === i || this . _calcSampleValues ()}, _calcSampleValues : function (){ for ( var t = this . _p [ 0 ], e = this . _p [ 2 ], r = 0 ; r < l ; ++ r ) this . _mSampleValues [ r ] = m ( r * p , t , e )}, _getTForX : function ( t ){ for ( var e = this . _p [ 0 ], r = this . _p [ 2 ], i = this . _mSampleValues , s = 0 , a = 1 , n = l - 1 ; a !== n && i [ a ] <= t ; ++ a ) s += p ; var o = s + ( t - i [ -- a ]) / ( i [ a + 1 ] - i [ a ]) * p , h = f ( o , e , r ); return . 001 <= h ? function ( t , e , r , i ){ for ( var s = 0 ; s < 4 ; ++ s ){ var a = f ( e , r , i ); if ( 0 === a ) return e ; e -= ( m ( e , r , i ) - t ) / a } return e }( t , o , e , r ): 0 === h ? o : function ( t , e , r , i , s ){ for ( var a , n , o = 0 ; 0 < ( a = m ( n = e + ( r - e ) / 2 , i , s ) - t )? r = n : e = n , 1 e - 7 < Math . abs ( a ) &&++ o < 10 ;); return n }( t , s , s + p , e , r )}}, t }(); function extendPrototype ( t , e ){ var r , i , s = t . length ; for ( r = 0 ; r < s ; r += 1 ) for ( var a in i = t [ r ]. prototype ) i . hasOwnProperty ( a ) && ( e . prototype [ a ] = i [ a ])} function getDescriptor ( t , e ){ return Object . getOwnPropertyDescriptor ( t , e )} function createProxyFunction ( t ){ function e (){} return e . prototype = t , e } function bezFunction (){ Math ; function y ( t , e , r , i , s , a ){ var n = t * i + e * s + r * a - s * i - a * t - r * e ; return - . 001 < n && n < . 001 } var p = function ( t , e , r , i ){ var s , a , n , o , h , l , p = defaultCurveSegments , m = 0 , f = [], c = [], d = bezier_length_pool . newElement (); for ( n = r . length , s = 0 ; s < p ; s += 1 ){ for ( h = s / ( p - 1 ), a = l = 0 ; a < n ; a += 1 ) o = bm_pow ( 1 - h , 3 ) * t [ a ] + 3 * bm_pow ( 1 - h , 2 ) * h * r [ a ] + 3 * ( 1 - h ) * bm_pow ( h , 2 ) * i [ a ] + bm_pow ( h , 3 ) * e [ a ], f [ a ] = o , null !== c [ a ] && ( l += bm_pow ( f [ a ] - c [ a ], 2 )), c [ a ] = f [ a ]; l && ( m += l = bm_sqrt ( l )), d . percents [ s ] = h , d . lengths [ s ] = m } return d . addedLength = m , d }; function g ( t ){ this . segmentLength = 0 , this . points = new Array ( t )} function v ( t , e ){ this . partialLength = t , this . point = e } var b , t = ( b = {}, function ( t , e , r , i ){ var s = ( t [ 0 ] + " _ " + t [ 1 ] + " _ " + e [ 0 ] + " _ " + e [ 1 ] + " _ " + r [ 0 ] + " _ " + r [ 1 ] + " _ " + i [ 0 ] + " _ " + i [ 1 ]). replace ( / \. /g , " p " ); if ( ! b [ s ]){ var a , n , o , h , l , p , m , f = defaultCurveSegments , c = 0 , d = null ; 2 === t . length && ( t [ 0 ] != e [ 0 ] || t [ 1 ] != e [ 1 ]) && y ( t [ 0 ], t [ 1 ], e [ 0 ], e [ 1 ], t [ 0 ] + r [ 0 ], t [ 1 ] + r [ 1 ]) && y ( t [ 0 ], t [ 1 ], e [ 0 ], e [ 1 ], e [ 0 ] + i [ 0 ], e [ 1 ] + i [ 1 ]) && ( f = 2 ); var u = new g ( f ); for ( o = r . length , a = 0 ; a < f ; a += 1 ){ for ( m = createSizedArray ( o ), l = a / ( f - 1 ), n = p = 0 ; n < o ; n += 1 ) h = bm_pow ( 1 - l , 3 ) * t [ n ] + 3 * bm_pow ( 1 - l , 2 ) * l * ( t [ n ] + r [ n ]) + 3 * ( 1 - l ) * bm_pow ( l , 2 ) * ( e [ n ] + i [ n ]) + bm_pow ( l , 3 ) * e [ n ], m [ n ] = h , null !== d && ( p += bm_pow ( m [ n ] - d [ n ], 2 )); c += p = bm_sqrt ( p ), u . points [ a ] = new v ( p , m ), d = m } u . segmentLength = c , b [ s ] = u } return b [ s ]}); function M ( t , e ){ var r = e . percents , i = e . lengths , s = r . length , a = bm_floor (( s - 1 ) * t ), n = t * e . addedLength , o = 0 ; if ( a === s - 1 || 0 === a || n === i [ a ]) return r [ a ]; for ( var h = i [ a ] > n ? - 1 : 1 , l =! 0 ; l ;) if ( i [ a ] <= n && i [ a + 1 ] > n ?( o = ( n - i [ a ]) / ( i [ a + 1 ] - i [ a ]), l =! 1 ): a += h , a < 0 || s - 1 <= a ){ if ( a === s - 1 ) return r [ a ]; l =! 1 } return r [ a ] + ( r [ a + 1 ] - r [ a ]) * o } var D = createTypedArray ( " float32 " , 8 ); return { getSegmentsLength : function ( t ){ var e , r = segments_length_pool . newElement (), i = t . c , s = t . v , a = t . o , n = t . i , o = t . _length , h = r . lengths , l = 0 ; for ( e = 0 ; e < o - 1 ; e += 1 ) h [ e ] = p ( s [ e ], s [ e + 1 ], a [ e ], n [ e + 1 ]), l += h [ e ]. addedLength ; return i && o && ( h [ e ] = p ( s [ e ], s [ 0 ], a [ e ], n [ 0 ]), l += h [ e ]. addedLength ), r . totalLength = l , r }, getNewSegment : function ( t , e , r , i , s , a , n ){ var o , h = M ( s = s < 0 ? 0 : 1 < s ? 1 : s , n ), l = M ( a = 1 < a ? 1 : a , n ), p = t . length , m = 1 - h , f = 1 - l , c = m * m * m , d = h * m * m * 3 , u = h * h * m * 3 , y = h * h * h , g = m * m * f , v = h * m * f + m * h * f + m * m * l , b = h * h * f + m * h * l + h * m * l , E = h * h * l , x = m * f * f , S = h * f * f + m * l * f + m * f * l , P = h * l * f + m * l * l + h * f * l , _ = h * l * l , A = f * f * f , C = l * f * f + f * l * f + f * f * l , T = l * l * f + f * l * l + l * f * l , k = l * l * l ; for ( o = 0 ; o < p ; o += 1 ) D [ 4 * o ] = Math . round ( 1 e3 * ( c * t [ o ] + d * r [ o ] + u * i [ o ] + y * e [ o ])) / 1 e3 , D [ 4 * o + 1 ] = Math . round ( 1 e3 * ( g * t [ o ] + v * r [ o ] + b * i [ o ] + E * e [ o ])) / 1 e3 , D [ 4 * o + 2 ] = Math . round ( 1 e3 * ( x * t [ o ] + S * r [ o ] + P * i [ o ] + _ * e [ o ])) / 1 e3 , D [ 4 * o + 3 ] = Math . round ( 1 e3 * ( A * t [ o ] + C * r [ o ] + T * i [ o ] + k * e [ o ])) / 1 e3 ; return D }, getPointInSegment : function ( t , e , r , i , s , a ){ var n = M ( s , a ), o = 1 - n ; return [ Math . round ( 1 e3 * ( o * o * o * t [ 0 ] + ( n * o * o + o * n * o + o * o * n ) * r [ 0 ] + ( n * n * o + o * n * n + n * o * n ) * i [ 0 ] + n * n * n * e [ 0 ])) / 1 e3 , Math . round ( 1 e3 * ( o * o * o * t [ 1 ] + ( n * o * o + o * n * o + o * o * n ) * r [ 1 ] + ( n * n * o + o * n * n + n * o * n ) * i [ 1 ] + n * n * n * e [ 1 ])) / 1 e3 ]}, buildBezierData : t , pointOnLine2D : y , pointOnLine3D : function ( t , e , r , i , s , a , n , o , h ){ if ( 0 === r && 0 === a && 0 === h ) return y ( t , e , i , s , n , o ); var l , p = Math . sqrt ( Math . pow ( i - t , 2 ) + Math . pow ( s - e , 2 ) + Math . pow ( a - r , 2 )), m = Math . sqrt ( Math . pow ( n - t , 2 ) + Math . pow ( o - e , 2 ) + Math . pow ( h - r , 2 )), f = Math . sqrt ( Math . pow ( n - i , 2 ) + Math . pow ( o - s , 2 ) + Math . pow ( h - a , 2 )); return - 1 e - 4 < ( l = m < p ? f < p ? p - m - f : f - m - p : m < f ? f - m - p : m - p - f ) && l < 1 e - 4 }}} ! function (){ for ( var a = 0 , t = [ " ms " , " moz " , " webkit " , " o " ], e = 0 ; e < t . length &&! window . requestAnimationFrame ; ++ e ) window . requestAnimationFrame = window [ t [ e ] + " RequestAnimationFrame " ], window . cancelAnimationFrame = window [ t [ e ] + " CancelAnimationFrame " ] || window [ t [ e ] + " CancelRequestAnimationFrame " ]; window . requestAnimationFrame || ( window . requestAnimationFrame = function ( t , e ){ var r = ( new Date ). getTime (), i = Math . max ( 0 , 16 - ( r - a )), s = setTimeout ( function (){ t ( r + i )}, i ); return a = r + i , s }), window . cancelAnimationFrame || ( window . cancelAnimationFrame = function ( t ){ clearTimeout ( t )})}(); var bez = bezFunction (); function dataFunctionManager (){ function m ( t , e , r ){ var i , s , a , n , o , h , l = t . length ; for ( s = 0 ; s < l ; s += 1 ) if ( " ks " in ( i = t [ s ]) &&! i . completed ){ if ( i . completed =! 0 , i . tt && ( t [ s - 1 ]. td = i . tt ),[], - 1 , i . hasMask ){ var p = i . masksProperties ; for ( n = p . length , a = 0 ; a < n ; a += 1 ) if ( p [ a ]. pt . k . i ) d ( p [ a ]. pt . k ); else for ( h = p [ a ]. pt . k . length , o = 0 ; o < h ; o += 1 ) p [ a ]. pt . k [ o ]. s && d ( p [ a ]. pt . k [ o ]. s [ 0 ]), p [ a ]. pt . k [ o ]. e && d ( p [ a ]. pt . k [ o ]. e [ 0 ])} 0 === i . ty ?( i . layers = f ( i . refId , e ), m ( i . layers , e , r )): 4 === i . ty ? c ( i . shapes ): 5 == i . ty && u ( i , r )}} function f ( t , e ){ for ( var r = 0 , i = e . length ; r < i ;){ if ( e [ r ]. id === t ) return e [ r ]. layers . __used ? JSON . parse ( JSON . stringify ( e [ r ]. layers )):( e [ r ]. layers . __used =! 0 , e [ r ]. layers ); r += 1 }} function c ( t ){ var e , r , i ; for ( e = t . length - 1 ; 0 <= e ; e -= 1 ) if ( " sh " == t [ e ]. ty ){ if ( t [ e ]. ks . k . i ) d ( t [ e ]. ks . k ); else for ( i = t [ e ]. ks . k . length , r = 0 ; r < i ; r += 1 ) t [ e ]. ks . k [ r ]. s && d ( t [ e ]. ks . k [ r ]. s [ 0 ]), t [ e ]. ks . k [ r ]. e && d ( t [ e ]. ks . k [ r ]. e [ 0 ]); ! 0 } else " gr " == t [ e ]. ty && c ( t [ e ]. it )} function d ( t ){ var e , r = t . i . length ; for ( e = 0 ; e < r ; e += 1 ) t . i [ e ][ 0 ] += t . v [ e ][ 0 ], t . i [ e ][ 1 ] += t . v [ e ][ 1 ], t . o [ e ][ 0 ] += t . v [ e ][ 0 ], t . o [ e ][ 1 ] += t . v [ e ][ 1 ]} function o ( t , e ){ var r = e ? e . split ( " . " ):[ 100 , 100 , 100 ]; return t [ 0 ] > r [ 0 ] ||! ( r [ 0 ] > t [ 0 ]) && ( t [ 1 ] > r [ 1 ] ||! ( r [ 1 ] > t [ 1 ]) && ( t [ 2 ] > r [ 2 ] ||! ( r [ 2 ] > t [ 2 ]) && void 0 ))} var h , r = function (){ var i = [ 4 , 4 , 14 ]; function s ( t ){ var e , r , i , s = t . length ; for ( e = 0 ; e < s ; e += 1 ) 5 === t [ e ]. ty && ( r = t [ e ], void 0 , i = r . t . d , r . t . d = { k :[{ s : i , t : 0 }]})} return function ( t ){ if ( o ( i , t . v ) && ( s ( t . layers ), t . assets )){ var e , r = t . assets . length ; for ( e = 0 ; e < r ; e += 1 ) t . assets [ e ]. layers && s ( t . assets [ e ]. layers )}}}(), i = ( h = [ 4 , 7 , 99 ], function ( t ){ if ( t . chars &&! o ( h , t . v )){ var e , r , i , s , a , n = t . chars . length ; for ( e = 0 ; e < n ; e += 1 ) if ( t . chars [ e ]. data && t . chars [ e ]. data . shapes ) for ( i = ( a = t . chars [ e ]. data . shapes [ 0 ]. it ). length , r = 0 ; r < i ; r += 1 )( s = a [ r ]. ks . k ). __converted || ( d ( a [ r ]. ks . k ), s . __converted =! 0 )}}), s = function (){ var i = [ 4 , 1 , 9 ]; function a ( t ){ var e , r , i , s = t . length ; for ( e = 0 ; e < s ; e += 1 ) if ( " gr " === t [ e ]. ty ) a ( t [ e ]. it ); else if ( " fl " === t [ e ]. ty || " st " === t [ e ]. ty ) if ( t [ e ]. c . k && t [ e ]. c . k [ 0 ]. i ) for ( i = t [ e ]. c . k . length , r = 0 ; r < i ; r += 1 ) t [ e ]. c . k [ r ]. s && ( t [ e ]. c . k [ r ]. s [ 0 ] /= 255 , t [ e ]. c . k [ r ]. s [ 1 ] /= 255 , t [ e ]. c . k [ r ]. s [ 2 ] /= 255 , t [ e ]. c . k [ r ]. s [ 3 ] /= 255 ), t [ e ]. c . k [ r ]. e && ( t [ e ]. c . k [ r ]. e [ 0 ] /= 255 , t [ e ]. c . k [ r ]. e [ 1 ] /= 255 , t [ e ]. c . k [ r ]. e [ 2 ] /= 255 , t [ e ]. c . k [ r ]. e [ 3 ] /= 255 ); else t [ e ]. c . k [ 0 ] /= 255 , t [ e ]. c . k [ 1 ] /= 255 , t [ e ]. c . k [ 2 ] /= 255 , t [ e ]. c . k [ 3 ] /= 255 } function s ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) 4 === t [ e ]. ty && a ( t [ e ]. shapes )} return function ( t ){ if ( o ( i , t . v ) && ( s ( t . layers ), t . assets )){ var e , r = t . assets . length ; for ( e = 0 ; e < r ; e += 1 ) t . assets [ e ]. layers && s ( t . assets [ e ]. layers )}}}(), a = function (){ var i = [ 4 , 4 , 18 ]; function l ( t ){ var e , r , i ; for ( e = t . length - 1 ; 0 <= e ; e -= 1 ) if ( " sh " == t [ e ]. ty ){ if ( t [ e ]. ks . k . i ) t [ e ]. ks . k . c = t [ e ]. closed ; else for ( i = t [ e ]. ks . k . length , r = 0 ; r < i ; r += 1 ) t [ e ]. ks . k [ r ]. s && ( t [ e ]. ks . k [ r ]. s [ 0 ]. c = t [ e ]. closed ), t [ e ]. ks . k [ r ]. e && ( t [ e ]. ks . k [ r ]. e [ 0 ]. c = t [ e ]. closed ); ! 0 } else " gr " == t [ e ]. ty && l ( t [ e ]. it )} function s ( t ){ var e , r , i , s , a , n , o = t . length ; for ( r = 0 ; r < o ; r += 1 ){ if (( e = t [ r ]). hasMask ){ var h = e . masksProperties ; for ( s = h . length , i = 0 ; i < s ; i += 1 ) if ( h [ i ]. pt . k . i ) h [ i ]. pt . k . c = h [ i ]. cl ; else for ( n = h [ i ]. pt . k . length , a = 0 ; a < n ; a += 1 ) h [ i ]. pt . k [ a ]. s && ( h [ i ]. pt . k [ a ]. s [ 0 ]. c = h [ i ]. cl ), h [ i ]. pt . k [ a ]. e && ( h [ i ]. pt . k [ a ]. e [ 0 ]. c = h [ i ]. cl )} 4 === e . ty && l ( e . shapes )}} return function ( t ){ if ( o ( i , t . v ) && ( s ( t . layers ), t . assets )){ var e , r = t . assets . length ; for ( e = 0 ; e < r ; e += 1 ) t . assets [ e ]. layers && s ( t . assets [ e ]. layers )}}}(); function u ( t , e ){ 0 !== t . t . a . length || " m " in t . t . p || ( t . singleShape =! 0 )} var t = { completeData : function ( t , e ){ t . __complete || ( s ( t ), r ( t ), i ( t ), a ( t ), m ( t . layers , t . assets , e ), t . __complete =! 0 )}}; return t . checkColors = s , t . checkChars = i , t . checkShapes = a , t . completeLayers = m , t } var dataManager = dataFunctionManager (), FontManager = function (){ var a = { w : 0 , size : 0 , shapes :[]}, t = []; function u ( t , e ){ var r = createTag ( " span " ); r . style . fontFamily = e ; var i = createTag ( " span " ); i . innerHTML = " giItT1WQy@!-/# " , r . style . position = " absolute " , r . style . left = " -10000px " , r . style . top = " -10000px " , r . style . fontSize = " 300px " , r . style . fontVariant = " normal " , r . style . fontStyle = " normal " , r . style . fontWeight = " normal " , r . style . letterSpacing = " 0 " , r . appendChild ( i ), document . body . appendChild ( r ); var s = i . offsetWidth ; return i . style . fontFamily = t + " , " + e ,{ node : i , w : s , parent : r }} t = t . concat ([ 2304 , 2305 , 2306 , 2307 , 2362 , 2363 , 2364 , 2364 , 2366 , 2367 , 2368 , 2369 , 2370 , 2371 , 2372 , 2373 , 2374 , 2375 , 2376 , 2377 , 2378 , 2379 , 2380 , 2381 , 2382 , 2383 , 2387 , 2388 , 2389 , 2390 , 2391 , 2402 , 2403 ]); var e = function (){ this . fonts = [], this . chars = null , this . typekitLoaded = 0 , this . isLoaded =! 1 , this . initTime = Date . now ()}; return e . getCombinedCharacterCodes = function (){ return t }, e . prototype . addChars = function ( t ){ if ( t ){ this . chars || ( this . chars = []); var e , r , i , s = t . length , a = this . chars . length ; for ( e = 0 ; e < s ; e += 1 ){ for ( r = 0 , i =! 1 ; r < a ;) this . chars [ r ]. style === t [ e ]. style && this . chars [ r ]. fFamily === t [ e ]. fFamily && this . chars [ r ]. ch === t [ e ]. ch && ( i =! 0 ), r += 1 ; i || ( this . chars . push ( t [ e ]), a += 1 )}}}, e . prototype . addFonts = function ( t , e ){ if ( t ){ if ( this . chars ) return this . isLoaded =! 0 , void ( this . fonts = t . list ); var r , i , s , a , n = t . list , o = n . length , h = o ; for ( r = 0 ; r < o ; r += 1 ){ var l , p , m =! 0 ; if ( n [ r ]. loaded =! 1 , n [ r ]. monoCase = u ( n [ r ]. fFamily , " monospace " ), n [ r ]. sansCase = u ( n [ r ]. fFamily , " sans-serif " ), n [ r ]. fPath ){ if ( " p " === n [ r ]. fOrigin || 3 === n [ r ]. origin ){ if ( 0 < ( l = document . querySelectorAll ( ' style[f-forigin="p"][f-family=" ' + n [ r ]. fFamily + ' "], style[f-origin="3"][f-family=" ' + n [ r ]. fFamily + ' "] ' )). length && ( m =! 1 ), m ){ var f = createTag ( " style " ); f . setAttribute ( " f-forigin " , n [ r ]. fOrigin ), f . setAttribute ( " f-origin " , n [ r ]. origin ), f . setAttribute ( " f-family " , n [ r ]. fFamily ), f . type = " text/css " , f . innerHTML = " @font-face {font-family: " + n [ r ]. fFamily + " ; font-style: normal; src: url(' " + n [ r ]. fPath + " ');} " , e . appendChild ( f )}} else if ( " g " === n [ r ]. fOrigin || 1 === n [ r ]. origin ){ for ( l = document . querySelectorAll ( ' link[f-forigin="g"], link[f-origin="1"] ' ), p = 0 ; p < l . length ; p ++ ) - 1 !== l [ p ]. href . indexOf ( n [ r ]. fPath ) && ( m =! 1 ); if ( m ){ var c = createTag ( " link " ); c . setAttribute ( " f-forigin " , n [ r ]. fOrigin ), c . setAttribute ( " f-origin " , n [ r ]. origin ), c . type = " text/css " , c . rel = " stylesheet " , c . href = n [ r ]. fPath , document . body . appendChild ( c )}} else if ( " t " === n [ r ]. fOrigin || 2 === n [ r ]. origin ){ for ( l = document . querySelectorAll ( ' script[f-forigin="t"], script[f-origin="2"] ' ), p = 0 ; p < l . length ; p ++ ) n [ r ]. fPath === l [ p ]. src && ( m =! 1 ); if ( m ){ var d = createTag ( " link " ); d . setAttribute ( " f-forigin " , n [ r ]. fOrigin ), d . setAttribute ( " f-origin " , n [ r ]. origin ), d . setAttribute ( " rel " , " stylesheet " ), d . setAttribute ( " href " , n [ r ]. fPath ), e . appendChild ( d )}}} else n [ r ]. loaded =! 0 , h -= 1 ; n [ r ]. helper = ( i = e , s = n [ r ], a = void 0 ,( a = createNS ( " text " )). style . fontSize = " 100px " , a . setAttribute ( " font-family " , s . fFamily ), a . setAttribute ( " font-style " , s . fStyle ), a . setAttribute ( " font-weight " , s . fWeight ), a . textContent = " 1 " , s . fClass ?( a . style . fontFamily = " inherit " , a . setAttribute ( " class " , s . fClass )): a . style . fontFamily = s . fFamily , i . appendChild ( a ), createTag ( " canvas " ). getContext ( " 2d " ). font = s . fWeight + " " + s . fStyle + " 100px " + s . fFamily , a ), n [ r ]. cache = {}, this . fonts . push ( n [ r ])} 0 === h ? this . isLoaded =! 0 : setTimeout ( this . checkLoadedFonts . bind ( this ), 100 )} else this . isLoaded =! 0 }, e . prototype . getCharData = function ( t , e , r ){ for ( var i = 0 , s = this . chars . length ; i < s ;){ if ( this . chars [ i ]. ch === t && this . chars [ i ]. style === e && this . chars [ i ]. fFamily === r ) return this . chars [ i ]; i += 1 } return ( " string " == typeof t && 13 !== t . charCodeAt ( 0 ) ||! t ) && console && console . warn && console . warn ( " Missing character from exported characters list: " , t , e , r ), a }, e . prototype . getFontByName = function ( t ){ for ( var e = 0 , r = this . fonts . length ; e < r ;){ if ( this . fonts [ e ]. fName === t ) return this . fonts [ e ]; e += 1 } return this . fonts [ 0 ]}, e . prototype . measureText = function ( t , e , r ){ var i = this . getFontByName ( e ), s = t . charCodeAt ( 0 ); if ( ! i . cache [ s + 1 ]){ var a = i . helper ; if ( " " === t ){ a . textContent = " | " + t + " | " ; var n = a . getComputedTextLength (); a . textContent = " || " ; var o = a . getComputedTextLength (); i . cache [ s + 1 ] = ( n - o ) / 100 } else a . textContent = t , i . cache [ s + 1 ] = a . getComputedTextLength () / 100 } return i . cache [ s + 1 ] * r }, e . prototype . checkLoadedFonts = function (){ var t , e , r , i = this . fonts . length , s = i ; for ( t = 0 ; t < i ; t += 1 ) this . fonts [ t ]. loaded ? s -= 1 : " n " === this . fonts [ t ]. fOrigin || 0 === this . fonts [ t ]. origin ? this . fonts [ t ]. loaded =! 0 :( e = this . fonts [ t ]. monoCase . node , r = this . fonts [ t ]. monoCase . w , e . offsetWidth !== r ?( s -= 1 , this . fonts [ t ]. loaded =! 0 ):( e = this . fonts [ t ]. sansCase . node , r = this . fonts [ t ]. sansCase . w , e . offsetWidth !== r && ( s -= 1 , this . fonts [ t ]. loaded =! 0 )), this . fonts [ t ]. loaded && ( this . fonts [ t ]. sansCase . parent . parentNode . removeChild ( this . fonts [ t ]. sansCase . parent ), this . fonts [ t ]. monoCase . parent . parentNode . removeChild ( this . fonts [ t ]. monoCase . parent ))); 0 !== s && Date . now () - this . initTime < 5 e3 ? setTimeout ( this . checkLoadedFonts . bind ( this ), 20 ): setTimeout ( function (){ this . isLoaded =! 0 }. bind ( this ), 0 )}, e . prototype . loaded = function (){ return this . isLoaded }, e }(), PropertyFactory = function (){ var m = initialDefaultFrame , s = Math . abs ; function f ( t , e ){ var r , i = this . offsetTime ; " multidimensional " === this . propType && ( r = createTypedArray ( " float32 " , this . pv . length )); for ( var s , a , n , o , h , l , p , m , f = e . lastIndex , c = f , d = this . keyframes . length - 1 , u =! 0 ; u ;){ if ( s = this . keyframes [ c ], a = this . keyframes [ c + 1 ], c === d - 1 && t >= a . t - i ){ s . h && ( s = a ), f = 0 ; break } if ( a . t - i > t ){ f = c ; break } c < d - 1 ? c += 1 :( f = 0 , u =! 1 )} var y , g , v , b , E , x , S , P , _ , A , C = a . t - i , T = s . t - i ; if ( s . to ){ s . bezierData || ( s . bezierData = bez . buildBezierData ( s . s , a . s || s . e , s . to , s . ti )); var k = s . bezierData ; if ( C <= t || t < T ){ var M = C <= t ? k . points . length - 1 : 0 ; for ( o = k . points [ M ]. point . length , n = 0 ; n < o ; n += 1 ) r [ n ] = k . points [ M ]. point [ n ]} else { s . __fnct ? m = s . __fnct :( m = BezierFactory . getBezierEasing ( s . o . x , s . o . y , s . i . x , s . i . y , s . n ). get , s . __fnct = m ), h = m (( t - T ) / ( C - T )); var D , w = k . segmentLength * h , F = e . lastFrame < t && e . _lastKeyframeIndex === c ? e . _lastAddedLength : 0 ; for ( p = e . lastFrame < t && e . _lastKeyframeIndex === c ? e . _lastPoint : 0 , u =! 0 , l = k . points . length ; u ;){ if ( F += k . points [ p ]. partialLength , 0 === w || 0 === h || p === k . points . length - 1 ){ for ( o = k . points [ p ]. point . length , n = 0 ; n < o ; n += 1 ) r [ n ] = k . points [ p ]. point [ n ]; break } if ( F <= w && w < F + k . points [ p + 1 ]. partialLength ){ for ( D = ( w - F ) / k . points [ p + 1 ]. partialLength , o = k . points [ p ]. point . length , n = 0 ; n < o ; n += 1 ) r [ n ] = k . points [ p ]. point [ n ] + ( k . points [ p + 1 ]. point [ n ] - k . points [ p ]. point [ n ]) * D ; break } p < l - 1 ? p += 1 : u =! 1 } e . _lastPoint = p , e . _lastAddedLength = F - k . points [ p ]. partialLength , e . _lastKeyframeIndex = c }} else { var I , V , R , B , L ; if ( d = s . s . length , y = a . s || s . e , this . sh && 1 !== s . h ) if ( C <= t ) r [ 0 ] = y [ 0 ], r [ 1 ] = y [ 1 ], r [ 2 ] = y [ 2 ]; else if ( t <= T ) r [ 0 ] = s . s [ 0 ], r [ 1 ] = s . s [ 1 ], r [ 2 ] = s . s [ 2 ]; else { var G = N ( s . s ), z = N ( y ); g = r , v = function ( t , e , r ){ var i , s , a , n , o , h = [], l = t [ 0 ], p = t [ 1 ], m = t [ 2 ], f = t [ 3 ], c = e [ 0 ], d = e [ 1 ], u = e [ 2 ], y = e [ 3 ];( s = l * c + p * d + m * u + f * y ) < 0 && ( s =- s , c =- c , d =- d , u =- u , y =- y ); o = 1 e - 6 < 1 - s ?( i = Math . acos ( s ), a = Math . sin ( i ), n = Math . sin (( 1 - r ) * i ) / a , Math . sin ( r * i ) / a ):( n = 1 - r , r ); return h [ 0 ] = n * l + o * c , h [ 1 ] = n * p + o * d , h [ 2 ] = n * m + o * u , h [ 3 ] = n * f + o * y , h }( G , z ,( t - T ) / ( C - T )), b = v [ 0 ], E = v [ 1 ], x = v [ 2 ], S = v [ 3 ], P = Math . atan2 ( 2 * E * S - 2 * b * x , 1 - 2 * E * E - 2 * x * x ), _ = Math . asin ( 2 * b * E + 2 * x * S ), A = Math . atan2 ( 2 * b * S - 2 * E * x , 1 - 2 * b * b - 2 * x * x ), g [ 0 ] = P / degToRads , g [ 1 ] = _ / degToRads , g [ 2 ] = A / degToRads } else for ( c = 0 ; c < d ; c += 1 ) 1 !== s . h && ( h = C <= t ? 1 : t < T ? 0 :( s . o . x . constructor === Array ?( s . __fnct || ( s . __fnct = []), s . __fnct [ c ]? m = s . __fnct [ c ]:( I = void 0 === s . o . x [ c ]? s . o . x [ 0 ]: s . o . x [ c ], V = void 0 === s . o . y [ c ]? s . o . y [ 0 ]: s . o . y [ c ], R = void 0 === s . i . x [ c ]? s . i . x [ 0 ]: s . i . x [ c ], B = void 0 === s . i . y [ c ]? s . i . y [ 0 ]: s . i . y [ c ], m = BezierFactory . getBezierEasing ( I , V , R , B ). get , s . __fnct [ c ] = m )): s . __fnct ? m = s . __fnct :( I = s . o . x , V = s . o . y , R = s . i . x , B = s . i . y , m = BezierFactory . getBezierEasing ( I , V , R , B ). get , s . __fnct = m ), m (( t - T ) / ( C - T )))), y = a . s || s . e , L = 1 === s . h ? s . s [ c ]: s . s [ c ] + ( y [ c ] - s . s [ c ]) * h , " multidimensional " === this . propType ? r [ c ] = L : r = L } return e . lastIndex = f , r } function N ( t ){ var e = t [ 0 ] * degToRads , r = t [ 1 ] * degToRads , i = t [ 2 ] * degToRads , s = Math . cos ( e / 2 ), a = Math . cos ( r / 2 ), n = Math . cos ( i / 2 ), o = Math . sin ( e / 2 ), h = Math . sin ( r / 2 ), l = Math . sin ( i / 2 ); return [ o * h * n + s * a * l , o * a * n + s * h * l , s * h * n - o * a * l , s * a * n - o * h * l ]} function c (){ var t = this . comp . renderedFrame - this . offsetTime , e = this . keyframes [ 0 ]. t - this . offsetTime , r = this . keyframes [ this . keyframes . length - 1 ]. t - this . offsetTime ; if ( ! ( t === this . _caching . lastFrame || this . _caching . lastFrame !== m && ( this . _caching . lastFrame >= r && r <= t || this . _caching . lastFrame < e && t < e ))){ this . _caching . lastFrame >= t && ( this . _caching . _lastKeyframeIndex =- 1 , this . _caching . lastIndex = 0 ); var i = this . interpolateValue ( t , this . _caching ); this . pv = i } return this . _caching . lastFrame = t , this . pv } function d ( t ){ var e ; if ( " unidimensional " === this . propType ) e = t * this . mult , 1 e - 5 < s ( this . v - e ) && ( this . v = e , this . _mdf =! 0 ); else for ( var r = 0 , i = this . v . length ; r < i ;) e = t [ r ] * this . mult , 1 e - 5 < s ( this . v [ r ] - e ) && ( this . v [ r ] = e , this . _mdf =! 0 ), r += 1 } function u (){ if ( this . elem . globalData . frameId !== this . frameId && this . effectsSequence . length ) if ( this . lock ) this . setVValue ( this . pv ); else { this . lock =! 0 , this . _mdf = this . _isFirstFrame ; var t , e = this . effectsSequence . length , r = this . kf ? this . pv : this . data . k ; for ( t = 0 ; t < e ; t += 1 ) r = this . effectsSequence [ t ]( r ); this . setVValue ( r ), this . _isFirstFrame =! 1 , this . lock =! 1 , this . frameId = this . elem . globalData . frameId }} function y ( t ){ this . effectsSequence . push ( t ), this . container . addDynamicProperty ( this )} function n ( t , e , r , i ){ this . propType = " unidimensional " , this . mult = r || 1 , this . data = e , this . v = r ? e . k * r : e . k , this . pv = e . k , this . _mdf =! 1 , this . elem = t , this . container = i , this . comp = t . comp , this . k =! 1 , this . kf =! 1 , this . vel = 0 , this . effectsSequence = [], this . _isFirstFrame =! 0 , this . getValue = u , this . setVValue = d , this . addEffect = y } function o ( t , e , r , i ){ this . propType = " multidimensional " , this . mult = r || 1 , this . data = e , this . _mdf =! 1 , this . elem = t , this . container = i , this . comp = t . comp , this . k =! 1 , this . kf =! 1 , this . frameId =- 1 ; var s , a = e . k . length ; this . v = createTypedArray ( " float32 " , a ), this . pv = createTypedArray ( " float32 " , a ); createTypedArray ( " float32 " , a ); for ( this . vel = createTypedArray ( " float32 " , a ), s = 0 ; s < a ; s += 1 ) this . v [ s ] = e . k [ s ] * this . mult , this . pv [ s ] = e . k [ s ]; this . _isFirstFrame =! 0 , this . effectsSequence = [], this . getValue = u , this . setVValue = d , this . addEffect = y } function h ( t , e , r , i ){ this . propType = " unidimensional " , this . keyframes = e . k , this . offsetTime = t . data . st , this . frameId =- 1 , this . _caching = { lastFrame : m , lastIndex : 0 , value : 0 , _lastKeyframeIndex : - 1 }, this . k =! 0 , this . kf =! 0 , this . data = e , this . mult = r || 1 , this . elem = t , this . container = i , this . comp = t . comp , this . v = m , this . pv = m , this . _isFirstFrame =! 0 , this . getValue = u , this . setVValue = d , this . interpolateValue = f , this . effectsSequence = [ c . bind ( this )], this . addEffect = y } function l ( t , e , r , i ){ this . propType = " multidimensional " ; var s , a , n , o , h , l = e . k . length ; for ( s = 0 ; s < l - 1 ; s += 1 ) e . k [ s ]. to && e . k [ s ]. s && e . k [ s + 1 ] && e . k [ s + 1 ]. s && ( a = e . k [ s ]. s , n = e . k [ s + 1 ]. s , o = e . k [ s ]. to , h = e . k [ s ]. ti ,( 2 === a . length && ( a [ 0 ] !== n [ 0 ] || a [ 1 ] !== n [ 1 ]) && bez . pointOnLine2D ( a [ 0 ], a [ 1 ], n [ 0 ], n [ 1 ], a [ 0 ] + o [ 0 ], a [ 1 ] + o [ 1 ]) && bez . pointOnLine2D ( a [ 0 ], a [ 1 ], n [ 0 ], n [ 1 ], n [ 0 ] + h [ 0 ], n [ 1 ] + h [ 1 ]) || 3 === a . length && ( a [ 0 ] !== n [ 0 ] || a [ 1 ] !== n [ 1 ] || a [ 2 ] !== n [ 2 ]) && bez . pointOnLine3D ( a [ 0 ], a [ 1 ], a [ 2 ], n [ 0 ], n [ 1 ], n [ 2 ], a [ 0 ] + o [ 0 ], a [ 1 ] + o [ 1 ], a [ 2 ] + o [ 2 ]) && bez . pointOnLine3D ( a [ 0 ], a [ 1 ], a [ 2 ], n [ 0 ], n [ 1 ], n [ 2 ], n [ 0 ] + h [ 0 ], n [ 1 ] + h [ 1 ], n [ 2 ] + h [ 2 ])) && ( e . k [ s ]. to = null , e . k [ s ]. ti = null ), a [ 0 ] === n [ 0 ] && a [ 1 ] === n [ 1 ] && 0 === o [ 0 ] && 0 === o [ 1 ] && 0 === h [ 0 ] && 0 === h [ 1 ] && ( 2 === a . length || a [ 2 ] === n [ 2 ] && 0 === o [ 2 ] && 0 === h [ 2 ]) && ( e . k [ s ]. to = null , e . k [ s ]. ti = null )); this . effectsSequence = [ c . bind ( this )], this . keyframes = e . k , this . offsetTime = t . data . st , this . k =! 0 , this . kf =! 0 , this . _isFirstFrame =! 0 , this . mult = r || 1 , this . elem = t , this . container = i , this . comp = t . comp , this . getValue = u , this . setVValue = d , this . interpolateValue = f , this . frameId =- 1 ; var p = e . k [ 0 ]. s . length ; for ( this . v = createTypedArray ( " float32 " , p ), this . pv = createTypedArray ( " float32 " , p ), s = 0 ; s < p ; s += 1 ) this . v [ s ] = m , this . pv [ s ] = m ; this . _caching = { lastFrame : m , lastIndex : 0 , value : createTypedArray ( " float32 " , p )}, this . addEffect = y } return { getProp : function ( t , e , r , i , s ){ var a ; if ( e . k . length ) if ( " number " == typeof e . k [ 0 ]) a = new o ( t , e , i , s ); else switch ( r ){ case 0 : a = new h ( t , e , i , s ); break ; case 1 : a = new l ( t , e , i , s )} else a = new n ( t , e , i , s ); return a . effectsSequence . length && s . addDynamicProperty ( a ), a }}}(), TransformPropertyFactory = function (){ var n = [ 0 , 0 ]; function i ( t , e , r ){ if ( this . elem = t , this . frameId =- 1 , this . propType = " transform " , this . data = e , this . v = new Matrix , this . pre = new Matrix , this . appliedTransformations = 0 , this . initDynamicPropertyContainer ( r || t ), e . p && e . p . s ?( this . px = PropertyFactory . getProp ( t , e . p . x , 0 , 0 , this ), this . py = PropertyFactory . getProp ( t , e . p . y , 0 , 0 , this ), e . p . z && ( this . pz = PropertyFactory . getProp ( t , e . p . z , 0 , 0 , this ))): this . p = PropertyFactory . getProp ( t , e . p || { k :[ 0 , 0 , 0 ]}, 1 , 0 , this ), e . rx ){ if ( this . rx = PropertyFactory . getProp ( t , e . rx , 0 , degToRads , this ), this . ry = PropertyFactory . getProp ( t , e . ry , 0 , degToRads , this ), this . rz = PropertyFactory . getProp ( t , e . rz , 0 , degToRads , this ), e . or . k [ 0 ]. ti ){ var i , s = e . or . k . length ; for ( i = 0 ; i < s ; i += 1 ) e . or . k [ i ]. to = e . or . k [ i ]. ti = null } this . or = PropertyFactory . getProp ( t , e . or , 1 , degToRads , this ), this . or . sh =! 0 } else this . r = PropertyFactory . getProp ( t , e . r || { k : 0 }, 0 , degToRads , this ); e . sk && ( this . sk = PropertyFactory . getProp ( t , e . sk , 0 , degToRads , this ), this . sa = PropertyFactory . getProp ( t , e . sa , 0 , degToRads , this )), this . a = PropertyFactory . getProp ( t , e . a || { k :[ 0 , 0 , 0 ]}, 1 , 0 , this ), this . s = PropertyFactory . getProp ( t , e . s || { k :[ 100 , 100 , 100 ]}, 1 ,. 01 , this ), e . o ? this . o = PropertyFactory . getProp ( t , e . o , 0 ,. 01 , t ): this . o = { _mdf : ! 1 , v : 1 }, this . _isDirty =! 0 , this . dynamicProperties . length || this . getValue ( ! 0 )} return i . prototype = { applyToMatrix : function ( t ){ var e = this . _mdf ; this . iterateDynamicProperties (), this . _mdf = this . _mdf || e , this . a && t . translate ( - this . a . v [ 0 ], - this . a . v [ 1 ], this . a . v [ 2 ]), this . s && t . scale ( this . s . v [ 0 ], this . s . v [ 1 ], this . s . v [ 2 ]), this . sk && t . skewFromAxis ( - this . sk . v , this . sa . v ), this . r ? t . rotate ( - this . r . v ): t . rotateZ ( - this . rz . v ). rotateY ( this . ry . v ). rotateX ( this . rx . v ). rotateZ ( - this . or . v [ 2 ]). rotateY ( this . or . v [ 1 ]). rotateX ( this . or . v [ 0 ]), this . data . p . s ? this . data . p . z ? t . translate ( this . px . v , this . py . v , - this . pz . v ): t . translate ( this . px . v , this . py . v , 0 ): t . translate ( this . p . v [ 0 ], this . p . v [ 1 ], - this . p . v [ 2 ])}, getValue : function ( t ){ if ( this . elem . globalData . frameId !== this . frameId ){ if ( this . _isDirty && ( this . precalculateMatrix (), this . _isDirty =! 1 ), this . iterateDynamicProperties (), this . _mdf || t ){ if ( this . v . cloneFromProps ( this . pre . props ), this . appliedTransformations < 1 && this . v . translate ( - this . a . v [ 0 ], - this . a . v [ 1 ], this . a . v [ 2 ]), this . appliedTransformations < 2 && this . v . scale ( this . s . v [ 0 ], this . s . v [ 1 ], this . s . v [ 2 ]), this . sk && this . appliedTransformations < 3 && this . v . skewFromAxis ( - this . sk . v , this . sa . v ), this . r && this . appliedTransformations < 4 ? this . v . rotate ( - this . r . v ): ! this . r && this . appliedTransformations < 4 && this . v . rotateZ ( - this . rz . v ). rotateY ( this . ry . v ). rotateX ( this . rx . v ). rotateZ ( - this . or . v [ 2 ]). rotateY ( this . or . v [ 1 ]). rotateX ( this . or . v [ 0 ]), this . autoOriented ){ var e , r , i = this . elem . globalData . frameRate ; if ( this . p && this . p . keyframes && this . p . getValueAtTime ) r = this . p . _caching . lastFrame + this . p . offsetTime <= this . p . keyframes [ 0 ]. t ?( e = this . p . getValueAtTime (( this . p . keyframes [ 0 ]. t + . 01 ) / i , 0 ), this . p . getValueAtTime ( this . p . keyframes [ 0 ]. t / i , 0 )): this . p . _caching . lastFrame + this . p . offsetTime >= this . p . keyframes [ this . p . keyframes . length - 1 ]. t ?( e = this . p . getValueAtTime ( this . p . keyframes [ this . p . keyframes . length - 1 ]. t / i , 0 ), this . p . getValueAtTime (( this . p . keyframes [ this . p . keyframes . length - 1 ]. t - . 05 ) / i , 0 )):( e = this . p . pv , this . p . getValueAtTime (( this . p . _caching . lastFrame + this . p . offsetTime - . 01 ) / i , this . p . offsetTime )); else if ( this . px && this . px . keyframes && this . py . keyframes && this . px . getValueAtTime && this . py . getValueAtTime ){ e = [], r = []; var s = this . px , a = this . py ; s . _caching . lastFrame + s . offsetTime <= s . keyframes [ 0 ]. t ?( e [ 0 ] = s . getValueAtTime (( s . keyframes [ 0 ]. t + . 01 ) / i , 0 ), e [ 1 ] = a . getValueAtTime (( a . keyframes [ 0 ]. t + . 01 ) / i , 0 ), r [ 0 ] = s . getValueAtTime ( s . keyframes [ 0 ]. t / i , 0 ), r [ 1 ] = a . getValueAtTime ( a . keyframes [ 0 ]. t / i , 0 )): s . _caching . lastFrame + s . offsetTime >= s . keyframes [ s . keyframes . length - 1 ]. t ?( e [ 0 ] = s . getValueAtTime ( s . keyframes [ s . keyframes . length - 1 ]. t / i , 0 ), e [ 1 ] = a . getValueAtTime ( a . keyframes [ a . keyframes . length - 1 ]. t / i , 0 ), r [ 0 ] = s . getValueAtTime (( s . keyframes [ s . keyframes . length - 1 ]. t - . 01 ) / i , 0 ), r [ 1 ] = a . getValueAtTime (( a . keyframes [ a . keyframes . length - 1 ]. t - . 01 ) / i , 0 )):( e = [ s . pv , a . pv ], r [ 0 ] = s . getValueAtTime (( s . _caching . lastFrame + s . offsetTime - . 01 ) / i , s . offsetTime ), r [ 1 ] = a . getValueAtTime (( a . _caching . lastFrame + a . offsetTime - . 01 ) / i , a . offsetTime ))} else e = r = n ; this . v . rotate ( - Math . atan2 ( e [ 1 ] - r [ 1 ], e [ 0 ] - r [ 0 ]))} this . data . p && this . data . p . s ? this . data . p . z ? this . v . translate ( this . px . v , this . py . v , - this . pz . v ): this . v . translate ( this . px . v , this . py . v , 0 ): this . v . translate ( this . p . v [ 0 ], this . p . v [ 1 ], - this . p . v [ 2 ])} this . frameId = this . elem . globalData . frameId }}, precalculateMatrix : function (){ if ( ! this . a . k && ( this . pre . translate ( - this . a . v [ 0 ], - this . a . v [ 1 ], this . a . v [ 2 ]), this . appliedTransformations = 1 , ! this . s . effectsSequence . length )){ if ( this . pre . scale ( this . s . v [ 0 ], this . s . v [ 1 ], this . s . v [ 2 ]), this . appliedTransformations = 2 , this . sk ){ if ( this . sk . effectsSequence . length || this . sa . effectsSequence . length ) return ; this . pre . skewFromAxis ( - this . sk . v , this . sa . v ), this . appliedTransformations = 3 } if ( this . r ){ if ( this . r . effectsSequence . length ) return ; this . pre . rotate ( - this . r . v ), this . appliedTransformations = 4 } else this . rz . effectsSequence . length || this . ry . effectsSequence . length || this . rx . effectsSequence . length || this . or . effectsSequence . length || ( this . pre . rotateZ ( - this . rz . v ). rotateY ( this . ry . v ). rotateX ( this . rx . v ). rotateZ ( - this . or . v [ 2 ]). rotateY ( this . or . v [ 1 ]). rotateX ( this . or . v [ 0 ]), this . appliedTransformations = 4 )}}, autoOrient : function (){}}, extendPrototype ([ DynamicPropertyContainer ], i ), i . prototype . addDynamicProperty = function ( t ){ this . _addDynamicProperty ( t ), this . elem . addDynamicProperty ( t ), this . _isDirty =! 0 }, i . prototype . _addDynamicProperty = DynamicPropertyContainer . prototype . addDynamicProperty ,{ getTransformProperty : function ( t , e , r ){ return new i ( t , e , r )}}}(); function ShapePath (){ this . c =! 1 , this . _length = 0 , this . _maxLength = 8 , this . v = createSizedArray ( this . _maxLength ), this . o = createSizedArray ( this . _maxLength ), this . i = createSizedArray ( this . _maxLength )} ShapePath . prototype . setPathData = function ( t , e ){ this . c = t , this . setLength ( e ); for ( var r = 0 ; r < e ;) this . v [ r ] = point_pool . newElement (), this . o [ r ] = point_pool . newElement (), this . i [ r ] = point_pool . newElement (), r += 1 }, ShapePath . prototype . setLength = function ( t ){ for (; this . _maxLength < t ;) this . doubleArrayLength (); this . _length = t }, ShapePath . prototype . doubleArrayLength = function (){ this . v = this . v . concat ( createSizedArray ( this . _maxLength )), this . i = this . i . concat ( createSizedArray ( this . _maxLength )), this . o = this . o . concat ( createSizedArray ( this . _maxLength )), this . _maxLength *= 2 }, ShapePath . prototype . setXYAt = function ( t , e , r , i , s ){ var a ; switch ( this . _length = Math . max ( this . _length , i + 1 ), this . _length >= this . _maxLength && this . doubleArrayLength (), r ){ case " v " : a = this . v ; break ; case " i " : a = this . i ; break ; case " o " : a = this . o }( ! a [ i ] || a [ i ] &&! s ) && ( a [ i ] = point_pool . newElement ()), a [ i ][ 0 ] = t , a [ i ][ 1 ] = e }, ShapePath . prototype . setTripleAt = function ( t , e , r , i , s , a , n , o ){ this . setXYAt ( t , e , " v " , n , o ), this . setXYAt ( r , i , " o " , n , o ), this . setXYAt ( s , a , " i " , n , o )}, ShapePath . prototype . reverse = function (){ var t = new ShapePath ; t . setPathData ( this . c , this . _length ); var e = this . v , r = this . o , i = this . i , s = 0 ; this . c && ( t . setTripleAt ( e [ 0 ][ 0 ], e [ 0 ][ 1 ], i [ 0 ][ 0 ], i [ 0 ][ 1 ], r [ 0 ][ 0 ], r [ 0 ][ 1 ], 0 , ! 1 ), s = 1 ); var a , n = this . _length - 1 , o = this . _length ; for ( a = s ; a < o ; a += 1 ) t . setTripleAt ( e [ n ][ 0 ], e [ n ][ 1 ], i [ n ][ 0 ], i [ n ][ 1 ], r [ n ][ 0 ], r [ n ][ 1 ], a , ! 1 ), n -= 1 ; return t }; var ShapePropertyFactory = function (){ var s =- 999999 ; function t ( t , e , r ){ var i , s , a , n , o , h , l , p , m , f = r . lastIndex , c = this . keyframes ; if ( t < c [ 0 ]. t - this . offsetTime ) i = c [ 0 ]. s [ 0 ], a =! 0 , f = 0 ; else if ( t >= c [ c . length - 1 ]. t - this . offsetTime ) i = c [ c . length - 1 ]. s ? c [ c . length - 1 ]. s [ 0 ]: c [ c . length - 2 ]. e [ 0 ], a =! 0 ; else { for ( var d , u , y = f , g = c . length - 1 , v =! 0 ; v && ( d = c [ y ], ! (( u = c [ y + 1 ]). t - this . offsetTime > t ));) y < g - 1 ? y += 1 : v =! 1 ; if ( f = y , ! ( a = 1 === d . h )){ if ( t >= u . t - this . offsetTime ) p = 1 ; else if ( t < d . t - this . offsetTime ) p = 0 ; else { var b ; d . __fnct ? b = d . __fnct :( b = BezierFactory . getBezierEasing ( d . o . x , d . o . y , d . i . x , d . i . y ). get , d . __fnct = b ), p = b (( t - ( d . t - this . offsetTime )) / ( u . t - this . offsetTime - ( d . t - this . offsetTime )))} s = u . s ? u . s [ 0 ]: d . e [ 0 ]} i = d . s [ 0 ]} for ( h = e . _length , l = i . i [ 0 ]. length , r . lastIndex = f , n = 0 ; n < h ; n += 1 ) for ( o = 0 ; o < l ; o += 1 ) m = a ? i . i [ n ][ o ]: i . i [ n ][ o ] + ( s . i [ n ][ o ] - i . i [ n ][ o ]) * p , e . i [ n ][ o ] = m , m = a ? i . o [ n ][ o ]: i . o [ n ][ o ] + ( s . o [ n ][ o ] - i . o [ n ][ o ]) * p , e . o [ n ][ o ] = m , m = a ? i . v [ n ][ o ]: i . v [ n ][ o ] + ( s . v [ n ][ o ] - i . v [ n ][ o ]) * p , e . v [ n ][ o ] = m } function a (){ this . paths = this . localShapeCollection } function e ( t ){( function ( t , e ){ if ( t . _length !== e . _length || t . c !== e . c ) return ! 1 ; var r , i = t . _length ; for ( r = 0 ; r < i ; r += 1 ) if ( t . v [ r ][ 0 ] !== e . v [ r ][ 0 ] || t . v [ r ][ 1 ] !