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CheatSheets/flutter/custom-painter/assets/player/main.js
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2023-11-23 16:21:33 +01:00

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A(A,B,g){this.pageIndex=A,this.pageInfo=B,this.transport=g,this.stats=new t.StatTimer,this.stats.enabled=(0,i.getDefaultSetting)("enableStats"),this.commonObjs=g.commonObjs,this.objs=new U,this.cleanupAfterRender=!1,this.pendingCleanup=!1,this.intentStates=Object.create(null),this.destroyed=!1}return A.prototype={get pageNumber(){return this.pageIndex+1},get rotate(){return this.pageInfo.rotate},get ref(){return this.pageInfo.ref},get userUnit(){return this.pageInfo.userUnit},get view(){return this.pageInfo.view},getViewport:function(A,B){return arguments.length<2&&(B=this.rotate),new t.PageViewport(this.view,A,B,0,0)},getAnnotations:function(A){var B=A&&A.intent||null;return this.annotationsPromise&&this.annotationsIntent===B||(this.annotationsPromise=this.transport.getAnnotations(this.pageIndex,B),this.annotationsIntent=B),this.annotationsPromise},render:function(A){var B=this,g=this.stats;g.time("Overall"),this.pendingCleanup=!1;var C="print"===A.intent?"print":"display",e=A.canvasFactory||new i.DOMCanvasFactory;this.intentStates[C]||(this.intentStates[C]=Object.create(null));var Q=this.intentStates[C];Q.displayReadyCapability||(Q.receivingOperatorList=!0,Q.displayReadyCapability=(0,t.createPromiseCapability)(),Q.operatorList={fnArray:[],argsArray:[],lastChunk:!1},this.stats.time("Page Request"),this.transport.messageHandler.send("RenderPageRequest",{pageIndex:this.pageNumber-1,intent:C,renderInteractiveForms:!0===A.renderInteractiveForms}));var o=function(A){var C=Q.renderTasks.indexOf(E);C>=0&&Q.renderTasks.splice(C,1),B.cleanupAfterRender&&(B.pendingCleanup=!0),B._tryCleanup(),A?E.capability.reject(A):E.capability.resolve(),g.timeEnd("Rendering"),g.timeEnd("Overall")},E=new K(o,A,this.objs,this.commonObjs,Q.operatorList,this.pageNumber,e);E.useRequestAnimationFrame="print"!==C,Q.renderTasks||(Q.renderTasks=[]),Q.renderTasks.push(E);var w=E.task;return A.continueCallback&&((0,t.deprecated)("render is used with continueCallback parameter"),w.onContinue=A.continueCallback),Q.displayReadyCapability.promise.then((function(A){B.pendingCleanup?o():(g.time("Rendering"),E.initializeGraphics(A),E.operatorListChanged())})).catch(o),w},getOperatorList:function(){this.intentStates.oplist||(this.intentStates.oplist=Object.create(null));var A,B=this.intentStates.oplist;return B.opListReadCapability||((A={}).operatorListChanged=function(){if(B.operatorList.lastChunk){B.opListReadCapability.resolve(B.operatorList);var g=B.renderTasks.indexOf(A);g>=0&&B.renderTasks.splice(g,1)}},B.receivingOperatorList=!0,B.opListReadCapability=(0,t.createPromiseCapability)(),B.renderTasks=[],B.renderTasks.push(A),B.operatorList={fnArray:[],argsArray:[],lastChunk:!1},this.transport.messageHandler.send("RenderPageRequest",{pageIndex:this.pageIndex,intent:"oplist"})),B.opListReadCapability.promise},streamTextContent:function(){var A=arguments.length>0&&void 0!==arguments[0]?arguments[0]:{},B=100;return this.transport.messageHandler.sendWithStream("GetTextContent",{pageIndex:this.pageNumber-1,normalizeWhitespace:!0===A.normalizeWhitespace,combineTextItems:!0!==A.disableCombineTextItems},{highWaterMark:B,size:function(A){return A.items.length}})},getTextContent:function(A){A=A||{};var B=this.streamTextContent(A);return new Promise((function(A,g){var C=B.getReader(),e={items:[],styles:Object.create(null)};!function B(){C.read().then((function(g){var C=g.value;g.done?A(e):(t.Util.extendObj(e.styles,C.styles),t.Util.appendToArray(e.items,C.items),B())}),g)}()}))},_destroy:function(){this.destroyed=!0,this.transport.pageCache[this.pageIndex]=null;var A=[];return Object.keys(this.intentStates).forEach((function(B){"oplist"!==B&&this.intentStates[B].renderTasks.forEach((function(B){var g=B.capability.promise.catch((function(){}));A.push(g),B.cancel()}))}),this),this.objs.clear(),this.annotationsPromise=null,this.pendingCleanup=!1,Promise.all(A)},destroy:function(){(0,t.deprecated)("page destroy method, use cleanup() instead"),this.cleanup()},cleanup:function(){this.pendingCleanup=!0,this._tryCleanup()},_tryCleanup:function(){this.pendingCleanup&&!Object.keys(this.intentStates).some((function(A){var B=this.intentStates[A];return 0!==B.renderTasks.length||B.receivingOperatorList}),this)&&(Object.keys(this.intentStates).forEach((function(A){delete this.intentStates[A]}),this),this.objs.clear(),this.annotationsPromise=null,this.pendingCleanup=!1)},_startRenderPage:function(A,B){var g=this.intentStates[B];g.displayReadyCapability&&g.displayReadyCapability.resolve(A)},_renderPageChunk:function(A,B){var g,C,e=this.intentStates[B];for(g=0,C=A.length;g<C;g++)e.operatorList.fnArray.push(A.fnArray[g]),e.operatorList.argsArray.push(A.argsArray[g]);for(e.operatorList.lastChunk=A.lastChunk,g=0;g<e.renderTasks.length;g++)e.renderTasks[g].operatorListChanged();A.lastChunk&&(e.receivingOperatorList=!1,this._tryCleanup())}},A}(),M=function(){function A(B){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this._listeners=[],this._defer=B,this._deferred=Promise.resolve(void 0)}return e(A,[{key:"postMessage",value:function(A,B){var g=this;if(this._defer){var C=new WeakMap,e={data:function A(g){if("object"!==(void 0===g?"undefined":Q(g))||null===g)return g;if(C.has(g))return C.get(g);var e,i;if((i=g.buffer)&&(0,t.isArrayBuffer)(i)){var o=B&&B.indexOf(i)>=0;return e=g===i?g:o?new g.constructor(i,g.byteOffset,g.byteLength):new g.constructor(g),C.set(g,e),e}for(var E in e=(0,t.isArray)(g)?[]:{},C.set(g,e),g){for(var w,I=g;!(w=Object.getOwnPropertyDescriptor(I,E));)I=Object.getPrototypeOf(I);void 0!==w.value&&"function"!=typeof w.value&&(e[E]=A(w.value))}return e}(A)};this._deferred.then((function(){g._listeners.forEach((function(A){A.call(this,e)}),g)}))}else this._listeners.forEach((function(B){B.call(this,{data:A})}),this)}},{key:"addEventListener",value:function(A,B){this._listeners.push(B)}},{key:"removeEventListener",value:function(A,B){var g=this._listeners.indexOf(B);this._listeners.splice(g,1)}},{key:"terminate",value:function(){this._listeners=[]}}]),A}(),F=function(){var A=0;function B(){if((0,i.getDefaultSetting)("workerSrc"))return(0,i.getDefaultSetting)("workerSrc");if(s)return s.replace(/(\.(?:min\.)?js)(\?.*)?$/i,".worker$1$2");throw new Error("No PDFJS.workerSrc specified")}var g=void 0,C=new WeakMap;function e(A,B){if(B&&C.has(B))throw new Error("Cannot use more than one PDFWorker per port");if(this.name=A,this.destroyed=!1,this.postMessageTransfers=!0,this._readyCapability=(0,t.createPromiseCapability)(),this._port=null,this._webWorker=null,this._messageHandler=null,B)return C.set(B,this),void this._initializeFromPort(B);this._initialize()}return e.prototype={get promise(){return this._readyCapability.promise},get port(){return this._port},get messageHandler(){return this._messageHandler},_initializeFromPort:function(A){this._port=A,this._messageHandler=new t.MessageHandler("main","worker",A),this._messageHandler.on("ready",(function(){})),this._readyCapability.resolve()},_initialize:function(){var A,g,C=this;if(!n&&!(0,i.getDefaultSetting)("disableWorker")&&"undefined"!=typeof Worker){var e=B();try{(0,t.isSameOrigin)(window.location.href,e)||(A=new URL(e,window.location).href,g="importScripts('"+A+"');",e=URL.createObjectURL(new Blob([g])));var Q=new Worker(e),o=new t.MessageHandler("main","worker",Q),E=function(){Q.removeEventListener("error",w),o.destroy(),Q.terminate(),C.destroyed?C._readyCapability.reject(new Error("Worker was destroyed")):C._setupFakeWorker()},w=function(){C._webWorker||E()};Q.addEventListener("error",w),o.on("test",(function(A){Q.removeEventListener("error",w),C.destroyed?E():A&&A.supportTypedArray?(C._messageHandler=o,C._port=Q,C._webWorker=Q,A.supportTransfers||(C.postMessageTransfers=!1,r=!0),C._readyCapability.resolve(),o.send("configure",{verbosity:(0,t.getVerbosityLevel)()})):(C._setupFakeWorker(),o.destroy(),Q.terminate())})),o.on("console_log",(function(A){console.log.apply(console,A)})),o.on("console_error",(function(A){console.error.apply(console,A)})),o.on("ready",(function(A){if(Q.removeEventListener("error",w),C.destroyed)E();else try{I()}catch(A){C._setupFakeWorker()}}));var I=function(){var A=(0,i.getDefaultSetting)("postMessageTransfers")&&!r,B=new Uint8Array([A?255:0]);try{o.send("test",B,[B.buffer])}catch(A){(0,t.info)("Cannot use postMessage transfers"),B[0]=0,o.send("test",B)}};return void I()}catch(A){(0,t.info)("The worker has been disabled.")