== e . v [ r ][ 1 ] || t . o [ r ][ 0 ] !== e . o [ r ][ 0 ] || t . o [ r ][ 1 ] !== e . o [ r ][ 1 ] || t . i [ r ][ 0 ] !== e . i [ r ][ 0 ] || t . i [ r ][ 1 ] !== e . i [ r ][ 1 ]) return ! 1 ; return ! 0 })( this . v , t ) || ( this . v = shape_pool . clone ( t ), this . localShapeCollection . releaseShapes (), this . localShapeCollection . addShape ( this . v ), this . _mdf =! 0 , this . paths = this . localShapeCollection )} function r (){ if ( this . elem . globalData . frameId !== this . frameId ) if ( this . effectsSequence . length ) if ( this . lock ) this . setVValue ( this . pv ); else { this . lock =! 0 , this . _mdf =! 1 ; var t , e = this . kf ? this . pv : this . data . ks ? this . data . ks . k : this . data . pt . k , r = this . effectsSequence . length ; for ( t = 0 ; t < r ; t += 1 ) e = this . effectsSequence [ t ]( e ); this . setVValue ( e ), this . lock =! 1 , this . frameId = this . elem . globalData . frameId } else this . _mdf =! 1 } function n ( t , e , r ){ this . propType = " shape " , this . comp = t . comp , this . container = t , this . elem = t , this . data = e , this . k =! 1 , this . kf =! 1 , this . _mdf =! 1 ; var i = 3 === r ? e . pt . k : e . ks . k ; this . v = shape_pool . clone ( i ), this . pv = shape_pool . clone ( this . v ), this . localShapeCollection = shapeCollection_pool . newShapeCollection (), this . paths = this . localShapeCollection , this . paths . addShape ( this . v ), this . reset = a , this . effectsSequence = []} function i ( t ){ this . effectsSequence . push ( t ), this . container . addDynamicProperty ( this )} function o ( t , e , r ){ this . propType = " shape " , this . comp = t . comp , this . elem = t , this . container = t , this . offsetTime = t . data . st , this . keyframes = 3 === r ? e . pt . k : e . ks . k , this . k =! 0 , this . kf =! 0 ; var i = this . keyframes [ 0 ]. s [ 0 ]. i . length ; this . keyframes [ 0 ]. s [ 0 ]. i [ 0 ]. length ; this . v = shape_pool . newElement (), this . v . setPathData ( this . keyframes [ 0 ]. s [ 0 ]. c , i ), this . pv = shape_pool . clone ( this . v ), this . localShapeCollection = shapeCollection_pool . newShapeCollection (), this . paths = this . localShapeCollection , this . paths . addShape ( this . v ), this . lastFrame = s , this . reset = a , this . _caching = { lastFrame : s , lastIndex : 0 }, this . effectsSequence = [ function (){ var t = this . comp . renderedFrame - this . offsetTime , e = this . keyframes [ 0 ]. t - this . offsetTime , r = this . keyframes [ this . keyframes . length - 1 ]. t - this . offsetTime , i = this . _caching . lastFrame ; return i !== s && ( i < e && t < e || r < i && r < t ) || ( this . _caching . lastIndex = i < t ? this . _caching . lastIndex : 0 , this . interpolateShape ( t , this . pv , this . _caching )), this . _caching . lastFrame = t , this . pv }. bind ( this )]} n . prototype . interpolateShape = t , n . prototype . getValue = r , n . prototype . setVValue = e , n . prototype . addEffect = i , o . prototype . getValue = r , o . prototype . interpolateShape = t , o . prototype . setVValue = e , o . prototype . addEffect = i ; var h = function (){ var n = roundCorner ; function t ( t , e ){ this . v = shape_pool . newElement (), this . v . setPathData ( ! 0 , 4 ), this . localShapeCollection = shapeCollection_pool . newShapeCollection (), this . paths = this . localShapeCollection , this . localShapeCollection . addShape ( this . v ), this . d = e . d , this . elem = t , this . comp = t . comp , this . frameId =- 1 , this . initDynamicPropertyContainer ( t ), this . p = PropertyFactory . getProp ( t , e . p , 1 , 0 , this ), this . s = PropertyFactory . getProp ( t , e . s , 1 , 0 , this ), this . dynamicProperties . length ? this . k =! 0 :( this . k =! 1 , this . convertEllToPath ())} return t . prototype = { reset : a , getValue : function (){ this . elem . globalData . frameId !== this . frameId && ( this . frameId = this . elem . globalData . frameId , this . iterateDynamicProperties (), this . _mdf && this . convertEllToPath ())}, convertEllToPath : function (){ var t = this . p . v [ 0 ], e = this . p . v [ 1 ], r = this . s . v [ 0 ] / 2 , i = this . s . v [ 1 ] / 2 , s = 3 !== this . d , a = this . v ; a . v [ 0 ][ 0 ] = t , a . v [ 0 ][ 1 ] = e - i , a . v [ 1 ][ 0 ] = s ? t + r : t - r , a . v [ 1 ][ 1 ] = e , a . v [ 2 ][ 0 ] = t , a . v [ 2 ][ 1 ] = e + i , a . v [ 3 ][ 0 ] = s ? t - r : t + r , a . v [ 3 ][ 1 ] = e , a . i [ 0 ][ 0 ] = s ? t - r * n : t + r * n , a . i [ 0 ][ 1 ] = e - i , a . i [ 1 ][ 0 ] = s ? t + r : t - r , a . i [ 1 ][ 1 ] = e - i * n , a . i [ 2 ][ 0 ] = s ? t + r * n : t - r * n , a . i [ 2 ][ 1 ] = e + i , a . i [ 3 ][ 0 ] = s ? t - r : t + r , a . i [ 3 ][ 1 ] = e + i * n , a . o [ 0 ][ 0 ] = s ? t + r * n : t - r * n , a . o [ 0 ][ 1 ] = e - i , a . o [ 1 ][ 0 ] = s ? t + r : t - r , a . o [ 1 ][ 1 ] = e + i * n , a . o [ 2 ][ 0 ] = s ? t - r * n : t + r * n , a . o [ 2 ][ 1 ] = e + i , a . o [ 3 ][ 0 ] = s ? t - r : t + r , a . o [ 3 ][ 1 ] = e - i * n }}, extendPrototype ([ DynamicPropertyContainer ], t ), t }(), l = function (){ function t ( t , e ){ this . v = shape_pool . newElement (), this . v . setPathData ( ! 0 , 0 ), this . elem = t , this . comp = t . comp , this . data = e , this . frameId =- 1 , this . d = e . d , this . initDynamicPropertyContainer ( t ), 1 === e . sy ?( this . ir = PropertyFactory . getProp ( t , e . ir , 0 , 0 , this ), this . is = PropertyFactory . getProp ( t , e . is , 0 ,. 01 , this ), this . convertToPath = this . convertStarToPath ): this . convertToPath = this . convertPolygonToPath , this . pt = PropertyFactory . getProp ( t , e . pt , 0 , 0 , this ), this . p = PropertyFactory . getProp ( t , e . p , 1 , 0 , this ), this . r = PropertyFactory . getProp ( t , e . r , 0 , degToRads , this ), this . or = PropertyFactory . getProp ( t , e . or , 0 , 0 , this ), this . os = PropertyFactory . getProp ( t , e . os , 0 ,. 01 , this ), this . localShapeCollection = shapeCollection_pool . newShapeCollection (), this . localShapeCollection . addShape ( this . v ), this . paths = this . localShapeCollection , this . dynamicProperties . length ? this . k =! 0 :( this . k =! 1 , this . convertToPath ())} return t . prototype = { reset : a , getValue : function (){ this . elem . globalData . frameId !== this . frameId && ( this . frameId = this . elem . globalData . frameId , this . iterateDynamicProperties (), this . _mdf && this . convertToPath ())}, convertStarToPath : function (){ var t , e , r , i , s = 2 * Math . floor ( this . pt . v ), a = 2 * Math . PI / s , n =! 0 , o = this . or . v , h = this . ir . v , l = this . os . v , p = this . is . v , m = 2 * Math . PI * o / ( 2 * s ), f = 2 * Math . PI * h / ( 2 * s ), c =- Math . PI / 2 ; c += this . r . v ; var d = 3 === this . data . d ? - 1 : 1 ; for ( t = this . v . _length = 0 ; t < s ; t += 1 ){ r = n ? l : p , i = n ? m : f ; var u = ( e = n ? o : h ) * Math . cos ( c ), y = e * Math . sin ( c ), g = 0 === u && 0 === y ? 0 : y / Math . sqrt ( u * u + y * y ), v = 0 === u && 0 === y ? 0 : - u / Math . sqrt ( u * u + y * y ); u +=+ this . p . v [ 0 ], y +=+ this . p . v [ 1 ], this . v . setTripleAt ( u , y , u - g * i * r * d , y - v * i * r * d , u + g * i * r * d , y + v * i * r * d , t , ! 0 ), n =! n , c += a * d }}, convertPolygonToPath : function (){ var t , e = Math . floor ( this . pt . v ), r = 2 * Math . PI / e , i = this . or . v , s = this . os . v , a = 2 * Math . PI * i / ( 4 * e ), n =- Math . PI / 2 , o = 3 === this . data . d ? - 1 : 1 ; for ( n += this . r . v , t = this . v . _length = 0 ; t < e ; t += 1 ){ var h = i * Math . cos ( n ), l = i * Math . sin ( n ), p = 0 === h && 0 === l ? 0 : l / Math . sqrt ( h * h + l * l ), m = 0 === h && 0 === l ? 0 : - h / Math . sqrt ( h * h + l * l ); h +=+ this . p . v [ 0 ], l +=+ this . p . v [ 1 ], this . v . setTripleAt ( h , l , h - p * a * s * o , l - m * a * s * o , h + p * a * s * o , l + m * a * s * o , t , ! 0 ), n += r * o } this . paths . length = 0 , this . paths [ 0 ] = this . v }}, extendPrototype ([ DynamicPropertyContainer ], t ), t }(), p = function (){ function t ( t , e ){ this . v = shape_pool . newElement (), this . v . c =! 0 , this . localShapeCollection = shapeCollection_pool . newShapeCollection (), this . localShapeCollection . addShape ( this . v ), this . paths = this . localShapeCollection , this . elem = t , this . comp = t . comp , this . frameId =- 1 , this . d = e . d , this . initDynamicPropertyContainer ( t ), this . p = PropertyFactory . getProp ( t , e . p , 1 , 0 , this ), this . s = PropertyFactory . getProp ( t , e . s , 1 , 0 , this ), this . r = PropertyFactory . getProp ( t , e . r , 0 , 0 , this ), this . dynamicProperties . length ? this . k =! 0 :( this . k =! 1 , this . convertRectToPath ())} return t . prototype = { convertRectToPath : function (){ var t = this . p . v [ 0 ], e = this . p . v [ 1 ], r = this . s . v [ 0 ] / 2 , i = this . s . v [ 1 ] / 2 , s = bm_min ( r , i , this . r . v ), a = s * ( 1 - roundCorner ); this . v . _length = 0 , 2 === this . d || 1 === this . d ?( this . v . setTripleAt ( t + r , e - i + s , t + r , e - i + s , t + r , e - i + a , 0 , ! 0 ), this . v . setTripleAt ( t + r , e + i - s , t + r , e + i - a , t + r , e + i - s , 1 , ! 0 ), 0 !== s ?( this . v . setTripleAt ( t + r - s , e + i , t + r - s , e + i , t + r - a , e + i , 2 , ! 0 ), this . v . setTripleAt ( t - r + s , e + i , t - r + a , e + i , t - r + s , e + i , 3 , ! 0 ), this . v . setTripleAt ( t - r , e + i - s , t - r , e + i - s , t - r , e + i - a , 4 , ! 0 ), this . v . setTripleAt ( t - r , e - i + s , t - r , e - i + a , t - r , e - i + s , 5 , ! 0 ), this . v . setTripleAt ( t - r + s , e - i , t - r + s , e - i , t - r + a , e - i , 6 , ! 0 ), this . v . setTripleAt ( t + r - s , e - i , t + r - a , e - i , t + r - s , e - i , 7 , ! 0 )):( this . v . setTripleAt ( t - r , e + i , t - r + a , e + i , t - r , e + i , 2 ), this . v . setTripleAt ( t - r , e - i , t - r , e - i + a , t - r , e - i , 3 ))):( this . v . setTripleAt ( t + r , e - i + s , t + r , e - i + a , t + r , e - i + s , 0 , ! 0 ), 0 !== s ?( this . v . setTripleAt ( t + r - s , e - i , t + r - s , e - i , t + r - a , e - i , 1 , ! 0 ), this . v . setTripleAt ( t - r + s , e - i , t - r + a , e - i , t - r + s , e - i , 2 , ! 0 ), this . v . setTripleAt ( t - r , e - i + s , t - r , e - i + s , t - r , e - i + a , 3 , ! 0 ), this . v . setTripleAt ( t - r , e + i - s , t - r , e + i - a , t - r , e + i - s , 4 , ! 0 ), this . v . setTripleAt ( t - r + s , e + i , t - r + s , e + i , t - r + a , e + i , 5 , ! 0 ), this . v . setTripleAt ( t + r - s , e + i , t + r - a , e + i , t + r - s , e + i , 6 , ! 0 ), this . v . setTripleAt ( t + r , e + i - s , t + r , e + i - s , t + r , e + i - a , 7 , ! 0 )):( this . v . setTripleAt ( t - r , e - i , t - r + a , e - i , t - r , e - i , 1 , ! 0 ), this . v . setTripleAt ( t - r , e + i , t - r , e + i - a , t - r , e + i , 2 , ! 0 ), this . v . setTripleAt ( t + r , e + i , t + r - a , e + i , t + r , e + i , 3 , ! 0 )))}, getValue : function ( t ){ this . elem . globalData . frameId !== this . frameId && ( this . frameId = this . elem . globalData . frameId , this . iterateDynamicProperties (), this . _mdf && this . convertRectToPath ())}, reset : a }, extendPrototype ([ DynamicPropertyContainer ], t ), t }(); var m = { getShapeProp : function ( t , e , r ){ var i ; return 3 === r || 4 === r ? i = ( 3 === r ? e . pt : e . ks ). k . length ? new o ( t , e , r ): new n ( t , e , r ): 5 === r ? i = new p ( t , e ): 6 === r ? i = new h ( t , e ): 7 === r && ( i = new l ( t , e )), i . k && t . addDynamicProperty ( i ), i }, getConstructorFunction : function (){ return n }, getKeyframedConstructorFunction : function (){ return o }}; return m }(), ShapeModifiers = ( $r = {}, _r = {}, $r . registerModifier = function ( t , e ){ _r [ t ] || ( _r [ t ] = e )}, $r . getModifier = function ( t , e , r ){ return new _r [ t ]( e , r )}, $r ), $r , _r ; function ShapeModifier (){} function TrimModifier (){} function RoundCornersModifier (){} function RepeaterModifier (){} function ShapeCollection (){ this . _length = 0 , this . _maxLength = 4 , this . shapes = createSizedArray ( this . _maxLength )} function DashProperty ( t , e , r , i ){ this . elem = t , this . frameId =- 1 , this . dataProps = createSizedArray ( e . length ), this . renderer = r , this . k =! 1 , this . dashStr = "" , this . dashArray = createTypedArray ( " float32 " , e . length ? e . length - 1 : 0 ), this . dashoffset = createTypedArray ( " float32 " , 1 ), this . initDynamicPropertyContainer ( i ); var s , a , n = e . length || 0 ; for ( s = 0 ; s < n ; s += 1 ) a = PropertyFactory . getProp ( t , e [ s ]. v , 0 , 0 , this ), this . k = a . k || this . k , this . dataProps [ s ] = { n : e [ s ]. n , p : a }; this . k || this . getValue ( ! 0 ), this . _isAnimated = this . k } function GradientProperty ( t , e , r ){ this . data = e , this . c = createTypedArray ( " uint8c " , 4 * e . p ); var i = e . k . k [ 0 ]. s ? e . k . k [ 0 ]. s . length - 4 * e . p : e . k . k . length - 4 * e . p ; this . o = createTypedArray ( " float32 " , i ), this . _cmdf =! 1 , this . _omdf =! 1 , this . _collapsable = this . checkCollapsable (), this . _hasOpacity = i , this . initDynamicPropertyContainer ( r ), this . prop = PropertyFactory . getProp ( t , e . k , 1 , null , this ), this . k = this . prop . k , this . getValue ( ! 0 )} ShapeModifier . prototype . initModifierProperties = function (){}, ShapeModifier . prototype . addShapeToModifier = function (){}, ShapeModifier . prototype . addShape = function ( t ){ if ( ! this . closed ){ t . sh . container . addDynamicProperty ( t . sh ); var e = { shape : t . sh , data : t , localShapeCollection : shapeCollection_pool . newShapeCollection ()}; this . shapes . push ( e ), this . addShapeToModifier ( e ), this . _isAnimated && t . setAsAnimated ()}}, ShapeModifier . prototype . init = function ( t , e ){ this . shapes = [], this . elem = t , this . initDynamicPropertyContainer ( t ), this . initModifierProperties ( t , e ), this . frameId = initialDefaultFrame , this . closed =! 1 , this . k =! 1 , this . dynamicProperties . length ? this . k =! 0 : this . getValue ( ! 0 )}, ShapeModifier . prototype . processKeys = function (){ this . elem . globalData . frameId !== this . frameId && ( this . frameId = this . elem . globalData . frameId , this . iterateDynamicProperties ())}, extendPrototype ([ DynamicPropertyContainer ], ShapeModifier ), extendPrototype ([ ShapeModifier ], TrimModifier ), TrimModifier . prototype . initModifierProperties = function ( t , e ){ this . s = PropertyFactory . getProp ( t , e . s , 0 ,. 01 , this ), this . e = PropertyFactory . getProp ( t , e . e , 0 ,. 01 , this ), this . o = PropertyFactory . getProp ( t , e . o , 0 , 0 , this ), this . sValue = 0 , this . eValue = 0 , this . getValue = this . processKeys , this . m = e . m , this . _isAnimated =!! this . s . effectsSequence . length ||!! this . e . effectsSequence . length ||!! this . o . effectsSequence . length }, TrimModifier . prototype . addShapeToModifier = function ( t ){ t . pathsData = []}, TrimModifier . prototype . calculateShapeEdges = function ( t , e , r , i , s ){ var a = []; e <= 1 ? a . push ({ s : t , e : e }): 1 <= t ? a . push ({ s : t - 1 , e : e - 1 }):( a . push ({ s : t , e : 1 }), a . push ({ s : 0 , e : e - 1 })); var n , o , h = [], l = a . length ; for ( n = 0 ; n < l ; n += 1 ){ var p , m ; if (( o = a [ n ]). e * s < i || o . s * s > i + r ); else p = o . s * s <= i ? 0 :( o . s * s - i ) / r , m = o . e * s >= i + r ? 1 :( o . e * s - i ) / r , h . push ([ p , m ])} return h . length || h . push ([ 0 , 0 ]), h }, TrimModifier . prototype . releasePathsData = function ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) segments_length_pool . release ( t [ e ]); return t . length = 0 , t }, TrimModifier . prototype . processShapes = function ( t ){ var e , r , i ; if ( this . _mdf || t ){ var s = this . o . v % 360 / 360 ; if ( s < 0 && ( s += 1 ), e = ( 1 < this . s . v ? 1 : this . s . v < 0 ? 0 : this . s . v ) + s ,( r = ( 1 < this . e . v ? 1 : this . e . v < 0 ? 0 : this . e . v ) + s ) < e ){ var a = e ; e = r , r = a } e = 1 e - 4 * Math . round ( 1 e4 * e ), r = 1 e - 4 * Math . round ( 1 e4 * r ), this . sValue = e , this . eValue = r } else e = this . sValue , r = this . eValue ; var n , o , h , l , p , m , f = this . shapes . length , c = 0 ; if ( r === e ) for ( n = 0 ; n < f ; n += 1 ) this . shapes [ n ]. localShapeCollection . releaseShapes (), this . shapes [ n ]. shape . _mdf =! 0 , this . shapes [ n ]. shape . paths = this . shapes [ n ]. localShapeCollection ; else if ( 1 === r && 0 === e || 0 === r && 1 === e ){ if ( this . _mdf ) for ( n = 0 ; n < f ; n += 1 ) this . shapes [ n ]. pathsData . length = 0 , this . shapes [ n ]. shape . _mdf =! 0 } else { var d , u , y = []; for ( n = 0 ; n < f ; n += 1 ) if (( d = this . shapes [ n ]). shape . _mdf || this . _mdf || t || 2 === this . m ){ if ( h = ( i = d . shape . paths ). _length , m = 0 , ! d . shape . _mdf && d . pathsData . length ) m = d . totalShapeLength ; else { for ( l = this . releasePathsData ( d . pathsData ), o = 0 ; o < h ; o += 1 ) p = bez . getSegmentsLength ( i . shapes [ o ]), l . push ( p ), m += p . totalLength ; d . totalShapeLength = m , d . pathsData = l } c += m , d . shape . _mdf =! 0 } else d . shape . paths = d . localShapeCollection ; var g , v = e , b = r , E = 0 ; for ( n = f - 1 ; 0 <= n ; n -= 1 ) if (( d = this . shapes [ n ]). shape . _mdf ){ for (( u = d . localShapeCollection ). releaseShapes (), 2 === this . m && 1 < f ?( g = this . calculateShapeEdges ( e , r , d . totalShapeLength , E , c ), E += d . totalShapeLength ): g = [[ v , b ]], h = g . length , o = 0 ; o < h ; o += 1 ){ v = g [ o ][ 0 ], b = g [ o ][ 1 ], y . length = 0 , b <= 1 ? y . push ({ s : d . totalShapeLength * v , e : d . totalShapeLength * b }): 1 <= v ? y . push ({ s : d . totalShapeLength * ( v - 1 ), e : d . totalShapeLength * ( b - 1 )}):( y . push ({ s : d . totalShapeLength * v , e : d . totalShapeLength }), y . push ({ s : 0 , e : d . totalShapeLength * ( b - 1 )})); var x = this . addShapes ( d , y [ 0 ]); if ( y [ 0 ]. s !== y [ 0 ]. e ){ if ( 1 < y . length ) if ( d . shape . paths . shapes [ d . shape . paths . _length - 1 ]. c ){ var S = x . pop (); this . addPaths ( x , u ), x = this . addShapes ( d , y [ 1 ], S )} else this . addPaths ( x , u ), x = this . addShapes ( d , y [ 1 ]); this . addPaths ( x , u )}} d . shape . paths = u }}}, TrimModifier . prototype . addPaths = function ( t , e ){ var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) e . addShape ( t [ r ])}, TrimModifier . prototype . addSegment = function ( t , e , r , i , s , a , n ){ s . setXYAt ( e [ 0 ], e [ 1 ], " o " , a ), s . setXYAt ( r [ 0 ], r [ 1 ], " i " , a + 1 ), n && s . setXYAt ( t [ 0 ], t [ 1 ], " v " , a ), s . setXYAt ( i [ 0 ], i [ 1 ], " v " , a + 1 )}, TrimModifier . prototype . addSegmentFromArray = function ( t , e , r , i ){ e . setXYAt ( t [ 1 ], t [ 5 ], " o " , r ), e . setXYAt ( t [ 2 ], t [ 6 ], " i " , r + 1 ), i && e . setXYAt ( t [ 0 ], t [ 4 ], " v " , r ), e . setXYAt ( t [ 3 ], t [ 7 ], " v " , r + 1 )}, TrimModifier . prototype . addShapes = function ( t , e , r ){ var i , s , a , n , o , h , l , p , m = t . pathsData , f = t . shape . paths . shapes , c = t . shape . paths . _length , d = 0 , u = [], y =! 0 ; for ( p = r ?( o = r . _length , r . _length ):( r = shape_pool . newElement (), o = 0 ), u . push ( r ), i = 0 ; i < c ; i += 1 ){ for ( h = m [ i ]. lengths , r . c = f [ i ]. c , a = f [ i ]. c ? h . length : h . length + 1 , s = 1 ; s < a ; s += 1 ) if ( d + ( n = h [ s - 1 ]). addedLength < e . s ) d += n . addedLength , r . c =! 1 ; else { if ( d > e . e ){ r . c =! 1 ; break } e . s <= d && e . e >= d + n . addedLength ?( this . addSegment ( f [ i ]. v [ s - 1 ], f [ i ]. o [ s - 1 ], f [ i ]. i [ s ], f [ i ]. v [ s ], r , o , y ), y =! 1 ):( l = bez . getNewSegment ( f [ i ]. v [ s - 1 ], f [ i ]. v [ s ], f [ i ]. o [ s - 1 ], f [ i ]. i [ s ],( e . s - d ) / n . addedLength ,( e . e - d ) / n . addedLength , h [ s - 1 ]), this . addSegmentFromArray ( l , r , o , y ), y =! 1 , r . c =! 1 ), d += n . addedLength , o += 1 } if ( f [ i ]. c && h . length ){ if ( n = h [ s - 1 ], d <= e . e ){ var g = h [ s - 1 ]. addedLength ; e . s <= d && e . e >= d + g ?( this . addSegment ( f [ i ]. v [ s - 1 ], f [ i ]. o [ s - 1 ], f [ i ]. i [ 0 ], f [ i ]. v [ 0 ], r , o , y ), y =! 1 ):( l = bez . getNewSegment ( f [ i ]. v [ s - 1 ], f [ i ]. v [ 0 ], f [ i ]. o [ s - 1 ], f [ i ]. i [ 0 ],( e . s - d ) / g ,( e . e - d ) / g , h [ s - 1 ]), this . addSegmentFromArray ( l , r , o , y ), y =! 1 , r . c =! 1 )} else r . c =! 1 ; d += n . addedLength , o += 1 } if ( r . _length && ( r . setXYAt ( r . v [ p ][ 0 ], r . v [ p ][ 1 ], " i " , p ), r . setXYAt ( r . v [ r . _length - 1 ][ 0 ], r . v [ r . _length - 1 ][ 1 ], " o " , r . _length - 1 )), d > e . e ) break ; i < c - 1 && ( r = shape_pool . newElement (), y =! 0 , u . push ( r ), o = 0 )} return u }, ShapeModifiers . registerModifier ( " tm " , TrimModifier ), extendPrototype ([ ShapeModifier ], RoundCornersModifier ), RoundCornersModifier . prototype . initModifierProperties = function ( t , e ){ this . getValue = this . processKeys , this . rd = PropertyFactory . getProp ( t , e . r , 0 , null , this ), this . _isAnimated =!! this . rd . effectsSequence . length }, RoundCornersModifier . prototype . processPath = function ( t , e ){ var r = shape_pool . newElement (); r . c = t . c ; var i , s , a , n , o , h , l , p , m , f , c , d , u , y = t . _length , g = 0 ; for ( i = 0 ; i < y ; i += 1 ) s = t . v [ i ], n = t . o [ i ], a = t . i [ i ], s [ 0 ] === n [ 0 ] && s [ 1 ] === n [ 1 ] && s [ 0 ] === a [ 0 ] && s [ 1 ] === a [ 1 ]? 0 !== i && i !== y - 1 || t . c ?( o = 0 === i ? t . v [ y - 1 ]: t . v [ i - 1 ], l = ( h = Math . sqrt ( Math . pow ( s [ 0 ] - o [ 0 ], 2 ) + Math . pow ( s [ 1 ] - o [ 1 ], 2 )))? Math . min ( h / 2 , e ) / h : 0 , p = d = s [ 0 ] + ( o [ 0 ] - s [ 0 ]) * l , m = u = s [ 1 ] - ( s [ 1 ] - o [ 1 ]) * l , f = p - ( p - s [ 0 ]) * roundCorner , c = m - ( m - s [ 1 ]) * roundCorner , r . setTripleAt ( p , m , f , c , d , u , g ), g += 1 , o = i === y - 1 ? t . v [ 0 ]: t . v [ i + 1 ], l = ( h = Math . sqrt ( Math . pow ( s [ 0 ] - o [ 0 ], 2 ) + Math . pow ( s [ 1 ] - o [ 1 ], 2 )))? Math . min ( h / 2 , e ) / h : 0 , p = f = s [ 0 ] + ( o [ 0 ] - s [ 0 ]) * l , m = c = s [ 1 ] + ( o [ 1 ] - s [ 1 ]) * l , d = p - ( p - s [ 0 ]) * roundCorner , u = m - ( m - s [ 1 ]) * roundCorner , r . setTripleAt ( p , m , f , c , d , u , g )): r . setTripleAt ( s [ 0 ], s [ 1 ], n [ 0 ], n [ 1 ], a [ 0 ], a [ 1 ], g ): r . setTripleAt ( t . v [ i ][ 0 ], t . v [ i ][ 1 ], t . o [ i ][ 0 ], t . o [ i ][ 1 ], t . i [ i ][ 0 ], t . i [ i ][ 1 ], g ), g += 1 ; return r }, RoundCornersModifier . prototype . processShapes = function ( t ){ var e , r , i , s , a , n , o = this . shapes . length , h = this . rd . v ; if ( 0 !== h ) for ( r = 0 ; r < o ; r += 1 ){ if (( a = this . shapes [ r ]). shape . paths , n = a . localShapeCollection , a . shape . _mdf || this . _mdf || t ) for ( n . releaseShapes (), a . shape . _mdf =! 0 , e = a . shape . paths . shapes , s = a . shape . paths . _length , i = 0 ; i < s ; i += 1 ) n . addShape ( this . processPath ( e [ i ], h )); a . shape . paths = a . localShapeCollection } this . dynamicProperties . length || ( this . _mdf =! 1 )}, ShapeModifiers . registerModifier ( " rd " , RoundCornersModifier ), extendPrototype ([ ShapeModifier ], RepeaterModifier ), RepeaterModifier . prototype . initModifierProperties = function ( t , e ){ this . getValue = this . processKeys , this . c = PropertyFactory . getProp ( t , e . c , 0 , null , this ), this . o = PropertyFactory . getProp ( t , e . o , 0 , null , this ), this . tr = TransformPropertyFactory . getTransformProperty ( t , e . tr , this ), this . so = PropertyFactory . getProp ( t , e . tr . so , 0 ,. 01 , this ), this . eo = PropertyFactory . getProp ( t , e . tr . eo , 0 ,. 01 , this ), this . data = e , this . dynamicProperties . length || this . getValue ( ! 0 ), this . _isAnimated =!! this . dynamicProperties . length , this . pMatrix = new Matrix , this . rMatrix = new Matrix , this . sMatrix = new Matrix , this . tMatrix = new Matrix , this . matrix = new Matrix }, RepeaterModifier . prototype . applyTransforms = function ( t , e , r , i , s , a ){ var n = a ? - 1 : 1 , o = i . s . v [ 0 ] + ( 1 - i . s . v [ 0 ]) * ( 1 - s ), h = i . s . v [ 1 ] + ( 1 - i . s . v [ 1 ]) * ( 1 - s ); t . translate ( i . p . v [ 0 ] * n * s , i . p . v [ 1 ] * n * s , i . p . v [ 2 ]), e . translate ( - i . a . v [ 0 ], - i . a . v [ 1 ], i . a . v [ 2 ]), e . rotate ( - i . r . v * n * s ), e . translate ( i . a . v [ 0 ], i . a . v [ 1 ], i . a . v [ 2 ]), r . translate ( - i . a . v [ 0 ], - i . a . v [ 1 ], i . a . v [ 2 ]), r . scale ( a ? 1 / o : o , a ? 1 / h : h ), r . translate ( i . a . v [ 0 ], i . a . v [ 1 ], i . a . v [ 2 ])}, RepeaterModifier . prototype . init = function ( t , e , r , i ){ this . elem = t , this . arr = e , this . pos = r , this . elemsData = i , this . _currentCopies = 0 , this . _elements = [], this . _groups = [], this . frameId =- 1 , this . initDynamicPropertyContainer ( t ), this . initModifierProperties ( t , e [ r ]); for (; 0 < r ;) r -= 1 , this . _elements . unshift ( e [ r ]), 1 ; this . dynamicProperties . length ? this . k =! 0 : this . getValue ( ! 0 )}, RepeaterModifier . prototype . resetElements = function ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) t [ e ]. _processed =! 1 , " gr " === t [ e ]. ty && this . resetElements ( t [ e ]. it )}, RepeaterModifier . prototype . cloneElements = function ( t ){ t . length ; var e = JSON . parse ( JSON . stringify ( t )); return this . resetElements ( e ), e }, RepeaterModifier . prototype . changeGroupRender = function ( t , e ){ var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) t [ r ]. _render = e , " gr " === t [ r ]. ty && this . changeGroupRender ( t [ r ]. it , e )}, RepeaterModifier . prototype . processShapes = function ( t ){ var e , r , i , s , a ; if ( this . _mdf || t ){ var n , o = Math . ceil ( this . c . v ); if ( this . _groups . length < o ){ for (; this . _groups . length < o ;){ var h = { it : this . cloneElements ( this . _elements ), ty : " gr " }; h . it . push ({ a :{ a : 0 , ix : 1 , k :[ 0 , 0 ]}, nm : " Transform " , o :{ a : 0 , ix : 7 , k : 100 }, p :{ a : 0 , ix : 2 , k :[ 0 , 0 ]}, r :{ a : 1 , ix : 6 , k :[{ s : 0 , e : 0 , t : 0 },{ s : 0 , e : 0 , t : 1 }]}, s :{ a : 0 , ix : 3 , k :[ 100 , 100 ]}, sa :{ a : 0 , ix : 5 , k : 0 }, sk :{ a : 0 , ix : 4 , k : 0 }, ty : " tr " }), this . arr . splice ( 0 , 0 , h ), this . _groups . splice ( 0 , 0 , h ), this . _currentCopies += 1 } this . elem . reloadShapes ()} for ( i = a = 0 ; i <= this . _groups . length - 1 ; i += 1 ) n = a < o , this . _groups [ i ]. _render = n , this . changeGroupRender ( this . _groups [ i ]. it , n ), a += 1 ; this . _currentCopies = o ; var l = this . o . v , p = l % 1 , m = 0 < l ? Math . floor ( l ): Math . ceil ( l ), f = ( this . tr . v . props , this . pMatrix . props ), c = this . rMatrix . props , d = this . sMatrix . props ; this . pMatrix . reset (), this . rMatrix . reset (), this . sMatrix . reset (), this . tMatrix . reset (), this . matrix . reset (); var u , y , g = 0 ; if ( 0 < l ){ for (; g < m ;) this . applyTransforms ( this . pMatrix , this . rMatrix , this . sMatrix , this . tr , 1 , ! 1 ), g += 1 ; p && ( this . applyTransforms ( this . pMatrix , this . rMatrix , this . sMatrix , this . tr , p , ! 1 ), g += p )} else if ( l < 0 ){ for (; m < g ;) this . applyTransforms ( this . pMatrix , this . rMatrix , this . sMatrix , this . tr , 1 , ! 0 ), g -= 1 ; p && ( this . applyTransforms ( this . pMatrix , this . rMatrix , this . sMatrix , this . tr , - p , ! 0 ), g -= p )} for ( i = 1 === this . data . m ? 0 : this . _currentCopies - 1 , s = 1 === this . data . m ? 1 : - 1 , a = this . _currentCopies ; a ;){ if ( y = ( r = ( e = this . elemsData [ i ]. it )[ e . length - 1 ]. transform . mProps . v . props ). length , e [ e . length - 1 ]. transform . mProps . _mdf =! 0 , e [ e . length - 1 ]. transform . op . _mdf =! 0 , e [ e . length - 1 ]. transform . op . v = this . so . v + ( this . eo . v - this . so . v ) * ( i / ( this . _currentCopies - 1 )), 0 !== g ){ for (( 0 !== i && 1 === s || i !== this . _currentCopies - 1 &&- 1 === s ) && this . applyTransforms ( this . pMatrix , this . rMatrix , this . sMatrix , this . tr , 1 , ! 1 ), this . matrix . transform ( c [ 0 ], c [ 1 ], c [ 2 ], c [ 3 ], c [ 4 ], c [ 5 ], c [ 6 ], c [ 7 ], c [ 8 ], c [ 9 ], c [ 10 ], c [ 11 ], c [ 12 ], c [ 13 ], c [ 14 ], c [ 15 ]), this . matrix . transform ( d [ 0 ], d [ 1 ], d [ 2 ], d [ 3 ], d [ 4 ], d [ 5 ], d [ 6 ], d [ 7 ], d [ 8 ], d [ 9 ], d [ 10 ], d [ 11 ], d [ 12 ], d [ 13 ], d [ 14 ], d [ 15 ]), this . matrix . transform ( f [ 0 ], f [ 1 ], f [ 2 ], f [ 3 ], f [ 4 ], f [ 5 ], f [ 6 ], f [ 7 ], f [ 8 ], f [ 9 ], f [ 10 ], f [ 11 ], f [ 12 ], f [ 13 ], f [ 14 ], f [ 15 ]), u = 0 ; u < y ; u += 1 ) r [ u ] = this . matrix . props [ u ]; this . matrix . reset ()} else for ( this . matrix . reset (), u = 0 ; u < y ; u += 1 ) r [ u ] = this . matrix . props [ u ]; g += 1 , a -= 1 , i += s }} else for ( a = this . _currentCopies , i = 0 , s = 1 ; a ;) r = ( e = this . elemsData [ i ]. it )[ e . length - 1 ]. transform . mProps . v . props , e [ e . length - 1 ]. transform . mProps . _mdf =! 1 , e [ e . length - 1 ]. transform . op . _mdf =! 1 , a -= 1 , i += s }, RepeaterModifier . prototype . addShape = function (){}, ShapeModifiers . registerModifier ( " rp " , RepeaterModifier ), ShapeCollection . prototype . addShape = function ( t ){ this . _length === this . _maxLength && ( this . shapes = this . shapes . concat ( createSizedArray ( this . _maxLength )), this . _maxLength *= 2 ), this . shapes [ this . _length ] = t , this . _length += 1 }, ShapeCollection . prototype . releaseShapes = function (){ var t ; for ( t = 0 ; t < this . _length ; t += 1 ) shape_pool . release ( this . shapes [ t ]); this . _length = 0 }, DashProperty . prototype . getValue = function ( t ){ if (( this . elem . globalData . frameId !== this . frameId || t ) && ( this . frameId = this . elem . globalData . frameId , this . iterateDynamicProperties (), this . _mdf = this . _mdf || t , this . _mdf )){ var e = 0 , r = this . dataProps . length ; for ( " svg " === this . renderer && ( this . dashStr = "" ), e = 0 ; e < r ; e += 1 ) " o " != this . dataProps [ e ]. n ? " svg " === this . renderer ? this . dashStr += " " + this . dataProps [ e ]. p . v : this . dashArray [ e ] = this . dataProps [ e ]. p . v : this . dashoffset [ 0 ] = this . dataProps [ e ]. p . v }}, extendPrototype ([ DynamicPropertyContainer ], DashProperty ), GradientProperty . prototype . comparePoints = function ( t , e ){ for ( var r = 0 , i = this . o . length / 2 ; r < i ;){ if (. 01 < Math . abs ( t [ 4 * r ] - t [ 4 * e + 2 * r ])) return ! 1 ; r += 1 } return ! 0 }, GradientProperty . prototype . checkCollapsable = function (){ if ( this . o . length / 2 != this . c . length / 4 ) return ! 1 ; if ( this . data . k . k [ 0 ]. s ) for ( var t = 0 , e = this . data . k . k . length ; t < e ;){ if ( ! this . comparePoints ( this . data . k . k [ t ]. s , this . data . p )) return ! 1 ; t += 1 } else if ( ! this . comparePoints ( this . data . k . k , this . data . p )) return ! 1 ; return ! 0 }, GradientProperty . prototype . getValue = function ( t ){ if ( this . prop . getValue (), this . _mdf =! 1 , this . _cmdf =! 1 , this . _omdf =! 1 , this . prop . _mdf || t ){ var e , r , i , s = 4 * this . data . p ; for ( e = 0 ; e < s ; e += 1 ) r = e % 4 == 0 ? 100 : 255 , i = Math . round ( this . prop . v [ e ] * r ), this . c [ e ] !== i && ( this . c [ e ] = i , this . _cmdf =! t ); if ( this . o . length ) for ( s = this . prop . v . length , e = 4 * this . data . p ; e < s ; e += 1 ) r = e % 2 == 0 ? 100 : 1 , i = e % 2 == 0 ? Math . round ( 100 * this . prop . v [ e ]): this . prop . v [ e ], this . o [ e - 4 * this . data . p ] !== i && ( this . o [ e - 4 * this . data . p ] = i , this . _omdf =! t ); this . _mdf =! t }}, extendPrototype ([ DynamicPropertyContainer ], GradientProperty ); var buildShapeString = function ( t , e , r , i ){ if ( 0 === e ) return "" ; var s , a = t . o , n = t . i , o = t . v , h = " M " + i . applyToPointStringified ( o [ 0 ][ 0 ], o [ 0 ][ 1 ]); for ( s = 1 ; s < e ; s += 1 ) h += " C " + i . applyToPointStringified ( a [ s - 1 ][ 0 ], a [ s - 1 ][ 1 ]) + " " + i . applyToPointStringified ( n [ s ][ 0 ], n [ s ][ 1 ]) + " " + i . applyToPointStringified ( o [ s ][ 0 ], o [ s ][ 1 ]); return r && e && ( h += " C " + i . applyToPointStringified ( a [ s - 1 ][ 0 ], a [ s - 1 ][ 1 ]) + " " + i . applyToPointStringified ( n [ 0 ][ 0 ], n [ 0 ][ 1 ]) + " " + i . applyToPointStringified ( o [ 0 ][ 0 ], o [ 0 ][ 1 ]), h += " z " ), h }, ImagePreloader = function (){ var s = function (){ var t = createTag ( " canvas " ); t . width = 1 , t . height = 1 ; var e = t . getContext ( " 2d " ); return e . fillStyle = " rgba(0,0,0,0) " , e . fillRect ( 0 , 0 , 1 , 1 ), t }(); function t (){ this . loadedAssets += 1 , this . loadedAssets === this . totalImages && this . imagesLoadedCb && this . imagesLoadedCb ( null )} function e ( t ){ var e = function ( t , e , r ){ var i = "" ; if ( t . e ) i = t . p ; else if ( e ){ var s = t . p ; - 1 !== s . indexOf ( " images/ " ) && ( s = s . split ( " / " )[ 1 ]), i = e + s } else i = r , i += t . u ? t . u : "" , i += t . p ; return i }( t , this . assetsPath , this . path ), r = createTag ( " img " ); r . crossOrigin = " anonymous " , r . addEventListener ( " load " , this . _imageLoaded . bind ( this ), ! 1 ), r . addEventListener ( " error " , function (){ i . img = s , this . _imageLoaded ()}. bind ( this ), ! 1 ), r . src = e ; var i = { img : r , assetData : t }; return i } function r ( t , e ){ this . imagesLoadedCb = e ; var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) t [ r ]. layers || ( this . totalImages += 1 , this . images . push ( this . _createImageData ( t [ r ])))} function i ( t ){ this . path = t || "" } function a ( t ){ this . assetsPath = t || "" } function n ( t ){ for ( var e = 0 , r = this . images . length ; e < r ;){ if ( this . images [ e ]. assetData === t ) return this . images [ e ]. img ; e += 1 }} function o (){ this . imagesLoadedCb = null , this . images . length = 0 } function h (){ return this . totalImages === this . loadedAssets } return function (){ this . loadAssets = r , this . setAssetsPath = a , this . setPath = i , this . loaded = h , this . destroy = o , this . getImage = n , this . _createImageData = e , this . _imageLoaded = t , this . assetsPath = "" , this . path = "" , this . totalImages = 0 , this . loadedAssets = 0 , this . imagesLoadedCb = null , this . images = []}}(), featureSupport = ( sw = { maskType : ! 0 },( /MSIE 10/i . test ( navigator . userAgent ) || /MSIE 9/i . test ( navigator . userAgent ) || /rv:11.0/i . test ( navigator . userAgent ) || /Edge \/\d ./i . test ( navigator . userAgent )) && ( sw . maskType =! 1 ), sw ), sw , filtersFactory = ( tw = {}, tw . createFilter = function ( t ){ var e = createNS ( " filter " ); return e . setAttribute ( " id " , t ), e . setAttribute ( " filterUnits " , " objectBoundingBox " ), e . setAttribute ( " x " , " 0% " ), e . setAttribute ( " y " , " 0% " ), e . setAttribute ( " width " , " 100% " ), e . setAttribute ( " height " , " 100% " ), e }, tw . createAlphaToLuminanceFilter = function (){ var t = createNS ( " feColorMatrix " ); return t . setAttribute ( " type " , " matrix " ), t . setAttribute ( " color-interpolation-filters " , " sRGB " ), t . setAttribute ( " values " , " 0 0 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 1 " ), t }, tw ), tw , assetLoader = function (){ function a ( t ){ return t . response && " object " == typeof t . response ? t . response : t . response && " string " == typeof t . response ? JSON . parse ( t . response ): t . responseText ? JSON . parse ( t . responseText ): void 0 } return { load : function ( t , e , r ){ var i , s = new XMLHttpRequest ; s . open ( " GET " , t , ! 0 ); try { s . responseType = " json " } catch ( t ){} s . send (), s . onreadystatechange = function (){ if ( 4 == s . readyState ) if ( 200 == s . status ) i = a ( s ), e ( i ); else try { i = a ( s ), e ( i )} catch ( t ){ r && r ( t )}}}}}(); function TextAnimatorProperty ( t , e , r ){ this . _isFirstFrame =! 0 , this . _hasMaskedPath =! 1 , this . _frameId =- 1 , this . _textData = t , this . _renderType = e , this . _elem = r , this . _animatorsData = createSizedArray ( this . _textData . a . length ), this . _pathData = {}, this . _moreOptions = { alignment :{}}, this . renderedLetters = [], this . lettersChangedFlag =! 1 , this . initDynamicPropertyContainer ( r )} function TextAnimatorDataProperty ( t , e , r ){ var i = { propType : ! 1 }, s = PropertyFactory . getProp , a = e . a ; this . a = { r : a . r ? s ( t , a . r , 0 , degToRads , r ): i , rx : a . rx ? s ( t , a . rx , 0 , degToRads , r ): i , ry : a . ry ? s ( t , a . ry , 0 , degToRads , r ): i , sk : a . sk ? s ( t , a . sk , 0 , degToRads , r ): i , sa : a . sa ? s ( t , a . sa , 0 , degToRads , r ): i , s : a . s ? s ( t , a . s , 1 ,. 01 , r ): i , a : a . a ? s ( t , a . a , 1 , 0 , r ): i , o : a . o ? s ( t , a . o , 0 ,. 01 , r ): i , p : a . p ? s ( t , a . p , 1 , 0 , r ): i , sw : a . sw ? s ( t , a . sw , 0 , 0 , r ): i , sc : a . sc ? s ( t , a . sc , 1 , 0 , r ): i , fc : a . fc ? s ( t , a . fc , 1 , 0 , r ): i , fh : a . fh ? s ( t , a . fh , 0 , 0 , r ): i , fs : a . fs ? s ( t , a . fs , 0 ,. 01 , r ): i , fb : a . fb ? s ( t , a . fb , 0 ,. 01 , r ): i , t : a . t ? s ( t , a . t , 0 , 0 , r ): i }, this . s = TextSelectorProp . getTextSelectorProp ( t , e . s , r ), this . s . t = e . s . t } function LetterProps ( t , e , r , i , s , a ){ this . o = t , this . sw = e , this . sc = r , this . fc = i , this . m = s , this . p = a , this . _mdf = { o : ! 0 , sw : !! e , sc : !! r , fc : !! i , m : ! 0 , p : ! 0 }} function TextProperty ( t , e ){ this . _frameId = initialDefaultFrame , this . pv = "" , this . v = "" , this . kf =! 1 , this . _isFirstFrame =! 0 , this . _mdf =! 1 , this . data = e , this . elem = t , this . comp = this . elem . comp , this . keysIndex = 0 , this . canResize =! 1 , this . minimumFontSize = 1 , this . effectsSequence = [], this . currentData = { ascent : 0 , boxWidth : this . defaultBoxWidth , f : "" , fStyle : "" , fWeight : "" , fc : "" , j : "" , justifyOffset : "" , l :[], lh : 0 , lineWidths :[], ls : "" , of : "" , s : "" , sc : "" , sw : 0 , t : 0 , tr : 0 , sz : 0 , ps : null , fillColorAnim : ! 1 , strokeColorAnim : ! 1 , strokeWidthAnim : ! 1 , yOffset : 0 , finalSize : 0 , finalText :[], finalLineHeight : 0 , __complete : ! 1 }, this . copyData ( this . currentData , this . data . d . k [ 0 ]. s ), this . searchProperty () || this . completeTextData ( this . currentData )} TextAnimatorProperty . prototype . searchProperties = function (){ var t , e , r = this . _textData . a . length , i = PropertyFactory . getProp ; for ( t = 0 ; t < r ; t += 1 ) e = this . _textData . a [ t ], this . _animatorsData [ t ] = new TextAnimatorDataProperty ( this . _elem , e , this ); this . _textData . p && " m " in this . _textData . p ?( this . _pathData = { f : i ( this . _elem , this . _textData . p . f , 0 , 0 , this ), l : i ( this . _elem , this . _textData . p . l , 0 , 0 , this ), r : this . _textData . p . r , m : this . _elem . maskManager . getMaskProperty ( this . _textData . p . m )}, this . _hasMaskedPath =! 0 ): this . _hasMaskedPath =! 1 , this . _moreOptions . alignment = i ( this . _elem , this . _textData . m . a , 1 , 0 , this )}, TextAnimatorProperty . prototype . getMeasures = function ( t , e ){ if ( this . lettersChangedFlag = e , this . _mdf || this . _isFirstFrame || e || this . _hasMaskedPath && this . _pathData . m . _mdf ){ this . _isFirstFrame =! 