}}this._setupFakeWorker()},_setupFakeWorker:function(){var C,e=this;n||(0,i.getDefaultSetting)("disableWorker")||((0,t.warn)("Setting up fake worker."),n=!0),(g||(C=(g=(0,t.createPromiseCapability)()).resolve,t.Util.loadScript(B(),(function(){C(window.pdfjsDistBuildPdfWorker.WorkerMessageHandler)}))),g.promise).then((function(B){if(e.destroyed)e._readyCapability.reject(new Error("Worker was destroyed"));else{var g=Uint8Array!==Float32Array,C=new M(g);e._port=C;var Q="fake"+A++,i=new t.MessageHandler(Q+"_worker",Q,C);B.setup(i,C);var o=new t.MessageHandler(Q,Q+"_worker",C);e._messageHandler=o,e._readyCapability.resolve()}}))},destroy:function(){this.destroyed=!0,this._webWorker&&(this._webWorker.terminate(),this._webWorker=null),C.delete(this._port),this._port=null,this._messageHandler&&(this._messageHandler.destroy(),this._messageHandler=null)}},e.fromPort=function(A){return C.has(A)?C.get(A):new e(null,A)},e}(),d=function(){function A(A,B,g,C){this.messageHandler=A,this.loadingTask=B,this.commonObjs=new U,this.fontLoader=new o.FontLoader(B.docId),this.CMapReaderFactory=new C({baseUrl:(0,i.getDefaultSetting)("cMapUrl"),isCompressed:(0,i.getDefaultSetting)("cMapPacked")}),this.destroyed=!1,this.destroyCapability=null,this._passwordCapability=null,this._networkStream=g,this._fullReader=null,this._lastProgress=null,this.pageCache=[],this.pagePromises=[],this.downloadInfoCapability=(0,t.createPromiseCapability)(),this.setupMessageHandler()}return A.prototype={destroy:function(){var A=this;if(this.destroyCapability)return this.destroyCapability.promise;this.destroyed=!0,this.destroyCapability=(0,t.createPromiseCapability)(),this._passwordCapability&&this._passwordCapability.reject(new Error("Worker was destroyed during onPassword callback"));var B=[];this.pageCache.forEach((function(A){A&&B.push(A._destroy())})),this.pageCache=[],this.pagePromises=[];var g=this.messageHandler.sendWithPromise("Terminate",null);return B.push(g),Promise.all(B).then((function(){A.fontLoader.clear(),A._networkStream&&A._networkStream.cancelAllRequests(),A.messageHandler&&(A.messageHandler.destroy(),A.messageHandler=null),A.destroyCapability.resolve()}),this.destroyCapability.reject),this.destroyCapability.promise},setupMessageHandler:function(){var A=this.messageHandler,B=this.loadingTask;A.on("GetReader",(function(A,B){var g=this;(0,t.assert)(this._networkStream),this._fullReader=this._networkStream.getFullReader(),this._fullReader.onProgress=function(A){g._lastProgress={loaded:A.loaded,total:A.total}},B.onPull=function(){g._fullReader.read().then((function(A){var g=A.value;A.done?B.close():((0,t.assert)((0,t.isArrayBuffer)(g)),B.enqueue(new Uint8Array(g),1,[g]))})).catch((function(A){B.error(A)}))},B.onCancel=function(A){g._fullReader.cancel(A)}}),this),A.on("ReaderHeadersReady",(function(A){var B=this,g=(0,t.createPromiseCapability)(),C=this._fullReader;return C.headersReady.then((function(){if(!C.isStreamingSupported||!C.isRangeSupported){if(B._lastProgress){var A=B.loadingTask;A.onProgress&&A.onProgress(B._lastProgress)}C.onProgress=function(A){var g=B.loadingTask;g.onProgress&&g.onProgress({loaded:A.loaded,total:A.total})}}g.resolve({isStreamingSupported:C.isStreamingSupported,isRangeSupported:C.isRangeSupported,contentLength:C.contentLength})}),g.reject),g.promise}),this),A.on("GetRangeReader",(function(A,B){(0,t.assert)(this._networkStream);var g=this._networkStream.getRangeReader(A.begin,A.end);B.onPull=function(){g.read().then((function(A){var g=A.value;A.done?B.close():((0,t.assert)((0,t.isArrayBuffer)(g)),B.enqueue(new Uint8Array(g),1,[g]))})).catch((function(A){B.error(A)}))},B.onCancel=function(A){g.cancel(A)}}),this),A.on("GetDoc",(function(A){var B=A.pdfInfo;this.numPages=A.pdfInfo.numPages;var g=this.loadingTask,C=new c(B,this,g);this.pdfDocument=C,g._capability.resolve(C)}),this),A.on("PasswordRequest",(function(A){var g=this;return this._passwordCapability=(0,t.createPromiseCapability)(),B.onPassword?B.onPassword((function(A){g._passwordCapability.resolve({password:A})}),A.code):this._passwordCapability.reject(new t.PasswordException(A.message,A.code)),this._passwordCapability.promise}),this),A.on("PasswordException",(function(A){B._capability.reject(new t.PasswordException(A.message,A.code))}),this),A.on("InvalidPDF",(function(A){this.loadingTask._capability.reject(new