1 ; var r , i , s , a , n , o , h , l , p , m , f , c , d , u , y , g , v , b , E , x = this . _moreOptions . alignment . v , S = this . _animatorsData , P = this . _textData , _ = this . mHelper , A = this . _renderType , C = this . renderedLetters . length , T = ( this . data , t . l ); if ( this . _hasMaskedPath ){ if ( E = this . _pathData . m , ! this . _pathData . n || this . _pathData . _mdf ){ var k , M = E . v ; for ( this . _pathData . r && ( M = M . reverse ()), n = { tLength : 0 , segments :[]}, a = M . _length - 1 , s = g = 0 ; s < a ; s += 1 ) k = bez . buildBezierData ( M . v [ s ], M . v [ s + 1 ],[ M . o [ s ][ 0 ] - M . v [ s ][ 0 ], M . o [ s ][ 1 ] - M . v [ s ][ 1 ]],[ M . i [ s + 1 ][ 0 ] - M . v [ s + 1 ][ 0 ], M . i [ s + 1 ][ 1 ] - M . v [ s + 1 ][ 1 ]]), n . tLength += k . segmentLength , n . segments . push ( k ), g += k . segmentLength ; s = a , E . v . c && ( k = bez . buildBezierData ( M . v [ s ], M . v [ 0 ],[ M . o [ s ][ 0 ] - M . v [ s ][ 0 ], M . o [ s ][ 1 ] - M . v [ s ][ 1 ]],[ M . i [ 0 ][ 0 ] - M . v [ 0 ][ 0 ], M . i [ 0 ][ 1 ] - M . v [ 0 ][ 1 ]]), n . tLength += k . segmentLength , n . segments . push ( k ), g += k . segmentLength ), this . _pathData . pi = n } if ( n = this . _pathData . pi , o = this . _pathData . f . v , m = 1 , p =! ( l = f = 0 ), u = n . segments , o < 0 && E . v . c ) for ( n . tLength < Math . abs ( o ) && ( o =- Math . abs ( o ) % n . tLength ), m = ( d = u [ f = u . length - 1 ]. points ). length - 1 ; o < 0 ;) o += d [ m ]. partialLength ,( m -= 1 ) < 0 && ( m = ( d = u [ f -= 1 ]. points ). length - 1 ); c = ( d = u [ f ]. points )[ m - 1 ], y = ( h = d [ m ]). partialLength } a = T . length , i = r = 0 ; var D , w , F , I , V = 1.2 * t . finalSize * . 714 , R =! 0 ; F = S . length ; var B , L , G , z , N , O , H , j , q , W , Y , X , $ , K =- 1 , U = o , J = f , Z = m , Q =- 1 , tt = "" , et = this . defaultPropsArray ; if ( 2 === t . j || 1 === t . j ){ var rt = 0 , it = 0 , st = 2 === t . j ? - . 5 : - 1 , at = 0 , nt =! 0 ; for ( s = 0 ; s < a ; s += 1 ) if ( T [ s ]. n ){ for ( rt && ( rt += it ); at < s ;) T [ at ]. animatorJustifyOffset = rt , at += 1 ; nt =! ( rt = 0 )} else { for ( w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). t . propType && ( nt && 2 === t . j && ( it += D . t . v * st ),( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars )). length ? rt += D . t . v * B [ 0 ] * st : rt += D . t . v * B * st ); nt =! 1 } for ( rt && ( rt += it ); at < s ;) T [ at ]. animatorJustifyOffset = rt , at += 1 } for ( s = 0 ; s < a ; s += 1 ){ if ( _ . reset (), N = 1 , T [ s ]. n ) r = 0 , i += t . yOffset , i += R ? 1 : 0 , o = U , R =! 1 , 0 , this . _hasMaskedPath && ( m = Z , c = ( d = u [ f = J ]. points )[ m - 1 ], y = ( h = d [ m ]). partialLength , l = 0 ), $ = W = X = tt = "" , et = this . defaultPropsArray ; else { if ( this . _hasMaskedPath ){ if ( Q !== T [ s ]. line ){ switch ( t . j ){ case 1 : o += g - t . lineWidths [ T [ s ]. line ]; break ; case 2 : o += ( g - t . lineWidths [ T [ s ]. line ]) / 2 } Q = T [ s ]. line } K !== T [ s ]. ind && ( T [ K ] && ( o += T [ K ]. extra ), o += T [ s ]. an / 2 , K = T [ s ]. ind ), o += x [ 0 ] * T [ s ]. an / 200 ; var ot = 0 ; for ( w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). p . propType && (( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars )). length ? ot += D . p . v [ 0 ] * B [ 0 ]: ot += D . p . v [ 0 ] * B ), D . a . propType && (( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars )). length ? ot += D . a . v [ 0 ] * B [ 0 ]: ot += D . a . v [ 0 ] * B ); for ( p =! 0 ; p ;) o + ot <= l + y ||! d ?( v = ( o + ot - l ) / h . partialLength , G = c . point [ 0 ] + ( h . point [ 0 ] - c . point [ 0 ]) * v , z = c . point [ 1 ] + ( h . point [ 1 ] - c . point [ 1 ]) * v , _ . translate ( - x [ 0 ] * T [ s ]. an / 200 , - x [ 1 ] * V / 100 ), p =! 1 ): d && ( l += h . partialLength ,( m += 1 ) >= d . length && ( m = 0 , d = u [ f += 1 ]? u [ f ]. points : E . v . c ? u [ f = m = 0 ]. points :( l -= h . partialLength , null )), d && ( c = h , y = ( h = d [ m ]). partialLength )); L = T [ s ]. an / 2 - T [ s ]. add , _ . translate ( - L , 0 , 0 )} else L = T [ s ]. an / 2 - T [ s ]. add , _ . translate ( - L , 0 , 0 ), _ . translate ( - x [ 0 ] * T [ s ]. an / 200 , - x [ 1 ] * V / 100 , 0 ); for ( T [ s ]. l / 2 , w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). t . propType && ( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars ), 0 === r && 0 === t . j || ( this . _hasMaskedPath ? B . length ? o += D . t . v * B [ 0 ]: o += D . t . v * B : B . length ? r += D . t . v * B [ 0 ]: r += D . t . v * B )); for ( T [ s ]. l / 2 , t . strokeWidthAnim && ( H = t . sw || 0 ), t . strokeColorAnim && ( O = t . sc ?[ t . sc [ 0 ], t . sc [ 1 ], t . sc [ 2 ]]:[ 0 , 0 , 0 ]), t . fillColorAnim && t . fc && ( j = [ t . fc [ 0 ], t . fc [ 1 ], t . fc [ 2 ]]), w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). a . propType && (( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars )). length ? _ . translate ( - D . a . v [ 0 ] * B [ 0 ], - D . a . v [ 1 ] * B [ 1 ], D . a . v [ 2 ] * B [ 2 ]): _ . translate ( - D . a . v [ 0 ] * B , - D . a . v [ 1 ] * B , D . a . v [ 2 ] * B )); for ( w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). s . propType && (( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars )). length ? _ . scale ( 1 + ( D . s . v [ 0 ] - 1 ) * B [ 0 ], 1 + ( D . s . v [ 1 ] - 1 ) * B [ 1 ], 1 ): _ . scale ( 1 + ( D . s . v [ 0 ] - 1 ) * B , 1 + ( D . s . v [ 1 ] - 1 ) * B , 1 )); for ( w = 0 ; w < F ; w += 1 ){ if ( D = S [ w ]. a , B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars ), D . sk . propType && ( B . length ? _ . skewFromAxis ( - D . sk . v * B [ 0 ], D . sa . v * B [ 1 ]): _ . skewFromAxis ( - D . sk . v * B , D . sa . v * B )), D . r . propType && ( B . length ? _ . rotateZ ( - D . r . v * B [ 2 ]): _ . rotateZ ( - D . r . v * B )), D . ry . propType && ( B . length ? _ . rotateY ( D . ry . v * B [ 1 ]): _ . rotateY ( D . ry . v * B )), D . rx . propType && ( B . length ? _ . rotateX ( D . rx . v * B [ 0 ]): _ . rotateX ( D . rx . v * B )), D . o . propType && ( B . length ? N += ( D . o . v * B [ 0 ] - N ) * B [ 0 ]: N += ( D . o . v * B - N ) * B ), t . strokeWidthAnim && D . sw . propType && ( B . length ? H += D . sw . v * B [ 0 ]: H += D . sw . v * B ), t . strokeColorAnim && D . sc . propType ) for ( q = 0 ; q < 3 ; q += 1 ) B . length ? O [ q ] = O [ q ] + ( D . sc . v [ q ] - O [ q ]) * B [ 0 ]: O [ q ] = O [ q ] + ( D . sc . v [ q ] - O [ q ]) * B ; if ( t . fillColorAnim && t . fc ){ if ( D . fc . propType ) for ( q = 0 ; q < 3 ; q += 1 ) B . length ? j [ q ] = j [ q ] + ( D . fc . v [ q ] - j [ q ]) * B [ 0 ]: j [ q ] = j [ q ] + ( D . fc . v [ q ] - j [ q ]) * B ; D . fh . propType && ( j = B . length ? addHueToRGB ( j , D . fh . v * B [ 0 ]): addHueToRGB ( j , D . fh . v * B )), D . fs . propType && ( j = B . length ? addSaturationToRGB ( j , D . fs . v * B [ 0 ]): addSaturationToRGB ( j , D . fs . v * B )), D . fb . propType && ( j = B . length ? addBrightnessToRGB ( j , D . fb . v * B [ 0 ]): addBrightnessToRGB ( j , D . fb . v * B ))}} for ( w = 0 ; w < F ; w += 1 )( D = S [ w ]. a ). p . propType && ( B = S [ w ]. s . getMult ( T [ s ]. anIndexes [ w ], P . a [ w ]. s . totalChars ), this . _hasMaskedPath ? B . length ? _ . translate ( 0 , D . p . v [ 1 ] * B [ 0 ], - D . p . v [ 2 ] * B [ 1 ]): _ . translate ( 0 , D . p . v [ 1 ] * B , - D . p . v [ 2 ] * B ): B . length ? _ . translate ( D . p . v [ 0 ] * B [ 0 ], D . p . v [ 1 ] * B [ 1 ], - D . p . v [ 2 ] * B [ 2 ]): _ . translate ( D . p . v [ 0 ] * B , D . p . v [ 1 ] * B , - D . p . v [ 2 ] * B )); if ( t . strokeWidthAnim && ( W = H < 0 ? 0 : H ), t . strokeColorAnim && ( Y = " rgb( " + Math . round ( 255 * O [ 0 ]) + " , " + Math . round ( 255 * O [ 1 ]) + " , " + Math . round ( 255 * O [ 2 ]) + " ) " ), t . fillColorAnim && t . fc && ( X = " rgb( " + Math . round ( 255 * j [ 0 ]) + " , " + Math . round ( 255 * j [ 1 ]) + " , " + Math . round ( 255 * j [ 2 ]) + " ) " ), this . _hasMaskedPath ){ if ( _ . translate ( 0 , - t . ls ), _ . translate ( 0 , x [ 1 ] * V / 100 + i , 0 ), P . p . p ){ b = ( h . point [ 1 ] - c . point [ 1 ]) / ( h . point [ 0 ] - c . point [ 0 ]); var ht = 180 * Math . atan ( b ) / Math . PI ; h . point [ 0 ] < c . point [ 0 ] && ( ht += 180 ), _ . rotate ( - ht * Math . PI / 180 )} _ . translate ( G , z , 0 ), o -= x [ 0 ] * T [ s ]. an / 200 , T [ s + 1 ] && K !== T [ s + 1 ]. ind && ( o += T [ s ]. an / 2 , o += t . tr / 1 e3 * t . finalSize )} else { switch ( _ . translate ( r , i , 0 ), t . ps && _ . translate ( t . ps [ 0 ], t . ps [ 1 ] + t . ascent , 0 ), t . j ){ case 1 : _ . translate ( T [ s ]. animatorJustifyOffset + t . justifyOffset + ( t . boxWidth - t . lineWidths [ T [ s ]. line ]), 0 , 0 ); break ; case 2 : _ . translate ( T [ s ]. animatorJustifyOffset + t . justifyOffset + ( t . boxWidth - t . lineWidths [ T [ s ]. line ]) / 2 , 0 , 0 )} _ . translate ( 0 , - t . ls ), _ . translate ( L , 0 , 0 ), _ . translate ( x [ 0 ] * T [ s ]. an / 200 , x [ 1 ] * V / 100 , 0 ), r += T [ s ]. l + t . tr / 1 e3 * t . finalSize } " html " === A ? tt = _ . toCSS (): " svg " === A ? tt = _ . to2dCSS (): et = [ _ . props [ 0 ], _ . props [ 1 ], _ . props [ 2 ], _ . props [ 3 ], _ . props [ 4 ], _ . props [ 5 ], _ . props [ 6 ], _ . props [ 7 ], _ . props [ 8 ], _ . props [ 9 ], _ . props [ 10 ], _ . props [ 11 ], _ . props [ 12 ], _ . props [ 13 ], _ . props [ 14 ], _ . props [ 15 ]], $ = N } this . lettersChangedFlag = C <= s ?( I = new LetterProps ( $ , W , Y , X , tt , et ), this . renderedLetters . push ( I ), C += 1 , ! 0 ):( I = this . renderedLetters [ s ]). update ( $ , W , Y , X , tt , et ) || this . lettersChangedFlag }}}, TextAnimatorProperty . prototype . getValue = function (){ this . _elem . globalData . frameId !== this . _frameId && ( this . _frameId = this . _elem . globalData . frameId , this . iterateDynamicProperties ())}, TextAnimatorProperty . prototype . mHelper = new Matrix , TextAnimatorProperty . prototype . defaultPropsArray = [], extendPrototype ([ DynamicPropertyContainer ], TextAnimatorProperty ), LetterProps . prototype . update = function ( t , e , r , i , s , a ){ this . _mdf . o =! 1 , this . _mdf . sw =! 1 , this . _mdf . sc =! 1 , this . _mdf . fc =! 1 , this . _mdf . m =! 1 ; var n = this . _mdf . p =! 1 ; return this . o !== t && ( this . o = t , n = this . _mdf . o =! 0 ), this . sw !== e && ( this . sw = e , n = this . _mdf . sw =! 0 ), this . sc !== r && ( this . sc = r , n = this . _mdf . sc =! 0 ), this . fc !== i && ( this . fc = i , n = this . _mdf . fc =! 0 ), this . m !== s && ( this . m = s , n = this . _mdf . m =! 0 ), ! a . length || this . p [ 0 ] === a [ 0 ] && this . p [ 1 ] === a [ 1 ] && this . p [ 4 ] === a [ 4 ] && this . p [ 5 ] === a [ 5 ] && this . p [ 12 ] === a [ 12 ] && this . p [ 13 ] === a [ 13 ] || ( this . p = a , n = this . _mdf . p =! 0 ), n }, TextProperty . prototype . defaultBoxWidth = [ 0 , 0 ], TextProperty . prototype . copyData = function ( t , e ){ for ( var r in e ) e . hasOwnProperty ( r ) && ( t [ r ] = e [ r ]); return t }, TextProperty . prototype . setCurrentData = function ( t ){ t . __complete || this . completeTextData ( t ), this . currentData = t , this . currentData . boxWidth = this . currentData . boxWidth || this . defaultBoxWidth , this . _mdf =! 0 }, TextProperty . prototype . searchProperty = function (){ return this . searchKeyframes ()}, TextProperty . prototype . searchKeyframes = function (){ return this . kf = 1 < this . data . d . k . length , this . kf && this . addEffect ( this . getKeyframeValue . bind ( this )), this . kf }, TextProperty . prototype . addEffect = function ( t ){ this . effectsSequence . push ( t ), this . elem . addDynamicProperty ( this )}, TextProperty . prototype . getValue = function ( t ){ if ( this . elem . globalData . frameId !== this . frameId && this . effectsSequence . length || t ){ this . currentData . t = this . data . d . k [ this . keysIndex ]. s . t ; var e = this . currentData , r = this . keysIndex ; if ( this . lock ) this . setCurrentData ( this . currentData ); else { this . lock =! 0 , this . _mdf =! 1 ; var i , s = this . effectsSequence . length , a = t || this . data . d . k [ this . keysIndex ]. s ; for ( i = 0 ; i < s ; i += 1 ) a = r !== this . keysIndex ? this . effectsSequence [ i ]( a , a . t ): this . effectsSequence [ i ]( this . currentData , a . t ); e !== a && this . setCurrentData ( a ), this . pv = this . v = this . currentData , this . lock =! 1 , this . frameId = this . elem . globalData . frameId }}}, TextProperty . prototype . getKeyframeValue = function (){ for ( var t = this . data . d . k , e = this . elem . comp . renderedFrame , r = 0 , i = t . length ; r <= i - 1 && ( t [ r ]. s , ! ( r === i - 1 || t [ r + 1 ]. t > e ));) r += 1 ; return this . keysIndex !== r && ( this . keysIndex = r ), this . data . d . k [ this . keysIndex ]. s }, TextProperty . prototype . buildFinalText = function ( t ){ for ( var e , r = FontManager . getCombinedCharacterCodes (), i = [], s = 0 , a = t . length ; s < a ;) e = t . charCodeAt ( s ), - 1 !== r . indexOf ( e )? i [ i . length - 1 ] += t . charAt ( s ): 55296 <= e && e <= 56319 && 56320 <= ( e = t . charCodeAt ( s + 1 )) && e <= 57343 ?( i . push ( t . substr ( s , 2 )), ++ s ): i . push ( t . charAt ( s )), s += 1 ; return i }, TextProperty . prototype . completeTextData = function ( t ){ t . __complete =! 0 ; var e , r , i , s , a , n , o , h = this . elem . globalData . fontManager , l = this . data , p = [], m = 0 , f = l . m . g , c = 0 , d = 0 , u = 0 , y = [], g = 0 , v = 0 , b = h . getFontByName ( t . f ), E = 0 , x = b . fStyle ? b . fStyle . split ( " " ):[], S = " normal " , P = " normal " ; for ( r = x . length , e = 0 ; e < r ; e += 1 ) switch ( x [ e ]. toLowerCase ()){ case " italic " : P = " italic " ; break ; case " bold " : S = " 700 " ; break ; case " black " : S = " 900 " ; break ; case " medium " : S = " 500 " ; break ; case " regular " : case " normal " : S = " 400 " ; break ; case " light " : case " thin " : S = " 200 " } t . fWeight = b . fWeight || S , t . fStyle = P , t . finalSize = t . s , t . finalText = this . buildFinalText ( t . t ), r = t . finalText . length , t . finalLineHeight = t . lh ; var _ , A = t . tr / 1 e3 * t . finalSize ; if ( t . sz ) for ( var C , T , k =! 0 , M = t . sz [ 0 ], D = t . sz [ 1 ]; k ;){ g = C = 0 , r = ( T = this . buildFinalText ( t . t )). length , A = t . tr / 1 e3 * t . finalSize ; var w =- 1 ; for ( e = 0 ; e < r ; e += 1 ) _ = T [ e ]. charCodeAt ( 0 ), i =! 1 , " " === T [ e ]? w = e : 13 !== _ && 3 !== _ || ( i =! ( g = 0 ), C += t . finalLineHeight || 1.2 * t . finalSize ), M < g + ( E = h . chars ?( o = h . getCharData ( T [ e ], b . fStyle , b . fFamily ), i ? 0 : o . w * t . finalSize / 100 ): h . measureText ( T [ e ], t . f , t . finalSize )) && " " !== T [ e ]?( - 1 === w ? r += 1 : e = w , C += t . finalLineHeight || 1.2 * t . finalSize , T . splice ( e , w === e ? 1 : 0 , " \r " ), w =- 1 , g = 0 ):( g += E , g += A ); C += b . ascent * t . finalSize / 100 , this . canResize && t . finalSize > this . minimumFontSize && D < C ?( t . finalSize -= 1 , t . finalLineHeight = t . finalSize * t . lh / t . s ):( t . finalText = T , r = t . finalText . length , k =! 1 )} g =- A ; var F , I = E = 0 ; for ( e = 0 ; e < r ; e += 1 ) if ( i =! 1 , 13 === ( _ = ( F = t . finalText [ e ]). charCodeAt ( 0 )) || 3 === _ ?( I = 0 , y . push ( g ), v = v < g ? g : v , g =- 2 * A , i =! ( s = "" ), u += 1 ): s = F , E = h . chars ?( o = h . getCharData ( F , b . fStyle , h . getFontByName ( t . f ). fFamily ), i ? 0 : o . w * t . finalSize / 100 ): h . measureText ( s , t . f , t . finalSize ), " " === F ? I += E + A :( g += E + A + I , I = 0 ), p . push ({ l : E , an : E , add : c , n : i , anIndexes :[], val : s , line : u , animatorJustifyOffset : 0 }), 2 == f ){ if ( c += E , "" === s || " " === s || e === r - 1 ){ for ( "" !== s && " " !== s || ( c -= E ); d <= e ;) p [ d ]. an = c , p [ d ]. ind = m , p [ d ]. extra = E , d += 1 ; m += 1 , c = 0 }} else if ( 3 == f ){ if ( c += E , "" === s || e === r - 1 ){ for ( "" === s && ( c -= E ); d <= e ;) p [ d ]. an = c , p [ d ]. ind = m , p [ d ]. extra = E , d += 1 ; c = 0 , m += 1 }} else p [ m ]. ind = m , p [ m ]. extra = 0 , m += 1 ; if ( t . l = p , v = v < g ? g : v , y . push ( g ), t . sz ) t . boxWidth = t . sz [ 0 ], t . justifyOffset = 0 ; else switch ( t . boxWidth = v , t . j ){ case 1 : t . justifyOffset =- t . boxWidth ; break ; case 2 : t . justifyOffset =- t . boxWidth / 2 ; break ; default : t . justifyOffset = 0 } t . lineWidths = y ; var V , R , B = l . a ; n = B . length ; var L , G , z = []; for ( a = 0 ; a < n ; a += 1 ){ for (( V = B [ a ]). a . sc && ( t . strokeColorAnim =! 0 ), V . a . sw && ( t . strokeWidthAnim =! 0 ),( V . a . fc || V . a . fh || V . a . fs || V . a . fb ) && ( t . fillColorAnim =! 0 ), G = 0 , L = V . s . b , e = 0 ; e < r ; e += 1 )( R = p [ e ]). anIndexes [ a ] = G ,( 1 == L && "" !== R . val || 2 == L && "" !== R . val && " " !== R . val || 3 == L && ( R . n || " " == R . val || e == r - 1 ) || 4 == L && ( R . n || e == r - 1 )) && ( 1 === V . s . rn && z . push ( G ), G += 1 ); l . a [ a ]. s . totalChars = G ; var N , O =- 1 ; if ( 1 === V . s . rn ) for ( e = 0 ; e < r ; e += 1 ) O != ( R = p [ e ]). anIndexes [ a ] && ( O = R . anIndexes [ a ], N = z . splice ( Math . floor ( Math . random () * z . length ), 1 )[ 0 ]), R . anIndexes [ a ] = N } t . yOffset = t . finalLineHeight || 1.2 * t . finalSize , t . ls = t . ls || 0 , t . ascent = b . ascent * t . finalSize / 100 }, TextProperty . prototype . updateDocumentData = function ( t , e ){ e = void 0 === e ? this . keysIndex : e ; var r = this . copyData ({}, this . data . d . k [ e ]. s ); r = this . copyData ( r , t ), this . data . d . k [ e ]. s = r , this . recalculate ( e ), this . elem . addDynamicProperty ( this )}, TextProperty . prototype . recalculate = function ( t ){ var e = this . data . d . k [ t ]. s ; e . __complete =! 1 , this . keysIndex = 0 , this . _isFirstFrame =! 0 , this . getValue ( e )}, TextProperty . prototype . canResizeFont = function ( t ){ this . canResize = t , this . recalculate ( this . keysIndex ), this . elem . addDynamicProperty ( this )}, TextProperty . prototype . setMinimumFontSize = function ( t ){ this . minimumFontSize = Math . floor ( t ) || 1 , this . recalculate ( this . keysIndex ), this . elem . addDynamicProperty ( this )}; var TextSelectorProp = function (){ var c = Math . max , d = Math . min , u = Math . floor ; function i ( t , e ){ this . _currentTextLength =- 1 , this . k =! 1 , this . data = e , this . elem = t , this . comp = t . comp , this . finalS = 0 , this . finalE = 0 , this . initDynamicPropertyContainer ( t ), this . s = PropertyFactory . getProp ( t , e . s || { k : 0 }, 0 , 0 , this ), this . e = " e " in e ? PropertyFactory . getProp ( t , e . e , 0 , 0 , this ):{ v : 100 }, this . o = PropertyFactory . getProp ( t , e . o || { k : 0 }, 0 , 0 , this ), this . xe = PropertyFactory . getProp ( t , e . xe || { k : 0 }, 0 , 0 , this ), this . ne = PropertyFactory . getProp ( t , e . ne || { k : 0 }, 0 , 0 , this ), this . a = PropertyFactory . getProp ( t , e . a , 0 ,. 01 , this ), this . dynamicProperties . length || this . getValue ()} return i . prototype = { getMult : function ( t ){ this . _currentTextLength !== this . elem . textProperty . currentData . l . length && this . getValue (); var e = 0 , r = 0 , i = 1 , s = 1 ; 0 < this . ne . v ? e = this . ne . v / 100 : r =- this . ne . v / 100 , 0 < this . xe . v ? i = 1 - this . xe . v / 100 : s = 1 + this . xe . v / 100 ; var a = BezierFactory . getBezierEasing ( e , r , i , s ). get , n = 0 , o = this . finalS , h = this . finalE , l = this . data . sh ; if ( 2 === l ) n = a ( n = h === o ? h <= t ? 1 : 0 : c ( 0 , d (. 5 / ( h - o ) + ( t - o ) / ( h - o ), 1 ))); else if ( 3 === l ) n = a ( n = h === o ? h <= t ? 0 : 1 : 1 - c ( 0 , d (. 5 / ( h - o ) + ( t - o ) / ( h - o ), 1 ))); else if ( 4 === l ) h === o ? n = 0 :( n = c ( 0 , d (. 5 / ( h - o ) + ( t - o ) / ( h - o ), 1 ))) < . 5 ? n *= 2 : n = 1 - 2 * ( n - . 5 ), n = a ( n ); else if ( 5 === l ){ if ( h === o ) n = 0 ; else { var p = h - o , m =- p / 2 + ( t = d ( c ( 0 , t + . 5 - o ), h - o )), f = p / 2 ; n = Math . sqrt ( 1 - m * m / ( f * f ))} n = a ( n )} else n = 6 === l ? a ( n = h === o ? 0 :( t = d ( c ( 0 , t + . 5 - o ), h - o ),( 1 + Math . cos ( Math . PI + 2 * Math . PI * t / ( h - o ))) / 2 )):( t >= u ( o ) && ( n = c ( 0 , d ( t - o < 0 ? d ( h , 1 ) - ( o - t ): h - t , 1 ))), a ( n )); return n * this . a . v }, getValue : function ( t ){ this . iterateDynamicProperties (), this . _mdf = t || this . _mdf , this . _currentTextLength = this . elem . textProperty . currentData . l . length || 0 , t && 2 === this . data . r && ( this . e . v = this . _currentTextLength ); var e = 2 === this . data . r ? 1 : 100 / this . data . totalChars , r = this . o . v / e , i = this . s . v / e + r , s = this . e . v / e + r ; if ( s < i ){ var a = i ; i = s , s = a } this . finalS = i , this . finalE = s }}, extendPrototype ([ DynamicPropertyContainer ], i ),{ getTextSelectorProp : function ( t , e , r ){ return new i ( t , e , r )}}}(), pool_factory = function ( t , e , r , i ){ var s = 0 , a = t , n = createSizedArray ( a ); function o (){ return s ? n [ s -= 1 ]: e ()} return { newElement : o , release : function ( t ){ s === a && ( n = pooling . double ( n ), a *= 2 ), r && r ( t ), n [ s ] = t , s += 1 }}}, pooling = { double : function ( t ){ return t . concat ( createSizedArray ( t . length ))}}, point_pool = pool_factory ( 8 , function (){ return createTypedArray ( " float32 " , 2 )}), shape_pool = ( KA = pool_factory ( 4 , function (){ return new ShapePath }, function ( t ){ var e , r = t . _length ; for ( e = 0 ; e < r ; e += 1 ) point_pool . release ( t . v [ e ]), point_pool . release ( t . i [ e ]), point_pool . release ( t . o [ e ]), t . v [ e ] = null , t . i [ e ] = null , t . o [ e ] = null ; t . _length = 0 , t . c =! 1 }), KA . clone = function ( t ){ var e , r = KA . newElement (), i = void 0 === t . _length ? t . v . length : t . _length ; for ( r . setLength ( i ), r . c = t . c , e = 0 ; e < i ; e += 1 ) r . setTripleAt ( t . v [ e ][ 0 ], t . v [ e ][ 1 ], t . o [ e ][ 0 ], t . o [ e ][ 1 ], t . i [ e ][ 0 ], t . i [ e ][ 1 ], e ); return r }, KA ), KA , shapeCollection_pool = ( TA = { newShapeCollection : function (){ var t ; t = UA ? WA [ UA -= 1 ]: new ShapeCollection ; return t }, release : function ( t ){ var e , r = t . _length ; for ( e = 0 ; e < r ; e += 1 ) shape_pool . release ( t . shapes [ e ]); t . _length = 0 , UA === VA && ( WA = pooling . double ( WA ), VA *= 2 ); WA [ UA ] = t , UA += 1 }}, UA = 0 , VA = 4 , WA = createSizedArray ( VA ), TA ), TA , UA , VA , WA , segments_length_pool = pool_factory ( 8 , function (){ return { lengths :[], totalLength : 0 }}, function ( t ){ var e , r = t . lengths . length ; for ( e = 0 ; e < r ; e += 1 ) bezier_length_pool . release ( t . lengths [ e ]); t . lengths . length = 0 }), bezier_length_pool = pool_factory ( 8 , function (){ return { addedLength : 0 , percents : createTypedArray ( " float32 " , defaultCurveSegments ), lengths : createTypedArray ( " float32 " , defaultCurveSegments )}}); function BaseRenderer (){} function SVGRenderer ( t , e ){ this . animationItem = t , this . layers = null , this . renderedFrame =- 1 , this . svgElement = createNS ( " svg " ); var r = "" ; if ( e && e . title ){ var i = createNS ( " title " ), s = createElementID (); i . setAttribute ( " id " , s ), i . textContent = e . title , this . svgElement . appendChild ( i ), r += s } if ( e && e . description ){ var a = createNS ( " desc " ), n = createElementID (); a . setAttribute ( " id " , n ), a . textContent = e . description , this . svgElement . appendChild ( a ), r += " " + n } r && this . svgElement . setAttribute ( " aria-labelledby " , r ); var o = createNS ( " defs " ); this . svgElement . appendChild ( o ); var h = createNS ( " g " ); this . svgElement . appendChild ( h ), this . layerElement = h , this . renderConfig = { preserveAspectRatio : e && e . preserveAspectRatio || " xMidYMid meet " , imagePreserveAspectRatio : e && e . imagePreserveAspectRatio || " xMidYMid slice " , progressiveLoad : e && e . progressiveLoad ||! 1 , hideOnTransparent : ! e ||! 1 !== e . hideOnTransparent , viewBoxOnly : e && e . viewBoxOnly ||! 1 , viewBoxSize : e && e . viewBoxSize ||! 1 , className : e && e . className || "" , id : e && e . id || "" , focusable : e && e . focusable , filterSize :{ width : e && e . filterSize && e . filterSize . width || " 100% " , height : e && e . filterSize && e . filterSize . height || " 100% " , x : e && e . filterSize && e . filterSize . x || " 0% " , y : e && e . filterSize && e . filterSize . y || " 0% " }}, this . globalData = { _mdf : ! 1 , frameNum : - 1 , defs : o , renderConfig : this . renderConfig }, this . elements = [], this . pendingElements = [], this . destroyed =! 1 , this . rendererType = " svg " } function CanvasRenderer ( t , e ){ this . animationItem = t , this . renderConfig = { clearCanvas : ! e || void 0 === e . clearCanvas || e . clearCanvas , context : e && e . context || null , progressiveLoad : e && e . progressiveLoad ||! 1 , preserveAspectRatio : e && e . preserveAspectRatio || " xMidYMid meet " , imagePreserveAspectRatio : e && e . imagePreserveAspectRatio || " xMidYMid slice " , className : e && e . className || "" , id : e && e . id || "" }, this . renderConfig . dpr = e && e . dpr || 1 , this . animationItem . wrapper && ( this . renderConfig . dpr = e && e . dpr || window . devicePixelRatio || 1 ), this . renderedFrame =- 1 , this . globalData = { frameNum : - 1 , _mdf : ! 1 , renderConfig : this . renderConfig , currentGlobalAlpha : - 1 }, this . contextData = new CVContextData , this . elements = [], this . pendingElements = [], this . transformMat = new Matrix , this . completeLayers =! 1 , this . rendererType = " canvas " } function HybridRenderer ( t , e ){ this . animationItem = t , this . layers = null , this . renderedFrame =- 1 , this . renderConfig = { className : e && e . className || "" , imagePreserveAspectRatio : e && e . imagePreserveAspectRatio || " xMidYMid slice " , hideOnTransparent : ! e ||! 1 !== e . hideOnTransparent , filterSize :{ width : e && e . filterSize && e . filterSize . width || " 400% " , height : e && e . filterSize && e . filterSize . height || " 400% " , x : e && e . filterSize && e . filterSize . x || " -100% " , y : e && e . filterSize && e . filterSize . y || " -100% " }}, this . globalData = { _mdf : ! 1 , frameNum : - 1 , renderConfig : this . renderConfig }, this . pendingElements = [], this . elements = [], this . threeDElements = [], this . destroyed =! 1 , this . camera = null , this . supports3d =! 0 , this . rendererType = " html " } function MaskElement ( t , e , r ){ this . data = t , this . element = e , this . globalData = r , this . storedData = [], this . masksProperties = this . data . masksProperties || [], this . maskElement = null ; var i , s = this . globalData . defs , a = this . masksProperties ? this . masksProperties . length : 0 ; this . viewData = createSizedArray ( a ), this . solidPath = "" ; var n , o , h , l , p , m , f , c = this . masksProperties , d = 0 , u = [], y = createElementID (), g = " clipPath " , v = " clip-path " ; for ( i = 0 ; i < a ; i ++ ) if (( " a " !== c [ i ]. mode && " n " !== c [ i ]. mode || c [ i ]. inv || 100 !== c [ i ]. o . k || c [ i ]. o . x ) && ( v = g = " mask " ), " s " != c [ i ]. mode && " i " != c [ i ]. mode || 0 !== d ? l = null :(( l = createNS ( " rect " )). setAttribute ( " fill " , " #ffffff " ), l . setAttribute ( " width " , this . element . comp . data . w || 0 ), l . setAttribute ( " height " , this . element . comp . data . h || 0 ), u . push ( l )), n = createNS ( " path " ), " n " != c [ i ]. mode ){ var b ; if ( d += 1 , n . setAttribute ( " fill " , " s " === c [ i ]. mode ? " #000000 " : " #ffffff " ), n . setAttribute ( " clip-rule " , " nonzero " ), 0 !== c [ i ]. x . k ?( v = g = " mask " , f = PropertyFactory . getProp ( this . element , c [ i ]. x , 0 , null , this . element ), b = createElementID (),( p = createNS ( " filter " )). setAttribute ( " id " , b ),( m = createNS ( " feMorphology " )). setAttribute ( " operator " , " erode " ), m . setAttribute ( " in " , " SourceGraphic " ), m . setAttribute ( " radius " , " 0 " ), p . appendChild ( m ), s . appendChild ( p ), n . setAttribute ( " stroke " , " s " === c [ i ]. mode ? " #000000 " : " #ffffff " )): f = m = null , this . storedData [ i ] = { elem : n , x : f , expan : m , lastPath : "" , lastOperator : "" , filterId : b , lastRadius : 0 }, " i " == c [ i ]. mode ){ h = u . length ; var E = createNS ( " g " ); for ( o = 0 ; o < h ; o += 1 ) E . appendChild ( u [ o ]); var x = createNS ( " mask " ); x . setAttribute ( " mask-type " , " alpha " ), x . setAttribute ( " id " , y + " _ " + d ), x . appendChild ( n ), s . appendChild ( x ), E . setAttribute ( " mask " , " url( " + locationHref + " # " + y + " _ " + d + " ) " ), u . length = 0 , u . push ( E )} else u . push ( n ); c [ i ]. inv &&! this . solidPath && ( this . solidPath = this . createLayerSolidPath ()), this . viewData [ i ] = { elem : n , lastPath : "" , op : PropertyFactory . getProp ( this . element , c [ i ]. o , 0 ,. 01 , this . element ), prop : ShapePropertyFactory . getShapeProp ( this . element , c [ i ], 3 ), invRect : l }, this . viewData [ i ]. prop . k || this . drawPath ( c [ i ], this . viewData [ i ]. prop . v , this . viewData [ i ])} else this . viewData [ i ] = { op : PropertyFactory . getProp ( this . element , c [ i ]. o , 0 ,. 01 , this . element ), prop : ShapePropertyFactory . getShapeProp ( this . element , c [ i ], 3 ), elem : n , lastPath : "" }, s . appendChild ( n ); for ( this . maskElement = createNS ( g ), a = u . length , i = 0 ; i < a ; i += 1 ) this . maskElement . appendChild ( u [ i ]); 0 < d && ( this . maskElement . setAttribute ( " id " , y ), this . element . maskedElement . setAttribute ( v , " url( " + locationHref + " # " + y + " ) " ), s . appendChild ( this . maskElement )), this . viewData . length && this . element . addRenderableComponent ( this )} function HierarchyElement (){} function FrameElement (){} function TransformElement (){} function RenderableElement (){} function RenderableDOMElement (){} function ProcessedElement ( t , e ){ this . elem = t , this . pos = e } function SVGStyleData ( t , e ){ this . data = t , this . type = t . ty , this . d = "" , this . lvl = e , this . _mdf =! 1 , this . closed =! 0 === t . hd , this . pElem = createNS ( " path " ), this . msElem = null } function SVGShapeData ( t , e , r ){ this . caches = [], this . styles = [], this . transformers = t , this . lStr = "" , this . sh = r , this . lvl = e , this . _isAnimated =!! r . k ; for ( var i = 0 , s = t . length ; i < s ;){ if ( t [ i ]. mProps . dynamicProperties . length ){ this . _isAnimated =! 0 ; break } i += 1 }} function SVGTransformData ( t , e , r ){ this . transform = { mProps : t , op : e , container : r }, this . elements = [], this . _isAnimated = this . transform . mProps . dynamicProperties . length || this . transform . op . effectsSequence . length } function SVGStrokeStyleData ( t , e , r ){ this . initDynamicPropertyContainer ( t ), this . getValue = this . iterateDynamicProperties , this . o = PropertyFactory . getProp ( t , e . o , 0 ,. 01 , this ), this . w = PropertyFactory . getProp ( t , e . w , 0 , null , this ), this . d = new DashProperty ( t , e . d || {}, " svg " , this ), this . c = PropertyFactory . getProp ( t , e . c , 1 , 255 , this ), this . style = r , this . _isAnimated =!! this . _isAnimated } function SVGFillStyleData ( t , e , r ){ this . initDynamicPropertyContainer ( t ), this . getValue = this . iterateDynamicProperties , this . o = PropertyFactory . getProp ( t , e . o , 0 ,. 01 , this ), this . c = PropertyFactory . getProp ( t , e . c , 1 , 255 , this ), this . style = r } function SVGGradientFillStyleData ( t , e , r ){ this . initDynamicPropertyContainer ( t ), this . getValue = this . iterateDynamicProperties , this . initGradientData ( t , e , r )} function SVGGradientStrokeStyleData ( t , e , r ){ this . initDynamicPropertyContainer ( t ), this . getValue = this . iterateDynamicProperties , this . w = PropertyFactory . getProp ( t , e . w , 0 , null , this ), this . d = new DashProperty ( t , e . d || {}, " svg " , this ), this . initGradientData ( t , e , r ), this . _isAnimated =!! this . _isAnimated } function ShapeGroupData (){ this . it = [], this . prevViewData = [], this . gr = createNS ( " g " )} BaseRenderer . prototype . checkLayers = function ( t ){ var e , r , i = this . layers . length ; for ( this . completeLayers =! 0 , e = i - 1 ; 0 <= e ; e -- ) this . elements [ e ] || ( r = this . layers [ e ]). ip - r . st <= t - this . layers [ e ]. st && r . op - r . st > t - this . layers [ e ]. st && this . buildItem ( e ), this . completeLayers =!! this . elements [ e ] && this . completeLayers ; this . checkPendingElements ()}, BaseRenderer . prototype . createItem = function ( t ){ switch ( t . ty ){ case 2 : return this . createImage ( t ); case 0 : return this . createComp ( t ); case 1 : return this . createSolid ( t ); case 3 : return this . createNull ( t ); case 4 : return this . createShape ( t ); case 5 : return this . createText ( t ); case 13 : return this . createCamera ( t )} return this . createNull ( t )}, BaseRenderer . prototype . createCamera = function (){ throw new Error ( " You're using a 3d camera. Try the html renderer. " )}, BaseRenderer . prototype . buildAllItems = function (){ var t , e = this . layers . length ; for ( t = 0 ; t < e ; t += 1 ) this . buildItem ( t ); this . checkPendingElements ()}, BaseRenderer . prototype . includeLayers = function ( t ){ this . completeLayers =! 1 ; var e , r , i = t . length , s = this . layers . length ; for ( e = 0 ; e < i ; e += 1 ) for ( r = 0 ; r < s ;){ if ( this . layers [ r ]. id == t [ e ]. id ){ this . layers [ r ] = t [ e ]; break } r += 1 }}, BaseRenderer . prototype . setProjectInterface = function ( t ){ this . globalData . projectInterface = t }, BaseRenderer . prototype . initItems = function (){ this . globalData . progressiveLoad || this . buildAllItems ()}, BaseRenderer . prototype . buildElementParenting = function ( t , e , r ){ for ( var i = this . elements , s = this . layers , a = 0 , n = s . length ; a < n ;) s [ a ]. ind == e && ( i [ a ] &&! 0 !== i [ a ]?( r . push ( i [ a ]), i [ a ]. setAsParent (), void 0 !== s [ a ]. parent ? this . buildElementParenting ( t , s [ a ]. parent , r ): t . setHierarchy ( r )):( this . buildItem ( a ), this . addPendingElement ( t ))), a += 1 }, BaseRenderer . prototype . addPendingElement = function ( t ){ this . pendingElements . push ( t )}, BaseRenderer . prototype . searchExtraCompositions = function ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) if ( t [ e ]. xt ){ var i = this . createComp ( t [ e ]); i . initExpressions (), this . globalData . projectInterface . registerComposition ( i )}}, BaseRenderer . prototype . setupGlobalData = function ( t , e ){ this . globalData . fontManager = new FontManager , this . globalData . fontManager . addChars ( t . chars ), this . globalData . fontManager . addFonts ( t . fonts , e ), this . globalData . getAssetData = this . animationItem . getAssetData . bind ( this . animationItem ), this . globalData . getAssetsPath = this . animationItem . getAssetsPath . bind ( this . animationItem ), this . globalData . imageLoader = this . animationItem . imagePreloader , this . globalData . frameId = 0 , this . globalData . frameRate = t . fr , this . globalData . nm = t . nm , this . globalData . compSize = { w : t . w , h : t . h }}, extendPrototype ([ BaseRenderer ], SVGRenderer ), SVGRenderer . prototype . createNull = function ( t ){ return new NullElement ( t , this . globalData , this )}, SVGRenderer . prototype . createShape = function ( t ){ return new SVGShapeElement ( t , this . globalData , this )}, SVGRenderer . prototype . createText = function ( t ){ return new SVGTextElement ( t , this . globalData , this )}, SVGRenderer . prototype . createImage = function ( t ){ return new IImageElement ( t , this . globalData , this )}, SVGRenderer . prototype . createComp = function ( t ){ return new SVGCompElement ( t , this . globalData , this )}, SVGRenderer . prototype . createSolid = function ( t ){ return new ISolidElement ( t , this . globalData , this )}, SVGRenderer . prototype . configAnimation = function ( t ){ this . svgElement . setAttribute ( " xmlns " , " http://www.w3.org/2000/svg " ), this . renderConfig . viewBoxSize ? this . svgElement . setAttribute ( " viewBox " , this . renderConfig . viewBoxSize ): this . svgElement . setAttribute ( " viewBox " , " 0 0 " + t . w + " " + t . h ), this . renderConfig . viewBoxOnly || ( this . svgElement . setAttribute ( " width " , t . w ), this . svgElement . setAttribute ( " height " , t . h ), this . svgElement . style . width = " 100% " , this . svgElement . style . height = " 100% " , this . svgElement . style . transform = " translate3d(0,0,0) " ), this . renderConfig . className && this . svgElement . setAttribute ( " class " , this . renderConfig . className ), this . renderConfig . id && this . svgElement . setAttribute ( " id " , this . renderConfig . id ), void 0 !== this . renderConfig . focusable && this . svgElement . setAttribute ( " focusable " , this . renderConfig . focusable ), this . svgElement . setAttribute ( " preserveAspectRatio " , this . renderConfig . preserveAspectRatio ), this . animationItem . wrapper . appendChild ( this . svgElement ); var e = this . globalData . defs ; this . setupGlobalData ( t , e ), this . globalData . progressiveLoad = this . renderConfig . progressiveLoad , this . data = t ; var r = createNS ( " clipPath " ), i = createNS ( " rect " ); i . setAttribute ( " width " , t . w ), i . setAttribute ( " height " , t . h ), i . setAttribute ( " x " , 0 ), i . setAttribute ( " y " , 0 ); var s = createElementID (); r . setAttribute ( " id " , s ), r . appendChild ( i ), this . layerElement . setAttribute ( " clip-path " , " url( " + locationHref + " # " + s + " ) " ), e . appendChild ( r ), this . layers = t . layers , this . elements = createSizedArray ( t . layers . length )}, SVGRenderer . prototype . destroy = function (){ this . animationItem . wrapper . innerHTML = "" , this . layerElement = null , this . globalData . defs = null ; var t , e = this . layers ? this . layers . length : 0 ; for ( t = 0 ; t < e ; t ++ ) this . elements [ t ] && this . elements [ t ]. destroy (); this . elements . length = 0 , this . destroyed =! 0 , this . animationItem = null }, SVGRenderer . prototype . updateContainerSize = function (){}, SVGRenderer . prototype . buildItem = function ( t ){ var e = this . elements ; if ( ! e [ t ] && 99 != this . layers [ t ]. ty ){ e [ t ] =! 0 ; var r = this . createItem ( this . layers [ t ]); e [ t ] = r , expressionsPlugin && ( 0 === this . layers [ t ]. ty && this . globalData . projectInterface . registerComposition ( r ), r . initExpressions ()), this . appendElementInPos ( r , t ), this . layers [ t ]. tt && ( this . elements [ t - 1 ] &&! 0 !== this . elements [ t - 1 ]? r . setMatte ( e [ t - 1 ]. layerId ):( this . buildItem ( t - 1 ), this . addPendingElement ( r )))}}, SVGRenderer . prototype . checkPendingElements = function (){ for (; this . pendingElements . length ;){ var t = this . pendingElements . pop (); if ( t . checkParenting (), t . data . tt ) for ( var e = 0 , r = this . elements . length ; e < r ;){ if ( this . elements [ e ] === t ){ t . setMatte ( this . elements [ e - 1 ]. layerId ); break } e += 1 }}}, SVGRenderer . prototype . renderFrame = function ( t ){ if ( this . renderedFrame !== t &&! this . destroyed ){ null === t ? t = this . renderedFrame : this . renderedFrame = t , this . globalData . frameNum = t , this . globalData . frameId += 1 , this . globalData . projectInterface . currentFrame = t , this . globalData . _mdf =! 1 ; var e , r = this . layers . length ; for ( this . completeLayers || this . checkLayers ( t ), e = r - 1 ; 0 <= e ; e -- )( this . completeLayers || this . elements [ e ]) && this . elements [ e ]. prepareFrame ( t - this . layers [ e ]. st ); if ( this . globalData . _mdf ) for ( e = 0 ; e < r ; e += 1 )( this . completeLayers || this . elements [ e ]) && this . elements [ e ]. renderFrame ()}}, SVGRenderer . prototype . appendElementInPos = function ( t , e ){ var r = t . getBaseElement (); if ( r ){ for ( var i , s = 0 ; s < e ;) this . elements [ s ] &&! 0 !== this . elements [ s ] && this . elements [ s ]. getBaseElement () && ( i = this . elements [ s ]. getBaseElement ()), s += 1 ; i ? this . layerElement . insertBefore ( r , i ): this . layerElement . appendChild ( r )}}, SVGRenderer . prototype . hide = function (){ this . layerElement . style . display = " none " }, SVGRenderer . prototype . show = function (){ this . layerElement . style . display = " block " }, extendPrototype ([ BaseRenderer ], CanvasRenderer ), CanvasRenderer . prototype . createShape = function ( t ){ return new CVShapeElement ( t , this . globalData , this )}, CanvasRenderer . prototype . createText = function ( t ){ return new CVTextElement ( t , this . globalData , this )}, CanvasRenderer . prototype . createImage = function ( t ){ return new CVImageElement ( t , this . globalData , this )}, CanvasRenderer . prototype . createComp = function ( t ){ return new CVCompElement ( t , this . globalData , this )}, CanvasRenderer . prototype . createSolid = function ( t ){ return new CVSolidElement ( t , this . globalData , this )}, CanvasRenderer . prototype . createNull = SVGRenderer . prototype . createNull , CanvasRenderer . prototype . ctxTransform = function ( t ){ if ( 1 !== t [ 0 ] || 0 !== t [ 1 ] || 0 !== t [ 4 ] || 1 !== t [ 5 ] || 0 !== t [ 12 ] || 0 !== t [ 13 ]) if ( this . renderConfig . clearCanvas ){ this . transformMat . cloneFromProps ( t ); var e = this . contextData . cTr . props ; this . transformMat . transform ( e [ 0 ], e [ 1 ], e [ 2 ], e [ 3 ], e [ 4 ], e [ 5 ], e [ 6 ], e [ 7 ], e [ 8 ], e [ 9 ], e [ 10 ], e [ 11 ], e [ 12 ], e [ 13 ], e [ 14 ], e [ 15 ]), this . contextData . cTr . cloneFromProps ( this . transformMat . props ); var r = this . contextData . cTr . props ; this . canvasContext . setTransform ( r [ 0 ], r [ 1 ], r [ 4 ], r [ 5 ], r [ 12 ], r [ 13 ])} else this . canvasContext . transform ( t [ 0 ], t [ 1 ], t [ 4 ], t [ 5 ], t [ 12 ], t [ 13 ])}, CanvasRenderer . prototype . ctxOpacity = function ( t ){ if ( ! this . renderConfig . clearCanvas ) return this . canvasContext . globalAlpha *= t < 0 ? 0 : t , void ( this . globalData . currentGlobalAlpha = this . contextData . cO ); this . contextData . cO *= t < 0 ? 0 : t , this . globalData . currentGlobalAlpha !== this . contextData . cO && ( this . canvasContext . globalAlpha = this . contextData . cO , this . globalData . currentGlobalAlpha = this . contextData . cO )}, CanvasRenderer . prototype . reset = function (){ this . renderConfig . clearCanvas ? this . contextData . reset (): this . canvasContext . restore ()}, CanvasRenderer . prototype . save = function ( t ){ if ( this . renderConfig . clearCanvas ){ t && this . canvasContext . save (); var e = this . contextData . cTr . props ; this . contextData . _length <= this . contextData . cArrPos && this . contextData . duplicate (); var r , i = this . contextData . saved [ this . contextData . cArrPos ]; for ( r = 0 ; r < 16 ; r += 1 ) i [ r ] = e [ r ]; this . contextData . savedOp [ this . contextData . cArrPos ] = this . contextData . cO , this . contextData . cArrPos += 1 } else this . canvasContext . save ()}, CanvasRenderer . prototype . restore = function ( t ){ if ( this . renderConfig . clearCanvas ){ t && ( this . canvasContext . restore (), this . globalData . blendMode = " source-over " ), this . contextData . cArrPos -= 1 ; var e , r = this . contextData . saved [ this . contextData . cArrPos ], i = this . contextData . cTr . props ; for ( e = 0 ; e < 16 ; e += 1 ) i [ e ] = r [ e ]; this . canvasContext . setTransform ( r [ 0 ], r [ 1 ], r [ 4 ], r [ 5 ], r [ 12 ], r [ 13 ]), r = this . contextData . savedOp [ this . contextData . cArrPos ], this . contextData . cO = r , this . globalData . currentGlobalAlpha !== r && ( this . canvasContext . globalAlpha = r , this . globalData . currentGlobalAlpha = r )} else this . canvasContext . restore ()}, CanvasRenderer . prototype . configAnimation = function ( t ){ this . animationItem . wrapper ?( this . animationItem . container = createTag ( " canvas " ), this . animationItem . container . style . width = " 100% " , this . animationItem . container . style . height = " 100% " , this . animationItem . container . style . transformOrigin = this . animationItem . container . style . mozTransformOrigin = this . animationItem . container . style . webkitTransformOrigin = this . animationItem . container . style [ " -webkit-transform " ] = " 0px 0px 0px " , this . animationItem . wrapper . appendChild ( this . animationItem . container ), this . canvasContext = this . animationItem . container . getContext ( " 2d " ), this . renderConfig . className && this . animationItem . container . setAttribute ( " class " , this . renderConfig . className ), this . renderConfig . id && this . animationItem . container . setAttribute ( " id " , this . renderConfig . id )): this . canvasContext = this . renderConfig . context , this . data = t , this . layers = t . layers , this . transformCanvas = { w : t . w , h : t . h , sx : 0 , sy : 0 , tx : 0 , ty : 0 }, this . setupGlobalData ( t , document . body ), this . globalData . canvasContext = this . canvasContext ,( this . globalData . renderer = this ). globalData . isDashed =! 1 , this . globalData . progressiveLoad = this . renderConfig . progressiveLoad , this . globalData . transformCanvas = this . transformCanvas , this . elements = createSizedArray ( t . layers . length ), this . updateContainerSize ()}, CanvasRenderer . prototype . updateContainerSize = function (){ var t , e , r , i ; if ( this . reset (), this . animationItem . wrapper && this . animationItem . container ?( t = this . animationItem . wrapper . offsetWidth , e = this . animationItem . wrapper . offsetHeight , this . animationItem . container . setAttribute ( " width " , t * this . renderConfig . dpr ), this . animationItem . container . setAttribute ( " height " , e * this . renderConfig . dpr )):( t = this . canvasContext . canvas . width * this . renderConfig . dpr , e = this . canvasContext . canvas . height * this . renderConfig . dpr ), - 1 !== this . renderConfig . preserveAspectRatio . indexOf ( " meet " ) ||- 1 !== this . renderConfig . preserveAspectRatio . indexOf ( " slice " )){ var s = this . renderConfig . preserveAspectRatio . split ( " " ), a = s [ 1 ] || " meet " , n = s [ 0 ] || " xMidYMid " , o = n . substr ( 0 , 4 ), h = n . substr ( 4 ); r = t / e , i = this . transformCanvas . w / this . transformCanvas . h , this . transformCanvas . sy = r < i && " meet " === a || i < r && " slice " === a ?( this . transformCanvas . sx = t / ( this . transformCanvas . w / this . renderConfig . dpr ), t / ( this . transformCanvas . w / this . renderConfig . dpr )):( this . transformCanvas . sx = e / ( this . transformCanvas . h / this . renderConfig . dpr ), e / ( this . transformCanvas . h / this . renderConfig . dpr )), this . transformCanvas . tx = " xMid " === o && ( i < r && " meet " === a || r < i && " slice " === a )?( t - this . transformCanvas . w * ( e / this . transformCanvas . h )) / 2 * this . renderConfig . dpr : " xMax " === o && ( i < r && " meet " === a || r < i && " slice " === a )?( t - this . transformCanvas . w * ( e / this . transformCanvas . h )) * this . renderConfig . dpr : 0 , this . transformCanvas . ty = " YMid " === h && ( r < i && " meet " === a || i < r && " slice " === a )?( e - this . transformCanvas . h * ( t / this . transformCanvas . w )) / 2 * this . renderConfig . dpr : " YMax " === h && ( r < i && " meet " === a || i < r && " slice " === a )?( e - this . transformCanvas . h * ( t / this . transformCanvas . w )) * this . renderConfig . dpr : 0 } else " none " == this . renderConfig . preserveAspectRatio ?( this . transformCanvas . sx = t / ( this . transformCanvas . w / this . renderConfig . dpr ), this . transformCanvas . sy = e / ( this . transformCanvas . h / this . renderConfig . dpr )):( this . transformCanvas . sx = this . renderConfig . dpr , this . transformCanvas . sy = this . renderConfig . dpr ), this . transformCanvas . tx = 0 , this . transformCanvas . ty = 0 ; this . transformCanvas . props = [ this . transformCanvas . sx , 0 , 0 , 0 , 0 , this . transformCanvas . sy , 0 , 0 , 0 , 0 , 1 , 0 , this . transformCanvas . tx , this . transformCanvas . ty , 0 , 1 ], this . ctxTransform ( this . transformCanvas . props ), this . canvasContext . beginPath (), this . canvasContext . rect ( 0 , 0 , this . transformCanvas . w , this . transformCanvas . h ), this . canvasContext . closePath (), this . canvasContext . clip (), this . renderFrame ( this . renderedFrame , ! 0 )}, CanvasRenderer . prototype . destroy = function (){ var t ; for ( this . renderConfig . clearCanvas && ( this . animationItem . wrapper . innerHTML = "" ), t = ( this . layers ? this . layers . length : 0 ) - 1 ; 0 <= t ; t -= 1 ) this . elements [ t ] && this . elements [ t ]. destroy (); this . elements . length = 0 , this . globalData . canvasContext = null , this . animationItem . container = null , this . destroyed =! 0 }, CanvasRenderer . prototype . renderFrame = function ( t , e ){ if (( this . renderedFrame !== t ||! 0 !== this . renderConfig . clearCanvas || e ) &&! this . destroyed &&- 1 !== t ){ this . renderedFrame = t , this . globalData . frameNum = t - this . animationItem . _isFirstFrame , this . globalData . frameId += 1 , this . globalData . _mdf =! this . renderConfig . clearCanvas || e , this . globalData . projectInterface . currentFrame = t ; var r , i = this . layers . length ; for ( this . completeLayers || this . checkLayers ( t ), r = 0 ; r < i ; r ++ )( this . completeLayers || this . elements [ r ]) && this . elements [ r ]. prepareFrame ( t - this . layers [ r ]. st ); if ( this . globalData . _mdf ){ for ( ! 0 === this . renderConfig . clearCanvas ? this . canvasContext . clearRect ( 0 , 0 , this . transformCanvas . w , this . transformCanvas . h ): this . save (), r = i - 1 ; 0 <= r ; r -= 1 )( this . completeLayers || this . elements [ r ]) && this . elements [ r ]. renderFrame (); ! 0 !== this . renderConfig . clearCanvas && this . restore ()}}}, CanvasRenderer . prototype . buildItem = function ( t ){ var e = this . elements ; if ( ! e [ t ] && 99 != this . layers [ t ]. ty ){ var r = this . createItem ( this . layers [ t ], this , this . globalData );( e [ t ] = r ). initExpressions ()}}, CanvasRenderer . prototype . checkPendingElements = function (){ for (; this . pendingElements . length ;){ this . pendingElements . pop (). checkParenting ()}}, CanvasRenderer . prototype . hide = function (){ this . animationItem . container . style . display = " none " }, CanvasRenderer . prototype . show = function (){ this . animationItem . container . style . display = " block " }, extendPrototype ([ BaseRenderer ], HybridRenderer ), HybridRenderer . prototype . buildItem = SVGRenderer . prototype . buildItem , HybridRenderer . prototype . checkPendingElements = function (){ for (; this . pendingElements . length ;){ this . pendingElements . pop (). checkParenting ()}}, HybridRenderer . prototype . appendElementInPos = function ( t , e ){ var r = t . getBaseElement (); if ( r ){ var i = this . layers [ e ]; if ( i . ddd && this . supports3d ) this . addTo3dContainer ( r , e ); else if ( this . threeDElements ) this . addTo3dContainer ( r , e ); else { for ( var s , a , n = 0 ; n < e ;) this . elements [ n ] &&! 0 !== this . elements [ n ] && this . elements [ n ]. getBaseElement && ( a = this . elements [ n ], s = ( this . layers [ n ]. ddd ? this . getThreeDContainerByPos ( n ): a . getBaseElement ()) || s ), n += 1 ; s ? i . ddd && this . supports3d || this . layerElement . insertBefore ( r , s ): i . ddd && this . supports3d || this . layerElement . appendChild ( r )}}}, HybridRenderer . prototype . createShape = function ( t ){ return this . supports3d ? new HShapeElement ( t , this . globalData , this ): new SVGShapeElement ( t , this . globalData , this )}, HybridRenderer . prototype . createText = function ( t ){ return this . supports3d ? new HTextElement ( t , this . globalData , this ): new SVGTextElement ( t , this . globalData , this )}, HybridRenderer . prototype . createCamera = function ( t ){ return this . camera = new HCameraElement ( t , this . globalData , this ), this . camera }, HybridRenderer . prototype . createImage = function ( t ){ return this . supports3d ? new HImageElement ( t , this . globalData , this ): new IImageElement ( t , this . globalData , this )}, HybridRenderer . prototype . createComp = function ( t ){ return this . supports3d ? new HCompElement ( t , this . globalData , this ): new SVGCompElement ( t , this . globalData , this )}, HybridRenderer . prototype . createSolid = function ( t ){ return this . supports3d ? new HSolidElement ( t , this . globalData , this ): new ISolidElement ( t , this . globalData , this )}, HybridRenderer . prototype . createNull = SVGRenderer . prototype . createNull , HybridRenderer . prototype . getThreeDContainerByPos = function ( t ){ for ( var e = 0 , r = this . threeDElements . length ; e < r ;){ if ( this . threeDElements [ e ]. startPos <= t && this . threeDElements [ e ]. endPos >= t ) return this . threeDElements [ e ]. perspectiveElem ; e += 1 }}, HybridRenderer . prototype . createThreeDContainer = function ( t , e ){ var r = createTag ( " div " ); styleDiv ( r ); var i = createTag ( " div " ); styleDiv ( i ), " 3d " === e && ( r . style . width = this . globalData . compSize . w + " px " , r . style . height = this . globalData . compSize . h + " px " , r . style . transformOrigin = r . style . mozTransformOrigin = r . style . webkitTransformOrigin = " 50% 50% " , i . style . transform = i . style . webkitTransform = " matrix3d(1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1) " ), r . appendChild ( i ); var s = { container : i , perspectiveElem : r , startPos : t , endPos : t , type : e }; return this . threeDElements . push ( s ), s }, HybridRenderer . prototype . build3dContainers = function (){ var t , e , r = this . layers . length , i = "" ; for ( t = 0 ; t < r ; t += 1 ) this . layers [ t ]. ddd && 3 !== this . layers [ t ]. ty ? " 3d " !== i && ( i = " 3d " , e = this . createThreeDContainer ( t , " 3d " )): " 2d " !== i && ( i = " 2d " , e = this . createThreeDContainer ( t , " 2d " )), e . endPos = Math . max ( e . endPos , t ); for ( t = ( r = this . threeDElements . length ) - 1 ; 0 <= t ; t -- ) this . resizerElem . appendChild ( this . threeDElements [ t ]. perspectiveElem )}, HybridRenderer . prototype . addTo3dContainer = function ( t , e ){ for ( var r = 0 , i = this . threeDElements . length ; r < i ;){ if ( e <= this . threeDElements [ r ]. endPos ){ for ( var s , a = this . threeDElements [ r ]. startPos ; a < e ;) this . elements [ a ] && this . elements [ a ]. getBaseElement && ( s = this . elements [ a ]. getBaseElement ()), a += 1 ; s ? this . threeDElements [ r ]. container . insertBefore ( t , s ): this . threeDElements [ r ]. container . appendChild ( t ); break } r += 1 }}, HybridRenderer . prototype . configAnimation = function ( t ){ var e = createTag ( " div " ), r = this . animationItem . wrapper ; e . style . width = t . w + " px " , e . style . height = t . h + " px " , styleDiv ( this . resizerElem = e ), e . style . transformStyle = e . style . webkitTransformStyle = e . style . mozTransformStyle = " flat " , this . renderConfig . className && e . setAttribute ( " class " , this . renderConfig . className ), r . appendChild ( e ), e . style . overflow = " hidden " ; var i = createNS ( " svg " ); i . setAttribute ( " width " , " 1 " ), i . setAttribute ( " height " , " 1 " ), styleDiv ( i ), this . resizerElem . appendChild ( i ); var s = createNS ( " defs " ); i . appendChild ( s ), this . data = t , this . setupGlobalData ( t , i ), this . globalData . defs = s , this . layers = t . layers , this . layerElement = this . resizerElem , this . build3dContainers (), this . updateContainerSize ()}, HybridRenderer . prototype . destroy = function (){ this . animationItem . wrapper . innerHTML = "" , this . animationItem . container = null , this . globalData . defs = null ; var t , e = this . layers ? this . layers . length : 0 ; for ( t = 0 ; t < e ; t ++ ) this . elements [ t ]. destroy (); this . elements . length = 0 , this . destroyed =! 0 , this . animationItem = null }, HybridRenderer . prototype . updateContainerSize = function (){ var t , e , r , i , s = this . animationItem . wrapper . offsetWidth , a = this . animationItem . wrapper . offsetHeight ; i = s / a < this . globalData . compSize . w / this . globalData . compSize . h ?( t = s / this . globalData . compSize . w , e = s / this . globalData . compSize . w , r = 0 ,( a - this . globalData . compSize . h * ( s / this . globalData . compSize . w )) / 2 ):( t = a / this . globalData . compSize . h , e = a / this . globalData . compSize . h , r = ( s - this . globalData . compSize . w * ( a / this . globalData . compSize . h )) / 2 , 0 ), this . resizerElem . style . transform = this . resizerElem . style . webkitTransform = " matrix3d( " + t + " ,0,0,0,0, " + e + " ,0,0,0,0,1,0, " + r + " , " + i + " ,0,1) " }, HybridRenderer . prototype . renderFrame = SVGRenderer . prototype . renderFrame , HybridRenderer . prototype . hide = function (){ this . resizerElem . style . display = " none " }, HybridRenderer . prototype . show = function (){ this . resizerElem . style . display = " block " }, HybridRenderer . prototype . initItems = function (){ if ( this . buildAllItems (), this . camera ) this . camera . setup (); else { var t , e = this . globalData . compSize . w , r = this . globalData . compSize . h , i = this . threeDElements . length ; for ( t = 0 ; t < i ; t += 1 ) this . threeDElements [ t ]. perspectiveElem . style . perspective = this . threeDElements [ t ]. perspectiveElem . style . webkitPerspective = Math . sqrt ( Math . pow ( e , 2 ) + Math . pow ( r , 2 )) + " px " }}, HybridRenderer . prototype . searchExtraCompositions = function ( t ){ var e , r = t . length , i = createTag ( " div " ); for ( e = 0 ; e < r ; e += 1 ) if ( t [ e ]. xt ){ var s = this . createComp ( t [ e ], i , this . globalData . comp , null ); s . initExpressions (), this . globalData . projectInterface . registerComposition ( s )}}, MaskElement . prototype . getMaskProperty = function ( t ){ return this . viewData [ t ]. prop }, MaskElement . prototype . renderFrame = function ( t ){ var e , r = this . element . finalTransform . mat , i = this . masksProperties . length ; for ( e = 0 ; e < i ; e ++ ) if (( this . viewData [ e ]. prop . _mdf || t ) && this . drawPath ( this . masksProperties [ e ], this . viewData [ e ]. prop . v , this . viewData [ e ]),( this . viewData [ e ]. op . _mdf || t ) && this . viewData [ e ]. elem . setAttribute ( " fill-opacity " , this . viewData [ e ]. op . v ), " n " !== this . masksProperties [ e ]. mode && ( this . viewData [ e ]. invRect && ( this . element . finalTransform . mProp . _mdf || t ) && this . viewData [ e ]. invRect . setAttribute ( " transform " , r . getInverseMatrix (). to2dCSS ()), this . storedData [ e ]. x && ( this . storedData [ e ]. x . _mdf || t ))){ var s = this . storedData [ e ]. expan ; this . storedData [ e ]. x . v < 0 ?( " erode " !== this . storedData [ e ]. lastOperator && ( this . storedData [ e ]. lastOperator = " erode " , this . storedData [ e ]. elem . setAttribute ( " filter " , " url( " + locationHref + " # " + this . storedData [ e ]. filterId + " ) " )), s . setAttribute ( " radius " , - this . storedData [ e ]. x . v )):( " dilate " !== this . storedData [ e ]. lastOperator && ( this . storedData [ e ]. lastOperator = " dilate " , this . storedData [ e ]. elem . setAttribute ( " filter " , null )), this . storedData [ e ]. elem . setAttribute ( " stroke-width " , 2 * this . storedData [ e ]. x . v ))}}, MaskElement . prototype . getMaskelement = function (){ return this . maskElement }, MaskElement . prototype . createLayerSolidPath = function (){ var t = " M0,0 " ; return t += " h " + this . globalData . compSize . w , t += " v " + this . globalData . compSize . h , t += " h- " + this . globalData . compSize . w , t += " v- " + this . globalData . compSize . h + " " }, MaskElement . prototype . drawPath = function ( t , e , r ){ var i , s , a = " M " + e . v [ 0 ][ 0 ] + " , " + e . v [ 0 ][ 1 ]; for ( s = e . _length , i = 1 ; i < s ; i += 1 ) a += " C " + e . o [ i - 1 ][ 0 ] + " , " + e . o [ i - 1 ][ 1 ] + " " + e . i [ i ][ 0 ] + " , " + e . i [ i ][ 1 ] + " " + e . v [ i ][ 0 ] + " , " + e . v [ i ][ 1 ]; if ( e . c && 1 < s && ( a += " C " + e . o [ i - 1 ][ 0 ] + " , " + e . o [ i - 1 ][ 1 ] + " " + e . i [ 0 ][ 0 ] + " , " + e . i [ 0 ][ 1 ] + " " + e . v [ 0 ][ 0 ] + " , " + e . v [ 0 ][ 1 ]), r . lastPath !== a ){ var n = "" ; r . elem && ( e . c && ( n = t . inv ? this . solidPath + a : a ), r . elem . setAttribute ( " d " , n )), r . lastPath = a }}, MaskElement . prototype . destroy = function (){ this . element = null , this . globalData = null , this . maskElement = null , this . data = null , this . masksProperties = null }, HierarchyElement . prototype = { initHierarchy : function (){ this . hierarchy = [], this . _isParent =! 1 , this . checkParenting ()}, setHierarchy : function ( t ){ this . hierarchy = t }, setAsParent : function (){ this . _isParent =! 0 }, checkParenting : function (){ void 0 !== this . data . parent && this . comp . buildElementParenting ( this , this . data . parent ,[])}}, FrameElement . prototype = { initFrame : function (){ this . _isFirstFrame =! 1 , this . dynamicProperties = [], this . _mdf =! 1 }, prepareProperties : function ( t , e ){ var r , i = this . dynamicProperties . length ; for ( r = 0 ; r < i ; r += 1 )( e || this . _isParent && " transform " === this . dynamicProperties [ r ]. propType ) && ( this . dynamicProperties [ r ]. getValue (), this . dynamicProperties [ r ]. _mdf && ( this . globalData . _mdf =! 0 , this . _mdf =! 0 ))}, addDynamicProperty : function ( t ){ - 1 === this . dynamicProperties . indexOf ( t ) && this . dynamicProperties . push ( t )}}, TransformElement . prototype = { initTransform : function (){ this . finalTransform = { mProp : this . data . ks ? TransformPropertyFactory . getTransformProperty ( this , this . data . ks , this ):{ o : 0 }, _matMdf : ! 1 , _opMdf : ! 1 , mat : new Matrix }, this . data . ao && ( this . finalTransform . mProp . autoOriented =! 0 ), this . data . ty }, renderTransform : function (){ if ( this . finalTransform . _opMdf = this . finalTransform . mProp . o . _mdf || this . _isFirstFrame , this . finalTransform . _matMdf = this . finalTransform . mProp . _mdf || this . _isFirstFrame , this . hierarchy ){ var t , e = this . finalTransform . mat , r = 0 , i = this . hierarchy . length ; if ( ! this . finalTransform . _matMdf ) for (; r < i ;){ if ( this . hierarchy [ r ]. finalTransform . mProp . _mdf ){ this . finalTransform . _matMdf =! 0 ; break } r += 1 } if ( this . finalTransform . _matMdf ) for ( t = this . finalTransform . mProp . v . props , e . cloneFromProps ( t ), r = 0 ; r < i ; r += 1 ) t = this . hierarchy [ r ]. finalTransform . mProp . v . props , e . transform ( t [ 0 ], t [ 1 ], t [ 2 ], t [ 3 ], t [ 4 ], t [ 5 ], t [ 6 ], t [ 7 ], t [ 8 ], t [ 9 ], t [ 10 ], t [ 11 ], t [ 12 ], t [ 13 ], t [ 14 ], t [ 15 ])}}, globalToLocal : function ( t ){ var e = []; e . push ( this . finalTransform ); for ( var r =! 0 , i = this . comp ; r ;) i . finalTransform ?( i . data . hasMask && e . splice ( 0 , 0 , i . finalTransform ), i = i . comp ): r =! 1 ; var s , a , n = e . length ; for ( s = 0 ; s < n ; s += 1 ) a = e [ s ]. mat . applyToPointArray ( 0 , 0 , 0 ), t = [ t [ 0 ] - a [ 0 ], t [ 1 ] - a [ 1 ], 0 ]; return t }, mHelper : new Matrix }, RenderableElement . prototype = { initRenderable : function (){ this . isInRange =! 1 , this . hidden =! 1 , this . isTransparent =! 1 , this . renderableComponents = []}, addRenderableComponent : function ( t ){ - 1 === this . renderableComponents . indexOf ( t ) && this . renderableComponents . push ( t )}, removeRenderableComponent : function ( t ){ - 1 !== this . renderableComponents . indexOf ( t ) && this . renderableComponents . splice ( this . renderableComponents . indexOf ( t ), 1 )}, prepareRenderableFrame : function ( t ){ this . checkLayerLimits ( t )}, checkTransparency : function (){ this . finalTransform . mProp . o . v <= 0 ? ! this . isTransparent && this . globalData . renderConfig . hideOnTransparent && ( this . isTransparent =! 0 , this . hide ()): this . isTransparent && ( this . isTransparent =! 1 , this . show ())}, checkLayerLimits : function ( t ){ this . data . ip - this . data . st <= t && this . data . op - this . data . st > t ? ! 0 !== this . isInRange && ( this . globalData . _mdf =! 0 , this . _mdf =! 0 , this . isInRange =! 0 , this . show ()): ! 1 !== this . isInRange && ( this . globalData . _mdf =! 0 , this . isInRange =! 1 , this . hide ())}, renderRenderable : function (){ var t , e = this . renderableComponents . length ; for ( t = 0 ; t < e ; t += 1 ) this . renderableComponents [ t ]. renderFrame ( this . _isFirstFrame )}, sourceRectAtTime : function (){ return { top : 0 , left : 0 , width : 100 , height : 100 }}, getLayerSize : function (){ return 5 === this . data . ty ?{ w : this . data . textData . width , h : this . data . textData . height }:{ w : this . data . width , h : this . data . height }}}, extendPrototype ([ RenderableElement , createProxyFunction ({ initElement : function ( t , e , r ){ this . initFrame (), this . initBaseData ( t , e , r ), this . initTransform ( t , e , r ), this . initHierarchy (), this . initRenderable (), this . initRendererElement (), this . createContainerElements (), this . createRenderableComponents (), this . createContent (), this . hide ()}, hide : function (){ this . hidden || this . isInRange &&! this . isTransparent || (( this . baseElement || this . layerElement ). style . display = " none " , this . hidden =! 0 )}, show : function (){ this . isInRange &&! this . isTransparent && ( this . data . hd || (( this . baseElement || this . layerElement ). style . display = " block " ), this . hidden =! 1 , this . _isFirstFrame =! 0 )}, renderFrame : function (){ this . data . hd || this . hidden || ( this . renderTransform (), this . renderRenderable (), this . renderElement (), this . renderInnerContent (), this . _isFirstFrame && ( this . _isFirstFrame =! 1 ))}, renderInnerContent : function (){}, prepareFrame : function ( t ){ this . _mdf =! 1 , this . prepareRenderableFrame ( t ), this . prepareProperties ( t , this . isInRange ), this . checkTransparency ()}, destroy : function (){ this . innerElem = null , this . destroyBaseElement ()}})], RenderableDOMElement ), SVGStyleData . prototype . reset = function (){ this . d = "" , this . _mdf =! 1 }, SVGShapeData . prototype . setAsAnimated = function (){ this . _isAnimated =! 0 }, extendPrototype ([ DynamicPropertyContainer ], SVGStrokeStyleData ), extendPrototype ([ DynamicPropertyContainer ], SVGFillStyleData ), SVGGradientFillStyleData . prototype . initGradientData = function ( t , e , r ){ this . o = PropertyFactory . getProp ( t , e . o , 0 ,. 01 , this ), this . s = PropertyFactory . getProp ( t , e . s , 1 , null , this ), this . e = PropertyFactory . getProp ( t , e . e , 1 , null , this ), this . h = PropertyFactory . getProp ( t , e . h || { k : 0 }, 0 ,. 01 , this ), this . a = PropertyFactory . getProp ( t , e . a || { k : 0 }, 0 , degToRads , this ), this . g = new GradientProperty ( t , e . g , this ), this . style = r , this . stops = [], this . setGradientData ( r . pElem , e ), this . setGradientOpacity ( e , r ), this . _isAnimated =!! this . _isAnimated }, SVGGradientFillStyleData . prototype . setGradientData = function ( t , e ){ var r = createElementID (), i = createNS ( 1 === e . t ? " linearGradient " : " radialGradient " ); i . setAttribute ( " id " , r ), i . setAttribute ( " spreadMethod " , " pad " ), i . setAttribute ( " gradientUnits " , " userSpaceOnUse " ); var s , a , n , o = []; for ( n = 4 * e . g . p , a = 0 ; a < n ; a += 4 ) s = createNS ( " stop " ), i . appendChild ( s ), o . push ( s ); t . setAttribute ( " gf " === e . ty ? " fill " : " stroke " , " url( " + locationHref + " # " + r + " ) " ), this . gf = i , this . cst = o }, SVGGradientFillStyleData . prototype . setGradientOpacity = function ( t , e ){ if ( this . g . _hasOpacity &&! this . g . _collapsable ){ var r , i , s , a = createNS ( " mask " ), n = createNS ( " path " ); a . appendChild ( n ); var o = createElementID (), h = createElementID (); a . setAttribute ( " id " , h ); var l = createNS ( 1 === t . t ? " linearGradient " : " radialGradient " ); l . setAttribute ( " id " , o ), l . setAttribute ( " spreadMethod " , " pad " ), l . setAttribute ( " gradientUnits " , " userSpaceOnUse " ), s = t . g . k . k [ 0 ]. s ? t . g . k . k [ 0 ]. s . length : t . g . k . k . length ; var p = this . stops ; for ( i = 4 * t . g . p ; i < s ; i += 2 )( r = createNS ( " stop " )). setAttribute ( " stop-color " , " rgb(255,255,255) " ), l . appendChild ( r ), p . push ( r ); n . setAttribute ( " gf " === t . ty ? " fill " : " stroke " , " url( " + locationHref + " # " + o + " ) " ), this . of = l , this . ms = a , this . ost = p , this . maskId = h , e . msElem = n }}, extendPrototype ([ DynamicPropertyContainer ], SVGGradientFillStyleData ), extendPrototype ([ SVGGradientFillStyleData , DynamicPropertyContainer ], SVGGradientStrokeStyleData ); var SVGElementsRenderer = function (){ var y = new Matrix , g = new Matrix ; function e ( t , e , r ){( r || e . transform . op . _mdf ) && e . transform . container . setAttribute ( " opacity " , e . transform . op . v ),( r || e . transform . mProps . _mdf ) && e . transform . container . setAttribute ( " transform " , e . transform . mProps . v . to2dCSS ())} function r ( t , e , r ){ var i , s , a , n , o , h , l , p , m , f , c , d = e . styles . length , u = e . lvl ; for ( h = 0 ; h < d ; h += 1 ){ if ( n = e . sh . _mdf || r , e . styles [ h ]. lvl < u ){ for ( p = g . reset (), f = u - e . styles [ h ]. lvl , c = e . transformers . length - 1 ; ! n && 0 < f ;) n = e . transformers [ c ]. mProps . _mdf || n , f -- , c -- ; if ( n ) for ( f = u - e . styles [ h ]. lvl , c = e . transformers . length - 1 ; 0 < f ;) m = e . transformers [ c ]. mProps . v . props , p . transform ( m [ 0 ], m [ 1 ], m [ 2 ], m [ 3 ], m [ 4 ], m [ 5 ], m [ 6 ], m [ 7 ], m [ 8 ], m [ 9 ], m [ 10 ], m [ 11 ], m [ 12 ], m [ 13 ], m [ 14 ], m [ 15 ]), f -- , c -- } else p = y ; if ( s = ( l = e . sh . paths ). _length , n ){ for ( a = "" , i = 0 ; i < s ; i += 1 )( o = l . shapes [ i ]) && o . _length && ( a += buildShapeString ( o , o . _length , o . c , p )); e . caches [ h ] = a } else a = e . caches [ h ]; e . styles [ h ]. d +=! 0 === t . hd ? "" : a , e . styles [ h ]. _mdf = n || e . styles [ h ]. _mdf }} function i ( t , e , r ){ var i = e . style ;( e . c . _mdf || r ) && i . pElem . setAttribute ( " fill " , " rgb( " + bm_floor ( e . c . v [ 0 ]) + " , " + bm_floor ( e . c . v [ 1 ]) + " , " + bm_floor ( e . c . v [ 2 ]) + " ) " ),( e . o . _mdf || r ) && i . pElem . setAttribute ( " fill-opacity " , e . o . v )} function s ( t , e , r ){ a ( t , e , r ), n ( t , e , r )} function a ( t , e , r ){ var i , s , a , n , o , h = e . gf , l = e . g . _hasOpacity , p = e . s . v , m = e . e . v ; if ( e . o . _mdf || r ){ var f = " gf " === t . ty ? " fill-opacity " : " stroke-opacity " ; e . style . pElem . setAttribute ( f , e . o . v )} if ( e . s . _mdf || r ){ var c = 1 === t . t ? " x1 " : " cx " , d = " x1 " === c ? " y1 " : " cy " ; h . setAttribute ( c , p [ 0 ]), h . setAttribute ( d , p [ 1 ]), l &&! e . g . _collapsable && ( e . of . setAttribute ( c , p [ 0 ]), e . of . setAttribute ( d , p [ 1 ]))} if ( e . g . _cmdf || r ){ i = e . cst ; var u = e . g . c ; for ( a = i . length , s = 0 ; s < a ; s += 1 )( n = i [ s ]). setAttribute ( " offset " , u [ 4 * s ] + " % " ), n . setAttribute ( " stop-color " , " rgb( " + u [ 4 * s + 1 ] + " , " + u [ 4 * s + 2 ] + " , " + u [ 4 * s + 3 ] + " ) " )} if ( l && ( e . g . _omdf || r )){ var y = e . g . o ; for ( a = ( i = e . g . _collapsable ? e . cst : e . ost ). length , s = 0 ; s < a ; s += 1 ) n = i [ s ], e . g . _collapsable || n . setAttribute ( " offset " , y [ 2 * s ] + " % " ), n . setAttribute ( " stop-opacity " , y [ 2 * s + 1 ])} if ( 1 === t . t )( e . e . _mdf || r ) && ( h . setAttribute ( " x2 " , m [ 0 ]), h . setAttribute ( " y2 " , m [ 1 ]), l &&! e . g . _collapsable && ( e . of . setAttribute ( " x2 " , m [ 0 ]), e . of . setAttribute ( " y2 " , m [ 1 ]))); else if (( e . s . _mdf || e . e . _mdf || r ) && ( o = Math . sqrt ( Math . pow ( p [ 0 ] - m [ 0 ], 2 ) + Math . pow ( p [ 1 ] - m [ 1 ], 2 )), h . setAttribute ( " r " , o ), l &&! e . g . _collapsable && e . of . setAttribute ( " r " , o )), e . e . _mdf || e . h . _mdf || e . a . _mdf || r ){ o || ( o = Math . sqrt ( Math . pow ( p [ 0 ] - m [ 0 ], 2 ) + Math . pow ( p [ 1 ] - m [ 1 ], 2 ))); var g = Math . atan2 ( m [ 1 ] - p [ 1 ], m [ 0 ] - p [ 0 ]), v = o * ( 1 <= e . h . v ?. 99 : e . h . v <=- 1 ? - . 99 : e . h . v ), b = Math . cos ( g + e . a . v ) * v + p [ 0 ], E = Math . sin ( g + e . a . v ) * v + p [ 1 ]; h . setAttribute ( " fx " , b ), h . setAttribute ( " fy " , E ), l &&! e . g . _collapsable && ( e . of . setAttribute ( " fx " , b ), e . of . setAttribute ( " fy " , E ))}} function n ( t , e , r ){ var i = e . style , s = e . d ; s && ( s . _mdf || r ) && s . dashStr && ( i . pElem . setAttribute ( " stroke-dasharray " , s . dashStr ), i . pElem . setAttribute ( " stroke-dashoffset " , s . dashoffset [ 0 ])), e . c && ( e . c . _mdf || r ) && i . pElem . setAttribute ( " stroke " , " rgb( " + bm_floor ( e . c . v [ 0 ]) + " , " + bm_floor ( e . c . v [ 1 ]) + " , " + bm_floor ( e . c . v [ 2 ]) + " ) " ),( e . o . _mdf || r ) && i . pElem . setAttribute ( " stroke-opacity " , e . o . v ),( e . w . _mdf || r ) && ( i . pElem . setAttribute ( " stroke-width " , e . w . v ), i . msElem && i . msElem . setAttribute ( " stroke-width " , e . w . v ))} return { createRenderFunction : function ( t ){ t . ty ; switch ( t . ty ){ case " fl " : return i ; case " gf " : return a ; case " gs " : return s ; case " st " : return n ; case " sh " : case " el " : case " rc " : case " sr " : return r ; case " tr " : return e }}}}(); function ShapeTransformManager (){ this . sequences = {}, this . sequenceList = [], this . transform_key_count = 0 } function CVShapeData ( t , e , r , i ){ this . styledShapes = [], this . tr = [ 0 , 0 , 0 , 0 , 0 , 0 ]; var s = 4 ; " rc " == e . ty ? s = 5 : " el " == e . ty ? s = 6 : " sr " == e . ty && ( s = 7 ), this . sh = ShapePropertyFactory . getShapeProp ( t , e , s , t ); var a , n , o = r . length ; for ( a = 0 ; a < o ; a += 1 ) r [ a ]. closed || ( n = { transforms : i . addTransformSequence ( r [ a ]. transforms ), trNodes :[]}, this . styledShapes . push ( n ), r [ a ]. elements . push ( n ))} function BaseElement (){} function NullElement ( t , e , r ){ this . initFrame (), this . initBaseData ( t , e , r ), this . initFrame (), this . initTransform ( t , e , r ), this . initHierarchy ()} function SVGBaseElement (){} function IShapeElement (){} function ITextElement (){} function ICompElement (){} function IImageElement ( t , e , r ){ this . assetData = e . getAssetData ( t . refId ), this . initElement ( t , e , r ), this . sourceRect = { top : 0 , left : 0 , width : this . assetData . w , height : this . assetData . h }} function ISolidElement ( t , e , r ){ this . initElement ( t , e , r )} function SVGCompElement ( t , e , r ){ this . layers = t . layers , this . supports3d =! 0 , this . completeLayers =! 1 , this . pendingElements = [], this . elements = this . layers ? createSizedArray ( this . layers . length ):[], this . initElement ( t , e , r ), this . tm = t . tm ? PropertyFactory . getProp ( this , t . tm , 0 , e . frameRate , this ):{ _placeholder : ! 0 }} function SVGTextElement ( t , e , r ){ this . textSpans = [], this . renderType = " svg " , this . initElement ( t , e , r )} function SVGShapeElement ( t , e , r ){ this . shapes = [], this . shapesData = t . shapes , this . stylesList = [], this . shapeModifiers = [], this . itemsData = [], this . processedElements = [], this . animatedContents = [], this . initElement ( t , e , r ), this . prevViewData = []} function SVGTintFilter ( t , e ){ this . filterManager = e ; var r = createNS ( " feColorMatrix " ); if ( r . setAttribute ( " type " , " matrix " ), r . setAttribute ( " color-interpolation-filters " , " linearRGB " ), r . setAttribute ( " values " , " 0.3333 0.3333 0.3333 0 0 0.3333 0.3333 0.3333 0 0 0.3333 0.3333 0.3333 0 0 0 0 0 1 0 " ), r . setAttribute ( " result " , " f1 " ), t . appendChild ( r ),( r = createNS ( " feColorMatrix " )). setAttribute ( " type " , " matrix " ), r . setAttribute ( " color-interpolation-filters " , " sRGB " ), r . setAttribute ( " values " , " 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 " ), r . setAttribute ( " result " , " f2 " ), t . appendChild ( r ), this . matrixFilter = r , 100 !== e . effectElements [ 2 ]. p . v || e . effectElements [ 2 ]. p . k ){ var i , s = createNS ( " feMerge " ); t . appendChild ( s ),( i = createNS ( " feMergeNode " )). setAttribute ( " in " , " SourceGraphic " ), s . appendChild ( i ),( i = createNS ( " feMergeNode " )). setAttribute ( " in " , " f2 " ), s . appendChild ( i )}} function SVGFillFilter ( t , e ){ this . filterManager = e ; var r = createNS ( " feColorMatrix " ); r . setAttribute ( " type " , " matrix " ), r . setAttribute ( " color-interpolation-filters " , " sRGB " ), r . setAttribute ( " values " , " 1 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0 0 1 0 " ), t . appendChild ( r ), this . matrixFilter = r } function SVGGaussianBlurEffect ( t , e ){ t . setAttribute ( " x " , " -100% " ), t . setAttribute ( " y " , " -100% " ), t . setAttribute ( " width " , " 300% " ), t . setAttribute ( " height " , " 300% " ), this . filterManager = e ; var r = createNS ( " feGaussianBlur " ); t . appendChild ( r ), this . feGaussianBlur = r } function SVGStrokeEffect ( t , e ){ this . initialized =! 1 , this . filterManager = e , this . elem = t , this . paths = []} function SVGTritoneFilter ( t , e ){ this . filterManager = e ; var r = createNS ( " feColorMatrix " ); r . setAttribute ( " type " , " matrix " ), r . setAttribute ( " color-interpolation-filters " , " linearRGB " ), r . setAttribute ( " values " , " 0.3333 0.3333 0.3333 0 0 0.3333 0.3333 0.3333 0 0 0.3333 0.3333 0.3333 0 0 0 0 0 1 0 " ), r . setAttribute ( " result " , " f1 " ), t . appendChild ( r ); var i = createNS ( " feComponentTransfer " ); i . setAttribute ( " color-interpolation-filters " , " sRGB " ), t . appendChild ( i ), this . matrixFilter = i ; var s = createNS ( " feFuncR " ); s . setAttribute ( " type " , " table " ), i . appendChild ( s ), this . feFuncR = s ; var a = createNS ( " feFuncG " ); a . setAttribute ( " type " , " table " ), i . appendChild ( a ), this . feFuncG = a ; var n = createNS ( " feFuncB " ); n . setAttribute ( " type " , " table " ), i . appendChild ( n ), this . feFuncB = n } function SVGProLevelsFilter ( t , e ){ this . filterManager = e ; var r = this . filterManager . effectElements , i = createNS ( " feComponentTransfer " );( r [ 10 ]. p . k || 0 !== r [ 10 ]. p . v || r [ 11 ]. p . k || 1 !== r [ 11 ]. p . v || r [ 12 ]. p . k || 1 !== r [ 12 ]. p . v || r [ 13 ]. p . k || 0 !== r [ 13 ]. p . v || r [ 14 ]. p . k || 1 !== r [ 14 ]. p . v ) && ( this . feFuncR = this . createFeFunc ( " feFuncR " , i )),( r [ 17 ]. p . k || 0 !== r [ 17 ]. p . v || r [ 18 ]. p . k || 1 !== r [ 18 ]. p . v || r [ 19 ]. p . k || 1 !== r [ 19 ]. p . v || r [ 20 ]. p . k || 0 !== r [ 20 ]. p . v || r [ 21 ]. p . k || 1 !== r [ 21 ]. p . v ) && ( this . feFuncG = this . createFeFunc ( " feFuncG " , i )),( r [ 24 ]. p . k || 0 !== r [ 24 ]. p . v || r [ 25 ]. p . k || 1 !== r [ 25 ]. p . v || r [ 26 ]. p . k || 1 !== r [ 26 ]. p . v || r [ 27 ]. p . k || 0 !== r [ 27 ]. p . v || r [ 28 ]. p . k || 1 !== r [ 28 ]. p . v ) && ( this . feFuncB = this . createFeFunc ( " feFuncB " , i )),( r [ 31 ]. p . k || 0 !== r [ 31 ]. p . v || r [ 32 ]. p . k || 1 !== r [ 32 ]. p . v || r [ 33 ]. p . k || 1 !== r [ 33 ]. p . v || r [ 34 ]. p . k || 0 !== r [ 34 ]. p . v || r [ 35 ]. p . k || 1 !== r [ 35 ]. p . v ) && ( this . feFuncA = this . createFeFunc ( " feFuncA " , i )),( this . feFuncR || this . feFuncG || this . feFuncB || this . feFuncA ) && ( i . setAttribute ( " color-interpolation-filters " , " sRGB " ), t . appendChild ( i ), i = createNS ( " feComponentTransfer " )),( r [ 3 ]. p . k || 0 !== r [ 3 ]. p . v || r [ 4 ]. p . k || 1 !== r [ 4 ]. p . v || r [ 5 ]. p . k || 1 !== r [ 5 ]. p . v || r [ 6 ]. p . k || 0 !== r [ 6 ]. p . v || r [ 7 ]. p . k || 1 !