t.InvalidPDFException(A.message))}),this),A.on("MissingPDF",(function(A){this.loadingTask._capability.reject(new t.MissingPDFException(A.message))}),this),A.on("UnexpectedResponse",(function(A){this.loadingTask._capability.reject(new t.UnexpectedResponseException(A.message,A.status))}),this),A.on("UnknownError",(function(A){this.loadingTask._capability.reject(new t.UnknownErrorException(A.message,A.details))}),this),A.on("DataLoaded",(function(A){this.downloadInfoCapability.resolve(A)}),this),A.on("PDFManagerReady",(function(A){}),this),A.on("StartRenderPage",(function(A){if(!this.destroyed){var B=this.pageCache[A.pageIndex];B.stats.timeEnd("Page Request"),B._startRenderPage(A.transparency,A.intent)}}),this),A.on("RenderPageChunk",(function(A){this.destroyed||this.pageCache[A.pageIndex]._renderPageChunk(A.operatorList,A.intent)}),this),A.on("commonobj",(function(A){var B=this;if(!this.destroyed){var g=A[0],C=A[1];if(!this.commonObjs.hasData(g))switch(C){case"Font":var e=A[2];if("error"in e){var Q=e.error;(0,t.warn)("Error during font loading: "+Q),this.commonObjs.resolve(g,Q);break}var E=null;(0,i.getDefaultSetting)("pdfBug")&&t.globalScope.FontInspector&&t.globalScope.FontInspector.enabled&&(E={registerFont:function(A,B){t.globalScope.FontInspector.fontAdded(A,B)}});var w=new o.FontFaceObject(e,{isEvalSuported:(0,i.getDefaultSetting)("isEvalSupported"),disableFontFace:(0,i.getDefaultSetting)("disableFontFace"),fontRegistry:E});this.fontLoader.bind([w],(function(A){B.commonObjs.resolve(g,w)}));break;case"FontPath":this.commonObjs.resolve(g,A[2]);break;default:throw new Error("Got unknown common object type "+C)}}}),this),A.on("obj",(function(A){if(!this.destroyed){var B,g=A[0],C=A[1],e=A[2],Q=this.pageCache[C];if(!Q.objs.hasData(g))switch(e){case"JpegStream":B=A[3],(0,t.loadJpegStream)(g,B,Q.objs);break;case"Image":B=A[3],Q.objs.resolve(g,B),B&&"data"in B&&B.data.length>8e6&&(Q.cleanupAfterRender=!0);break;default:throw new Error("Got unknown object type "+e)}}}),this),A.on("DocProgress",(function(A){if(!this.destroyed){var B=this.loadingTask;B.onProgress&&B.onProgress({loaded:A.loaded,total:A.total})}}),this),A.on("PageError",(function(A){if(!this.destroyed){var B=this.pageCache[A.pageNum-1].intentStates[A.intent];if(!B.displayReadyCapability)throw new Error(A.error);if(B.displayReadyCapability.reject(A.error),B.operatorList){B.operatorList.lastChunk=!0;for(var g=0;g<B.renderTasks.length;g++)B.renderTasks[g].operatorListChanged()}}}),this),A.on("UnsupportedFeature",(function(A){if(!this.destroyed){var B=A.featureId,g=this.loadingTask;g.onUnsupportedFeature&&g.onUnsupportedFeature(B),u.notify(B)}}),this),A.on("JpegDecode",(function(A){if(this.destroyed)return Promise.reject(new Error("Worker was destroyed"));if("undefined"==typeof document)return Promise.reject(new Error('"document" is not defined.'));var B=A[0],g=A[1];return 3!==g&&1!==g?Promise.reject(new Error("Only 3 components or 1 component can be returned")):new Promise((function(A,C){var e=new Image;e.onload=function(){var B=e.width,C=e.height,Q=B*C,t=4*Q,i=new Uint8Array(Q*g),o=document.createElement("canvas");o.width=B,o.height=C;var E=o.getContext("2d");E.drawImage(e,0,0);var w,I,a=E.getImageData(0,0,B,C).data;if(3===g)for(w=0,I=0;w<t;w+=4,I+=3)i[I]=a[w],i[I+1]=a[w+1],i[I+2]=a[w+2];else if(1===g)for(w=0,I=0;w<t;w+=4,I++)i[I]=a[w];A({data:i,width:B,height:C})},e.onerror=function(){C(new Error("JpegDecode failed to load image"))},e.src=B}))}),this),A.on("FetchBuiltInCMap",(function(A){return this.destroyed?Promise.reject(new Error("Worker was destroyed")):this.CMapReaderFactory.fetch({name:A.name})}),this)},getData:function(){return this.messageHandler.sendWithPromise("GetData",null)},getPage:function(A,B){var g=this;if(!(0,t.isInt)(A)||A<=0||A>this.numPages)return Promise.reject(new Error("Invalid page request"));var C=A-1;if(C in this.pagePromises)return this.pagePromises[C];var e=this.messageHandler.sendWithPromise("GetPage",{pageIndex:C}).then((function(A){if(g.destroyed)throw new Error("Transport destroyed");var B=new l(C,A,g);return g.pageCache[C]=B,B}));return this.pagePromises[C]=e,e},getPageIndex:function(A){return this.messageHandler.sendWithPromise("GetPageIndex",{ref:A}).catch((function(A){return Promise.reject(new Error(A))}))},getAnnotations:function(A,B){return this.messageHandler.sendWithPromise("GetAnnotations",{pageIndex:A,intent:B})},getDestinations:function(){return this.messageHandler.sendWithPromise("GetDestinations",null)},getDestination:function(A){return this.messageHandler.sendWithPromise("GetDestination",{id:A})},getPageLabels:function(){return this.messageHandler.sendWithPromise("GetPageLabels",null)},getPageMode:function(){return this.messageHandler.sendWithPromise("GetPageMode",null)},getAttachments:function(){return this.messageHandler.sendWithPromise("GetAttachments",null)},getJavaScript:function(){return this.messageHandler.sendWithPromise("GetJavaScript",null)},getOutline:function(){return this.messageHandler.sendWithPromise("GetOutline",null)},getMetadata:function(){return this.messageHandler.sendWithPromise("GetMetadata",null).then((function(A){return{info:A[0],metadata:A[1]?new I.Metadata(A[1]):null}}))},getStats:function(){return this.messageHandler.sendWithPromise("GetStats",null)},startCleanup:function(){var A=this;this.messageHandler.sendWithPromise("Cleanup",null).then((function(){for(var B=0,g=A.pageCache.length;B<g;B++){var C=A.pageCache[B];C&&C.cleanup()}A.commonObjs.clear(),A.fontLoader.clear()}))}},A}(),U=function(){function A(){this.objs=Object.create(null)}return A.prototype={ensureObj:function(A){if(this.objs[A])return this.objs[A];var B={capability:(0,t.createPromiseCapability)(),data:null,resolved:!1};return this.objs[A]=B,B},get:function(A,B){if(B)return this.ensureObj(A).capability.promise.then(B),null;var g=this.objs[A];if(!g||!g.resolved)throw new Error("Requesting object that isn't resolved yet "+A);return g.data},resolve:function(A,B){var g=this.ensureObj(A);g.resolved=!0,g.data=B,g.capability.resolve(B)},isResolved:function(A){var B=this.objs;return!!B[A]&&B[A].resolved},hasData:function(A){return this.isResolved(A)},getData:function(A){var B=this.objs;return B[A]&&B[A].resolved?B[A].data:null},clear:function(){this.objs=Object.create(null)}},A}(),k=function(){function A(A){this._internalRenderTask=A,this.onContinue=null}return A.prototype={get promise(){return this._internalRenderTask.capability.promise},cancel:function(){this._internalRenderTask.cancel()},then:function(A,B){return this.promise.then.apply(this.promise,arguments)}},A}(),K=function(){var A=new WeakMap;function B(A,B,g,C,e,Q,i){this.callback=A,this.params=B,this.objs=g,this.commonObjs=C,this.operatorListIdx=null,this.operatorList=e,this.pageNumber=Q,this.canvasFactory=i,this.running=!1,this.graphicsReadyCallback=null,this.graphicsReady=!1,this.useRequestAnimationFrame=!1,this.cancelled=!1,this.capability=(0,t.createPromiseCapability)(),this.task=new k(this),this._continueBound=this._continue.bind(this),this._scheduleNextBound=this._scheduleNext.bind(this),this._nextBound=this._next.bind(this),this._canvas=B.canvasContext.canvas}return B.prototype={initializeGraphics:function(B){if(this._canvas){if(A.has(this._canvas))throw new Error("Cannot use the same canvas during multiple render() operations. Use different canvas or ensure previous operations were cancelled or completed.");A.set(this._canvas,this)}if(!this.cancelled){(0,i.getDefaultSetting)("pdfBug")&&t.globalScope.StepperManager&&t.globalScope.StepperManager.enabled&&(this.stepper=t.globalScope.StepperManager.create(this.pageNumber-1),this.stepper.init(this.operatorList),this.stepper.nextBreakPoint=this.stepper.getNextBreakPoint());var g=this.params;this.gfx=new E.CanvasGraphics(g.canvasContext,this.commonObjs,this.objs,this.canvasFactory,g.imageLayer),this.gfx.beginDrawing({transform:g.transform,viewport:g.viewport,transparency:B,background:g.background}),this.operatorListIdx=0,this.graphicsReady=!0,this.graphicsReadyCallback&&this.graphicsReadyCallback()}},cancel:function(){this.running=!1,this.cancelled=!0,this._canvas&&A.delete(this._canvas),(0,i.getDefaultSetting)("pdfjsNext")?this.callback(new i.RenderingCancelledException("Rendering cancelled, page "+this.pageNumber,"canvas")):this.callback("cancelled")},operatorListChanged:function(){this.graphicsReady?(this.stepper&&this.stepper.updateOperatorList(this.operatorList),this.running||this._continue()):this.graphicsReadyCallback||(this.graphicsReadyCallback=this._continueBound)},_continue:function(){this.running=!0,this.cancelled||(this.task.onContinue?this.task.onContinue(this._scheduleNextBound):this._scheduleNext())},_scheduleNext:function(){this.useRequestAnimationFrame&&"undefined"!