== r [ 7 ]. p . v ) && ( i . setAttribute ( " color-interpolation-filters " , " sRGB " ), t . appendChild ( i ), this . feFuncRComposed = this . createFeFunc ( " feFuncR " , i ), this . feFuncGComposed = this . createFeFunc ( " feFuncG " , i ), this . feFuncBComposed = this . createFeFunc ( " feFuncB " , i ))} function SVGDropShadowEffect ( t , e ){ var r = e . container . globalData . renderConfig . filterSize ; t . setAttribute ( " x " , r . x ), t . setAttribute ( " y " , r . y ), t . setAttribute ( " width " , r . width ), t . setAttribute ( " height " , r . height ), this . filterManager = e ; var i = createNS ( " feGaussianBlur " ); i . setAttribute ( " in " , " SourceAlpha " ), i . setAttribute ( " result " , " drop_shadow_1 " ), i . setAttribute ( " stdDeviation " , " 0 " ), this . feGaussianBlur = i , t . appendChild ( i ); var s = createNS ( " feOffset " ); s . setAttribute ( " dx " , " 25 " ), s . setAttribute ( " dy " , " 0 " ), s . setAttribute ( " in " , " drop_shadow_1 " ), s . setAttribute ( " result " , " drop_shadow_2 " ), this . feOffset = s , t . appendChild ( s ); var a = createNS ( " feFlood " ); a . setAttribute ( " flood-color " , " #00ff00 " ), a . setAttribute ( " flood-opacity " , " 1 " ), a . setAttribute ( " result " , " drop_shadow_3 " ), this . feFlood = a , t . appendChild ( a ); var n = createNS ( " feComposite " ); n . setAttribute ( " in " , " drop_shadow_3 " ), n . setAttribute ( " in2 " , " drop_shadow_2 " ), n . setAttribute ( " operator " , " in " ), n . setAttribute ( " result " , " drop_shadow_4 " ), t . appendChild ( n ); var o , h = createNS ( " feMerge " ); t . appendChild ( h ), o = createNS ( " feMergeNode " ), h . appendChild ( o ),( o = createNS ( " feMergeNode " )). setAttribute ( " in " , " SourceGraphic " ), this . feMergeNode = o , this . feMerge = h , this . originalNodeAdded =! 1 , h . appendChild ( o )} ShapeTransformManager . prototype = { addTransformSequence : function ( t ){ var e , r = t . length , i = " _ " ; for ( e = 0 ; e < r ; e += 1 ) i += t [ e ]. transform . key + " _ " ; var s = this . sequences [ i ]; return s || ( s = { transforms :[]. concat ( t ), finalTransform : new Matrix , _mdf : ! 1 }, this . sequences [ i ] = s , this . sequenceList . push ( s )), s }, processSequence : function ( t , e ){ for ( var r , i = 0 , s = t . transforms . length , a = e ; i < s &&! e ;){ if ( t . transforms [ i ]. transform . mProps . _mdf ){ a =! 0 ; break } i += 1 } if ( a ) for ( t . finalTransform . reset (), i = s - 1 ; 0 <= i ; i -= 1 ) r = t . transforms [ i ]. transform . mProps . v . props , t . finalTransform . transform ( r [ 0 ], r [ 1 ], r [ 2 ], r [ 3 ], r [ 4 ], r [ 5 ], r [ 6 ], r [ 7 ], r [ 8 ], r [ 9 ], r [ 10 ], r [ 11 ], r [ 12 ], r [ 13 ], r [ 14 ], r [ 15 ]); t . _mdf = a }, processSequences : function ( t ){ var e , r = this . sequenceList . length ; for ( e = 0 ; e < r ; e += 1 ) this . processSequence ( this . sequenceList [ e ], t )}, getNewKey : function (){ return " _ " + this . transform_key_count ++ }}, CVShapeData . prototype . setAsAnimated = SVGShapeData . prototype . setAsAnimated , BaseElement . prototype = { checkMasks : function (){ if ( ! this . data . hasMask ) return ! 1 ; for ( var t = 0 , e = this . data . masksProperties . length ; t < e ;){ if ( " n " !== this . data . masksProperties [ t ]. mode &&! 1 !== this . data . masksProperties [ t ]. cl ) return ! 0 ; t += 1 } return ! 1 }, initExpressions : function (){ this . layerInterface = LayerExpressionInterface ( this ), this . data . hasMask && this . maskManager && this . layerInterface . registerMaskInterface ( this . maskManager ); var t = EffectsExpressionInterface . createEffectsInterface ( this , this . layerInterface ); this . layerInterface . registerEffectsInterface ( t ), 0 === this . data . ty || this . data . xt ? this . compInterface = CompExpressionInterface ( this ): 4 === this . data . ty ?( this . layerInterface . shapeInterface = ShapeExpressionInterface ( this . shapesData , this . itemsData , this . layerInterface ), this . layerInterface . content = this . layerInterface . shapeInterface ): 5 === this . data . ty && ( this . layerInterface . textInterface = TextExpressionInterface ( this ), this . layerInterface . text = this . layerInterface . textInterface )}, setBlendMode : function (){ var t = getBlendMode ( this . data . bm );( this . baseElement || this . layerElement ). style [ " mix-blend-mode " ] = t }, initBaseData : function ( t , e , r ){ this . globalData = e , this . comp = r , this . data = t , this . layerId = createElementID (), this . data . sr || ( this . data . sr = 1 ), this . effectsManager = new EffectsManager ( this . data , this , this . dynamicProperties )}, getType : function (){ return this . type }, sourceRectAtTime : function (){}}, NullElement . prototype . prepareFrame = function ( t ){ this . prepareProperties ( t , ! 0 )}, NullElement . prototype . renderFrame = function (){}, NullElement . prototype . getBaseElement = function (){ return null }, NullElement . prototype . destroy = function (){}, NullElement . prototype . sourceRectAtTime = function (){}, NullElement . prototype . hide = function (){}, extendPrototype ([ BaseElement , TransformElement , HierarchyElement , FrameElement ], NullElement ), SVGBaseElement . prototype = { initRendererElement : function (){ this . layerElement = createNS ( " g " )}, createContainerElements : function (){ this . matteElement = createNS ( " g " ), this . transformedElement = this . layerElement , this . maskedElement = this . layerElement , this . _sizeChanged =! 1 ; var t , e , r , i = null ; if ( this . data . td ){ if ( 3 == this . data . td || 1 == this . data . td ){ var s = createNS ( " mask " ); s . setAttribute ( " id " , this . layerId ), s . setAttribute ( " mask-type " , 3 == this . data . td ? " luminance " : " alpha " ), s . appendChild ( this . layerElement ), i = s , this . globalData . defs . appendChild ( s ), featureSupport . maskType || 1 != this . data . td || ( s . setAttribute ( " mask-type " , " luminance " ), t = createElementID (), e = filtersFactory . createFilter ( t ), this . globalData . defs . appendChild ( e ), e . appendChild ( filtersFactory . createAlphaToLuminanceFilter ()),( r = createNS ( " g " )). appendChild ( this . layerElement ), i = r , s . appendChild ( r ), r . setAttribute ( " filter " , " url( " + locationHref + " # " + t + " ) " ))} else if ( 2 == this . data . td ){ var a = createNS ( " mask " ); a . setAttribute ( " id " , this . layerId ), a . setAttribute ( " mask-type " , " alpha " ); var n = createNS ( " g " ); a . appendChild ( n ), t = createElementID (), e = filtersFactory . createFilter ( t ); var o = createNS ( " feComponentTransfer " ); o . setAttribute ( " in " , " SourceGraphic " ), e . appendChild ( o ); var h = createNS ( " feFuncA " ); h . setAttribute ( " type " , " table " ), h . setAttribute ( " tableValues " , " 1.0 0.0 " ), o . appendChild ( h ), this . globalData . defs . appendChild ( e ); var l = createNS ( " rect " ); l . setAttribute ( " width " , this . comp . data . w ), l . setAttribute ( " height " , this . comp . data . h ), l . setAttribute ( " x " , " 0 " ), l . setAttribute ( " y " , " 0 " ), l . setAttribute ( " fill " , " #ffffff " ), l . setAttribute ( " opacity " , " 0 " ), n . setAttribute ( " filter " , " url( " + locationHref + " # " + t + " ) " ), n . appendChild ( l ), n . appendChild ( this . layerElement ), i = n , featureSupport . maskType || ( a . setAttribute ( " mask-type " , " luminance " ), e . appendChild ( filtersFactory . createAlphaToLuminanceFilter ()), r = createNS ( " g " ), n . appendChild ( l ), r . appendChild ( this . layerElement ), i = r , n . appendChild ( r )), this . globalData . defs . appendChild ( a )}} else this . data . tt ?( this . matteElement . appendChild ( this . layerElement ), i = this . matteElement , this . baseElement = this . matteElement ): this . baseElement = this . layerElement ; if ( this . data . ln && this . layerElement . setAttribute ( " id " , this . data . ln ), this . data . cl && this . layerElement . setAttribute ( " class " , this . data . cl ), 0 === this . data . ty &&! this . data . hd ){ var p = createNS ( " clipPath " ), m = createNS ( " path " ); m . setAttribute ( " d " , " M0,0 L " + this . data . w + " ,0 L " + this . data . w + " , " + this . data . h + " L0, " + this . data . h + " z " ); var f = createElementID (); if ( p . setAttribute ( " id " , f ), p . appendChild ( m ), this . globalData . defs . appendChild ( p ), this . checkMasks ()){ var c = createNS ( " g " ); c . setAttribute ( " clip-path " , " url( " + locationHref + " # " + f + " ) " ), c . appendChild ( this . layerElement ), this . transformedElement = c , i ? i . appendChild ( this . transformedElement ): this . baseElement = this . transformedElement } else this . layerElement . setAttribute ( " clip-path " , " url( " + locationHref + " # " + f + " ) " )} 0 !== this . data . bm && this . setBlendMode ()}, renderElement : function (){ this . finalTransform . _matMdf && this . transformedElement . setAttribute ( " transform " , this . finalTransform . mat . to2dCSS ()), this . finalTransform . _opMdf && this . transformedElement . setAttribute ( " opacity " , this . finalTransform . mProp . o . v )}, destroyBaseElement : function (){ this . layerElement = null , this . matteElement = null , this . maskManager . destroy ()}, getBaseElement : function (){ return this . data . hd ? null : this . baseElement }, createRenderableComponents : function (){ this . maskManager = new MaskElement ( this . data , this , this . globalData ), this . renderableEffectsManager = new SVGEffects ( this )}, setMatte : function ( t ){ this . matteElement && this . matteElement . setAttribute ( " mask " , " url( " + locationHref + " # " + t + " ) " )}}, IShapeElement . prototype = { addShapeToModifiers : function ( t ){ var e , r = this . shapeModifiers . length ; for ( e = 0 ; e < r ; e += 1 ) this . shapeModifiers [ e ]. addShape ( t )}, isShapeInAnimatedModifiers : function ( t ){ for ( var e = this . shapeModifiers . length ; 0 < e ;) if ( this . shapeModifiers [ 0 ]. isAnimatedWithShape ( t )) return ! 0 ; return ! 1 }, renderModifiers : function (){ if ( this . shapeModifiers . length ){ var t , e = this . shapes . length ; for ( t = 0 ; t < e ; t += 1 ) this . shapes [ t ]. sh . reset (); for ( t = ( e = this . shapeModifiers . length ) - 1 ; 0 <= t ; t -= 1 ) this . shapeModifiers [ t ]. processShapes ( this . _isFirstFrame )}}, lcEnum :{ 1 : " butt " , 2 : " round " , 3 : " square " }, ljEnum :{ 1 : " miter " , 2 : " round " , 3 : " bevel " }, searchProcessedElement : function ( t ){ for ( var e = this . processedElements , r = 0 , i = e . length ; r < i ;){ if ( e [ r ]. elem === t ) return e [ r ]. pos ; r += 1 } return 0 }, addProcessedElement : function ( t , e ){ for ( var r = this . processedElements , i = r . length ; i ;) if ( r [ i -= 1 ]. elem === t ) return void ( r [ i ]. pos = e ); r . push ( new ProcessedElement ( t , e ))}, prepareFrame : function ( t ){ this . prepareRenderableFrame ( t ), this . prepareProperties ( t , this . isInRange )}}, ITextElement . prototype . initElement = function ( t , e , r ){ this . lettersChangedFlag =! 0 , this . initFrame (), this . initBaseData ( t , e , r ), this . textProperty = new TextProperty ( this , t . t , this . dynamicProperties ), this . textAnimator = new TextAnimatorProperty ( t . t , this . renderType , this ), this . initTransform ( t , e , r ), this . initHierarchy (), this . initRenderable (), this . initRendererElement (), this . createContainerElements (), this . createRenderableComponents (), this . createContent (), this . hide (), this . textAnimator . searchProperties ( this . dynamicProperties )}, ITextElement . prototype . prepareFrame = function ( t ){ this . _mdf =! 1 , this . prepareRenderableFrame ( t ), this . prepareProperties ( t , this . isInRange ),( this . textProperty . _mdf || this . textProperty . _isFirstFrame ) && ( this . buildNewText (), this . textProperty . _isFirstFrame =! 1 , this . textProperty . _mdf =! 1 )}, ITextElement . prototype . createPathShape = function ( t , e ){ var r , i , s = e . length , a = "" ; for ( r = 0 ; r < s ; r += 1 ) i = e [ r ]. ks . k , a += buildShapeString ( i , i . i . length , ! 0 , t ); return a }, ITextElement . prototype . updateDocumentData = function ( t , e ){ this . textProperty . updateDocumentData ( t , e )}, ITextElement . prototype . canResizeFont = function ( t ){ this . textProperty . canResizeFont ( t )}, ITextElement . prototype . setMinimumFontSize = function ( t ){ this . textProperty . setMinimumFontSize ( t )}, ITextElement . prototype . applyTextPropertiesToMatrix = function ( t , e , r , i , s ){ switch ( t . ps && e . translate ( t . ps [ 0 ], t . ps [ 1 ] + t . ascent , 0 ), e . translate ( 0 , - t . ls , 0 ), t . j ){ case 1 : e . translate ( t . justifyOffset + ( t . boxWidth - t . lineWidths [ r ]), 0 , 0 ); break ; case 2 : e . translate ( t . justifyOffset + ( t . boxWidth - t . lineWidths [ r ]) / 2 , 0 , 0 )} e . translate ( i , s , 0 )}, ITextElement . prototype . buildColor = function ( t ){ return " rgb( " + Math . round ( 255 * t [ 0 ]) + " , " + Math . round ( 255 * t [ 1 ]) + " , " + Math . round ( 255 * t [ 2 ]) + " ) " }, ITextElement . prototype . emptyProp = new LetterProps , ITextElement . prototype . destroy = function (){}, extendPrototype ([ BaseElement , TransformElement , HierarchyElement , FrameElement , RenderableDOMElement ], ICompElement ), ICompElement . prototype . initElement = function ( t , e , r ){ this . initFrame (), this . initBaseData ( t , e , r ), this . initTransform ( t , e , r ), this . initRenderable (), this . initHierarchy (), this . initRendererElement (), this . createContainerElements (), this . createRenderableComponents (), ! this . data . xt && e . progressiveLoad || this . buildAllItems (), this . hide ()}, ICompElement . prototype . prepareFrame = function ( t ){ if ( this . _mdf =! 1 , this . prepareRenderableFrame ( t ), this . prepareProperties ( t , this . isInRange ), this . isInRange || this . data . xt ){ if ( this . tm . _placeholder ) this . renderedFrame = t / this . data . sr ; else { var e = this . tm . v ; e === this . data . op && ( e = this . data . op - 1 ), this . renderedFrame = e } var r , i = this . elements . length ; for ( this . completeLayers || this . checkLayers ( this . renderedFrame ), r = i - 1 ; 0 <= r ; r -= 1 )( this . completeLayers || this . elements [ r ]) && ( this . elements [ r ]. prepareFrame ( this . renderedFrame - this . layers [ r ]. st ), this . elements [ r ]. _mdf && ( this . _mdf =! 0 ))}}, ICompElement . prototype . renderInnerContent = function (){ var t , e = this . layers . length ; for ( t = 0 ; t < e ; t += 1 )( this . completeLayers || this . elements [ t ]) && this . elements [ t ]. renderFrame ()}, ICompElement . prototype . setElements = function ( t ){ this . elements = t }, ICompElement . prototype . getElements = function (){ return this . elements }, ICompElement . prototype . destroyElements = function (){ var t , e = this . layers . length ; for ( t = 0 ; t < e ; t += 1 ) this . elements [ t ] && this . elements [ t ]. destroy ()}, ICompElement . prototype . destroy = function (){ this . destroyElements (), this . destroyBaseElement ()}, extendPrototype ([ BaseElement , TransformElement , SVGBaseElement , HierarchyElement , FrameElement , RenderableDOMElement ], IImageElement ), IImageElement . prototype . createContent = function (){ var t = this . globalData . getAssetsPath ( this . assetData ); this . innerElem = createNS ( " image " ), this . innerElem . setAttribute ( " width " , this . assetData . w + " px " ), this . innerElem . setAttribute ( " height " , this . assetData . h + " px " ), this . innerElem . setAttribute ( " preserveAspectRatio " , this . assetData . pr || this . globalData . renderConfig . imagePreserveAspectRatio ), this . innerElem . setAttributeNS ( " http://www.w3.org/1999/xlink " , " href " , t ), this . layerElement . appendChild ( this . innerElem )}, IImageElement . prototype . sourceRectAtTime = function (){ return this . sourceRect }, extendPrototype ([ IImageElement ], ISolidElement ), ISolidElement . prototype . createContent = function (){ var t = createNS ( " rect " ); t . setAttribute ( " width " , this . data . sw ), t . setAttribute ( " height " , this . data . sh ), t . setAttribute ( " fill " , this . data . sc ), this . layerElement . appendChild ( t )}, extendPrototype ([ SVGRenderer , ICompElement , SVGBaseElement ], SVGCompElement ), extendPrototype ([ BaseElement , TransformElement , SVGBaseElement , HierarchyElement , FrameElement , RenderableDOMElement , ITextElement ], SVGTextElement ), SVGTextElement . prototype . createContent = function (){ this . data . singleShape &&! this . globalData . fontManager . chars && ( this . textContainer = createNS ( " text " ))}, SVGTextElement . prototype . buildTextContents = function ( t ){ for ( var e = 0 , r = t . length , i = [], s = "" ; e < r ;) t [ e ] === String . fromCharCode ( 13 ) || t [ e ] === String . fromCharCode ( 3 )?( i . push ( s ), s = "" ): s += t [ e ], e += 1 ; return i . push ( s ), i }, SVGTextElement . prototype . buildNewText = function (){ var t , e , r = this . textProperty . currentData ; this . renderedLetters = createSizedArray ( r ? r . l . length : 0 ), r . fc ? this . layerElement . setAttribute ( " fill " , this . buildColor ( r . fc )): this . layerElement . setAttribute ( " fill " , " rgba(0,0,0,0) " ), r . sc && ( this . layerElement . setAttribute ( " stroke " , this . buildColor ( r . sc )), this . layerElement . setAttribute ( " stroke-width " , r . sw )), this . layerElement . setAttribute ( " font-size " , r . finalSize ); var i = this . globalData . fontManager . getFontByName ( r . f ); if ( i . fClass ) this . layerElement . setAttribute ( " class " , i . fClass ); else { this . layerElement . setAttribute ( " font-family " , i . fFamily ); var s = r . fWeight , a = r . fStyle ; this . layerElement . setAttribute ( " font-style " , a ), this . layerElement . setAttribute ( " font-weight " , s )} this . layerElement . setAttribute ( " aria-label " , r . t ); var n , o = r . l || [], h =!! this . globalData . fontManager . chars ; e = o . length ; var l , p = this . mHelper , m = "" , f = this . data . singleShape , c = 0 , d = 0 , u =! 0 , y = r . tr / 1 e3 * r . finalSize ; if ( ! f || h || r . sz ){ var g , v , b = this . textSpans . length ; for ( t = 0 ; t < e ; t += 1 ) h && f && 0 !== t || ( n = t < b ? this . textSpans [ t ]: createNS ( h ? " path " : " text " ), b <= t && ( n . setAttribute ( " stroke-linecap " , " butt " ), n . setAttribute ( " stroke-linejoin " , " round " ), n . setAttribute ( " stroke-miterlimit " , " 4 " ), this . textSpans [ t ] = n , this . layerElement . appendChild ( n )), n . style . display = " inherit " ), p . reset (), p . scale ( r . finalSize / 100 , r . finalSize / 100 ), f && ( o [ t ]. n && ( c =- y , d += r . yOffset , d += u ? 1 : 0 , u =! 1 ), this . applyTextPropertiesToMatrix ( r , p , o [ t ]. line , c , d ), c += o [ t ]. l || 0 , c += y ), h ?( l = ( g = ( v = this . globalData . fontManager . getCharData ( r . finalText [ t ], i . fStyle , this . globalData . fontManager . getFontByName ( r . f ). fFamily )) && v . data || {}). shapes ? g . shapes [ 0 ]. it :[], f ? m += this . createPathShape ( p , l ): n . setAttribute ( " d " , this . createPathShape ( p , l ))):( f && n . setAttribute ( " transform " , " translate( " + p . props [ 12 ] + " , " + p . props [ 13 ] + " ) " ), n . textContent = o [ t ]. val , n . setAttributeNS ( " http://www.w3.org/XML/1998/namespace " , " xml:space " , " preserve " )); f && n && n . setAttribute ( " d " , m )} else { var E = this . textContainer , x = " start " ; switch ( r . j ){ case 1 : x = " end " ; break ; case 2 : x = " middle " } E . setAttribute ( " text-anchor " , x ), E . setAttribute ( " letter-spacing " , y ); var S = this . buildTextContents ( r . finalText ); for ( e = S . length , d = r . ps ? r . ps [ 1 ] + r . ascent : 0 , t = 0 ; t < e ; t += 1 )( n = this . textSpans [ t ] || createNS ( " tspan " )). textContent = S [ t ], n . setAttribute ( " x " , 0 ), n . setAttribute ( " y " , d ), n . style . display = " inherit " , E . appendChild ( n ), this . textSpans [ t ] = n , d += r . finalLineHeight ; this . layerElement . appendChild ( E )} for (; t < this . textSpans . length ;) this . textSpans [ t ]. style . display = " none " , t += 1 ; this . _sizeChanged =! 0 }, SVGTextElement . prototype . sourceRectAtTime = function ( t ){ if ( this . prepareFrame ( this . comp . renderedFrame - this . data . st ), this . renderInnerContent (), this . _sizeChanged ){ this . _sizeChanged =! 1 ; var e = this . layerElement . getBBox (); this . bbox = { top : e . y , left : e . x , width : e . width , height : e . height }} return this . bbox }, SVGTextElement . prototype . renderInnerContent = function (){ if ( ! this . data . singleShape && ( this . textAnimator . getMeasures ( this . textProperty . currentData , this . lettersChangedFlag ), this . lettersChangedFlag || this . textAnimator . lettersChangedFlag )){ var t , e ; this . _sizeChanged =! 0 ; var r , i , s = this . textAnimator . renderedLetters , a = this . textProperty . currentData . l ; for ( e = a . length , t = 0 ; t < e ; t += 1 ) a [ t ]. n || ( r = s [ t ], i = this . textSpans [ t ], r . _mdf . m && i . setAttribute ( " transform " , r . m ), r . _mdf . o && i . setAttribute ( " opacity " , r . o ), r . _mdf . sw && i . setAttribute ( " stroke-width " , r . sw ), r . _mdf . sc && i . setAttribute ( " stroke " , r . sc ), r . _mdf . fc && i . setAttribute ( " fill " , r . fc ))}}, extendPrototype ([ BaseElement , TransformElement , SVGBaseElement , IShapeElement , HierarchyElement , FrameElement , RenderableDOMElement ], SVGShapeElement ), SVGShapeElement . prototype . initSecondaryElement = function (){}, SVGShapeElement . prototype . identityMatrix = new Matrix , SVGShapeElement . prototype . buildExpressionInterface = function (){}, SVGShapeElement . prototype . createContent = function (){ this . searchShapes ( this . shapesData , this . itemsData , this . prevViewData , this . layerElement , 0 ,[], ! 0 ), this . filterUniqueShapes ()}, SVGShapeElement . prototype . filterUniqueShapes = function (){ var t , e , r , i , s = this . shapes . length , a = this . stylesList . length , n = [], o =! 1 ; for ( r = 0 ; r < a ; r += 1 ){ for ( i = this . stylesList [ r ], o =! 1 , t = n . length = 0 ; t < s ; t += 1 ) - 1 !== ( e = this . shapes [ t ]). styles . indexOf ( i ) && ( n . push ( e ), o = e . _isAnimated || o ); 1 < n . length && o && this . setShapesAsAnimated ( n )}}, SVGShapeElement . prototype . setShapesAsAnimated = function ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) t [ e ]. setAsAnimated ()}, SVGShapeElement . prototype . createStyleElement = function ( t , e ){ var r , i = new SVGStyleData ( t , e ), s = i . pElem ; if ( " st " === t . ty ) r = new SVGStrokeStyleData ( this , t , i ); else if ( " fl " === t . ty ) r = new SVGFillStyleData ( this , t , i ); else if ( " gf " === t . ty || " gs " === t . ty ){ r = new ( " gf " === t . ty ? SVGGradientFillStyleData : SVGGradientStrokeStyleData )( this , t , i ), this . globalData . defs . appendChild ( r . gf ), r . maskId && ( this . globalData . defs . appendChild ( r . ms ), this . globalData . defs . appendChild ( r . of ), s . setAttribute ( " mask " , " url( " + locationHref + " # " + r . maskId + " ) " ))} return " st " !== t . ty && " gs " !== t . ty || ( s . setAttribute ( " stroke-linecap " , this . lcEnum [ t . lc ] || " round " ), s . setAttribute ( " stroke-linejoin " , this . ljEnum [ t . lj ] || " round " ), s . setAttribute ( " fill-opacity " , " 0 " ), 1 === t . lj && s . setAttribute ( " stroke-miterlimit " , t . ml )), 2 === t . r && s . setAttribute ( " fill-rule " , " evenodd " ), t . ln && s . setAttribute ( " id " , t . ln ), t . cl && s . setAttribute ( " class " , t . cl ), t . bm && ( s . style [ " mix-blend-mode " ] = getBlendMode ( t . bm )), this . stylesList . push ( i ), this . addToAnimatedContents ( t , r ), r }, SVGShapeElement . prototype . createGroupElement = function ( t ){ var e = new ShapeGroupData ; return t . ln && e . gr . setAttribute ( " id " , t . ln ), t . cl && e . gr . setAttribute ( " class " , t . cl ), t . bm && ( e . gr . style [ " mix-blend-mode " ] = getBlendMode ( t . bm )), e }, SVGShapeElement . prototype . createTransformElement = function ( t , e ){ var r = TransformPropertyFactory . getTransformProperty ( this , t , this ), i = new SVGTransformData ( r , r . o , e ); return this . addToAnimatedContents ( t , i ), i }, SVGShapeElement . prototype . createShapeElement = function ( t , e , r ){ var i = 4 ; " rc " === t . ty ? i = 5 : " el " === t . ty ? i = 6 : " sr " === t . ty && ( i = 7 ); var s = new SVGShapeData ( e , r , ShapePropertyFactory . getShapeProp ( this , t , i , this )); return this . shapes . push ( s ), this . addShapeToModifiers ( s ), this . addToAnimatedContents ( t , s ), s }, SVGShapeElement . prototype . addToAnimatedContents = function ( t , e ){ for ( var r = 0 , i = this . animatedContents . length ; r < i ;){ if ( this . animatedContents [ r ]. element === e ) return ; r += 1 } this . animatedContents . push ({ fn : SVGElementsRenderer . createRenderFunction ( t ), element : e , data : t })}, SVGShapeElement . prototype . setElementStyles = function ( t ){ var e , r = t . styles , i = this . stylesList . length ; for ( e = 0 ; e < i ; e += 1 ) this . stylesList [ e ]. closed || r . push ( this . stylesList [ e ])}, SVGShapeElement . prototype . reloadShapes = function (){ this . _isFirstFrame =! 0 ; var t , e = this . itemsData . length ; for ( t = 0 ; t < e ; t += 1 ) this . prevViewData [ t ] = this . itemsData [ t ]; for ( this . searchShapes ( this . shapesData , this . itemsData , this . prevViewData , this . layerElement , 0 ,[], ! 0 ), this . filterUniqueShapes (), e = this . dynamicProperties . length , t = 0 ; t < e ; t += 1 ) this . dynamicProperties [ t ]. getValue (); this . renderModifiers ()}, SVGShapeElement . prototype . searchShapes = function ( t , e , r , i , s , a , n ){ var o , h , l , p , m , f , c = []. concat ( a ), d = t . length - 1 , u = [], y = []; for ( o = d ; 0 <= o ; o -= 1 ){ if (( f = this . searchProcessedElement ( t [ o ]))? e [ o ] = r [ f - 1 ]: t [ o ]. _render = n , " fl " == t [ o ]. ty || " st " == t [ o ]. ty || " gf " == t [ o ]. ty || " gs " == t [ o ]. ty ) f ? e [ o ]. style . closed =! 1 : e [ o ] = this . createStyleElement ( t [ o ], s ), t [ o ]. _render && i . appendChild ( e [ o ]. style . pElem ), u . push ( e [ o ]. style ); else if ( " gr " == t [ o ]. ty ){ if ( f ) for ( l = e [ o ]. it . length , h = 0 ; h < l ; h += 1 ) e [ o ]. prevViewData [ h ] = e [ o ]. it [ h ]; else e [ o ] = this . createGroupElement ( t [ o ]); this . searchShapes ( t [ o ]. it , e [ o ]. it , e [ o ]. prevViewData , e [ o ]. gr , s + 1 , c , n ), t [ o ]. _render && i . appendChild ( e [ o ]. gr )} else " tr " == t [ o ]. ty ?( f || ( e [ o ] = this . createTransformElement ( t [ o ], i )), p = e [ o ]. transform , c . push ( p )): " sh " == t [ o ]. ty || " rc " == t [ o ]. ty || " el " == t [ o ]. ty || " sr " == t [ o ]. ty ?( f || ( e [ o ] = this . createShapeElement ( t [ o ], c , s )), this . setElementStyles ( e [ o ])): " tm " == t [ o ]. ty || " rd " == t [ o ]. ty || " ms " == t [ o ]. ty ?( f ?( m = e [ o ]). closed =! 1 :(( m = ShapeModifiers . getModifier ( t [ o ]. ty )). init ( this , t [ o ]), e [ o ] = m , this . shapeModifiers . push ( m )), y . push ( m )): " rp " == t [ o ]. ty && ( f ?( m = e [ o ]). closed =! 0 :( m = ShapeModifiers . getModifier ( t [ o ]. ty ),( e [ o ] = m ). init ( this , t , o , e ), this . shapeModifiers . push ( m ), n =! 1 ), y . push ( m )); this . addProcessedElement ( t [ o ], o + 1 )} for ( d = u . length , o = 0 ; o < d ; o += 1 ) u [ o ]. closed =! 0 ; for ( d = y . length , o = 0 ; o < d ; o += 1 ) y [ o ]. closed =! 0 }, SVGShapeElement . prototype . renderInnerContent = function (){ this . renderModifiers (); var t , e = this . stylesList . length ; for ( t = 0 ; t < e ; t += 1 ) this . stylesList [ t ]. reset (); for ( this . renderShape (), t = 0 ; t < e ; t += 1 )( this . stylesList [ t ]. _mdf || this . _isFirstFrame ) && ( this . stylesList [ t ]. msElem && ( this . stylesList [ t ]. msElem . setAttribute ( " d " , this . stylesList [ t ]. d ), this . stylesList [ t ]. d = " M0 0 " + this . stylesList [ t ]. d ), this . stylesList [ t ]. pElem . setAttribute ( " d " , this . stylesList [ t ]. d || " M0 0 " ))}, SVGShapeElement . prototype . renderShape = function (){ var t , e , r = this . animatedContents . length ; for ( t = 0 ; t < r ; t += 1 ) e = this . animatedContents [ t ],( this . _isFirstFrame || e . element . _isAnimated ) &&! 0 !== e . data && e . fn ( e . data , e . element , this . _isFirstFrame )}, SVGShapeElement . prototype . destroy = function (){ this . destroyBaseElement (), this . shapesData = null , this . itemsData = null }, SVGTintFilter . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ var e = this . filterManager . effectElements [ 0 ]. p . v , r = this . filterManager . effectElements [ 1 ]. p . v , i = this . filterManager . effectElements [ 2 ]. p . v / 100 ; this . matrixFilter . setAttribute ( " values " , r [ 0 ] - e [ 0 ] + " 0 0 0 " + e [ 0 ] + " " + ( r [ 1 ] - e [ 1 ]) + " 0 0 0 " + e [ 1 ] + " " + ( r [ 2 ] - e [ 2 ]) + " 0 0 0 " + e [ 2 ] + " 0 0 0 " + i + " 0 " )}}, SVGFillFilter . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ var e = this . filterManager . effectElements [ 2 ]. p . v , r = this . filterManager . effectElements [ 6 ]. p . v ; this . matrixFilter . setAttribute ( " values " , " 0 0 0 0 " + e [ 0 ] + " 0 0 0 0 " + e [ 1 ] + " 0 0 0 0 " + e [ 2 ] + " 0 0 0 " + r + " 0 " )}}, SVGGaussianBlurEffect . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ var e = . 3 * this . filterManager . effectElements [ 0 ]. p . v , r = this . filterManager . effectElements [ 1 ]. p . v , i = 3 == r ? 0 : e , s = 2 == r ? 0 : e ; this . feGaussianBlur . setAttribute ( " stdDeviation " , i + " " + s ); var a = 1 == this . filterManager . effectElements [ 2 ]. p . v ? " wrap " : " duplicate " ; this . feGaussianBlur . setAttribute ( " edgeMode " , a )}}, SVGStrokeEffect . prototype . initialize = function (){ var t , e , r , i , s = this . elem . layerElement . children || this . elem . layerElement . childNodes ; for ( 1 === this . filterManager . effectElements [ 1 ]. p . v ?( i = this . elem . maskManager . masksProperties . length , r = 0 ): i = ( r = this . filterManager . effectElements [ 0 ]. p . v - 1 ) + 1 ,( e = createNS ( " g " )). setAttribute ( " fill " , " none " ), e . setAttribute ( " stroke-linecap " , " round " ), e . setAttribute ( " stroke-dashoffset " , 1 ); r < i ; r += 1 ) t = createNS ( " path " ), e . appendChild ( t ), this . paths . push ({ p : t , m : r }); if ( 3 === this . filterManager . effectElements [ 10 ]. p . v ){ var a = createNS ( " mask " ), n = createElementID (); a . setAttribute ( " id " , n ), a . setAttribute ( " mask-type " , " alpha " ), a . appendChild ( e ), this . elem . globalData . defs . appendChild ( a ); var o = createNS ( " g " ); for ( o . setAttribute ( " mask " , " url( " + locationHref + " # " + n + " ) " ); s [ 0 ];) o . appendChild ( s [ 0 ]); this . elem . layerElement . appendChild ( o ), this . masker = a , e . setAttribute ( " stroke " , " #fff " )} else if ( 1 === this . filterManager . effectElements [ 10 ]. p . v || 2 === this . filterManager . effectElements [ 10 ]. p . v ){ if ( 2 === this . filterManager . effectElements [ 10 ]. p . v ) for ( s = this . elem . layerElement . children || this . elem . layerElement . childNodes ; s . length ;) this . elem . layerElement . removeChild ( s [ 0 ]); this . elem . layerElement . appendChild ( e ), this . elem . layerElement . removeAttribute ( " mask " ), e . setAttribute ( " stroke " , " #fff " )} this . initialized =! 0 , this . pathMasker = e }, SVGStrokeEffect . prototype . renderFrame = function ( t ){ this . initialized || this . initialize (); var e , r , i , s = this . paths . length ; for ( e = 0 ; e < s ; e += 1 ) if ( - 1 !== this . paths [ e ]. m && ( r = this . elem . maskManager . viewData [ this . paths [ e ]. m ], i = this . paths [ e ]. p ,( t || this . filterManager . _mdf || r . prop . _mdf ) && i . setAttribute ( " d " , r . lastPath ), t || this . filterManager . effectElements [ 9 ]. p . _mdf || this . filterManager . effectElements [ 4 ]. p . _mdf || this . filterManager . effectElements [ 7 ]. p . _mdf || this . filterManager . effectElements [ 8 ]. p . _mdf || r . prop . _mdf )){ var a ; if ( 0 !== this . filterManager . effectElements [ 7 ]. p . v || 100 !== this . filterManager . effectElements [ 8 ]. p . v ){ var n = Math . min ( this . filterManager . effectElements [ 7 ]. p . v , this . filterManager . effectElements [ 8 ]. p . v ) / 100 , o = Math . max ( this . filterManager . effectElements [ 7 ]. p . v , this . filterManager . effectElements [ 8 ]. p . v ) / 100 , h = i . getTotalLength (); a = " 0 0 0 " + h * n + " " ; var l , p = h * ( o - n ), m = 1 + 2 * this . filterManager . effectElements [ 4 ]. p . v * this . filterManager . effectElements [ 9 ]. p . v / 100 , f = Math . floor ( p / m ); for ( l = 0 ; l < f ; l += 1 ) a += " 1 " + 2 * this . filterManager . effectElements [ 4 ]. p . v * this . filterManager . effectElements [ 9 ]. p . v / 100 + " " ; a += " 0 " + 10 * h + " 0 0 " } else a = " 1 " + 2 * this . filterManager . effectElements [ 4 ]. p . v * this . filterManager . effectElements [ 9 ]. p . v / 100 ; i . setAttribute ( " stroke-dasharray " , a )} if (( t || this . filterManager . effectElements [ 4 ]. p . _mdf ) && this . pathMasker . setAttribute ( " stroke-width " , 2 * this . filterManager . effectElements [ 4 ]. p . v ),( t || this . filterManager . effectElements [ 6 ]. p . _mdf ) && this . pathMasker . setAttribute ( " opacity " , this . filterManager . effectElements [ 6 ]. p . v ),( 1 === this . filterManager . effectElements [ 10 ]. p . v || 2 === this . filterManager . effectElements [ 10 ]. p . v ) && ( t || this . filterManager . effectElements [ 3 ]. p . _mdf )){ var c = this . filterManager . effectElements [ 3 ]. p . v ; this . pathMasker . setAttribute ( " stroke " , " rgb( " + bm_floor ( 255 * c [ 0 ]) + " , " + bm_floor ( 255 * c [ 1 ]) + " , " + bm_floor ( 255 * c [ 2 ]) + " ) " )}}, SVGTritoneFilter . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ var e = this . filterManager . effectElements [ 0 ]. p . v , r = this . filterManager . effectElements [ 1 ]. p . v , i = this . filterManager . effectElements [ 2 ]. p . v , s = i [ 0 ] + " " + r [ 0 ] + " " + e [ 0 ], a = i [ 1 ] + " " + r [ 1 ] + " " + e [ 1 ], n = i [ 2 ] + " " + r [ 2 ] + " " + e [ 2 ]; this . feFuncR . setAttribute ( " tableValues " , s ), this . feFuncG . setAttribute ( " tableValues " , a ), this . feFuncB . setAttribute ( " tableValues " , n )}}, SVGProLevelsFilter . prototype . createFeFunc = function ( t , e ){ var r = createNS ( t ); return r . setAttribute ( " type " , " table " ), e . appendChild ( r ), r }, SVGProLevelsFilter . prototype . getTableValue = function ( t , e , r , i , s ){ for ( var a , n , o = 0 , h = Math . min ( t , e ), l = Math . max ( t , e ), p = Array . call ( null ,{ length : 256 }), m = 0 , f = s - i , c = e - t ; o <= 256 ;) n = ( a = o / 256 ) <= h ? c < 0 ? s : i : l <= a ? c < 0 ? i : s : i + f * Math . pow (( a - t ) / c , 1 / r ), p [ m ++ ] = n , o += 256 / 255 ; return p . join ( " " )}, SVGProLevelsFilter . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ var e , r = this . filterManager . effectElements ; this . feFuncRComposed && ( t || r [ 3 ]. p . _mdf || r [ 4 ]. p . _mdf || r [ 5 ]. p . _mdf || r [ 6 ]. p . _mdf || r [ 7 ]. p . _mdf ) && ( e = this . getTableValue ( r [ 3 ]. p . v , r [ 4 ]. p . v , r [ 5 ]. p . v , r [ 6 ]. p . v , r [ 7 ]. p . v ), this . feFuncRComposed . setAttribute ( " tableValues " , e ), this . feFuncGComposed . setAttribute ( " tableValues " , e ), this . feFuncBComposed . setAttribute ( " tableValues " , e )), this . feFuncR && ( t || r [ 10 ]. p . _mdf || r [ 11 ]. p . _mdf || r [ 12 ]. p . _mdf || r [ 13 ]. p . _mdf || r [ 14 ]. p . _mdf ) && ( e = this . getTableValue ( r [ 10 ]. p . v , r [ 11 ]. p . v , r [ 12 ]. p . v , r [ 13 ]. p . v , r [ 14 ]. p . v ), this . feFuncR . setAttribute ( " tableValues " , e )), this . feFuncG && ( t || r [ 17 ]. p . _mdf || r [ 18 ]. p . _mdf || r [ 19 ]. p . _mdf || r [ 20 ]. p . _mdf || r [ 21 ]. p . _mdf ) && ( e = this . getTableValue ( r [ 17 ]. p . v , r [ 18 ]. p . v , r [ 19 ]. p . v , r [ 20 ]. p . v , r [ 21 ]. p . v ), this . feFuncG . setAttribute ( " tableValues " , e )), this . feFuncB && ( t || r [ 24 ]. p . _mdf || r [ 25 ]. p . _mdf || r [ 26 ]. p . _mdf || r [ 27 ]. p . _mdf || r [ 28 ]. p . _mdf ) && ( e = this . getTableValue ( r [ 24 ]. p . v , r [ 25 ]. p . v , r [ 26 ]. p . v , r [ 27 ]. p . v , r [ 28 ]. p . v ), this . feFuncB . setAttribute ( " tableValues " , e )), this . feFuncA && ( t || r [ 31 ]. p . _mdf || r [ 32 ]. p . _mdf || r [ 33 ]. p . _mdf || r [ 34 ]. p . _mdf || r [ 35 ]. p . _mdf ) && ( e = this . getTableValue ( r [ 31 ]. p . v , r [ 32 ]. p . v , r [ 33 ]. p . v , r [ 34 ]. p . v , r [ 35 ]. p . v ), this . feFuncA . setAttribute ( " tableValues " , e ))}}, SVGDropShadowEffect . prototype . renderFrame = function ( t ){ if ( t || this . filterManager . _mdf ){ if (( t || this . filterManager . effectElements [ 4 ]. p . _mdf ) && this . feGaussianBlur . setAttribute ( " stdDeviation " , this . filterManager . effectElements [ 4 ]. p . v / 4 ), t || this . filterManager . effectElements [ 0 ]. p . _mdf ){ var e = this . filterManager . effectElements [ 0 ]. p . v ; this . feFlood . setAttribute ( " flood-color " , rgbToHex ( Math . round ( 255 * e [ 0 ]), Math . round ( 255 * e [ 1 ]), Math . round ( 255 * e [ 2 ])))} if (( t || this . filterManager . effectElements [ 1 ]. p . _mdf ) && this . feFlood . setAttribute ( " flood-opacity " , this . filterManager . effectElements [ 1 ]. p . v / 255 ), t || this . filterManager . effectElements [ 2 ]. p . _mdf || this . filterManager . effectElements [ 3 ]. p . _mdf ){ var r = this . filterManager . effectElements [ 3 ]. p . v , i = ( this . filterManager . effectElements [ 2 ]. p . v - 90 ) * degToRads , s = r * Math . cos ( i ), a = r * Math . sin ( i ); this . feOffset . setAttribute ( " dx " , s ), this . feOffset . setAttribute ( " dy " , a )}}}; var _svgMatteSymbols = []; function SVGMatte3Effect ( t , e , r ){ this . initialized =! 1 , this . filterManager = e , this . filterElem = t ,( this . elem = r ). matteElement = createNS ( " g " ), r . matteElement . appendChild ( r . layerElement ), r . matteElement . appendChild ( r . transformedElement ), r . baseElement = r . matteElement } function SVGEffects ( t ){ var e , r , i = t . data . ef ? t . data . ef . length : 0 , s = createElementID (), a = filtersFactory . createFilter ( s ), n = 0 ; for ( this . filters = [], e = 0 ; e < i ; e += 1 ) r = null , 20 === t . data . ef [ e ]. ty ?( n += 1 , r = new SVGTintFilter ( a , t . effectsManager . effectElements [ e ])): 21 === t . data . ef [ e ]. ty ?( n += 1 , r = new SVGFillFilter ( a , t . effectsManager . effectElements [ e ])): 22 === t . data . ef [ e ]. ty ? r = new SVGStrokeEffect ( t , t . effectsManager . effectElements [ e ]): 23 === t . data . ef [ e ]. ty ?( n += 1 , r = new SVGTritoneFilter ( a , t . effectsManager . effectElements [ e ])): 24 === t . data . ef [ e ]. ty ?( n += 1 , r = new SVGProLevelsFilter ( a , t . effectsManager . effectElements [ e ])): 25 === t . data . ef [ e ]. ty ?( n += 1 , r = new SVGDropShadowEffect ( a , t . effectsManager . effectElements [ e ])): 28 === t . data . ef [ e ]. ty ? r = new SVGMatte3Effect ( a , t . effectsManager . effectElements [ e ], t ): 29 === t . data . ef [ e ]. ty && ( n += 1 , r = new SVGGaussianBlurEffect ( a , t . effectsManager . effectElements [ e ])), r && this . filters . push ( r ); n && ( t . globalData . defs . appendChild ( a ), t . layerElement . setAttribute ( " filter " , " url( " + locationHref + " # " + s + " ) " )), this . filters . length && t . addRenderableComponent ( this )} function CVContextData (){ this . saved = [], this . cArrPos = 0 , this . cTr = new Matrix , this . cO = 1 ; var t ; for ( this . savedOp = createTypedArray ( " float32 " , 15 ), t = 0 ; t < 15 ; t += 1 ) this . saved [ t ] = createTypedArray ( " float32 " , 16 ); this . _length = 15 } function CVBaseElement (){} function CVImageElement ( t , e , r ){ this . assetData = e . getAssetData ( t . refId ), this . img = e . imageLoader . getImage ( this . assetData ), this . initElement ( t , e , r )} function CVCompElement ( t , e , r ){ this . completeLayers =! 