=typeof window?window.requestAnimationFrame(this._nextBound):Promise.resolve(void 0).then(this._nextBound)},_next:function(){this.cancelled||(this.operatorListIdx=this.gfx.executeOperatorList(this.operatorList,this.operatorListIdx,this._continueBound,this.stepper),this.operatorListIdx===this.operatorList.argsArray.length&&(this.running=!1,this.operatorList.lastChunk&&(this.gfx.endDrawing(),this._canvas&&A.delete(this._canvas),this.callback())))}},B}(),u=(D=[],{listen:function(A){(0,t.deprecated)("Global UnsupportedManager.listen is used: use PDFDocumentLoadingTask.onUnsupportedFeature instead"),D.push(A)},notify:function(A){for(var B=0,g=D.length;B<g;B++)D[B](A)}});B.version="1.9.426",B.build="2558a58d",B.getDocument=function(A,B,g,e){var o,E=new h;if(arguments.length>1&&(0,t.deprecated)("getDocument is called with pdfDataRangeTransport, passwordCallback or progressCallback argument"),B&&(B instanceof Y||((B=Object.create(B)).length=A.length,B.initialData=A.initialData,B.abort||(B.abort=function(){})),(A=Object.create(A)).range=B),E.onPassword=g||null,E.onProgress=e||null,"string"==typeof A)o={url:A};else if((0,t.isArrayBuffer)(A))o={data:A};else if(A instanceof Y)o={range:A};else{if("object"!==(void 0===A?"undefined":Q(A)))throw new Error("Invalid parameter in getDocument, need either Uint8Array, string or a parameter object");if(!A.url&&!A.data&&!A.range)throw new Error("Invalid parameter object: need either .data, .range or .url");o=A}var w={},I=null,n=null,r=i.DOMCMapReaderFactory;for(var s in o)if("url"!==s||"undefined"==typeof window)if("range"!==s)if("worker"!==s)if("data"!==s||o[s]instanceof Uint8Array)"CMapReaderFactory"!==s?w[s]=o[s]:r=o[s];else{var D=o[s];if("string"==typeof D)w[s]=(0,t.stringToBytes)(D);else if("object"!==(void 0===D?"undefined":Q(D))||null===D||isNaN(D.length)){if(!(0,t.isArrayBuffer)(D))throw new Error("Invalid PDF binary data: either typed array, string or array-like object is expected in the data property.");w[s]=new Uint8Array(D)}else w[s]=new Uint8Array(D)}else n=o[s];else I=o[s];else w[s]=new URL(o[s],window.location).href;if(w.rangeChunkSize=w.rangeChunkSize||65536,w.ignoreErrors=!0!==w.stopAtErrors,void 0!==w.disableNativeImageDecoder&&(0,t.deprecated)("parameter disableNativeImageDecoder, use nativeImageDecoderSupport instead"),w.nativeImageDecoderSupport=w.nativeImageDecoderSupport||(!0===w.disableNativeImageDecoder?t.NativeImageDecoding.NONE:t.NativeImageDecoding.DECODE),w.nativeImageDecoderSupport!==t.NativeImageDecoding.DECODE&&w.nativeImageDecoderSupport!==t.NativeImageDecoding.NONE&&w.nativeImageDecoderSupport!==t.NativeImageDecoding.DISPLAY&&((0,t.warn)("Invalid parameter nativeImageDecoderSupport: need a state of enum {NativeImageDecoding}"),w.nativeImageDecoderSupport=t.NativeImageDecoding.DECODE),!n){var c=(0,i.getDefaultSetting)("workerPort");n=c?F.fromPort(c):new F,E._worker=n}var l=E.docId;return n.promise.then((function(){if(E.destroyed)throw new Error("Loading aborted");return G(n,w,I,l).then((function(A){if(E.destroyed)throw new Error("Loading aborted");var B=void 0;I?B=new a.PDFDataTransportStream(w,I):w.data||(B=new C({source:w,disableRange:(0,i.getDefaultSetting)("disableRange")}));var g=new t.MessageHandler(l,A,n.port);g.postMessageTransfers=n.postMessageTransfers;var e=new d(g,E,B,r);E._transport=e,g.send("Ready",null)}))})).catch(E._capability.reject),E},B.LoopbackPort=M,B.PDFDataRangeTransport=Y,B.PDFWorker=F,B.PDFDocumentProxy=c,B.PDFPageProxy=l,B.setPDFNetworkStreamClass=function(A){C=A},B._UnsupportedManager=u,B.version="1.9.426",B.build="2558a58d"},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.AnnotationLayer=void 0;var C=g(1),e=g(0);function Q(){}Q.prototype={create:function(A){switch(A.data.annotationType){case e.AnnotationType.LINK:return new i(A);case e.AnnotationType.TEXT:return new o(A);case e.AnnotationType.WIDGET:switch(A.data.fieldType){case"Tx":return new w(A);case"Btn":if(A.data.radioButton)return new a(A);if(A.data.checkBox)return new I(A);(0,e.warn)("Unimplemented button widget annotation: pushbutton");break;case"Ch":return new n(A)}return new E(A);case e.AnnotationType.POPUP:return new r(A);case