1 , this . layers = t . layers , this . pendingElements = [], this . elements = createSizedArray ( this . layers . length ), this . initElement ( t , e , r ), this . tm = t . tm ? PropertyFactory . getProp ( this , t . tm , 0 , e . frameRate , this ):{ _placeholder : ! 0 }} function CVMaskElement ( t , e ){ this . data = t , this . element = e , this . masksProperties = this . data . masksProperties || [], this . viewData = createSizedArray ( this . masksProperties . length ); var r , i = this . masksProperties . length , s =! 1 ; for ( r = 0 ; r < i ; r ++ ) " n " !== this . masksProperties [ r ]. mode && ( s =! 0 ), this . viewData [ r ] = ShapePropertyFactory . getShapeProp ( this . element , this . masksProperties [ r ], 3 );( this . hasMasks = s ) && this . element . addRenderableComponent ( this )} function CVShapeElement ( t , e , r ){ this . shapes = [], this . shapesData = t . shapes , this . stylesList = [], this . itemsData = [], this . prevViewData = [], this . shapeModifiers = [], this . processedElements = [], this . transformsManager = new ShapeTransformManager , this . initElement ( t , e , r )} function CVSolidElement ( t , e , r ){ this . initElement ( t , e , r )} function CVTextElement ( t , e , r ){ this . textSpans = [], this . yOffset = 0 , this . fillColorAnim =! 1 , this . strokeColorAnim =! 1 , this . strokeWidthAnim =! 1 , this . stroke =! 1 , this . fill =! 1 , this . justifyOffset = 0 , this . currentRender = null , this . renderType = " canvas " , this . values = { fill : " rgba(0,0,0,0) " , stroke : " rgba(0,0,0,0) " , sWidth : 0 , fValue : "" }, this . initElement ( t , e , r )} function CVEffects (){} function HBaseElement ( t , e , r ){} function HSolidElement ( t , e , r ){ this . initElement ( t , e , r )} function HCompElement ( t , e , r ){ this . layers = t . layers , this . supports3d =! t . hasMask , this . completeLayers =! 1 , this . pendingElements = [], this . elements = this . layers ? createSizedArray ( this . layers . length ):[], this . initElement ( t , e , r ), this . tm = t . tm ? PropertyFactory . getProp ( this , t . tm , 0 , e . frameRate , this ):{ _placeholder : ! 0 }} function HShapeElement ( t , e , r ){ this . shapes = [], this . shapesData = t . shapes , this . stylesList = [], this . shapeModifiers = [], this . itemsData = [], this . processedElements = [], this . animatedContents = [], this . shapesContainer = createNS ( " g " ), this . initElement ( t , e , r ), this . prevViewData = [], this . currentBBox = { x : 999999 , y : - 999999 , h : 0 , w : 0 }} function HTextElement ( t , e , r ){ this . textSpans = [], this . textPaths = [], this . currentBBox = { x : 999999 , y : - 999999 , h : 0 , w : 0 }, this . renderType = " svg " , this . isMasked =! 1 , this . initElement ( t , e , r )} function HImageElement ( t , e , r ){ this . assetData = e . getAssetData ( t . refId ), this . initElement ( t , e , r )} function HCameraElement ( t , e , r ){ this . initFrame (), this . initBaseData ( t , e , r ), this . initHierarchy (); var i = PropertyFactory . getProp ; if ( this . pe = i ( this , t . pe , 0 , 0 , this ), t . ks . p . s ?( this . px = i ( this , t . ks . p . x , 1 , 0 , this ), this . py = i ( this , t . ks . p . y , 1 , 0 , this ), this . pz = i ( this , t . ks . p . z , 1 , 0 , this )): this . p = i ( this , t . ks . p , 1 , 0 , this ), t . ks . a && ( this . a = i ( this , t . ks . a , 1 , 0 , this )), t . ks . or . k . length && t . ks . or . k [ 0 ]. to ){ var s , a = t . ks . or . k . length ; for ( s = 0 ; s < a ; s += 1 ) t . ks . or . k [ s ]. to = null , t . ks . or . k [ s ]. ti = null } this . or = i ( this , t . ks . or , 1 , degToRads , this ), this . or . sh =! 0 , this . rx = i ( this , t . ks . rx , 0 , degToRads , this ), this . ry = i ( this , t . ks . ry , 0 , degToRads , this ), this . rz = i ( this , t . ks . rz , 0 , degToRads , this ), this . mat = new Matrix , this . _prevMat = new Matrix , this . _isFirstFrame =! 0 , this . finalTransform = { mProp : this }} function HEffects (){} SVGMatte3Effect . prototype . findSymbol = function ( t ){ for ( var e = 0 , r = _svgMatteSymbols . length ; e < r ;){ if ( _svgMatteSymbols [ e ] === t ) return _svgMatteSymbols [ e ]; e += 1 } return null }, SVGMatte3Effect . prototype . replaceInParent = function ( t , e ){ var r = t . layerElement . parentNode ; if ( r ){ for ( var i , s = r . children , a = 0 , n = s . length ; a < n && s [ a ] !== t . layerElement ;) a += 1 ; a <= n - 2 && ( i = s [ a + 1 ]); var o = createNS ( " use " ); o . setAttribute ( " href " , " # " + e ), i ? r . insertBefore ( o , i ): r . appendChild ( o )}}, SVGMatte3Effect . prototype . setElementAsMask = function ( t , e ){ if ( ! this . findSymbol ( e )){ var r = createElementID (), i = createNS ( " mask " ); i . setAttribute ( " id " , e . layerId ), i . setAttribute ( " mask-type " , " alpha " ), _svgMatteSymbols . push ( e ); var s = t . globalData . defs ; s . appendChild ( i ); var a = createNS ( " symbol " ); a . setAttribute ( " id " , r ), this . replaceInParent ( e , r ), a . appendChild ( e . layerElement ), s . appendChild ( a ); var n = createNS ( " use " ); n . setAttribute ( " href " , " # " + r ), i . appendChild ( n ), e . data . hd =! 1 , e . show ()} t . setMatte ( e . layerId )}, SVGMatte3Effect . prototype . initialize = function (){ for ( var t = this . filterManager . effectElements [ 0 ]. p . v , e = this . elem . comp . elements , r = 0 , i = e . length ; r < i ;) e [ r ] && e [ r ]. data . ind === t && this . setElementAsMask ( this . elem , e [ r ]), r += 1 ; this . initialized =! 0 }, SVGMatte3Effect . prototype . renderFrame = function (){ this . initialized || this . initialize ()}, SVGEffects . prototype . renderFrame = function ( t ){ var e , r = this . filters . length ; for ( e = 0 ; e < r ; e += 1 ) this . filters [ e ]. renderFrame ( t )}, CVContextData . prototype . duplicate = function (){ var t = 2 * this . _length , e = this . savedOp ; this . savedOp = createTypedArray ( " float32 " , t ), this . savedOp . set ( e ); var r = 0 ; for ( r = this . _length ; r < t ; r += 1 ) this . saved [ r ] = createTypedArray ( " float32 " , 16 ); this . _length = t }, CVContextData . prototype . reset = function (){ this . cArrPos = 0 , this . cTr . reset (), this . cO = 1 }, CVBaseElement . prototype = { createElements : function (){}, initRendererElement : function (){}, createContainerElements : function (){ this . canvasContext = this . globalData . canvasContext , this . renderableEffectsManager = new CVEffects ( this )}, createContent : function (){}, setBlendMode : function (){ var t = this . globalData ; if ( t . blendMode !== this . data . bm ){ t . blendMode = this . data . bm ; var e = getBlendMode ( this . data . bm ); t . canvasContext . globalCompositeOperation = e }}, createRenderableComponents : function (){ this . maskManager = new CVMaskElement ( this . data , this )}, hideElement : function (){ this . hidden || this . isInRange &&! this . isTransparent || ( this . hidden =! 0 )}, showElement : function (){ this . isInRange &&! this . isTransparent && ( this . hidden =! 1 , this . _isFirstFrame =! 0 , this . maskManager . _isFirstFrame =! 0 )}, renderFrame : function (){ if ( ! this . hidden &&! this . data . hd ){ this . renderTransform (), this . renderRenderable (), this . setBlendMode (); var t = 0 === this . data . ty ; this . globalData . renderer . save ( t ), this . globalData . renderer . ctxTransform ( this . finalTransform . mat . props ), this . globalData . renderer . ctxOpacity ( this . finalTransform . mProp . o . v ), this . renderInnerContent (), this . globalData . renderer . restore ( t ), this . maskManager . hasMasks && this . globalData . renderer . restore ( ! 0 ), this . _isFirstFrame && ( this . _isFirstFrame =! 1 )}}, destroy : function (){ this . canvasContext = null , this . data = null , this . globalData = null , this . maskManager . destroy ()}, mHelper : new Matrix }, CVBaseElement . prototype . hide = CVBaseElement . prototype . hideElement , CVBaseElement . prototype . show = CVBaseElement . prototype . showElement , extendPrototype ([ BaseElement , TransformElement , CVBaseElement , HierarchyElement , FrameElement , RenderableElement ], CVImageElement ), CVImageElement . prototype . initElement = SVGShapeElement . prototype . initElement , CVImageElement . prototype . prepareFrame = IImageElement . prototype . prepareFrame , CVImageElement . prototype . createContent = function (){ if ( this . img . width && ( this . assetData . w !== this . img . width || this . assetData . h !== this . img . height )){ var t = createTag ( " canvas " ); t . width = this . assetData . w , t . height = this . assetData . h ; var e , r , i = t . getContext ( " 2d " ), s = this . img . width , a = this . img . height , n = s / a , o = this . assetData . w / this . assetData . h , h = this . assetData . pr || this . globalData . renderConfig . imagePreserveAspectRatio ; o < n && " xMidYMid slice " === h || n < o && " xMidYMid slice " !== h ? e = ( r = a ) * o : r = ( e = s ) / o , i . drawImage ( this . img ,( s - e ) / 2 ,( a - r ) / 2 , e , r , 0 , 0 , this . assetData . w , this . assetData . h ), this . img = t }}, CVImageElement . prototype . renderInnerContent = function ( t ){ this . canvasContext . drawImage ( this . img , 0 , 0 )}, CVImageElement . prototype . destroy = function (){ this . img = null }, extendPrototype ([ CanvasRenderer , ICompElement , CVBaseElement ], CVCompElement ), CVCompElement . prototype . renderInnerContent = function (){ var t , e = this . canvasContext ; for ( e . beginPath (), e . moveTo ( 0 , 0 ), e . lineTo ( this . data . w , 0 ), e . lineTo ( this . data . w , this . data . h ), e . lineTo ( 0 , this . data . h ), e . lineTo ( 0 , 0 ), e . clip (), t = this . layers . length - 1 ; 0 <= t ; t -= 1 )( this . completeLayers || this . elements [ t ]) && this . elements [ t ]. renderFrame ()}, CVCompElement . prototype . destroy = function (){ var t ; for ( t = this . layers . length - 1 ; 0 <= t ; t -= 1 ) this . elements [ t ] && this . elements [ t ]. destroy (); this . layers = null , this . elements = null }, CVMaskElement . prototype . renderFrame = function (){ if ( this . hasMasks ){ var t , e , r , i , s = this . element . finalTransform . mat , a = this . element . canvasContext , n = this . masksProperties . length ; for ( a . beginPath (), t = 0 ; t < n ; t ++ ) if ( " n " !== this . masksProperties [ t ]. mode ){ this . masksProperties [ t ]. inv && ( a . moveTo ( 0 , 0 ), a . lineTo ( this . element . globalData . compSize . w , 0 ), a . lineTo ( this . element . globalData . compSize . w , this . element . globalData . compSize . h ), a . lineTo ( 0 , this . element . globalData . compSize . h ), a . lineTo ( 0 , 0 )), i = this . viewData [ t ]. v , e = s . applyToPointArray ( i . v [ 0 ][ 0 ], i . v [ 0 ][ 1 ], 0 ), a . moveTo ( e [ 0 ], e [ 1 ]); var o , h = i . _length ; for ( o = 1 ; o < h ; o ++ ) r = s . applyToTriplePoints ( i . o [ o - 1 ], i . i [ o ], i . v [ o ]), a . bezierCurveTo ( r [ 0 ], r [ 1 ], r [ 2 ], r [ 3 ], r [ 4 ], r [ 5 ]); r = s . applyToTriplePoints ( i . o [ o - 1 ], i . i [ 0 ], i . v [ 0 ]), a . bezierCurveTo ( r [ 0 ], r [ 1 ], r [ 2 ], r [ 3 ], r [ 4 ], r [ 5 ])} this . element . globalData . renderer . save ( ! 0 ), a . clip ()}}, CVMaskElement . prototype . getMaskProperty = MaskElement . prototype . getMaskProperty , CVMaskElement . prototype . destroy = function (){ this . element = null }, extendPrototype ([ BaseElement , TransformElement , CVBaseElement , IShapeElement , HierarchyElement , FrameElement , RenderableElement ], CVShapeElement ), CVShapeElement . prototype . initElement = RenderableDOMElement . prototype . initElement , CVShapeElement . prototype . transformHelper = { opacity : 1 , _opMdf : ! 1 }, CVShapeElement . prototype . dashResetter = [], CVShapeElement . prototype . createContent = function (){ this . searchShapes ( this . shapesData , this . itemsData , this . prevViewData , ! 0 ,[])}, CVShapeElement . prototype . createStyleElement = function ( t , e ){ var r = { data : t , type : t . ty , preTransforms : this . transformsManager . addTransformSequence ( e ), transforms :[], elements :[], closed : ! 0 === t . hd }, i = {}; if ( " fl " == t . ty || " st " == t . ty ?( i . c = PropertyFactory . getProp ( this , t . c , 1 , 255 , this ), i . c . k || ( r . co = " rgb( " + bm_floor ( i . c . v [ 0 ]) + " , " + bm_floor ( i . c . v [ 1 ]) + " , " + bm_floor ( i . c . v [ 2 ]) + " ) " )): " gf " !== t . ty && " gs " !== t . ty || ( i . s = PropertyFactory . getProp ( this , t . s , 1 , null , this ), i . e = PropertyFactory . getProp ( this , t . e , 1 , null , this ), i . h = PropertyFactory . getProp ( this , t . h || { k : 0 }, 0 ,. 01 , this ), i . a = PropertyFactory . getProp ( this , t . a || { k : 0 }, 0 , degToRads , this ), i . g = new GradientProperty ( this , t . g , this )), i . o = PropertyFactory . getProp ( this , t . o , 0 ,. 01 , this ), " st " == t . ty || " gs " == t . ty ){ if ( r . lc = this . lcEnum [ t . lc ] || " round " , r . lj = this . ljEnum [ t . lj ] || " round " , 1 == t . lj && ( r . ml = t . ml ), i . w = PropertyFactory . getProp ( this , t . w , 0 , null , this ), i . w . k || ( r . wi = i . w . v ), t . d ){ var s = new DashProperty ( this , t . d , " canvas " , this ); i . d = s , i . d . k || ( r . da = i . d . dashArray , r . do = i . d . dashoffset [ 0 ])}} else r . r = 2 === t . r ? " evenodd " : " nonzero " ; return this . stylesList . push ( r ), i . style = r , i }, CVShapeElement . prototype . createGroupElement = function ( t ){ return { it :[], prevViewData :[]}}, CVShapeElement . prototype . createTransformElement = function ( t ){ return { transform :{ opacity : 1 , _opMdf : ! 1 , key : this . transformsManager . getNewKey (), op : PropertyFactory . getProp ( this , t . o , 0 ,. 01 , this ), mProps : TransformPropertyFactory . getTransformProperty ( this , t , this )}}}, CVShapeElement . prototype . createShapeElement = function ( t ){ var e = new CVShapeData ( this , t , this . stylesList , this . transformsManager ); return this . shapes . push ( e ), this . addShapeToModifiers ( e ), e }, CVShapeElement . prototype . reloadShapes = function (){ this . _isFirstFrame =! 0 ; var t , e = this . itemsData . length ; for ( t = 0 ; t < e ; t += 1 ) this . prevViewData [ t ] = this . itemsData [ t ]; for ( this . searchShapes ( this . shapesData , this . itemsData , this . prevViewData , ! 0 ,[]), e = this . dynamicProperties . length , t = 0 ; t < e ; t += 1 ) this . dynamicProperties [ t ]. getValue (); this . renderModifiers (), this . transformsManager . processSequences ( this . _isFirstFrame )}, CVShapeElement . prototype . addTransformToStyleList = function ( t ){ var e , r = this . stylesList . length ; for ( e = 0 ; e < r ; e += 1 ) this . stylesList [ e ]. closed || this . stylesList [ e ]. transforms . push ( t )}, CVShapeElement . prototype . removeTransformFromStyleList = function (){ var t , e = this . stylesList . length ; for ( t = 0 ; t < e ; t += 1 ) this . stylesList [ t ]. closed || this . stylesList [ t ]. transforms . pop ()}, CVShapeElement . prototype . closeStyles = function ( t ){ var e , r = t . length ; for ( e = 0 ; e < r ; e += 1 ) t [ e ]. closed =! 0 }, CVShapeElement . prototype . searchShapes = function ( t , e , r , i , s ){ var a , n , o , h , l , p , m = t . length - 1 , f = [], c = [], d = []. concat ( s ); for ( a = m ; 0 <= a ; a -= 1 ){ if (( h = this . searchProcessedElement ( t [ a ]))? e [ a ] = r [ h - 1 ]: t [ a ]. _shouldRender = i , " fl " == t [ a ]. ty || " st " == t [ a ]. ty || " gf " == t [ a ]. ty || " gs " == t [ a ]. ty ) h ? e [ a ]. style . closed =! 1 : e [ a ] = this . createStyleElement ( t [ a ], d ), f . push ( e [ a ]. style ); else if ( " gr " == t [ a ]. ty ){ if ( h ) for ( o = e [ a ]. it . length , n = 0 ; n < o ; n += 1 ) e [ a ]. prevViewData [ n ] = e [ a ]. it [ n ]; else e [ a ] = this . createGroupElement ( t [ a ]); this . searchShapes ( t [ a ]. it , e [ a ]. it , e [ a ]. prevViewData , i , d )} else " tr " == t [ a ]. ty ?( h || ( p = this . createTransformElement ( t [ a ]), e [ a ] = p ), d . push ( e [ a ]), this . addTransformToStyleList ( e [ a ])): " sh " == t [ a ]. ty || " rc " == t [ a ]. ty || " el " == t [ a ]. ty || " sr " == t [ a ]. ty ? h || ( e [ a ] = this . createShapeElement ( t [ a ])): " tm " == t [ a ]. ty || " rd " == t [ a ]. ty ?( h ?( l = e [ a ]). closed =! 1 :(( l = ShapeModifiers . getModifier ( t [ a ]. ty )). init ( this , t [ a ]), e [ a ] = l , this . shapeModifiers . push ( l )), c . push ( l )): " rp " == t [ a ]. ty && ( h ?( l = e [ a ]). closed =! 0 :( l = ShapeModifiers . getModifier ( t [ a ]. ty ),( e [ a ] = l ). init ( this , t , a , e ), this . shapeModifiers . push ( l ), i =! 1 ), c . push ( l )); this . addProcessedElement ( t [ a ], a + 1 )} for ( this . removeTransformFromStyleList (), this . closeStyles ( f ), m = c . length , a = 0 ; a < m ; a += 1 ) c [ a ]. closed =! 0 }, CVShapeElement . prototype . renderInnerContent = function (){ this . transformHelper . opacity = 1 , this . transformHelper . _opMdf =! 1 , this . renderModifiers (), this . transformsManager . processSequences ( this . _isFirstFrame ), this . renderShape ( this . transformHelper , this . shapesData , this . itemsData , ! 0 )}, CVShapeElement . prototype . renderShapeTransform = function ( t , e ){( t . _opMdf || e . op . _mdf || this . _isFirstFrame ) && ( e . opacity = t . opacity , e . opacity *= e . op . v , e . _opMdf =! 0 )}, CVShapeElement . prototype . drawLayer = function (){ var t , e , r , i , s , a , n , o , h , l = this . stylesList . length , p = this . globalData . renderer , m = this . globalData . canvasContext ; for ( t = 0 ; t < l ; t += 1 ) if (( " st " !== ( o = ( h = this . stylesList [ t ]). type ) && " gs " !== o || 0 !== h . wi ) && h . data . _shouldRender && 0 !== h . coOp && 0 !== this . globalData . currentGlobalAlpha ){ for ( p . save (), a = h . elements , " st " === o || " gs " === o ?( m . strokeStyle = " st " === o ? h . co : h . grd , m . lineWidth = h . wi , m . lineCap = h . lc , m . lineJoin = h . lj , m . miterLimit = h . ml || 0 ): m . fillStyle = " fl " === o ? h . co : h . grd , p . ctxOpacity ( h . coOp ), " st " !== o && " gs " !== o && m . beginPath (), p . ctxTransform ( h . preTransforms . finalTransform . props ), r = a . length , e = 0 ; e < r ; e += 1 ){ for ( " st " !== o && " gs " !== o || ( m . beginPath (), h . da && ( m . setLineDash ( h . da ), m . lineDashOffset = h . do )), s = ( n = a [ e ]. trNodes ). length , i = 0 ; i < s ; i += 1 ) " m " == n [ i ]. t ? m . moveTo ( n [ i ]. p [ 0 ], n [ i ]. p [ 1 ]): " c " == n [ i ]. t ? m . bezierCurveTo ( n [ i ]. pts [ 0 ], n [ i ]. pts [ 1 ], n [ i ]. pts [ 2 ], n [ i ]. pts [ 3 ], n [ i ]. pts [ 4 ], n [ i ]. pts [ 5 ]): m . closePath (); " st " !== o && " gs " !== o || ( m . stroke (), h . da && m . setLineDash ( this . dashResetter ))} " st " !== o && " gs " !== o && m . fill ( h . r ), p . restore ()}}, CVShapeElement . prototype . renderShape = function ( t , e , r , i ){ var s , a ; for ( a = t , s = e . length - 1 ; 0 <= s ; s -= 1 ) " tr " == e [ s ]. ty ?( a = r [ s ]. transform , this . renderShapeTransform ( t , a )): " sh " == e [ s ]. ty || " el " == e [ s ]. ty || " rc " == e [ s ]. ty || " sr " == e [ s ]. ty ? this . renderPath ( e [ s ], r [ s ]): " fl " == e [ s ]. ty ? this . renderFill ( e [ s ], r [ s ], a ): " st " == e [ s ]. ty ? this . renderStroke ( e [ s ], r [ s ], a ): " gf " == e [ s ]. ty || " gs " == e [ s ]. ty ? this . renderGradientFill ( e [ s ], r [ s ], a ): " gr " == e [ s ]. ty ? this . renderShape ( a , e [ s ]. it , r [ s ]. it ): e [ s ]. ty ; i && this . drawLayer ()}, CVShapeElement . prototype . renderStyledShape = function ( t , e ){ if ( this . _isFirstFrame || e . _mdf || t . transforms . _mdf ){ var r , i , s , a = t . trNodes , n = e . paths , o = n . _length ; a . length = 0 ; var h = t . transforms . finalTransform ; for ( s = 0 ; s < o ; s += 1 ){ var l = n . shapes [ s ]; if ( l && l . v ){ for ( i = l . _length , r = 1 ; r < i ; r += 1 ) 1 === r && a . push ({ t : " m " , p : h . applyToPointArray ( l . v [ 0 ][ 0 ], l . v [ 0 ][ 1 ], 0 )}), a . push ({ t : " c " , pts : h . applyToTriplePoints ( l . o [ r - 1 ], l . i [ r ], l . v [ r ])}); 1 === i && a . push ({ t : " m " , p : h . applyToPointArray ( l . v [ 0 ][ 0 ], l . v [ 0 ][ 1 ], 0 )}), l . c && i && ( a . push ({ t : " c " , pts : h . applyToTriplePoints ( l . o [ r - 1 ], l . i [ 0 ], l . v [ 0 ])}), a . push ({ t : " z " }))}} t . trNodes = a }}, CVShapeElement . prototype . renderPath = function ( t , e ){ if ( ! 0 !== t . hd && t . _shouldRender ){ var r , i = e . styledShapes . length ; for ( r = 0 ; r < i ; r += 1 ) this . renderStyledShape ( e . styledShapes [ r ], e . sh )}}, CVShapeElement . prototype . renderFill = function ( t , e , r ){ var i = e . style ;( e . c . _mdf || this . _isFirstFrame ) && ( i . co = " rgb( " + bm_floor ( e . c . v [ 0 ]) + " , " + bm_floor ( e . c . v [ 1 ]) + " , " + bm_floor ( e . c . v [ 2 ]) + " ) " ),( e . o . _mdf || r . _opMdf || this . _isFirstFrame ) && ( i . coOp = e . o . v * r . opacity )}, CVShapeElement . prototype . renderGradientFill = function ( t , e , r ){ var i = e . style ; if ( ! i . grd || e . g . _mdf || e . s . _mdf || e . e . _mdf || 1 !== t . t && ( e . h . _mdf || e . a . _mdf )){ var s = this . globalData . canvasContext , a = e . s . v , n = e . e . v ; if ( 1 === t . t ) f = s . createLinearGradient ( a [ 0 ], a [ 1 ], n [ 0 ], n [ 1 ]); else var o = Math . sqrt ( Math . pow ( a [ 0 ] - n [ 0 ], 2 ) + Math . pow ( a [ 1 ] - n [ 1 ], 2 )), h = Math . atan2 ( n [ 1 ] - a [ 1 ], n [ 0 ] - a [ 0 ]), l = o * ( 1 <= e . h . v ?. 99 : e . h . v <=- 1 ? - . 99 : e . h . v ), p = Math . cos ( h + e . a . v ) * l + a [ 0 ], m = Math . sin ( h + e . a . v ) * l + a [ 1 ], f = s . createRadialGradient ( p , m , 0 , a [ 0 ], a [ 1 ], o ); var c , d = t . g . p , u = e . g . c , y = 1 ; for ( c = 0 ; c < d ; c += 1 ) e . g . _hasOpacity && e . g . _collapsable && ( y = e . g . o [ 2 * c + 1 ]), f . addColorStop ( u [ 4 * c ] / 100 , " rgba( " + u [ 4 * c + 1 ] + " , " + u [ 4 * c + 2 ] + " , " + u [ 4 * c + 3 ] + " , " + y + " ) " ); i . grd = f } i . coOp = e . o . v * r . opacity }, CVShapeElement . prototype . renderStroke = function ( t , e , r ){ var i = e . style , s = e . d ; s && ( s . _mdf || this . _isFirstFrame ) && ( i . da = s . dashArray , i . do = s . dashoffset [ 0 ]),( e . c . _mdf || this . _isFirstFrame ) && ( i . co = " rgb( " + bm_floor ( e . c . v [ 0 ]) + " , " + bm_floor ( e . c . v [ 1 ]) + " , " + bm_floor ( e . c . v [ 2 ]) + " ) " ),( e . o . _mdf || r . _opMdf || this . _isFirstFrame ) && ( i . coOp = e . o . v * r . opacity ),( e . w . _mdf || this . _isFirstFrame ) && ( i . wi = e . w . v )}, CVShapeElement . prototype . destroy = function (){ this . shapesData = null , this . globalData = null , this . canvasContext = null , this . stylesList . length = 0 , this . itemsData . length = 0 }, extendPrototype ([ BaseElement , TransformElement , CVBaseElement , HierarchyElement , FrameElement , RenderableElement ], CVSolidElement ), CVSolidElement . prototype . initElement = SVGShapeElement . prototype . initElement , CVSolidElement . prototype . prepareFrame = IImageElement . prototype . prepareFrame , CVSolidElement . prototype . renderInnerContent = function (){ var t = this . canvasContext ; t . fillStyle = this . data . sc , t . fillRect ( 0 , 0 , this . data . sw , this . data . sh )}, extendPrototype ([ BaseElement , TransformElement , CVBaseElement , HierarchyElement , FrameElement , RenderableElement , ITextElement ], CVTextElement ), CVTextElement . prototype . tHelper = createTag ( " canvas " ). getContext ( " 2d " ), CVTextElement . prototype . buildNewText = function (){ var t = this . textProperty . currentData ; this . renderedLetters = createSizedArray ( t . l ? t . l . length : 0 ); var e =! 1 ; t . fc ?( e =! 0 , this . values . fill = this . buildColor ( t . fc )): this . values . fill = " rgba(0,0,0,0) " , this . fill = e ; var r =! 1 ; t . sc && ( r =! 0 , this . values . stroke = this . buildColor ( t . sc ), this . values . sWidth = t . sw ); var i , s , a = this . globalData . fontManager . getFontByName ( t . f ), n = t . l , o = this . mHelper ; this . stroke = r , this . values . fValue = t . finalSize + " px " + this . globalData . fontManager . getFontByName ( t . f ). fFamily , s = t . finalText . length ; var h , l , p , m , f , c , d , u , y , g , v = this . data . singleShape , b = t . tr / 1 e3 * t . finalSize , E = 0 , x = 0 , S =! 0 , P = 0 ; for ( i = 0 ; i < s ; i += 1 ){ for ( l = ( h = this . globalData . fontManager . getCharData ( t . finalText [ i ], a . fStyle , this . globalData . fontManager . getFontByName ( t . f ). fFamily )) && h . data || {}, o . reset (), v && n [ i ]. n && ( E =- b , x += t . yOffset , x += S ? 1 : 0 , S =! 1 ), d = ( f = l . shapes ? l . shapes [ 0 ]. it :[]). length , o . scale ( t . finalSize / 100 , t . finalSize / 100 ), v && this . applyTextPropertiesToMatrix ( t , o , n [ i ]. line , E , x ), y = createSizedArray ( d ), c = 0 ; c < d ; c += 1 ){ for ( m = f [ c ]. ks . k . i . length , u = f [ c ]. ks . k , g = [], p = 1 ; p < m ; p += 1 ) 1 == p && g . push ( o . applyToX ( u . v [ 0 ][ 0 ], u . v [ 0 ][ 1 ], 0 ), o . applyToY ( u . v [ 0 ][ 0 ], u . v [ 0 ][ 1 ], 0 )), g . push ( o . applyToX ( u . o [ p - 1 ][ 0 ], u . o [ p - 1 ][ 1 ], 0 ), o . applyToY ( u . o [ p - 1 ][ 0 ], u . o [ p - 1 ][ 1 ], 0 ), o . applyToX ( u . i [ p ][ 0 ], u . i [ p ][ 1 ], 0 ), o . applyToY ( u . i [ p ][ 0 ], u . i [ p ][ 1 ], 0 ), o . applyToX ( u . v [ p ][ 0 ], u . v [ p ][ 1 ], 0 ), o . applyToY ( u . v [ p ][ 0 ], u . v [ p ][ 1 ], 0 )); g . push ( o . applyToX ( u . o [ p - 1 ][ 0 ], u . o [ p - 1 ][ 1 ], 0 ), o . applyToY ( u . o [ p - 1 ][ 0 ], u . o [ p - 1 ][ 1 ], 0 ), o . applyToX ( u . i [ 0 ][ 0 ], u . i [ 0 ][ 1 ], 0 ), o . applyToY ( u . i [ 0 ][ 0 ], u . i [ 0 ][ 1 ], 0 ), o . applyToX ( u . v [ 0 ][ 0 ], u . v [ 0 ][ 1 ], 0 ), o . applyToY ( u . v [ 0 ][ 0 ], u . v [ 0 ][ 1 ], 0 )), y [ c ] = g } v && ( E += n [ i ]. l , E += b ), this . textSpans [ P ]? this . textSpans [ P ]. elem = y : this . textSpans [ P ] = { elem : y }, P += 1 }}, CVTextElement . prototype . renderInnerContent = function (){ var t , e , r , i , s , a , n = this . canvasContext ; this . finalTransform . mat . props ; n . font = this . values . fValue , n . lineCap = " butt " , n . lineJoin = " miter " , n . miterLimit = 4 , this . data . singleShape || this . textAnimator . getMeasures ( this . textProperty . currentData , this . lettersChangedFlag ); var o , h = this . textAnimator . renderedLetters , l = this . textProperty . currentData . l ; e = l . length ; var p , m , f = null , c = null , d = null ; for ( t = 0 ; t < e ; t += 1 ) if ( ! l [ t ]. n ){ if (( o = h [ t ]) && ( this . globalData . renderer . save (), this . globalData . renderer . ctxTransform ( o . p ), this . globalData . renderer . ctxOpacity ( o . o )), this . fill ){ for ( o && o . fc ? f !== o . fc && ( f = o . fc , n . fillStyle = o . fc ): f !== this . values . fill && ( f = this . values . fill , n . fillStyle = this . values . fill ), i = ( p = this . textSpans [ t ]. elem ). length , this . globalData . canvasContext . beginPath (), r = 0 ; r < i ; r += 1 ) for ( a = ( m = p [ r ]). length , this . globalData . canvasContext . moveTo ( m [ 0 ], m [ 1 ]), s = 2 ; s < a ; s += 6 ) this . globalData . canvasContext . bezierCurveTo ( m [ s ], m [ s + 1 ], m [ s + 2 ], m [ s + 3 ], m [ s + 4 ], m [ s + 5 ]); this . globalData . canvasContext . closePath (), this . globalData . canvasContext . fill ()} if ( this . stroke ){ for ( o && o . sw ? d !== o . sw && ( d = o . sw , n . lineWidth = o . sw ): d !== this . values . sWidth && ( d = this . values . sWidth , n . lineWidth = this . values . sWidth ), o && o . sc ? c !== o . sc && ( c = o . sc , n . strokeStyle = o . sc ): c !== this . values . stroke && ( c = this . values . stroke , n . strokeStyle = this . values . stroke ), i = ( p = this . textSpans [ t ]. elem ). length , this . globalData . canvasContext . beginPath (), r = 0 ; r < i ; r += 1 ) for ( a = ( m = p [ r ]). length , this . globalData . canvasContext . moveTo ( m [ 0 ], m [ 1 ]), s = 2 ; s < a ; s += 6 ) this . globalData . canvasContext . bezierCurveTo ( m [ s ], m [ s + 1 ], m [ s + 2 ], m [ s + 3 ], m [ s + 4 ], m [ s + 5 ]); this . globalData . canvasContext . closePath (), this . globalData . canvasContext . stroke ()} o && this . globalData . renderer . restore ()}}, CVEffects . prototype . renderFrame = function (){}, HBaseElement . prototype = { checkBlendMode : function (){}, initRendererElement : function (){ this . baseElement = createTag ( this . data . tg || " div " ), this . data . hasMask ?( this . svgElement = createNS ( " svg " ), this . layerElement = createNS ( " g " ), this . maskedElement = this . layerElement , this . svgElement . appendChild ( this . layerElement ), this . baseElement . appendChild ( this . svgElement )): this . layerElement = this . baseElement , styleDiv ( this . baseElement )}, createContainerElements : function (){ this . renderableEffectsManager = new CVEffects ( this ), this . transformedElement = this . baseElement , this . maskedElement = this . layerElement , this . data . ln && this . layerElement . setAttribute ( " id " , this . data . ln ), this . data . cl && this . layerElement . setAttribute ( " class " , this . data . cl ), 0 !== this . data . bm && this . setBlendMode ()}, renderElement : function (){ this . finalTransform . _matMdf && ( this . transformedElement . style . transform = this . transformedElement . style . webkitTransform = this . finalTransform . mat . toCSS ()), this . finalTransform . _opMdf && ( this . transformedElement . style . opacity = this . finalTransform . mProp . o . v )}, renderFrame : function (){ this . data . hd || this . hidden || ( this . renderTransform (), this . renderRenderable (), this . renderElement (), this . renderInnerContent (), this . _isFirstFrame && ( this . _isFirstFrame =! 1 ))}, destroy : function (){ this . layerElement = null , this . transformedElement = null , this . matteElement && ( this . matteElement = null ), this . maskManager && ( this . maskManager . destroy (), this . maskManager = null )}, createRenderableComponents : function (){ this . maskManager = new MaskElement ( this . data , this , this . globalData )}, addEffects : function (){}, setMatte : function (){}}, HBaseElement . prototype . getBaseElement = SVGBaseElement . prototype . getBaseElement , HBaseElement . prototype . destroyBaseElement = HBaseElement . prototype . destroy , HBaseElement . prototype . buildElementParenting = HybridRenderer . prototype . buildElementParenting , extendPrototype ([ BaseElement , TransformElement , HBaseElement , HierarchyElement , FrameElement , RenderableDOMElement ], HSolidElement ), HSolidElement . prototype . createContent = function (){ var t ; this . data . hasMask ?(( t = createNS ( " rect " )). setAttribute ( " width " , this . data . sw ), t . setAttribute ( " height " , this . data . sh ), t . setAttribute ( " fill " , this . data . sc ), this . svgElement . setAttribute ( " width " , this . data . sw ), this . svgElement . setAttribute ( " height " , this . data . sh )):(( t = createTag ( " div " )). style . width = this . data . sw + " px " , t . style . height = this . data . sh + " px " , t . style . backgroundColor = this . data . sc ), this . layerElement . appendChild ( t )}, extendPrototype ([ HybridRenderer , ICompElement , HBaseElement ], HCompElement ), HCompElement . prototype . _createBaseContainerElements = HCompElement . prototype . createContainerElements , HCompElement . prototype . createContainerElements = function (){ this . _createBaseContainerElements (), this . data . hasMask ?( this . svgElement . setAttribute ( " width " , this . data . w ), this . svgElement . setAttribute ( " height " , this . data . h ), this . transformedElement = this . baseElement ): this . transformedElement = this . layerElement }, HCompElement . prototype . addTo3dContainer = function ( t , e ){ for ( var r , i = 0 ; i < e ;) this . elements [ i ] && this . elements [ i ]. getBaseElement && ( r = this . elements [ i ]. getBaseElement ()), i += 1 ; r ? this . layerElement . insertBefore ( t , r ): this . layerElement . appendChild ( t )}, extendPrototype ([ BaseElement , TransformElement , HSolidElement , SVGShapeElement , HBaseElement , HierarchyElement , FrameElement , RenderableElement ], HShapeElement ), HShapeElement . prototype . _renderShapeFrame = HShapeElement . prototype . renderInnerContent , HShapeElement . prototype . createContent = function (){ var t ; if ( this . baseElement . style . fontSize = 0 , this . data . hasMask ) this . layerElement . appendChild ( this . shapesContainer ), t = this . svgElement ; else { t = createNS ( " svg " ); var e = this . comp . data ? this . comp . data : this . globalData . compSize ; t . setAttribute ( " width " , e . w ), t . setAttribute ( " height " , e . h ), t . appendChild ( this . shapesContainer ), this . layerElement . appendChild ( t )} this . searchShapes ( this . shapesData , this . itemsData , this . prevViewData , this . shapesContainer , 0 ,[], ! 0 ), this . filterUniqueShapes (), this . shapeCont = t }, HShapeElement . prototype . getTransformedPoint = function ( t , e ){ var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) e = t [ r ]. mProps . v . applyToPointArray ( e [ 0 ], e [ 1 ], 0 ); return e }, HShapeElement . prototype . calculateShapeBoundingBox = function ( t , e ){ var r , i , s , a , n , o = t . sh . v , h = t . transformers , l = o . _length ; if ( ! ( l <= 1 )){ for ( r = 0 ; r < l - 1 ; r += 1 ) i = this . getTransformedPoint ( h , o . v [ r ]), s = this . getTransformedPoint ( h , o . o [ r ]), a = this . getTransformedPoint ( h , o . i [ r + 1 ]), n = this . getTransformedPoint ( h , o . v [ r + 1 ]), this . checkBounds ( i , s , a , n , e ); o . c && ( i = this . getTransformedPoint ( h , o . v [ r ]), s = this . getTransformedPoint ( h , o . o [ r ]), a = this . getTransformedPoint ( h , o . i [ 0 ]), n = this . getTransformedPoint ( h , o . v [ 0 ]), this . checkBounds ( i , s , a , n , e ))}}, HShapeElement . prototype . checkBounds = function ( t , e , r , i , s ){ this . getBoundsOfCurve ( t , e , r , i ); var a = this . shapeBoundingBox ; s . x = bm_min ( a . left , s . x ), s . xMax = bm_max ( a . right , s . xMax ), s . y = bm_min ( a . top , s . y ), s . yMax = bm_max ( a . bottom , s . yMax )}, HShapeElement . prototype . shapeBoundingBox = { left : 0 , right : 0 , top : 0 , bottom : 0 }, HShapeElement . prototype . tempBoundingBox = { x : 0 , xMax : 0 , y : 0 , yMax : 0 , width : 0 , height : 0 }, HShapeElement . prototype . getBoundsOfCurve = function ( t , e , r , i ){ for ( var s , a , n , o , h , l , p , m = [[ t [ 0 ], i [ 0 ]],[ t [ 1 ], i [ 1 ]]], f = 0 ; f < 2 ; ++ f ) if ( a = 6 * t [ f ] - 12 * e [ f ] + 6 * r [ f ], s =- 3 * t [ f ] + 9 * e [ f ] - 9 * r [ f ] + 3 * i [ f ], n = 3 * e [ f ] - 3 * t [ f ], a |= 0 , n |= 0 , 0 !== ( s |= 0 ))( h = a * a - 4 * n * s ) < 0 || ( 0 < ( l = ( - a + bm_sqrt ( h )) / ( 2 * s )) && l < 1 && m [ f ]. push ( this . calculateF ( l , t , e , r , i , f )), 0 < ( p = ( - a - bm_sqrt ( h )) / ( 2 * s )) && p < 1 && m [ f ]. push ( this . calculateF ( p , t , e , r , i , f ))); else { if ( 0 === a ) continue ; 0 < ( o =- n / a ) && o < 1 && m [ f ]. push ( this . calculateF ( o , t , e , r , i , f ))} this . shapeBoundingBox . left = bm_min . apply ( null , m [ 0 ]), this . shapeBoundingBox . top = bm_min . apply ( null , m [ 1 ]), this . shapeBoundingBox . right = bm_max . apply ( null , m [ 0 ]), this . shapeBoundingBox . bottom = bm_max . apply ( null , m [ 1 ])}, HShapeElement . prototype . calculateF = function ( t , e , r , i , s , a ){ return bm_pow ( 1 - t , 3 ) * e [ a ] + 3 * bm_pow ( 1 - t , 2 ) * t * r [ a ] + 3 * ( 1 - t ) * bm_pow ( t , 2 ) * i [ a ] + bm_pow ( t , 3 ) * s [ a ]}, HShapeElement . prototype . calculateBoundingBox = function ( t , e ){ var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) t [ r ] && t [ r ]. sh ? this . calculateShapeBoundingBox ( t [ r ], e ): t [ r ] && t [ r ]. it && this . calculateBoundingBox ( t [ r ]. it , e )}, HShapeElement . prototype . currentBoxContains = function ( t ){ return this . currentBBox . x <= t . x && this . currentBBox . y <= t . y && this . currentBBox . width + this . currentBBox . x >= t . x + t . width && this . currentBBox . height + this . currentBBox . y >= t . y + t . height }, HShapeElement . prototype . renderInnerContent = function (){ if ( this . _renderShapeFrame (), ! this . hidden && ( this . _isFirstFrame || this . _mdf )){ var t = this . tempBoundingBox , e = 999999 ; if ( t . x = e , t . xMax =- e , t . y = e , t . yMax =- e , this . calculateBoundingBox ( this . itemsData , t ), t . width = t . xMax < t . x ? 0 : t . xMax - t . x , t . height = t . yMax < t . y ? 0 : t . yMax - t . y , this . currentBoxContains ( t )) return ; var r =! 1 ; this . currentBBox . w !== t . width && ( this . currentBBox . w = t . width , this . shapeCont . setAttribute ( " width " , t . width ), r =! 0 ), this . currentBBox . h !== t . height && ( this . currentBBox . h = t . height , this . shapeCont . setAttribute ( " height " , t . height ), r =! 0 ),( r || this . currentBBox . x !== t . x || this . currentBBox . y !== t . y ) && ( this . currentBBox . w = t . width , this . currentBBox . h = t . height , this . currentBBox . x = t . x , this . currentBBox . y = t . y , this . shapeCont . setAttribute ( " viewBox " , this . currentBBox . x + " " + this . currentBBox . y + " " + this . currentBBox . w + " " + this . currentBBox . h ), this . shapeCont . style . transform = this . shapeCont . style . webkitTransform = " translate( " + this . currentBBox . x + " px, " + this . currentBBox . y + " px) " )}}, extendPrototype ([ BaseElement , TransformElement , HBaseElement , HierarchyElement , FrameElement , RenderableDOMElement , ITextElement ], HTextElement ), HTextElement . prototype . createContent = function (){ if ( this . isMasked = this . checkMasks (), this . isMasked ){ this . renderType = " svg " , this . compW = this . comp . data . w , this . compH = this . comp . data . h , this . svgElement . setAttribute ( " width " , this . compW ), this . svgElement . setAttribute ( " height " , this . compH ); var t = createNS ( " g " ); this . maskedElement . appendChild ( t ), this . innerElem = t } else this . renderType = " html " , this . innerElem = this . layerElement ; this . checkParenting ()}, HTextElement . prototype . buildNewText = function (){ var t = this . textProperty . currentData ; this . renderedLetters = createSizedArray ( t . l ? t . l . length : 0 ); var e = this . innerElem . style ; e . color = e . fill = t . fc ? this . buildColor ( t . fc ): " rgba(0,0,0,0) " , t . sc && ( e . stroke = this . buildColor ( t . sc ), e . strokeWidth = t . sw + " px " ); var r , i , s = this . globalData . fontManager . getFontByName ( t . f ); if ( ! this . globalData . fontManager . chars ) if ( e . fontSize = t . finalSize + " px " , e . lineHeight = t . finalSize + " px " , s . fClass ) this . innerElem . className = s . fClass ; else { e . fontFamily = s . fFamily ; var a = t . fWeight , n = t . fStyle ; e . fontStyle = n , e . fontWeight = a } var o , h , l , p = t . l ; i = p . length ; var m , f = this . mHelper , c = "" , d = 0 ; for ( r = 0 ; r < i ; r += 1 ){ if ( this . globalData . fontManager . chars ?( this . textPaths [ d ]? o = this . textPaths [ d ]:(( o = createNS ( " path " )). setAttribute ( " stroke-linecap " , " butt " ), o . setAttribute ( " stroke-linejoin " , " round " ), o . setAttribute ( " stroke-miterlimit " , " 4 " )), this . isMasked || ( this . textSpans [ d ]? l = ( h = this . textSpans [ d ]). children [ 0 ]:(( h = createTag ( " div " )). style . lineHeight = 0 ,( l = createNS ( " svg " )). appendChild ( o ), styleDiv ( h )))): this . isMasked ? o = this . textPaths [ d ]? this . textPaths [ d ]: createNS ( " text " ): this . textSpans [ d ]?( h = this . textSpans [ d ], o = this . textPaths [ d ]):( styleDiv ( h = createTag ( " span " )), styleDiv ( o = createTag ( " span " )), h . appendChild ( o )), this . globalData . fontManager . chars ){ var u , y = this . globalData . fontManager . getCharData ( t . finalText [ r ], s . fStyle , this . globalData . fontManager . getFontByName ( t . f ). fFamily ); if ( u = y ? y . data : null , f . reset (), u && u . shapes && ( m = u . shapes [ 0 ]. it , f . scale ( t . finalSize / 100 , t . finalSize / 100 ), c = this . createPathShape ( f , m ), o . setAttribute ( " d " , c )), this . isMasked ) this . innerElem . appendChild ( o ); else { if ( this . innerElem . appendChild ( h ), u && u . shapes ){ document . body . appendChild ( l ); var g = l . getBBox (); l . setAttribute ( " width " , g . width + 2 ), l . setAttribute ( " height " , g . height + 2 ), l . setAttribute ( " viewBox " , g . x - 1 + " " + ( g . y - 1 ) + " " + ( g . width + 2 ) + " " + ( g . height + 2 )), l . style . transform = l . style . webkitTransform = " translate( " + ( g . x - 1 ) + " px, " + ( g . y - 1 ) + " px) " , p [ r ]. yOffset = g . y - 1 } else l . setAttribute ( " width " , 1 ), l . setAttribute ( " height " , 1 ); h . appendChild ( l )}} else o . textContent = p [ r ]. val , o . setAttributeNS ( " http://www.w3.org/XML/1998/namespace " , " xml:space " , " preserve " ), this . isMasked ? this . innerElem . appendChild ( o ):( this . innerElem . appendChild ( h ), o . style . transform = o . style . webkitTransform = " translate3d(0, " +- t . finalSize / 1.2 + " px,0) " ); this . isMasked ? this . textSpans [ d ] = o : this . textSpans [ d ] = h , this . textSpans [ d ]. style . display = " block " , this . textPaths [ d ] = o , d += 1 } for (; d < this . textSpans . length ;) this . textSpans [ d ]. style . display = " none " , d += 1 }, HTextElement . prototype . renderInnerContent = function (){ if ( this . data . singleShape ){ if ( ! this . _isFirstFrame &&! this . lettersChangedFlag ) return ; this . isMasked && this . finalTransform . _matMdf && ( this . svgElement . setAttribute ( " viewBox " , - this . finalTransform . mProp . p . v [ 0 ] + " " +- this . finalTransform . mProp . p . v [ 1 ] + " " + this . compW + " " + this . compH ), this . svgElement . style . transform = this . svgElement . style . webkitTransform = " translate( " +- this . finalTransform . mProp . p . v [ 0 ] + " px, " +- this . finalTransform . mProp . p . v [ 1 ] + " px) " )} if ( this . textAnimator . getMeasures ( this . textProperty . currentData , this . lettersChangedFlag ), this . lettersChangedFlag || this . textAnimator . lettersChangedFlag ){ var t , e , r , i , s , a = 0 , n = this . textAnimator . renderedLetters , o = this . textProperty . currentData . l ; for ( e = o . length , t = 0 ; t < e ; t += 1 ) o [ t ]. n ? a += 1 :( i = this . textSpans [ t ], s = this . textPaths [ t ], r = n [ a ], a += 1 , r . _mdf . m && ( this . isMasked ? i . setAttribute ( " transform " , r . m ): i . style . transform = i . style . webkitTransform = r . m ), i . style . opacity = r . o , r . sw && r . _mdf . sw && s . setAttribute ( " stroke-width " , r . sw ), r . sc && r . _mdf . sc && s . setAttribute ( " stroke " , r . sc ), r . fc && r . _mdf . fc && ( s . setAttribute ( " fill " , r . fc ), s . style . color = r . fc )); if ( this . innerElem . getBBox &&! this . hidden && ( this . _isFirstFrame || this . _mdf )){ var h = this . innerElem . getBBox (); this . currentBBox . w !== h . width && ( this . currentBBox . w = h . width , this . svgElement . setAttribute ( " width " , h . width )), this . currentBBox . h !== h . height && ( this . currentBBox . h = h . height , this . svgElement . setAttribute ( " height " , h . height )); this . currentBBox . w === h . width + 2 && this . currentBBox . h === h . height + 2 && this . currentBBox . x === h . x - 1 && this . currentBBox . y === h . y - 1 || ( this . currentBBox . w = h . width + 2 , this . currentBBox . h = h . height + 2 , this . currentBBox . x = h . x - 1 , this . currentBBox . y = h . y - 1 , this . svgElement . setAttribute ( " viewBox " , this . currentBBox . x + " " + this . currentBBox . y + " " + this . currentBBox . w + " " + this . currentBBox . h ), this . svgElement . style . transform = this . svgElement . style . webkitTransform = " translate( " + this . currentBBox . x + " px, " + this . currentBBox . y + " px) " )}}}, extendPrototype ([ BaseElement , TransformElement , HBaseElement , HSolidElement , HierarchyElement , FrameElement , RenderableElement ], HImageElement ), HImageElement . prototype . createContent = function (){ var t = this . globalData . getAssetsPath ( this . assetData ), e = new Image ; this . data . hasMask ?( this . imageElem = createNS ( " image " ), this . imageElem . setAttribute ( " width " , this . assetData . w + " px " ), this . imageElem . setAttribute ( " height " , this . assetData . h + " px " ), this . imageElem . setAttributeNS ( " http://www.w3.org/1999/xlink " , " href " , t ), this . layerElement . appendChild ( this . imageElem ), this . baseElement . setAttribute ( " width " , this . assetData . w ), this . baseElement . setAttribute ( " height " , this . assetData . h )): this . layerElement . appendChild ( e ), e . src = t , this . data . ln && this . baseElement . setAttribute ( " id " , this . data . ln )}, extendPrototype ([ BaseElement , FrameElement , HierarchyElement ], HCameraElement ), HCameraElement . prototype . setup = function (){ var t , e , r = this . comp . threeDElements . length ; for ( t = 0 ; t < r ; t += 1 ) " 3d " === ( e = this . comp . threeDElements [ t ]). type && ( e . perspectiveElem . style . perspective = e . perspectiveElem . style . webkitPerspective = this . pe . v + " px " , e . container . style . transformOrigin = e . container . style . mozTransformOrigin = e . container . style . webkitTransformOrigin = " 0px 0px 0px " , e . perspectiveElem . style . transform = e . perspectiveElem . style . webkitTransform = " matrix3d(1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1) " )}, HCameraElement . prototype . createElements = function (){}, HCameraElement . prototype . hide = function (){}, HCameraElement . prototype . renderFrame = function (){ var t , e , r = this . _isFirstFrame ; if ( this . hierarchy ) for ( e = this . hierarchy . length , t = 0 ; t < e ; t += 1 ) r = this . hierarchy [ t ]. finalTransform . mProp . _mdf || r ; if ( r || this . pe . _mdf || this . p && this . p . _mdf || this . px && ( this . px . _mdf || this . py . _mdf || this . pz . _mdf ) || this . rx . _mdf || this . ry . _mdf || this . rz . _mdf || this . or . _mdf || this . a && this . a . _mdf ){ if ( this . mat . reset (), this . hierarchy ) for ( t = e = this . hierarchy . length - 1 ; 0 <= t ; t -= 1 ){ var i = this . hierarchy [ t ]. finalTransform . mProp ; this . mat . translate ( - i . p . v [ 0 ], - i . p . v [ 1 ], i . p . v [ 2 ]), this . mat . rotateX ( - i . or . v [ 0 ]). rotateY ( - i . or . v [ 1 ]). rotateZ ( i . or . v [ 2 ]), this . mat . rotateX ( - i . rx . v ). rotateY ( - i . ry . v ). rotateZ ( i . rz . v ), this . mat . scale ( 1 / i . s . v [ 0 ], 1 / i . s . v [ 1 ], 1 / i . s . v [ 2 ]), this . mat . translate ( i . a . v [ 0 ], i . a . v [ 1 ], i . a . v [ 2 ])} if ( this . p ? this . mat . translate ( - this . p . v [ 0 ], - this . p . v [ 1 ], this . p . v [ 2 ]): this . mat . translate ( - this . px . v , - this . py . v , this . pz . v ), this . a ){ var s ; s = this . p ?[ this . p . v [ 0 ] - this . a . v [ 0 ], this . p . v [ 1 ] - this . a . v [ 1 ], this . p . v [ 2 ] - this . a . v [ 2 ]]:[ this . px . v - this . a . v [ 0 ], this . py . v - this . a . v [ 1 ], this . pz . v - this . a . v [ 2 ]]; var a = Math . sqrt ( Math . pow ( s [ 0 ], 2 ) + Math . pow ( s [ 1 ], 2 ) + Math . pow ( s [ 2 ], 2 )), n = [ s [ 0 ] / a , s [ 1 ] / a , s [ 2 ] / a ], o = Math . sqrt ( n [ 2 ] * n [ 2 ] + n [ 0 ] * n [ 0 ]), h = Math . atan2 ( n [ 1 ], o ), l = Math . atan2 ( n [ 0 ], - n [ 2 ]); this . mat . rotateY ( l ). rotateX ( - h )} this . mat . rotateX ( - this . rx . v ). rotateY ( - this . ry . v ). rotateZ ( this . rz . v ), this . mat . rotateX ( - this . or . v [ 0 ]). rotateY ( - this . or . v [ 1 ]). rotateZ ( this . or . v [ 2 ]), this . mat . translate ( this . globalData . compSize . w / 2 , this . globalData . compSize . h / 2 , 0 ), this . mat . translate ( 0 , 0 , this . pe . v ); var p =! this . _prevMat . equals ( this . mat ); if (( p || this . pe . _mdf ) && this . comp . threeDElements ){ var m ; for ( e = this . comp . threeDElements . length , t = 0 ; t < e ; t += 1 ) " 3d " === ( m = this . comp . threeDElements [ t ]). type && ( p && ( m . container . style . transform = m . container . style . webkitTransform = this . mat . toCSS ()), this . pe . _mdf && ( m . perspectiveElem . style . perspective = m . perspectiveElem . style . webkitPerspective = this . pe . v + " px " )); this . mat . clone ( this . _prevMat )}} this . _isFirstFrame =! 1 }, HCameraElement . prototype . prepareFrame = function ( t ){ this . prepareProperties ( t , ! 0 )}, HCameraElement . prototype . destroy = function (){}, HCameraElement . prototype . getBaseElement = function (){ return null }, HEffects . prototype . renderFrame = function (){}; var animationManager = function (){ var t = {}, s = [], i = 0 , a = 0 , n = 0 , o =! 0 , h =! 1 ; function r ( t ){ for ( var e = 0 , r = t . target ; e < a ;) s [ e ]. animation === r && ( s . splice ( e , 1 ), e -= 1 , a -= 1 , r . isPaused || m ()), e += 1 } function l ( t , e ){ if ( ! t ) return null ; for ( var r = 0 ; r < a ;){ if ( s [ r ]. elem == t && null !== s [ r ]. elem ) return s [ r ]. animation ; r += 1 } var i = new AnimationItem ; return f ( i , t ), i . setData ( t , e ), i } function p (){ n += 1 , d ()} function m (){ n -= 1 } function f ( t , e ){ t . addEventListener ( " destroy " , r ), t . addEventListener ( " _active " , p ), t . addEventListener ( " _idle " , m ), s . push ({ elem : e , animation : t }), a += 1 } function c ( t ){ var e , r = t - i ; for ( e = 0 ; e < a ; e += 1 ) s [ e ]. animation . advanceTime ( r ); i = t , n &&! h ? window . requestAnimationFrame ( c ): o =! 0 } function e ( t ){ i = t , window . requestAnimationFrame ( c )} function d (){ ! h && n && o && ( window . requestAnimationFrame ( e ), o =! 1 )} return t . registerAnimation = l , t . loadAnimation = function ( t ){ var e = new AnimationItem ; return f ( e , null ), e . setParams ( t ), e }, t . setSpeed = function ( t , e ){ var r ; for ( r = 0 ; r < a ; r += 1 ) s [ r ]. animation . setSpeed ( t , e )}, t . setDirection = function ( t , e ){ var r ; for ( r = 0 ; r < a ; r += 1 ) s [ r ]. animation . setDirection ( t , e )}, t . play = function ( t ){ var e ; for ( e = 0 ; e < a ; e += 1 ) s [ e ]. animation . play ( t )}, t . pause = function ( t ){ var e ; for ( e = 0 ; e < a ; e += 1 ) s [ e ]. animation . pause ( t )}, t . stop = function ( t ){ var e ; for ( e = 0 ; e < a ; e += 1 ) s [ e ]. animation . stop ( t )}, t . togglePause = function ( t ){ var e ; for ( e = 0 ; e < a ; e += 1 ) s [ e ]. animation . togglePause ( t )}, t . searchAnimations = function ( t , e , r ){ var i , s = []. concat ([]. slice . call ( document . getElementsByClassName ( " lottie " )),[]. slice . call ( document . getElementsByClassName ( " bodymovin " ))), a = s . length ; for ( i = 0 ; i < a ; i += 1 ) r && s [ i ]. setAttribute ( " data-bm-type " , r ), l ( s [ i ], t ); if ( e && 0 === a ){ r || ( r = " svg " ); var n = document . getElementsByTagName ( " body " )[ 0 ]; n . innerHTML = "" ; var o = createTag ( " div " ); o . style . width = " 100% " , o . style . height = " 100% " , o . setAttribute ( " data-bm-type " , r ), n . appendChild ( o ), l ( o , t )}}, t . resize = function (){ var t ; for ( t = 0 ; t < a ; t += 1 ) s [ t ]. animation . resize ()}, t . goToAndStop = function ( t , e , r ){ var i ; for ( i = 0 ; i < a ; i += 1 ) s [ i ]. animation . goToAndStop ( t , e , r )}, t . destroy = function ( t ){ var e ; for ( e = a - 1 ; 0 <= e ; e -= 1 ) s [ e ]. animation . destroy ( t )}, t . freeze = function (){ h =! 0 }, t . unfreeze = function (){ h =! 1 , d ()}, t . getRegisteredAnimations = function (){ var t , e = s . length , r = []; for ( t = 0 ; t < e ; t += 1 ) r . push ( s [ t ]. animation ); return r }, t }(), AnimationItem = function (){ this . _cbs = [], this . name = "" , this . path = "" , this . isLoaded =! 1 , this . currentFrame = 0 , this . currentRawFrame = 0 , this . firstFrame = 0 , this . totalFrames = 0 , this . frameRate = 0 , this . frameMult = 0 , this . playSpeed = 1 , this . playDirection = 1 , this . playCount = 0 , this . animationData = {}, this . assets = [], this . isPaused =! 0 , this . autoplay =! 1 , this . loop =! 0 , this . renderer = null , this . animationID = createElementID (), this . assetsPath = "" , this . timeCompleted = 0 , this . segmentPos = 0 , this . subframeEnabled = subframeEnabled , this . segments = [], this . _idle =! 0 , this . _completedLoop =! 1 , this . projectInterface = ProjectInterface (), this . imagePreloader = new ImagePreloader }; extendPrototype ([ BaseEvent ], AnimationItem ), AnimationItem . prototype . setParams = function ( t ){ t . context && ( this . context = t . context ),( t . wrapper || t . container ) && ( this . wrapper = t . wrapper || t . container ); var e = t . animType ? t . animType : t . renderer ? t . renderer : " svg " ; switch ( e ){ case " canvas " : this . renderer = new CanvasRenderer ( this , t . rendererSettings ); break ; case " svg " : this . renderer = new SVGRenderer ( this , t . rendererSettings ); break ; default : this . renderer = new HybridRenderer ( this , t . rendererSettings )} this . renderer . setProjectInterface ( this . projectInterface ), this . animType = e , "" === t . loop || null === t . loop || ( ! 1 === t . loop ? this . loop =! 1 : ! 0 === t . loop ? this . loop =! 0 : this . loop = parseInt ( t . loop )), this . autoplay =! ( " autoplay " in t ) || t . autoplay , this . name = t . name ? t . name : "" , this . autoloadSegments =! t . hasOwnProperty ( " autoloadSegments " ) || t . autoloadSegments , this . assetsPath = t . assetsPath , this . initialSegment = t . initialSegment , t . animationData ? this . configAnimation ( t . animationData ): t . path && ( - 1 !== t . path . lastIndexOf ( " \\ " )? this . path = t . path . substr ( 0 , t . path . lastIndexOf ( " \\ " ) + 1 ): this . path = t . path . substr ( 0 , t . path . lastIndexOf ( " / " ) + 1 ), this . fileName = t . path . substr ( t . path . lastIndexOf ( " / " ) + 1 ), this . fileName = this . fileName . substr ( 0 , this . fileName . lastIndexOf ( " .json " )), assetLoader . load ( t . path , this . configAnimation . bind ( this ), function (){ this . trigger ( " data_failed " )}. bind ( this )))}, AnimationItem . prototype . setData = function ( t , e ){ var r = { wrapper : t , animationData : e ? " object " == typeof e ? e : JSON . parse ( e ): null }, i = t . attributes ; r . path = i . getNamedItem ( " data-animation-path " )? i . getNamedItem ( " data-animation-path " ). value : i . getNamedItem ( " data-bm-path " )? i . getNamedItem ( " data-bm-path " ). value : i . getNamedItem ( " bm-path " )? i . getNamedItem ( " bm-path " ). value : "" , r . animType = i . getNamedItem ( " data-anim-type " )? i . getNamedItem ( " data-anim-type " ). value : i . getNamedItem ( " data-bm-type " )? i . getNamedItem ( " data-bm-type " ). value : i . getNamedItem ( " bm-type " )? i . getNamedItem ( " bm-type " ). value : i . getNamedItem ( " data-bm-renderer " )? i . getNamedItem ( " data-bm-renderer " ). value : i . getNamedItem ( " bm-renderer " )? i . getNamedItem ( " bm-renderer " ). value : " canvas " ; var s = i . getNamedItem ( " data-anim-loop " )? i . getNamedItem ( " data-anim-loop " ). value : i . getNamedItem ( " data-bm-loop " )? i . getNamedItem ( " data-bm-loop " ). value : i . getNamedItem ( " bm-loop " )? i . getNamedItem ( " bm-loop " ). value : "" ; "" === s || ( r . loop = " false " !== s && ( " true " === s || parseInt ( s ))); var a = i . getNamedItem ( " data-anim-autoplay " )? i . getNamedItem ( " data-anim-autoplay " ). value : i . getNamedItem ( " data-bm-autoplay " )? i . getNamedItem ( " data-bm-autoplay " ). value : ! i . getNamedItem ( " bm-autoplay " ) || i . getNamedItem ( " bm-autoplay " ). value ; r . autoplay = " false " !== a , r . name = i . getNamedItem ( " data-name " )? i . getNamedItem ( " data-name " ). value : i . getNamedItem ( " data-bm-name " )? i . getNamedItem ( " data-bm-name " ). value : i . getNamedItem ( " bm-name " )? i . getNamedItem ( " bm-name " ). value : "" , " false " === ( i . getNamedItem ( " data-anim-prerender " )? i . getNamedItem ( " data-anim-prerender " ). value : i . getNamedItem ( " data-bm-prerender " )? i . getNamedItem ( " data-bm-prerender " ). value : i . getNamedItem ( " bm-prerender " )? i . getNamedItem ( " bm-prerender " ). value : "" ) && ( r . prerender =! 1 ), this . setParams ( r )}, AnimationItem . prototype . includeLayers = function ( t ){ t . op > this . animationData . op && ( this . animationData . op = t . op , this . totalFrames = Math . floor ( t . op - this . animationData . ip )); var e , r , i = this . animationData . layers , s = i . length , a = t . layers , n = a . length ; for ( r = 0 ; r < n ; r += 1 ) for ( e = 0 ; e < s ;){ if ( i [ e ]. id == a [ r ]. id ){ i [ e ] = a [ r ]; break } e += 1 } if (( t . chars || t . fonts ) && ( this . renderer . globalData . fontManager . addChars ( t . chars ), this . renderer . globalData . fontManager . addFonts ( t . fonts , this . renderer . globalData . defs )), t . assets ) for ( s = t . assets . length , e = 0 ; e < s ; e += 1 ) this . animationData . assets . push ( t . assets [ e ]); this . animationData . __complete =! 1 , dataManager . completeData ( this . animationData , this . renderer . globalData . fontManager ), this . renderer . includeLayers ( t . layers ), expressionsPlugin && expressionsPlugin . initExpressions ( this ), this . loadNextSegment ()}, AnimationItem . prototype . loadNextSegment = function (){ var t = this . animationData . segments ; if ( ! t || 0 === t . length ||! this . autoloadSegments ) return this . trigger ( " data_ready " ), void ( this . timeCompleted = this . totalFrames ); var e = t . shift (); this . timeCompleted = e . time * this . frameRate ; var r = this . path + this . fileName + " _ " + this . segmentPos + " .json " ; this . segmentPos += 1 , assetLoader . load ( r , this . includeLayers . bind ( this ), function (){ this . trigger ( " data_failed " )}. bind ( this ))}, AnimationItem . prototype . loadSegments = function (){ this . animationData . segments || ( this . timeCompleted = this . totalFrames ), this . loadNextSegment ()}, AnimationItem . prototype . imagesLoaded = function (){ this . trigger ( " loaded_images " ), this . checkLoaded ()}, AnimationItem . prototype . preloadImages = function (){ this . imagePreloader . setAssetsPath ( this . assetsPath ), this . imagePreloader . setPath ( this . path ), this . imagePreloader . loadAssets ( this . animationData . assets , this . imagesLoaded . bind ( this ))}, AnimationItem . prototype . configAnimation = function ( t ){ if ( this . renderer ) try { this . animationData = t , this . initialSegment ?( this . totalFrames = Math . floor ( this . initialSegment [ 1 ] - this . initialSegment [ 0 ]), this . firstFrame = Math . round ( this . initialSegment [ 0 ])):( this . totalFrames = Math . floor ( this . animationData . op - this . animationData . ip ), this . firstFrame = Math . round ( this . animationData . ip )), this . renderer . configAnimation ( t ), t . assets || ( t . assets = []), this . assets = this . animationData . assets , this . frameRate = this . animationData . fr , this . frameMult = this . animationData . fr / 1 e3 , this . renderer . searchExtraCompositions ( t . assets ), this . trigger ( " config_ready " ), this . preloadImages (), this . loadSegments (), this . updaFrameModifier (), this . waitForFontsLoaded ()} catch ( t ){ this . triggerConfigError ( t )}}, AnimationItem . prototype . waitForFontsLoaded = function (){ this . renderer && ( this . renderer . globalData . fontManager . loaded ()? this . checkLoaded (): setTimeout ( this . waitForFontsLoaded . bind ( this ), 20 ))}, AnimationItem . prototype . checkLoaded = function (){ this . isLoaded ||! this . renderer . globalData . fontManager . loaded () ||! this . imagePreloader . loaded () && " canvas " === this . renderer . rendererType || ( this . isLoaded =! 0 , dataManager . completeData ( this . animationData , this . renderer . globalData . fontManager ), expressionsPlugin && expressionsPlugin . initExpressions ( this ), this . renderer . initItems (), setTimeout ( function (){ this . trigger ( " DOMLoaded " )}. bind ( this ), 0 ), this . gotoFrame (), this . autoplay && this . play ())}, AnimationItem . prototype . resize = function (){ this . renderer . updateContainerSize ()}, AnimationItem . prototype . setSubframe = function ( t ){ this . subframeEnabled =!! t }, AnimationItem . prototype . gotoFrame = function (){ this . currentFrame = this . subframeEnabled ? this . currentRawFrame : ~~ this . currentRawFrame , this . timeCompleted !== this . totalFrames && this . currentFrame > this . timeCompleted && ( this . currentFrame = this . timeCompleted ), this . trigger ( " enterFrame " ), this . renderFrame ()}, AnimationItem . prototype . renderFrame = function (){ if ( ! 1 !== this . isLoaded ) try { this . renderer . renderFrame ( this . currentFrame + this . firstFrame )} catch ( t ){ this . triggerRenderFrameError ( t )}}, AnimationItem . prototype . play = function ( t ){ t && this . name != t ||! 0 === this . isPaused && ( this . isPaused =! 1 , this . _idle && ( this . _idle =! 1 , this . trigger ( " _active " )))}, AnimationItem . prototype . pause = function ( t ){ t && this . name != t ||! 1 === this . isPaused && ( this . isPaused =! 0 , this . _idle =! 0 , this . trigger ( " _idle " ))}, AnimationItem . prototype . togglePause = function ( t ){ t && this . name != t || ( ! 0 === this . isPaused ? this . play (): this . pause ())}, AnimationItem . prototype . stop = function ( t ){ t && this . name != t || ( this . pause (), this . playCount = 0 , this . _completedLoop =! 1 , this . setCurrentRawFrameValue ( 0 ))}, AnimationItem . prototype . goToAndStop = function ( t , e , r ){ r && this . name != r || ( e ? this . setCurrentRawFrameValue ( t ): this . setCurrentRawFrameValue ( t * this . frameModifier ), this . pause ())}, AnimationItem . prototype . goToAndPlay = function ( t , e , r ){ this . goToAndStop ( t , e , r ), this . play ()}, AnimationItem . prototype . advanceTime = function ( t ){ if ( ! 0 !== this . isPaused &&! 1 !== this . isLoaded ){ var e = this . currentRawFrame + t * this . frameModifier , r =! 1 ; e >= this . totalFrames - 1 && 0 < this . frameModifier ? this . loop && this . playCount !== this . loop ? e >= this . totalFrames ?( this . playCount += 1 , this . checkSegments ( e % this . totalFrames ) || ( this . setCurrentRawFrameValue ( e % this . totalFrames ), this . _completedLoop =! 0 , this . trigger ( " loopComplete " ))): this . setCurrentRawFrameValue ( e ): this . checkSegments ( e > this . totalFrames ? e % this . totalFrames : 0 ) || ( r =! 0 , e = this . totalFrames - 1 ): e < 0 ? this . checkSegments ( e % this . totalFrames ) || ( ! this . loop || this . playCount --<= 0 &&! 0 !== this . loop ?( r =! 0 , e = 0 ):( this . setCurrentRawFrameValue ( this . totalFrames + e % this . totalFrames ), this . _completedLoop ? this . trigger ( " loopComplete " ): this . _completedLoop =! 0 )): this . setCurrentRawFrameValue ( e ), r && ( this . setCurrentRawFrameValue ( e ), this . pause (), this . trigger ( " complete " ))}}, AnimationItem . prototype . adjustSegment = function ( t , e ){ this . playCount = 0 , t [ 1 ] < t [ 0 ]?( 0 < this . frameModifier && ( this . playSpeed < 0 ? this . setSpeed ( - this . playSpeed ): this . setDirection ( - 1 )), this . timeCompleted = this . totalFrames = t [ 0 ] - t [ 1 ], this . firstFrame = t [ 1 ], this . setCurrentRawFrameValue ( this . totalFrames - . 001 - e )): t [ 1 ] > t [ 0 ] && ( this . frameModifier < 0 && ( this . playSpeed < 0 ? this . setSpeed ( - this . playSpeed ): this . setDirection ( 1 )), this . timeCompleted = this . totalFrames = t [ 1 ] - t [ 0 ], this . firstFrame = t [ 0 ], this . setCurrentRawFrameValue (. 001 + e )), this . trigger ( " segmentStart " )}, AnimationItem . prototype . setSegment = function ( t , e ){ var r =- 1 ; this . isPaused && ( this . currentRawFrame + this . firstFrame < t ? r = t : this . currentRawFrame + this . firstFrame > e && ( r = e - t )), this . firstFrame = t , this . timeCompleted = this . totalFrames = e - t , - 1 !== r && this . goToAndStop ( r , ! 0 )}, AnimationItem . prototype . playSegments = function ( t , e ){ if ( e && ( this . segments . length = 0 ), " object " == typeof t [ 0 ]){ var r , i = t . length ; for ( r = 0 ; r < i ; r += 1 ) this . segments . push ( t [ r ])} else this . segments . push ( t ); this . segments . length && e && this . adjustSegment ( this . segments . shift (), 0 ), this . isPaused && this . play ()}, AnimationItem . prototype . resetSegments = function ( t ){ this . segments . length = 0 , this . segments . push ([ this . animationData . ip , this . animationData . op ]), t && this . checkSegments ( 0 )}, AnimationItem . prototype . checkSegments = function ( t ){ return !! this . segments . length && ( this . adjustSegment ( this . segments . shift (), t ), ! 0 )}, AnimationItem . prototype . destroy = function ( t ){ t && this . name != t ||! this . renderer || ( this . renderer . destroy (), this . imagePreloader . destroy (), this . trigger ( " destroy " ), this . _cbs = null , this . onEnterFrame = this . onLoopComplete = this . onComplete = this . onSegmentStart = this . onDestroy = null , this . renderer = null )}, AnimationItem . prototype . setCurrentRawFrameValue = function ( t ){ this . currentRawFrame = t , this . gotoFrame ()}, AnimationItem . prototype . setSpeed = function ( t ){ this . playSpeed = t , this . updaFrameModifier ()}, AnimationItem . prototype . setDirection = function ( t ){ this . playDirection = t < 0 ? - 1 : 1 , this . updaFrameModifier ()}, AnimationItem . prototype . updaFrameModifier = function (){ this . frameModifier = this . frameMult * this . playSpeed * this . playDirection }, AnimationItem . prototype . getPath = function (){ return this . path }, AnimationItem . prototype . getAssetsPath = function ( t ){ var e = "" ; if ( t . e ) e = t . p ; else if ( this . assetsPath ){ var r = t . p ; - 1 !== r . indexOf ( " images/ " ) && ( r = r . split ( " / " )[ 1 ]), e = this . assetsPath + r } else e = this . path , e += t . u ? t . u : "" , e += t . p ; return e }, AnimationItem . prototype . getAssetData = function ( t ){ for ( var e = 0 , r = this . assets . length ; e < r ;){ if ( t == this . assets [ e ]. id ) return this . assets [ e ]; e += 1 }}, AnimationItem . prototype . hide = function (){ this . renderer . hide ()}, AnimationItem . prototype . show = function (){ this . renderer . show ()}, AnimationItem . prototype . getDuration = function ( t ){ return t ? this . totalFrames : this . totalFrames / this . frameRate }, AnimationItem . prototype . trigger = function ( t ){ if ( this . _cbs && this . _cbs [ t ]) switch ( t ){ case " enterFrame " : this . triggerEvent ( t , new BMEnterFrameEvent ( t , this . currentFrame , this . totalFrames , this . frameModifier )); break ; case " loopComplete " : this . triggerEvent ( t , new BMCompleteLoopEvent ( t , this . loop , this . playCount , this . frameMult )); break ; case " complete " : this . triggerEvent ( t , new BMCompleteEvent ( t , this . frameMult )); break ; case " segmentStart " : this . triggerEvent ( t , new BMSegmentStartEvent ( t , this . firstFrame , this . totalFrames )); break ; case " destroy " : this . triggerEvent ( t , new BMDestroyEvent ( t , this )); break ; default : this . triggerEvent ( t )} " enterFrame " === t && this . onEnterFrame && this . onEnterFrame . call ( this , new BMEnterFrameEvent ( t , this . currentFrame , this . totalFrames , this . frameMult )), " loopComplete " === t && this . onLoopComplete && this . onLoopComplete . call ( this , new BMCompleteLoopEvent ( t , this . loop , this . playCount , this . frameMult )), " complete " === t && this . onComplete && this . onComplete . call ( this , new BMCompleteEvent ( t , this . frameMult )), " segmentStart " === t && this . onSegmentStart && this . onSegmentStart . call ( this , new BMSegmentStartEvent ( t , this . firstFrame , this . totalFrames )), " destroy " === t && this . onDestroy && this . onDestroy . call ( this , new BMDestroyEvent ( t , this ))}, AnimationItem . prototype . triggerRenderFrameError = function ( t ){ var e = new BMRenderFrameErrorEvent ( t , this . currentFrame ); this . triggerEvent ( " error " , e ), this . onError && this . onError . call ( this , e )}, AnimationItem . prototype . triggerConfigError = function ( t ){ var e = new BMConfigErrorEvent ( t , this . currentFrame ); this . triggerEvent ( " error " , e ), this . onError && this . onError . call ( this , e )}; var Expressions = ( IW = {}, IW . initExpressions = function ( t ){ var e = 0 , r = []; function i (){ var t , e = r . length ; for ( t = 0 ; t < e ; t += 1 ) r [ t ]. release (); r . length = 0 } t . renderer . compInterface = CompExpressionInterface ( t . renderer ), t . renderer . globalData . projectInterface . registerComposition ( t . renderer ), t . renderer . globalData . pushExpression = function (){ e += 1 }, t . renderer . globalData . popExpression = function (){ 0 == ( e -= 1 ) && i ()}, t . renderer . globalData . registerExpressionProperty = function ( t ){ - 1 === r . indexOf ( t ) && r . push ( t )}}, IW ), IW ; expressionsPlugin = Expressions ; var ExpressionManager = function (){ var ob = {}, Math = BMMath , window = null , document = null ; function $bm_isInstanceOfArray ( t ){ return t . constructor === Array || t . constructor === Float32Array } function isNumerable ( t , e ){ return " number " === t || " boolean " === t || " string " === t || e instanceof Number } function $bm_neg ( t ){ var e = typeof t ; if ( " number " === e || " boolean " === e || t instanceof Number ) return - t ; if ( $bm_isInstanceOfArray ( t )){ var r , i = t . length , s = []; for ( r = 0 ; r < i ; r += 1 ) s [ r ] =- t [ r ]; return s } return t . propType ? t . v : void 0 } var easeInBez = BezierFactory . getBezierEasing (. 333 , 0 ,. 833 ,. 833 , " easeIn " ). get , easeOutBez = BezierFactory . getBezierEasing (. 167 ,. 167 ,. 667 , 1 , " easeOut " ). get , easeInOutBez = BezierFactory . getBezierEasing (. 33 , 0 ,. 667 , 1 , " easeInOut " ). get ; function sum ( t , e ){ var r = typeof t , i = typeof e ; if ( " string " === r || " string " === i ) return t + e ; if ( isNumerable ( r , t ) && isNumerable ( i , e )) return t + e ; if ( $bm_isInstanceOfArray ( t ) && isNumerable ( i , e )) return ( t = t . slice ( 0 ))[ 0 ] = t [ 0 ] + e , t ; if ( isNumerable ( r , t ) && $bm_isInstanceOfArray ( e )) return ( e = e . slice ( 0 ))[ 0 ] = t + e [ 0 ], e ; if ( $bm_isInstanceOfArray ( t ) && $bm_isInstanceOfArray ( e )){ for ( var s = 0 , a = t . length , n = e . length , o = []; s < a || s < n ;)( " number " == typeof t [ s ] || t [ s ] instanceof Number ) && ( " number " == typeof e [ s ] || e [ s ] instanceof Number )? o [ s ] = t [ s ] + e [ s ]: o [ s ] = void 0 === e [ s ]? t [ s ]: t [ s ] || e [ s ], s += 1 ; return o } return 0 } var add = sum ; function sub ( t , e ){ var r = typeof t , i = typeof e ; if ( isNumerable ( r , t ) && isNumerable ( i , e )) return " string " === r && ( t = parseInt ( t )), " string " === i && ( e = parseInt ( e )), t - e ; if ( $bm_isInstanceOfArray ( t ) && isNumerable ( i , e )) return ( t = t . slice ( 0 ))[ 0 ] = t [ 0 ] - e , t ; if ( isNumerable ( r , t ) && $bm_isInstanceOfArray ( e )) return ( e = e . slice ( 0 ))[ 0 ] = t - e [ 0 ], e ; if ( $bm_isInstanceOfArray ( t ) && $bm_isInstanceOfArray ( e )){ for ( var s = 0 , a = t . length , n = e . length , o = []; s < a || s < n ;)( " number " == typeof t [ s ] || t [ s ] instanceof Number ) && ( " number " == typeof e [ s ] || e [ s ] instanceof Number )? o [ s ] = t [ s ] - e [ s ]: o [ s ] = void 0 === e [ s ]? t [ s ]: t [ s ] || e [ s ], s += 1 ; return o } return 0 } function mul ( t , e ){ var r , i , s , a = typeof t , n = typeof e ; if ( isNumerable ( a , t ) && isNumerable ( n , e )) return t * e ; if ( $bm_isInstanceOfArray ( t ) && isNumerable ( n , e )){ for ( s = t . length , r = createTypedArray ( " float32 " , s ), i = 0 ; i < s ; i += 1 ) r [ i ] = t [ i ] * e ; return r } if ( isNumerable ( a , t ) && $bm_isInstanceOfArray ( e )){ for ( s = e . length , r = createTypedArray ( " float32 " , s ), i = 0 ; i < s ; i += 1 ) r [ i ] = t * e [ i ]; return r } return 0 } function div ( t , e ){ var r , i , s , a = typeof t , n = typeof e ; if ( isNumerable ( a , t ) && isNumerable ( n , e )) return t / e ; if ( $bm_isInstanceOfArray ( t ) && isNumerable ( n , e )){ for ( s = t . length , r = createTypedArray ( " float32 " , s ), i = 0 ; i < s ; i += 1 ) r [ i ] = t [ i ] / e ; return r } if ( isNumerable ( a , t ) && $bm_isInstanceOfArray ( e )){ for ( s = e . length , r = createTypedArray ( " float32 " , s ), i = 0 ; i < s ; i += 1 ) r [ i ] = t / e [ i ]; return r } return 0 } function mod ( t , e ){ return " string " == typeof t && ( t = parseInt ( t )), " string " == typeof e && ( e = parseInt ( e )), t % e } var $bm_sum = sum , $bm_sub = sub , $bm_mul = mul , $bm_div = div , $bm_mod = mod ; function clamp ( t , e , r ){ if ( r < e ){ var i = r ; r = e , e = i } return Math . min ( Math . max ( t , e ), r )} function radiansToDegrees ( t ){ return t / degToRads } var radians_to_degrees = radiansToDegrees ; function degreesToRadians ( t ){ return t * degToRads } var degrees_to_radians = radiansToDegrees , helperLengthArray = [ 0 , 0 , 0 , 0 , 0 , 0 ]; function length ( t , e ){ if ( " number " == typeof t || t instanceof Number ) return e = e || 0 , Math . abs ( t - e ); e || ( e = helperLengthArray ); var r , i = Math . min ( t . length , e . length ), s = 0 ; for ( r = 0 ; r < i ; r += 1 ) s += Math . pow ( e [ r ] - t [ r ], 2 ); return Math . sqrt ( s )} function normalize ( t ){ return div ( t , length ( t ))} function rgbToHsl ( t ){ var e , r , i = t [ 0 ], s = t [ 1 ], a = t [ 2 ], n = Math . max ( i , s , a ), o = Math . min ( i , s , a ), h = ( n + o ) / 2 ; if ( n == o ) e = r = 0 ; else { var l = n - o ; switch ( r = . 5 < h ? l / ( 2 - n - o ): l / ( n + o ), n ){ case i : e = ( s - a ) / l + ( s < a ? 6 : 0 ); break ; case s : e = ( a - i ) / l + 2 ; break ; case a : e = ( i - s ) / l + 4 } e /= 6 } return [ e , r , h , t [ 3 ]]} function hue2rgb ( t , e , r ){ return r < 0 && ( r += 1 ), 1 < r && ( r -= 1 ), r < 1 / 6 ? t + 6 * ( e - t ) * r : r < . 5 ? e : r < 2 / 3 ? t + ( e - t ) * ( 2 / 3 - r ) * 6 : t } function hslToRgb ( t ){ var e , r , i , s = t [ 0 ], a = t [ 1 ], n = t [ 2 ]; if ( 0 === a ) e = r = i = n ; else { var o = n < . 5 ? n * ( 1 + a ): n + a - n * a , h = 2 * n - o ; e = hue2rgb ( h , o , s + 1 / 3 ), r = hue2rgb ( h , o , s ), i = hue2rgb ( h , o , s - 1 / 3 )} return [ e , r , i , t [ 3 ]]} function linear ( t , e , r , i , s ){ if ( void 0 !== i && void 0 !== s || ( i = e , s = r , e = 0 , r = 1 ), r < e ){ var a = r ; r = e , e = a } if ( t <= e ) return i ; if ( r <= t ) return s ; var n = r === e ? 0 :( t - e ) / ( r - e ); if ( ! i . length ) return i + ( s - i ) * n ; var o , h = i . length , l = createTypedArray ( " float32 " , h ); for ( o = 0 ; o < h ; o += 1 ) l [ o ] = i [ o ] + ( s [ o ] - i [ o ]) * n ; return l } function random ( t , e ){ if ( void 0 === e && ( void 0 === t ?( t = 0 , e = 1 ):( e = t , t = void 0 )), e . length ){ var r , i = e . length ; t || ( t = createTypedArray ( " float32 " , i )); var s = createTypedArray ( " float32 " , i ), a = BMMath . random (); for ( r = 0 ; r < i ; r += 1 ) s [ r ] = t [ r ] + a * ( e [ r ] - t [ r ]); return s } return void 0 === t && ( t = 0 ), t + BMMath . random () * ( e - t )} function createPath ( t , e , r , i ){ var s , a = t . length , n = shape_pool . newElement (); n . setPathData ( !! i , a ); var o , h , l = [ 0 , 0 ]; for ( s = 0 ; s < a ; s += 1 ) o = e && e [ s ]? e [ s ]: l , h = r && r [ s ]? r [ s ]: l , n . setTripleAt ( t [ s ][ 0 ], t [ s ][ 1 ], h [ 0 ] + t [ s ][ 0 ], h [ 1 ] + t [ s ][ 1 ], o [ 0 ] + t [ s ][ 0 ], o [ 1 ] + t [ s ][ 1 ], s , ! 0 ); return n } function initiateExpression ( elem , data , property ){ var val = data . x , needsVelocity = /velocity (?![\w\d]) / . test ( val ), _needsRandom =- 1 !== val . indexOf ( " random " ), elemType = elem . data . ty , transform , $bm_transform , content , effect , thisProperty = property ; thisProperty . valueAtTime = thisProperty . getValueAtTime , Object . defineProperty ( thisProperty , " value " ,{ get : function (){ return thisProperty . v }}), elem . comp . frameDuration = 1 / elem . comp . globalData . frameRate , elem . comp . displayStartTime = 0 ; var inPoint = elem . data . ip / elem . comp . globalData . frameRate , outPoint = elem . data . op / elem . comp . globalData . frameRate , width = elem . data . sw ? elem . data . sw : 0 , height = elem . data . sh ? elem . data . sh : 0 , name = elem . data . nm , loopIn , loop_in , loopOut , loop_out , smooth , toWorld , fromWorld , fromComp , toComp , fromCompToSurface , position , rotation , anchorPoint , scale , thisLayer , thisComp , mask , valueAtTime , velocityAtTime , __expression_functions = [], scoped_bm_rt ; if ( data . xf ){ var i , len = data . xf . length ; for ( i = 0 ; i < len ; i += 1 ) __expression_functions [ i ] = eval ( " (function(){ return " + data . xf [ i ] + " }()) " )} var expression_function = eval ( " [function _expression_function(){ " + val + " ;scoped_bm_rt=$bm_rt}] " )[ 0 ], numKeys = property . kf ? data . k . length : 0 , active =! this . data ||! 0 !== this . data . hd , wiggle = function ( t , e ){ var r , i , s = this . pv . length ? this . pv . length : 1 , a = createTypedArray ( " float32 " , s ); var n = Math . floor ( 5 * time ); for ( i = r = 0 ; r < n ;){ for ( i = 0 ; i < s ; i += 1 ) a [ i ] +=- e + 2 * e * BMMath . random (); r += 1 } var o = 5 * time , h = o - Math . floor ( o ), l = createTypedArray ( " float32 " , s ); if ( 1 < s ){ for ( i = 0 ; i < s ; i += 1 ) l [ i ] = this . pv [ i ] + a [ i ] + ( - e + 2 * e * BMMath . random ()) * h ; return l } return this . pv + a [ 0 ] + ( - e + 2 * e * BMMath . random ()) * h }. bind ( this ); function loopInDuration ( t , e ){ return loopIn ( t , e , ! 0 )} function loopOutDuration ( t , e ){ return loopOut ( t , e , ! 0 )} thisProperty . loopIn && ( loopIn = thisProperty . loopIn . bind ( thisProperty ), loop_in = loopIn ), thisProperty . loopOut && ( loopOut = thisProperty . loopOut . bind ( thisProperty ), loop_out = loopOut ), thisProperty . smooth && ( smooth = thisProperty . smooth . bind ( thisProperty )), this . getValueAtTime && ( valueAtTime = this . getValueAtTime . bind ( this )), this . getVelocityAtTime && ( velocityAtTime = this . getVelocityAtTime . bind ( this )); var comp = elem . comp . globalData . projectInterface . bind ( elem . comp . globalData . projectInterface ), time , velocity , value , text , textIndex , textTotal , selectorValue ; function lookAt ( t , e ){ var r = [ e [ 0 ] - t [ 0 ], e [ 1 ] - t [ 1 ], e [ 2 ] - t [ 2 ]], i = Math . atan2 ( r [ 0 ], Math . sqrt ( r [ 1 ] * r [ 1 ] + r [ 2 ] * r [ 2 ])) / degToRads ; return [ - Math . atan2 ( r [ 1 ], r [ 2 ]) / degToRads , i , 0 ]} function easeOut ( t , e , r , i , s ){ return applyEase ( easeOutBez , t , e , r , i , s )} function easeIn ( t , e , r , i , s ){ return applyEase ( easeInBez , t , e , r , i , s )} function ease ( t , e , r , i , s ){ return applyEase ( easeInOutBez , t , e , r , i , s )} function applyEase ( t , e , r , i , s , a ){ void 0 === s ?( s = r , a = i ): e = ( e - r ) / ( i - r ); var n = t ( e = 1 < e ? 1 : e < 0 ? 0 : e ); if ( $bm_isInstanceOfArray ( s )){ var o , h = s . length , l = createTypedArray ( " float32 " , h ); for ( o = 0 ; o < h ; o += 1 ) l [ o ] = ( a [ o ] - s [ o ]) * n + s [ o ]; return l } return ( a - s ) * n + s } function nearestKey ( t ){ var e , r , i , s = data . k . length ; if ( data . k . length && " number " != typeof data . k [ 0 ]) if ( r =- 1 ,( t *= elem . comp . globalData . frameRate ) < data . k [ 0 ]. t ) r = 1 , i = data . k [ 0 ]. t ; else { for ( e = 0 ; e < s - 1 ; e += 1 ){ if ( t === data . k [ e ]. t ){ r = e + 1 , i = data . k [ e ]. t ; break } if ( t > data . k [ e ]. t && t < data . k [ e + 1 ]. t ){ i = t - data . k [ e ]. t > data . k [ e + 1 ]. t - t ?