e.AnnotationType.LINE:return new G(A);case e.AnnotationType.HIGHLIGHT:return new D(A);case e.AnnotationType.UNDERLINE:return new h(A);case e.AnnotationType.SQUIGGLY:return new Y(A);case e.AnnotationType.STRIKEOUT:return new c(A);case e.AnnotationType.FILEATTACHMENT:return new l(A);default:return new t(A)}}};var t=function(){function A(A,B,g){this.isRenderable=B||!1,this.data=A.data,this.layer=A.layer,this.page=A.page,this.viewport=A.viewport,this.linkService=A.linkService,this.downloadManager=A.downloadManager,this.imageResourcesPath=A.imageResourcesPath,this.renderInteractiveForms=A.renderInteractiveForms,B&&(this.container=this._createContainer(g))}return A.prototype={_createContainer:function(A){var B=this.data,g=this.page,Q=this.viewport,t=document.createElement("section"),i=B.rect[2]-B.rect[0],o=B.rect[3]-B.rect[1];t.setAttribute("data-annotation-id",B.id);var E=e.Util.normalizeRect([B.rect[0],g.view[3]-B.rect[1]+g.view[1],B.rect[2],g.view[3]-B.rect[3]+g.view[1]]);if(C.CustomStyle.setProp("transform",t,"matrix("+Q.transform.join(",")+")"),C.CustomStyle.setProp("transformOrigin",t,-E[0]+"px "+-E[1]+"px"),!A&&B.borderStyle.width>0){t.style.borderWidth=B.borderStyle.width+"px",B.borderStyle.style!==e.AnnotationBorderStyleType.UNDERLINE&&(i-=2*B.borderStyle.width,o-=2*B.borderStyle.width);var w=B.borderStyle.horizontalCornerRadius,I=B.borderStyle.verticalCornerRadius;if(w>0||I>0){var a=w+"px / "+I+"px";C.CustomStyle.setProp("borderRadius",t,a)}switch(B.borderStyle.style){case e.AnnotationBorderStyleType.SOLID:t.style.borderStyle="solid";break;case e.AnnotationBorderStyleType.DASHED:t.style.borderStyle="dashed";break;case e.AnnotationBorderStyleType.BEVELED:(0,e.warn)("Unimplemented border style: beveled");break;case e.AnnotationBorderStyleType.INSET:(0,e.warn)("Unimplemented border style: inset");break;case e.AnnotationBorderStyleType.UNDERLINE:t.style.borderBottomStyle="solid"}B.color?t.style.borderColor=e.Util.makeCssRgb(0|B.color[0],0|B.color[1],0|B.color[2]):t.style.borderWidth=0}return t.style.left=E[0]+"px",t.style.top=E[1]+"px",t.style.width=i+"px",t.style.height=o+"px",t},_createPopup:function(A,B,g){B||((B=document.createElement("div")).style.height=A.style.height,B.style.width=A.style.width,A.appendChild(B));var C=new s({container:A,trigger:B,color:g.color,title:g.title,contents:g.contents,hideWrapper:!0}).render();C.style.left=A.style.width,A.appendChild(C)},render:function(){throw new Error("Abstract method AnnotationElement.render called")}},A}(),i=function(){function A(A){t.call(this,A,!0)}return e.Util.inherit(A,t,{render:function(){this.container.className="linkAnnotation";var A=document.createElement("a");return(0,C.addLinkAttributes)(A,{url:this.data.url,target:this.data.newWindow?C.LinkTarget.BLANK:void 0}),this.data.url||(this.data.action?this._bindNamedAction(A,this.data.action):this._bindLink(A,this.data.dest)),this.container.appendChild(A),this.container},_bindLink:function(A,B){var g=this;A.href=this.linkService.getDestinationHash(B),A.onclick=function(){return B&&g.linkService.navigateTo(B),!1},B&&(A.className="internalLink")},_bindNamedAction:function(A,B){var g=this;A.href=this.linkService.getAnchorUrl(""),A.onclick=function(){return g.linkService.executeNamedAction(B),!1},A.className="internalLink"}}),A}(),o=function(){function A(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B)}return e.Util.inherit(A,t,{render:function(){this.container.className="textAnnotation";var A=document.createElement("img");return A.style.height=this.container.style.height,A.style.width=this.container.style.width,A.src=this.imageResourcesPath+"annotation-"+this.data.name.toLowerCase()+".svg",A.alt="[{{type}} Annotation]",A.dataset.l10nId="text_annotation_type",A.dataset.l10nArgs=JSON.stringify({type:this.data.name}),this.data.hasPopup||this._createPopup(this.container,A,this.data),this.container.appendChild(A),this.container}}),A}(),E=function(){function A(A,B){t.call(this,A,B)}return e.Util.inherit(A,t,{render:function(){return this.container}}),A}(),w=function(){var A=["left","center","right"];function B(A){var B=A.renderInteractiveForms||!A.data.hasAppearance&&!!A.data.fieldValue;E.call(this,A,B)}return e.Util.inherit(B,E,{render:function(){this.container.className="textWidgetAnnotation";var B=null;if(this.renderInteractiveForms){if(this.data.multiLine?