( r = e + 2 , data . k [ e + 1 ]. t ):( r = e + 1 , data . k [ e ]. t ); break }} - 1 === r && ( r = e + 1 , i = data . k [ e ]. t )} else i = r = 0 ; var a = {}; return a . index = r , a . time = i / elem . comp . globalData . frameRate , a } function key ( t ){ var e , r , i ; if ( ! data . k . length || " number " == typeof data . k [ 0 ]) throw new Error ( " The property has no keyframe at index " + t ); t -= 1 , e = { time : data . k [ t ]. t / elem . comp . globalData . frameRate , value :[]}; var s = data . k [ t ]. hasOwnProperty ( " s " )? data . k [ t ]. s : data . k [ t - 1 ]. e ; for ( i = s . length , r = 0 ; r < i ; r += 1 ) e [ r ] = s [ r ], e . value [ r ] = s [ r ]; return e } function framesToTime ( t , e ){ return e || ( e = elem . comp . globalData . frameRate ), t / e } function timeToFrames ( t , e ){ return t || 0 === t || ( t = time ), e || ( e = elem . comp . globalData . frameRate ), t * e } function seedRandom ( t ){ BMMath . seedrandom ( randSeed + t )} function sourceRectAtTime (){ return elem . sourceRectAtTime ()} function substring ( t , e ){ return " string " == typeof value ? void 0 === e ? value . substring ( t ): value . substring ( t , e ): "" } function substr ( t , e ){ return " string " == typeof value ? void 0 === e ? value . substr ( t ): value . substr ( t , e ): "" } function posterizeTime ( t ){ time = 0 === t ? 0 : Math . floor ( time * t ) / t , value = valueAtTime ( time )} var index = elem . data . ind , hasParent =! ( ! elem . hierarchy ||! elem . hierarchy . length ), parent , randSeed = Math . floor ( 1 e6 * Math . random ()), globalData = elem . globalData ; function executeExpression ( t ){ return value = t , _needsRandom && seedRandom ( randSeed ), this . frameExpressionId === elem . globalData . frameId && " textSelector " !== this . propType ? value :( " textSelector " === this . propType && ( textIndex = this . textIndex , textTotal = this . textTotal , selectorValue = this . selectorValue ), thisLayer || ( text = elem . layerInterface . text , thisLayer = elem . layerInterface , thisComp = elem . comp . compInterface , toWorld = thisLayer . toWorld . bind ( thisLayer ), fromWorld = thisLayer . fromWorld . bind ( thisLayer ), fromComp = thisLayer . fromComp . bind ( thisLayer ), toComp = thisLayer . toComp . bind ( thisLayer ), mask = thisLayer . mask ? thisLayer . mask . bind ( thisLayer ): null , fromCompToSurface = fromComp ), transform || ( transform = elem . layerInterface ( " ADBE Transform Group " ),( $bm_transform = transform ) && ( anchorPoint = transform . anchorPoint )), 4 !== elemType || content || ( content = thisLayer ( " ADBE Root Vectors Group " )), effect || ( effect = thisLayer ( 4 )),( hasParent =! ( ! elem . hierarchy ||! elem . hierarchy . length )) &&! parent && ( parent = elem . hierarchy [ 0 ]. layerInterface ), time = this . comp . renderedFrame / this . comp . globalData . frameRate , needsVelocity && ( velocity = velocityAtTime ( time )), expression_function (), this . frameExpressionId = elem . globalData . frameId , " shape " === scoped_bm_rt . propType && ( scoped_bm_rt = scoped_bm_rt . v ), scoped_bm_rt )} return executeExpression } return ob . initiateExpression = initiateExpression , ob }(), expressionHelpers = { searchExpressions : function ( t , e , r ){ e . x && ( r . k =! 0 , r . x =! 0 , r . initiateExpression = ExpressionManager . initiateExpression , r . effectsSequence . push ( r . initiateExpression ( t , e , r ). bind ( r )))}, getSpeedAtTime : function ( t ){ var e = this . getValueAtTime ( t ), r = this . getValueAtTime ( t +- . 01 ), i = 0 ; if ( e . length ){ var s ; for ( s = 0 ; s < e . length ; s += 1 ) i += Math . pow ( r [ s ] - e [ s ], 2 ); i = 100 * Math . sqrt ( i )} else i = 0 ; return i }, getVelocityAtTime : function ( t ){ if ( void 0 !== this . vel ) return this . vel ; var e , r , i = this . getValueAtTime ( t ), s = this . getValueAtTime ( t +- . 001 ); if ( i . length ) for ( e = createTypedArray ( " float32 " , i . length ), r = 0 ; r < i . length ; r += 1 ) e [ r ] = ( s [ r ] - i [ r ]) /- . 001 ; else e = ( s - i ) /- . 001 ; return e }, getValueAtTime : function ( t ){ return t *= this . elem . globalData . frameRate ,( t -= this . offsetTime ) !== this . _cachingAtTime . lastFrame && ( this . _cachingAtTime . lastIndex = this . _cachingAtTime . lastFrame < t ? this . _cachingAtTime . lastIndex : 0 , this . _cachingAtTime . value = this . interpolateValue ( t , this . _cachingAtTime ), this . _cachingAtTime . lastFrame = t ), this . _cachingAtTime . value }, getStaticValueAtTime : function (){ return this . pv }, setGroupProperty : function ( t ){ this . propertyGroup = t }}; ! function (){ function o ( t , e , r ){ if ( ! this . k ||! this . keyframes ) return this . pv ; t = t ? t . toLowerCase (): "" ; var i , s , a , n , o , h = this . comp . renderedFrame , l = this . keyframes , p = l [ l . length - 1 ]. t ; if ( h <= p ) return this . pv ; if ( r ? s = p - ( i = e ? Math . abs ( p - elem . comp . globalData . frameRate * e ): Math . max ( 0 , p - this . elem . data . ip )):(( ! e || e > l . length - 1 ) && ( e = l . length - 1 ), i = p - ( s = l [ l . length - 1 - e ]. t )), " pingpong " === t ){ if ( Math . floor (( h - s ) / i ) % 2 != 0 ) return this . getValueAtTime (( i - ( h - s ) % i + s ) / this . comp . globalData . frameRate , 0 )} else { if ( " offset " === t ){ var m = this . getValueAtTime ( s / this . comp . globalData . frameRate , 0 ), f = this . getValueAtTime ( p / this . comp . globalData . frameRate , 0 ), c = this . getValueAtTime ((( h - s ) % i + s ) / this . comp . globalData . frameRate , 0 ), d = Math . floor (( h - s ) / i ); if ( this . pv . length ){ for ( n = ( o = new Array ( m . length )). length , a = 0 ; a < n ; a += 1 ) o [ a ] = ( f [ a ] - m [ a ]) * d + c [ a ]; return o } return ( f - m ) * d + c } if ( " continue " === t ){ var u = this . getValueAtTime ( p / this . comp . globalData . frameRate , 0 ), y = this . getValueAtTime (( p - . 001 ) / this . comp . globalData . frameRate , 0 ); if ( this . pv . length ){ for ( n = ( o = new Array ( u . length )). length , a = 0 ; a < n ; a += 1 ) o [ a ] = u [ a ] + ( u [ a ] - y [ a ]) * (( h - p ) / this . comp . globalData . frameRate ) / 5 e - 4 ; return o } return u + ( h - p ) / . 001 * ( u - y )}} return this . getValueAtTime ((( h - s ) % i + s ) / this . comp . globalData . frameRate , 0 )} function h ( t , e , r ){ if ( ! this . k ) return this . pv ; t = t ? t . toLowerCase (): "" ; var i , s , a , n , o , h = this . comp . renderedFrame , l = this . keyframes , p = l [ 0 ]. t ; if ( p <= h ) return this . pv ; if ( r ? s = p + ( i = e ? Math . abs ( elem . comp . globalData . frameRate * e ): Math . max ( 0 , this . elem . data . op - p )):(( ! e || e > l . length - 1 ) && ( e = l . length - 1 ), i = ( s = l [ e ]. t ) - p ), " pingpong " === t ){ if ( Math . floor (( p - h ) / i ) % 2 == 0 ) return this . getValueAtTime ((( p - h ) % i + p ) / this . comp . globalData . frameRate , 0 )} else { if ( " offset " === t ){ var m = this . getValueAtTime ( p / this . comp . globalData . frameRate , 0 ), f = this . getValueAtTime ( s / this . comp . globalData . frameRate , 0 ), c = this . getValueAtTime (( i - ( p - h ) % i + p ) / this . comp . globalData . frameRate , 0 ), d = Math . floor (( p - h ) / i ) + 1 ; if ( this . pv . length ){ for ( n = ( o = new Array ( m . length )). length , a = 0 ; a < n ; a += 1 ) o [ a ] = c [ a ] - ( f [ a ] - m [ a ]) * d ; return o } return c - ( f - m ) * d } if ( " continue " === t ){ var u = this . getValueAtTime ( p / this . comp . globalData . frameRate , 0 ), y = this . getValueAtTime (( p + . 001 ) / this . comp . globalData . frameRate , 0 ); if ( this . pv . length ){ for ( n = ( o = new Array ( u . length )). length , a = 0 ; a < n ; a += 1 ) o [ a ] = u [ a ] + ( u [ a ] - y [ a ]) * ( p - h ) / . 001 ; return o } return u + ( u - y ) * ( p - h ) / . 001 }} return this . getValueAtTime (( i - ( p - h ) % i + p ) / this . comp . globalData . frameRate , 0 )} function l ( t , e ){ if ( ! this . k ) return this . pv ; if ( t = . 5 * ( t || . 4 ),( e = Math . floor ( e || 5 )) <= 1 ) return this . pv ; var r , i , s = this . comp . renderedFrame / this . comp . globalData . frameRate , a = s - t , n = 1 < e ?( s + t - a ) / ( e - 1 ): 1 , o = 0 , h = 0 ; for ( r = this . pv . length ? createTypedArray ( " float32 " , this . pv . length ): 0 ; o < e ;){ if ( i = this . getValueAtTime ( a + o * n ), this . pv . length ) for ( h = 0 ; h < this . pv . length ; h += 1 ) r [ h ] += i [ h ]; else r += i ; o += 1 } if ( this . pv . length ) for ( h = 0 ; h < this . pv . length ; h += 1 ) r [ h ] /= e ; else r /= e ; return r } var s = TransformPropertyFactory . getTransformProperty ; TransformPropertyFactory . getTransformProperty = function ( t , e , r ){ var i = s ( t , e , r ); return i . dynamicProperties . length ? i . getValueAtTime = function ( t ){ console . warn ( " Transform at time not supported " )}. bind ( i ): i . getValueAtTime = function ( t ){}. bind ( i ), i . setGroupProperty = expressionHelpers . setGroupProperty , i }; var p = PropertyFactory . getProp ; PropertyFactory . getProp = function ( t , e , r , i , s ){ var a = p ( t , e , r , i , s ); a . kf ? a . getValueAtTime = expressionHelpers . getValueAtTime . bind ( a ): a . getValueAtTime = expressionHelpers . getStaticValueAtTime . bind ( a ), a . setGroupProperty = expressionHelpers . setGroupProperty , a . loopOut = o , a . loopIn = h , a . smooth = l , a . getVelocityAtTime = expressionHelpers . getVelocityAtTime . bind ( a ), a . getSpeedAtTime = expressionHelpers . getSpeedAtTime . bind ( a ), a . numKeys = 1 === e . a ? e . k . length : 0 , a . propertyIndex = e . ix ; var n = 0 ; return 0 !== r && ( n = createTypedArray ( " float32 " , 1 === e . a ? e . k [ 0 ]. s . length : e . k . length )), a . _cachingAtTime = { lastFrame : initialDefaultFrame , lastIndex : 0 , value : n }, expressionHelpers . searchExpressions ( t , e , a ), a . k && s . addDynamicProperty ( a ), a }; var t = ShapePropertyFactory . getConstructorFunction (), e = ShapePropertyFactory . getKeyframedConstructorFunction (); function r (){} r . prototype = { vertices : function ( t , e ){ this . k && this . getValue (); var r = this . v ; void 0 !== e && ( r = this . getValueAtTime ( e , 0 )); var i , s = r . _length , a = r [ t ], n = r . v , o = createSizedArray ( s ); for ( i = 0 ; i < s ; i += 1 ) o [ i ] = " i " === t || " o " === t ?[ a [ i ][ 0 ] - n [ i ][ 0 ], a [ i ][ 1 ] - n [ i ][ 1 ]]:[ a [ i ][ 0 ], a [ i ][ 1 ]]; return o }, points : function ( t ){ return this . vertices ( " v " , t )}, inTangents : function ( t ){ return this . vertices ( " i " , t )}, outTangents : function ( t ){ return this . vertices ( " o " , t )}, isClosed : function (){ return this . v . c }, pointOnPath : function ( t , e ){ var r = this . v ; void 0 !== e && ( r = this . getValueAtTime ( e , 0 )), this . _segmentsLength || ( this . _segmentsLength = bez . getSegmentsLength ( r )); for ( var i , s = this . _segmentsLength , a = s . lengths , n = s . totalLength * t , o = 0 , h = a . length , l = 0 ; o < h ;){ if ( l + a [ o ]. addedLength > n ){ var p = o , m = r . c && o === h - 1 ? 0 : o + 1 , f = ( n - l ) / a [ o ]. addedLength ; i = bez . getPointInSegment ( r . v [ p ], r . v [ m ], r . o [ p ], r . i [ m ], f , a [ o ]); break } l += a [ o ]. addedLength , o += 1 } return i || ( i = r . c ?[ r . v [ 0 ][ 0 ], r . v [ 0 ][ 1 ]]:[ r . v [ r . _length - 1 ][ 0 ], r . v [ r . _length - 1 ][ 1 ]]), i }, vectorOnPath : function ( t , e , r ){ t = 1 == t ? this . v . c ? 0 :. 999 : t ; var i = this . pointOnPath ( t , e ), s = this . pointOnPath ( t + . 001 , e ), a = s [ 0 ] - i [ 0 ], n = s [ 1 ] - i [ 1 ], o = Math . sqrt ( Math . pow ( a , 2 ) + Math . pow ( n , 2 )); return 0 === o ?[ 0 , 0 ]: " tangent " === r ?[ a / o , n / o ]:[ - n / o , a / o ]}, tangentOnPath : function ( t , e ){ return this . vectorOnPath ( t , e , " tangent " )}, normalOnPath : function ( t , e ){ return this . vectorOnPath ( t , e , " normal " )}, setGroupProperty : expressionHelpers . setGroupProperty , getValueAtTime : expressionHelpers . getStaticValueAtTime }, extendPrototype ([ r ], t ), extendPrototype ([ r ], e ), e . prototype . getValueAtTime = function ( t ){ return this . _cachingAtTime || ( this . _cachingAtTime = { shapeValue : shape_pool . clone ( this . pv ), lastIndex : 0 , lastTime : initialDefaultFrame }), t *= this . elem . globalData . frameRate ,( t -= this . offsetTime ) !== this . _cachingAtTime . lastTime && ( this . _cachingAtTime . lastIndex = this . _cachingAtTime . lastTime < t ? this . _caching . lastIndex : 0 , this . _cachingAtTime . lastTime = t , this . interpolateShape ( t , this . _cachingAtTime . shapeValue , this . _cachingAtTime )), this . _cachingAtTime . shapeValue }, e . prototype . initiateExpression = ExpressionManager . initiateExpression ; var n = ShapePropertyFactory . getShapeProp ; ShapePropertyFactory . getShapeProp = function ( t , e , r , i , s ){ var a = n ( t , e , r , i , s ); return a . propertyIndex = e . ix , a . lock =! 1 , 3 === r ? expressionHelpers . searchExpressions ( t , e . pt , a ): 4 === r && expressionHelpers . searchExpressions ( t , e . ks , a ), a . k && t . addDynamicProperty ( a ), a }}(), TextProperty . prototype . getExpressionValue = function ( t , e ){ var r = this . calculateExpression ( e ); if ( t . t === r ) return t ; var i = {}; return this . copyData ( i , t ), i . t = r . toString (), i . __complete =! 1 , i }, TextProperty . prototype . searchProperty = function (){ var t = this . searchKeyframes (), e = this . searchExpressions (); return this . kf = t || e , this . kf }, TextProperty . prototype . searchExpressions = function (){ if ( this . data . d . x ) return this . calculateExpression = ExpressionManager . initiateExpression . bind ( this )( this . elem , this . data . d , this ), this . addEffect ( this . getExpressionValue . bind ( this )), ! 0 }; var ShapeExpressionInterface = function (){ function m ( t , e , r ){ var i , s = [], a = t ? t . length : 0 ; for ( i = 0 ; i < a ; i += 1 ) " gr " == t [ i ]. ty ? s . push ( n ( t [ i ], e [ i ], r )): " fl " == t [ i ]. ty ? s . push ( o ( t [ i ], e [ i ], r )): " st " == t [ i ]. ty ? s . push ( h ( t [ i ], e [ i ], r )): " tm " == t [ i ]. ty ? s . push ( l ( t [ i ], e [ i ], r )): " tr " == t [ i ]. ty || ( " el " == t [ i ]. ty ? s . push ( p ( t [ i ], e [ i ], r )): " sr " == t [ i ]. ty ? s . push ( f ( t [ i ], e [ i ], r )): " sh " == t [ i ]. ty ? s . push ( y ( t [ i ], e [ i ], r )): " rc " == t [ i ]. ty ? s . push ( c ( t [ i ], e [ i ], r )): " rd " == t [ i ]. ty ? s . push ( d ( t [ i ], e [ i ], r )): " rp " == t [ i ]. ty && s . push ( u ( t [ i ], e [ i ], r ))); return s } function n ( t , e , r ){ var i = function ( t ){ switch ( t ){ case " ADBE Vectors Group " : case " Contents " : case 2 : return i . content ; default : return i . transform }}; i . propertyGroup = function ( t ){ return 1 === t ? i : r ( t - 1 )}; var s , a , n , o , h , l = ( s = t , a = e , n = i . propertyGroup ,( h = function ( t ){ for ( var e = 0 , r = o . length ; e < r ;){ if ( o [ e ]. _name === t || o [ e ]. mn === t || o [ e ]. propertyIndex === t || o [ e ]. ix === t || o [ e ]. ind === t ) return o [ e ]; e += 1 } if ( " number " == typeof t ) return o [ t - 1 ]}). propertyGroup = function ( t ){ return 1 === t ? h : n ( t - 1 )}, o = m ( s . it , a . it , h . propertyGroup ), h . numProperties = o . length , h . propertyIndex = s . cix , h . _name = s . nm , h ), p = function ( e , t , r ){ function i ( t ){ return 1 == t ? s : r ( -- t )} t . transform . mProps . o . setGroupProperty ( i ), t . transform . mProps . p . setGroupProperty ( i ), t . transform . mProps . a . setGroupProperty ( i ), t . transform . mProps . s . setGroupProperty ( i ), t . transform . mProps . r . setGroupProperty ( i ), t . transform . mProps . sk && ( t . transform . mProps . sk . setGroupProperty ( i ), t . transform . mProps . sa . setGroupProperty ( i )); function s ( t ){ return e . a . ix === t || " Anchor Point " === t ? s . anchorPoint : e . o . ix === t || " Opacity " === t ? s . opacity : e . p . ix === t || " Position " === t ? s . position : e . r . ix === t || " Rotation " === t || " ADBE Vector Rotation " === t ? s . rotation : e . s . ix === t || " Scale " === t ? s . scale : e . sk && e . sk . ix === t || " Skew " === t ? s . skew : e . sa && e . sa . ix === t || " Skew Axis " === t ? s . skewAxis : void 0 } return t . transform . op . setGroupProperty ( i ), Object . defineProperties ( s ,{ opacity :{ get : ExpressionPropertyInterface ( t . transform . mProps . o )}, position :{ get : ExpressionPropertyInterface ( t . transform . mProps . p )}, anchorPoint :{ get : ExpressionPropertyInterface ( t . transform . mProps . a )}, scale :{ get : ExpressionPropertyInterface ( t . transform . mProps . s )}, rotation :{ get : ExpressionPropertyInterface ( t . transform . mProps . r )}, skew :{ get : ExpressionPropertyInterface ( t . transform . mProps . sk )}, skewAxis :{ get : ExpressionPropertyInterface ( t . transform . mProps . sa )}, _name :{ value : e . nm }}), s . ty = " tr " , s . mn = e . mn , s . propertyGroup = r , s }( t . it [ t . it . length - 1 ], e . it [ e . it . length - 1 ], i . propertyGroup ); return i . content = l , i . transform = p , Object . defineProperty ( i , " _name " ,{ get : function (){ return t . nm }}), i . numProperties = t . np , i . propertyIndex = t . ix , i . nm = t . nm , i . mn = t . mn , i } function o ( t , e , r ){ function i ( t ){ return " Color " === t || " color " === t ? i . color : " Opacity " === t || " opacity " === t ? i . opacity : void 0 } return Object . defineProperties ( i ,{ color :{ get : ExpressionPropertyInterface ( e . c )}, opacity :{ get : ExpressionPropertyInterface ( e . o )}, _name :{ value : t . nm }, mn :{ value : t . mn }}), e . c . setGroupProperty ( r ), e . o . setGroupProperty ( r ), i } function h ( t , e , r ){ function i ( t ){ return 1 === t ? ob : r ( t - 1 )} function s ( t ){ return 1 === t ? h : i ( t - 1 )} var a , n , o = t . d ? t . d . length : 0 , h = {}; for ( a = 0 ; a < o ; a += 1 ) n = a , Object . defineProperty ( h , t . d [ n ]. nm ,{ get : ExpressionPropertyInterface ( e . d . dataProps [ n ]. p )}), e . d . dataProps [ a ]. p . setGroupProperty ( s ); function l ( t ){ return " Color " === t || " color " === t ? l . color : " Opacity " === t || " opacity " === t ? l . opacity : " Stroke Width " === t || " stroke width " === t ? l . strokeWidth : void 0 } return Object . defineProperties ( l ,{ color :{ get : ExpressionPropertyInterface ( e . c )}, opacity :{ get : ExpressionPropertyInterface ( e . o )}, strokeWidth :{ get : ExpressionPropertyInterface ( e . w )}, dash :{ get : function (){ return h }}, _name :{ value : t . nm }, mn :{ value : t . mn }}), e . c . setGroupProperty ( i ), e . o . setGroupProperty ( i ), e . w . setGroupProperty ( i ), l } function l ( e , t , r ){ function i ( t ){ return 1 == t ? s : r ( -- t )} function s ( t ){ return t === e . e . ix || " End " === t || " end " === t ? s . end : t === e . s . ix ? s . start : t === e . o . ix ? s . offset : void 0 } return s . propertyIndex = e . ix , t . s . setGroupProperty ( i ), t . e . setGroupProperty ( i ), t . o . setGroupProperty ( i ), s . propertyIndex = e . ix , s . propertyGroup = r , Object . defineProperties ( s ,{ start :{ get : ExpressionPropertyInterface ( t . s )}, end :{ get : ExpressionPropertyInterface ( t . e )}, offset :{ get : ExpressionPropertyInterface ( t . o )}, _name :{ value : e . nm }}), s . mn = e . mn , s } function p ( e , t , r ){ function i ( t ){ return 1 == t ? a : r ( -- t )} a . propertyIndex = e . ix ; var s = " tm " === t . sh . ty ? t . sh . prop : t . sh ; function a ( t ){ return e . p . ix === t ? a . position : e . s . ix === t ? a . size : void 0 } return s . s . setGroupProperty ( i ), s . p . setGroupProperty ( i ), Object . defineProperties ( a ,{ size :{ get : ExpressionPropertyInterface ( s . s )}, position :{ get : ExpressionPropertyInterface ( s . p )}, _name :{ value : e . nm }}), a . mn = e . mn , a } function f ( e , t , r ){ function i ( t ){ return 1 == t ? a : r ( -- t )} var s = " tm " === t . sh . ty ? t . sh . prop : t . sh ; function a ( t ){ return e . p . ix === t ? a . position : e . r . ix === t ? a . rotation : e . pt . ix === t ? a . points : e . or . ix === t || " ADBE Vector Star Outer Radius " === t ? a . outerRadius : e . os . ix === t ? a . outerRoundness : ! e . ir || e . ir . ix !== t && " ADBE Vector Star Inner Radius " !== t ? e . is && e . is . ix === t ? a . innerRoundness : void 0 : a . innerRadius } return a . propertyIndex = e . ix , s . or . setGroupProperty ( i ), s . os . setGroupProperty ( i ), s . pt . setGroupProperty ( i ), s . p . setGroupProperty ( i ), s . r . setGroupProperty ( i ), e . ir && ( s . ir . setGroupProperty ( i ), s . is . setGroupProperty ( i )), Object . defineProperties ( a ,{ position :{ get : ExpressionPropertyInterface ( s . p )}, rotation :{ get : ExpressionPropertyInterface ( s . r )}, points :{ get : ExpressionPropertyInterface ( s . pt )}, outerRadius :{ get : ExpressionPropertyInterface ( s . or )}, outerRoundness :{ get : ExpressionPropertyInterface ( s . os )}, innerRadius :{ get : ExpressionPropertyInterface ( s . ir )}, innerRoundness :{ get : ExpressionPropertyInterface ( s . is )}, _name :{ value : e . nm }}), a . mn = e . mn , a } function c ( e , t , r ){ function i ( t ){ return 1 == t ? a : r ( -- t )} var s = " tm " === t . sh . ty ? t . sh . prop : t . sh ; function a ( t ){ return e . p . ix === t ? a . position : e . r . ix === t ? a . roundness : e . s . ix === t || " Size " === t || " ADBE Vector Rect Size " === t ? a . size : void 0 } return a . propertyIndex = e . ix , s . p . setGroupProperty ( i ), s . s . setGroupProperty ( i ), s . r . setGroupProperty ( i ), Object . defineProperties ( a ,{ position :{ get : ExpressionPropertyInterface ( s . p )}, roundness :{ get : ExpressionPropertyInterface ( s . r )}, size :{ get : ExpressionPropertyInterface ( s . s )}, _name :{ value : e . nm }}), a . mn = e . mn , a } function d ( e , t , r ){ var i = t ; function s ( t ){ if ( e . r . ix === t || " Round Corners 1 " === t ) return s . radius } return s . propertyIndex = e . ix , i . rd . setGroupProperty ( function ( t ){ return 1 == t ? s : r ( -- t )}), Object . defineProperties ( s ,{ radius :{ get : ExpressionPropertyInterface ( i . rd )}, _name :{ value : e . nm }}), s . mn = e . mn , s } function u ( e , t , r ){ function i ( t ){ return 1 == t ? a : r ( -- t )} var s = t ; function a ( t ){ return e . c . ix === t || " Copies " === t ? a . copies : e . o . ix === t || " Offset " === t ? a . offset : void 0 } return a . propertyIndex = e . ix , s . c . setGroupProperty ( i ), s . o . setGroupProperty ( i ), Object . defineProperties ( a ,{ copies :{ get : ExpressionPropertyInterface ( s . c )}, offset :{ get : ExpressionPropertyInterface ( s . o )}, _name :{ value : e . nm }}), a . mn = e . mn , a } function y ( t , e , r ){ var i = e . sh ; function s ( t ){ if ( " Shape " === t || " shape " === t || " Path " === t || " path " === t || " ADBE Vector Shape " === t || 2 === t ) return s . path } return i . setGroupProperty ( function ( t ){ return 1 == t ? s : r ( -- t )}), Object . defineProperties ( s ,{ path :{ get : function (){ return i . k && i . getValue (), i }}, shape :{ get : function (){ return i . k && i . getValue (), i }}, _name :{ value : t . nm }, ix :{ value : t . ix }, propertyIndex :{ value : t . ix }, mn :{ value : t . mn }}), s } return function ( t , e , r ){ var i ; function s ( t ){ if ( " number " == typeof t ) return i [ t - 1 ]; for ( var e = 0 , r = i . length ; e < r ;){ if ( i [ e ]. _name === t ) return i [ e ]; e += 1 }} return s . propertyGroup = r , i = m ( t , e , s ), s . numProperties = i . length , s }}(), TextExpressionInterface = function ( e ){ var r ; function t (){} return Object . defineProperty ( t , " sourceText " ,{ get : function (){ e . textProperty . getValue (); var t = e . textProperty . currentData . t ; return void 0 !== t && ( e . textProperty . currentData . t = void 0 ,( r = new String ( t )). value = t || new String ( t )), r }}), t }, LayerExpressionInterface = function (){ function s ( t , e ){ var r = new Matrix ; if ( r . reset (), this . _elem . finalTransform . mProp . applyToMatrix ( r ), this . _elem . hierarchy && this . _elem . hierarchy . length ){ var i , s = this . _elem . hierarchy . length ; for ( i = 0 ; i < s ; i += 1 ) this . _elem . hierarchy [ i ]. finalTransform . mProp . applyToMatrix ( r ); return r . applyToPointArray ( t [ 0 ], t [ 1 ], t [ 2 ] || 0 )} return r . applyToPointArray ( t [ 0 ], t [ 1 ], t [ 2 ] || 0 )} function a ( t , e ){ var r = new Matrix ; if ( r . reset (), this . _elem . finalTransform . mProp . applyToMatrix ( r ), this . _elem . hierarchy && this . _elem . hierarchy . length ){ var i , s = this . _elem . hierarchy . length ; for ( i = 0 ; i < s ; i += 1 ) this . _elem . hierarchy [ i ]. finalTransform . mProp . applyToMatrix ( r ); return r . inversePoint ( t )} return r . inversePoint ( t )} function n ( t ){ var e = new Matrix ; if ( e . reset (), this . _elem . finalTransform . mProp . applyToMatrix ( e ), this . _elem . hierarchy && this . _elem . hierarchy . length ){ var r , i = this . _elem . hierarchy . length ; for ( r = 0 ; r < i ; r += 1 ) this . _elem . hierarchy [ r ]. finalTransform . mProp . applyToMatrix ( e ); return e . inversePoint ( t )} return e . inversePoint ( t )} function o (){ return [ 1 , 1 , 1 , 1 ]} return function ( e ){ var r ; function i ( t ){ switch ( t ){ case " ADBE Root Vectors Group " : case " Contents " : case 2 : return i . shapeInterface ; case 1 : case 6 : case " Transform " : case " transform " : case " ADBE Transform Group " : return r ; case 4 : case " ADBE Effect Parade " : case " effects " : case " Effects " : return i . effect }} i . toWorld = s , i . fromWorld = a , i . toComp = s , i . fromComp = n , i . sampleImage = o , i . sourceRectAtTime = e . sourceRectAtTime . bind ( e ); var t = getDescriptor ( r = TransformExpressionInterface (( i . _elem = e ). finalTransform . mProp ), " anchorPoint " ); return Object . defineProperties ( i ,{ hasParent :{ get : function (){ return e . hierarchy . length }}, parent :{ get : function (){ return e . hierarchy [ 0 ]. layerInterface }}, rotation : getDescriptor ( r , " rotation " ), scale : getDescriptor ( r , " scale " ), position : getDescriptor ( r , " position " ), opacity : getDescriptor ( r , " opacity " ), anchorPoint : t , anchor_point : t , transform :{ get : function (){ return r }}, active :{ get : function (){ return e . isInRange }}}), i . startTime = e . data . st , i . index = e . data . ind , i . source = e . data . refId , i . height = 0 === e . data . ty ? e . data . h : 100 , i . width = 0 === e . data . ty ? e . data . w : 100 , i . inPoint = e . data . ip / e . comp . globalData . frameRate , i . outPoint = e . data . op / e . comp . globalData . frameRate , i . _name = e . data . nm , i . registerMaskInterface = function ( t ){ i . mask = new MaskManagerInterface ( t , e )}, i . registerEffectsInterface = function ( t ){ i . effect = t }, i }}(), CompExpressionInterface = function ( i ){ function t ( t ){ for ( var e = 0 , r = i . layers . length ; e < r ;){ if ( i . layers [ e ]. nm === t || i . layers [ e ]. ind === t ) return i . elements [ e ]. layerInterface ; e += 1 } return null } return Object . defineProperty ( t , " _name " ,{ value : i . data . nm }),( t . layer = t ). pixelAspect = 1 , t . height = i . data . h || i . globalData . compSize . h , t . width = i . data . w || i . globalData . compSize . w , t . pixelAspect = 1 , t . frameDuration = 1 / i . globalData . frameRate , t . displayStartTime = 0 , t . numLayers = i . layers . length , t }, TransformExpressionInterface = function ( t ){ function e ( t ){ switch ( t ){ case " scale " : case " Scale " : case " ADBE Scale " : case 6 : return e . scale ; case " rotation " : case " Rotation " : case " ADBE Rotation " : case " ADBE Rotate Z " : case 10 : return e . rotation ; case " ADBE Rotate X " : return e . xRotation ; case " ADBE Rotate Y " : return e . yRotation ; case " position " : case " Position " : case " ADBE Position " : case 2 : return e . position ; case " ADBE Position_0 " : return e . xPosition ; case " ADBE Position_1 " : return e . yPosition ; case " ADBE Position_2 " : return e . zPosition ; case " anchorPoint " : case " AnchorPoint " : case " Anchor Point " : case " ADBE AnchorPoint " : case 1 : return e . anchorPoint ; case " opacity " : case " Opacity " : case 11 : return e . opacity }} if ( Object . defineProperty ( e , " rotation " ,{ get : ExpressionPropertyInterface ( t . r || t . rz )}), Object . defineProperty ( e , " zRotation " ,{ get : ExpressionPropertyInterface ( t . rz || t . r )}), Object . defineProperty ( e , " xRotation " ,{ get : ExpressionPropertyInterface ( t . rx )}), Object . defineProperty ( e , " yRotation " ,{ get : ExpressionPropertyInterface ( t . ry )}), Object . defineProperty ( e , " scale " ,{ get : ExpressionPropertyInterface ( t . s )}), t . p ) var r = ExpressionPropertyInterface ( t . p ); return Object . defineProperty ( e , " position " ,{ get : function (){ return t . p ? r ():[ t . px . v , t . py . v , t . pz ? t . pz . v : 0 ]}}), Object . defineProperty ( e , " xPosition " ,{ get : ExpressionPropertyInterface ( t . px )}), Object . defineProperty ( e , " yPosition " ,{ get : ExpressionPropertyInterface ( t . py )}), Object . defineProperty ( e , " zPosition " ,{ get : ExpressionPropertyInterface ( t . pz )}), Object . defineProperty ( e , " anchorPoint " ,{ get : ExpressionPropertyInterface ( t . a )}), Object . defineProperty ( e , " opacity " ,{ get : ExpressionPropertyInterface ( t . o )}), Object . defineProperty ( e , " skew " ,{ get : ExpressionPropertyInterface ( t . sk )}), Object . defineProperty ( e , " skewAxis " ,{ get : ExpressionPropertyInterface ( t . sa )}), Object . defineProperty ( e , " orientation " ,{ get : ExpressionPropertyInterface ( t . or )}), e }, ProjectInterface = function (){ function e ( t ){ this . compositions . push ( t )} return function (){ function t ( t ){ for ( var e = 0 , r = this . compositions . length ; e < r ;){ if ( this . compositions [ e ]. data && this . compositions [ e ]. data . nm === t ) return this . compositions [ e ]. prepareFrame && this . compositions [ e ]. data . xt && this . compositions [ e ]. prepareFrame ( this . currentFrame ), this . compositions [ e ]. compInterface ; e += 1 }} return t . compositions = [], t . currentFrame = 0 , t . registerComposition = e , t }}(), EffectsExpressionInterface = function (){ function l ( s , t , e , r ){ var i , a = [], n = s . ef . length ; for ( i = 0 ; i < n ; i += 1 ) 5 === s . ef [ i ]. ty ? a . push ( l ( s . ef [ i ], t . effectElements [ i ], t . effectElements [ i ]. propertyGroup , r )): a . push ( p ( t . effectElements [ i ], s . ef [ i ]. ty , r , o )); function o ( t ){ return 1 === t ? h : e ( t - 1 )} var h = function ( t ){ for ( var e = s . ef , r = 0 , i = e . length ; r < i ;){ if ( t === e [ r ]. nm || t === e [ r ]. mn || t === e [ r ]. ix ) return 5 === e [ r ]. ty ? a [ r ]: a [ r ](); r += 1 } return a [ 0 ]()}; return h . propertyGroup = o , " ADBE Color Control " === s . mn && Object . defineProperty ( h , " color " ,{ get : function (){ return a [ 0 ]()}}), Object . defineProperty ( h , " numProperties " ,{ get : function (){ return s . np }}), h . active = h . enabled = 0 !== s . en , h } function p ( t , e , r , i ){ var s = ExpressionPropertyInterface ( t . p ); return t . p . setGroupProperty && t . p . setGroupProperty ( i ), function (){ return 10 === e ? r . comp . compInterface ( t . p . v ): s ()}} return { createEffectsInterface : function ( s , t ){ if ( s . effectsManager ){ var e , a = [], r = s . data . ef , i = s . effectsManager . effectElements . length ; for ( e = 0 ; e < i ; e += 1 ) a . push ( l ( r [ e ], s . effectsManager . effectElements [ e ], t , s )); return function ( t ){ for ( var e = s . data . ef || [], r = 0 , i = e . length ; r < i ;){ if ( t === e [ r ]. nm || t === e [ r ]. mn || t === e [ r ]. ix ) return a [ r ]; r += 1 }}}}}}(), MaskManagerInterface = function (){ function a ( t , e ){ this . _mask = t , this . _data = e } Object . defineProperty ( a . prototype , " maskPath " ,{ get : function (){ return this . _mask . prop . k && this . _mask . prop . getValue (), this . _mask . prop }}), Object . defineProperty ( a . prototype , " maskOpacity " ,{ get : function (){ return this . _mask . op . k && this . _mask . op . getValue (), 100 * this . _mask . op . v }}); return function ( e , t ){ var r , i = createSizedArray ( e . viewData . length ), s = e . viewData . length ; for ( r = 0 ; r < s ; r += 1 ) i [ r ] = new a ( e . viewData [ r ], e . masksProperties [ r ]); return function ( t ){ for ( r = 0 ; r < s ;){ if ( e . masksProperties [ r ]. nm === t ) return i [ r ]; r += 1 }}}}(), ExpressionPropertyInterface = function (){ var s = { pv : 0 , v : 0 , mult : 1 }, n = { pv :[ 0 , 0 , 0 ], v :[ 0 , 0 , 0 ], mult : 1 }; function o ( i , s , a ){ Object . defineProperty ( i , " velocity " ,{ get : function (){ return s . getVelocityAtTime ( s . comp . currentFrame )}}), i . numKeys = s . keyframes ? s . keyframes . length : 0 , i . key = function ( t ){ if ( i . numKeys ){ var e = "" ; e = " s " in s . keyframes [ t - 1 ]? s . keyframes [ t - 1 ]. s : " e " in s . keyframes [ t - 2 ]? s . keyframes [ t - 2 ]. e : s . keyframes [ t - 2 ]. s ; var r = " unidimensional " === a ? new Number ( e ): Object . assign ({}, e ); return r . time = s . keyframes [ t - 1 ]. t / s . elem . comp . globalData . frameRate , r } return 0 }, i . valueAtTime = s . getValueAtTime , i . speedAtTime = s . getSpeedAtTime , i . velocityAtTime = s . getVelocityAtTime , i . propertyGroup = s . propertyGroup } function e (){ return s } return function ( t ){ return t ? " unidimensional " === t . propType ? function ( t ){ t && " pv " in t || ( t = s ); var e = 1 / t . mult , r = t . pv * e , i = new Number ( r ); return i . value = r , o ( i , t , " unidimensional " ), function (){ return t . k && t . getValue (), r = t . v * e , i . value !== r && (( i = new Number ( r )). value = r , o ( i , t , " unidimensional " )), i }}( t ): function ( e ){ e && " pv " in e || ( e = n ); var r = 1 / e . mult , i = e . pv . length , s = createTypedArray ( " float32 " , i ), a = createTypedArray ( " float32 " , i ); return s . value = a , o ( s , e , " multidimensional " ), function (){ e . k && e . getValue (); for ( var t = 0 ; t < i ; t += 1 ) s [ t ] = a [ t ] = e . v [ t ] * r ; return s }}( t ): e }}(), r5 , s5 ; function SliderEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 0 , 0 , r )} function AngleEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 0 , 0 , r )} function ColorEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 1 , 0 , r )} function PointEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 1 , 0 , r )} function LayerIndexEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 0 , 0 , r )} function MaskIndexEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 0 , 0 , r )} function CheckboxEffect ( t , e , r ){ this . p = PropertyFactory . getProp ( e , t . v , 0 , 0 , r )} function NoValueEffect (){ this . p = {}} function EffectsManager (){} function EffectsManager ( t , e ){ var r = t . ef || []; this . effectElements = []; var i , s , a = r . length ; for ( i = 0 ; i < a ; i ++ ) s = new GroupEffect ( r [ i ], e ), this . effectElements . push ( s )} function GroupEffect ( t , e ){ this . init ( t , e )} r5 = function (){ function r ( t , e ){ return this . textIndex = t + 1 , this . textTotal = e , this . v = this . getValue () * this . mult , this . v } return function ( t , e ){ this . pv = 1 , this . comp = t . comp , this . elem = t , this . mult = . 01 , this . propType = " textSelector " , this . textTotal = e . totalChars , this . selectorValue = 100 , this . lastValue = [ 1 , 1 , 1 ], this . k =! 0 , this . x =! 0 , this . getValue = ExpressionManager . initiateExpression . bind ( this )( t , e , this ), this . getMult = r , this . getVelocityAtTime = expressionHelpers . getVelocityAtTime , this . kf ? this . getValueAtTime = expressionHelpers . getValueAtTime . bind ( this ): this . getValueAtTime = expressionHelpers . getStaticValueAtTime . bind ( this ), this . setGroupProperty = expressionHelpers . setGroupProperty }}(), s5 = TextSelectorProp . getTextSelectorProp , TextSelectorProp . getTextSelectorProp = function ( t , e , r ){ return 1 === e . t ? new r5 ( t , e , r ): s5 ( t , e , r )}, extendPrototype ([ DynamicPropertyContainer ], GroupEffect ), GroupEffect . prototype . getValue = GroupEffect . prototype . iterateDynamicProperties , GroupEffect . prototype . init = function ( t , e ){ this . data = t , this . effectElements = [], this . initDynamicPropertyContainer ( e ); var r , i , s = this . data . ef . length , a = this . data . ef ; for ( r = 0 ; r < s ; r += 1 ){ switch ( i = null , a [ r ]. ty ){ case 0 : i = new SliderEffect ( a [ r ], e , this ); break ; case 1 : i = new AngleEffect ( a [ r ], e , this ); break ; case 2 : i = new ColorEffect ( a [ r ], e , this ); break ; case 3 : i = new PointEffect ( a [ r ], e , this ); break ; case 4 : case 7 : i = new CheckboxEffect ( a [ r ], e , this ); break ; case 10 : i = new LayerIndexEffect ( a [ r ], e , this ); break ; case 11 : i = new MaskIndexEffect ( a [ r ], e , this ); break ; case 5 : i = new EffectsManager ( a [ r ], e , this ); break ; default : i = new NoValueEffect ( a [ r ], e , this )} i && this . effectElements . push ( i )}}; var lottie = {}, _isFrozen =! 1 ; function setLocationHref ( t ){ locationHref = t } function searchAnimations (){ ! 0 === standalone ? animationManager . searchAnimations ( animationData , standalone , renderer ): animationManager . searchAnimations ()} function setSubframeRendering ( t ){ subframeEnabled = t } function loadAnimation ( t ){ return ! 0 === standalone && ( t . animationData = JSON . parse ( animationData )), animationManager . loadAnimation ( t )} function setQuality ( t ){ if ( " string " == typeof t ) switch ( t ){ case " high " : defaultCurveSegments = 200 ; break ; case " medium " : defaultCurveSegments = 50 ; break ; case " low " : defaultCurveSegments = 10 } else ! isNaN ( t ) && 1 < t && ( defaultCurveSegments = t ); roundValues ( ! ( 50 <= defaultCurveSegments ))} function inBrowser (){ return " undefined " != typeof navigator } function installPlugin ( t , e ){ " expressions " === t && ( expressionsPlugin = e )} function getFactory ( t ){ switch ( t ){ case " propertyFactory " : return PropertyFactory ; case " shapePropertyFactory " : return ShapePropertyFactory ; case " matrix " : return Matrix }} function checkReady (){ " complete " === document . readyState && ( clearInterval ( readyStateCheckInterval ), searchAnimations ())} function getQueryVariable ( t ){ for ( var e = queryString . split ( " & " ), r = 0 ; r < e . length ; r ++ ){ var i = e [ r ]. split ( " = " ); if ( decodeURIComponent ( i [ 0 ]) == t ) return decodeURIComponent ( i [ 1 ])}} lottie . play = animationManager . play , lottie . pause = animationManager . pause , lottie . setLocationHref = setLocationHref , lottie . togglePause = animationManager . togglePause , lottie . setSpeed = animationManager . setSpeed , lottie . setDirection = animationManager . setDirection , lottie . stop = animationManager . stop , lottie . searchAnimations = searchAnimations , lottie . registerAnimation = animationManager . registerAnimation , lottie . loadAnimation = loadAnimation , lottie . setSubframeRendering = setSubframeRendering , lottie . resize = animationManager . resize , lottie . goToAndStop = animationManager . goToAndStop , lottie . destroy = animationManager . destroy , lottie . setQuality = setQuality , lottie . inBrowser = inBrowser , lottie . installPlugin = installPlugin , lottie . freeze = animationManager . freeze , lottie . unfreeze = animationManager . unfreeze , lottie . getRegisteredAnimations = animationManager . getRegisteredAnimations , lottie . __getFactory = getFactory , lottie . version = " 5.6.9 " ; var standalone = " __[STANDALONE]__ " , animationData = " __[ANIMATIONDATA]__ " , renderer = "" ; if ( standalone ){ var scripts = document . getElementsByTagName ( " script " ), index = scripts . length - 1 , myScript = scripts [ index ] || { src : "" }, queryString = myScript . src . replace ( /^ [^\?] + \?? / , "" ); renderer = getQueryVariable ( " renderer " )} var readyStateCheckInterval = setInterval ( checkReady , 100 );
return lottie ;
})); </script> <!-- endbuild -->
<div id= "lottie" ></div>
<script>
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