(B=document.createElement("textarea")).textContent=this.data.fieldValue:((B=document.createElement("input")).type="text",B.setAttribute("value",this.data.fieldValue)),B.disabled=this.data.readOnly,null!==this.data.maxLen&&(B.maxLength=this.data.maxLen),this.data.comb){var g=(this.data.rect[2]-this.data.rect[0])/this.data.maxLen;B.classList.add("comb"),B.style.letterSpacing="calc("+g+"px - 1ch)"}}else{(B=document.createElement("div")).textContent=this.data.fieldValue,B.style.verticalAlign="middle",B.style.display="table-cell";var C=null;this.data.fontRefName&&(C=this.page.commonObjs.getData(this.data.fontRefName)),this._setTextStyle(B,C)}return null!==this.data.textAlignment&&(B.style.textAlign=A[this.data.textAlignment]),this.container.appendChild(B),this.container},_setTextStyle:function(A,B){var g=A.style;if(g.fontSize=this.data.fontSize+"px",g.direction=this.data.fontDirection<0?"rtl":"ltr",B){g.fontWeight=B.black?B.bold?"900":"bold":B.bold?"bold":"normal",g.fontStyle=B.italic?"italic":"normal";var C=B.loadedName?'"'+B.loadedName+'", ':"",e=B.fallbackName||"Helvetica, sans-serif";g.fontFamily=C+e}}}),B}(),I=function(){function A(A){E.call(this,A,A.renderInteractiveForms)}return e.Util.inherit(A,E,{render:function(){this.container.className="buttonWidgetAnnotation checkBox";var A=document.createElement("input");return A.disabled=this.data.readOnly,A.type="checkbox",this.data.fieldValue&&"Off"!==this.data.fieldValue&&A.setAttribute("checked",!0),this.container.appendChild(A),this.container}}),A}(),a=function(){function A(A){E.call(this,A,A.renderInteractiveForms)}return e.Util.inherit(A,E,{render:function(){this.container.className="buttonWidgetAnnotation radioButton";var A=document.createElement("input");return A.disabled=this.data.readOnly,A.type="radio",A.name=this.data.fieldName,this.data.fieldValue===this.data.buttonValue&&A.setAttribute("checked",!0),this.container.appendChild(A),this.container}}),A}(),n=function(){function A(A){E.call(this,A,A.renderInteractiveForms)}return e.Util.inherit(A,E,{render:function(){this.container.className="choiceWidgetAnnotation";var A=document.createElement("select");A.disabled=this.data.readOnly,this.data.combo||(A.size=this.data.options.length,this.data.multiSelect&&(A.multiple=!0));for(var B=0,g=this.data.options.length;B<g;B++){var C=this.data.options[B],e=document.createElement("option");e.textContent=C.displayValue,e.value=C.exportValue,this.data.fieldValue.indexOf(C.displayValue)>=0&&e.setAttribute("selected",!0),A.appendChild(e)}return this.container.appendChild(A),this.container}}),A}(),r=function(){var A=["Line"];function B(A){var B=!(!A.data.title&&!A.data.contents);t.call(this,A,B)}return e.Util.inherit(B,t,{render:function(){if(this.container.className="popupAnnotation",A.indexOf(this.data.parentType)>=0)return this.container;var B='[data-annotation-id="'+this.data.parentId+'"]',g=this.layer.querySelector(B);if(!g)return this.container;var e=new s({container:this.container,trigger:g,color:this.data.color,title:this.data.title,contents:this.data.contents}),Q=parseFloat(g.style.left),t=parseFloat(g.style.width);return C.CustomStyle.setProp("transformOrigin",this.container,-(Q+t)+"px -"+g.style.top),this.container.style.left=Q+t+"px",this.container.appendChild(e.render()),this.container}}),B}(),s=function(){function A(A){this.container=A.container,this.trigger=A.trigger,this.color=A.color,this.title=A.title,this.contents=A.contents,this.hideWrapper=A.hideWrapper||!1,this.pinned=!1}return A.prototype={render:function(){var A=document.createElement("div");A.className="popupWrapper",this.hideElement=this.hideWrapper?A:this.container,this.hideElement.setAttribute("hidden",!0);var B=document.createElement("div");B.className="popup";var g=this.color;if(g){var C=.7*(255-g[0])+g[0],Q=.7*(255-g[1])+g[1],t=.7*(255-g[2])+g[2];B.style.backgroundColor=e.Util.makeCssRgb(0|C,0|Q,0|t)}var i=this._formatContents(this.contents),o=document.createElement("h1");return o.textContent=this.title,this.trigger.addEventListener("click",this._toggle.bind(this)),this.trigger.addEventListener("mouseover",this._show.bind(this,!1)),this.trigger.addEventListener("mouseout",this._hide.bind(this,!1)),B.addEventListener("click",this._hide.bind(this,!0)),B.appendChild(o),B.appendChild(i),A.appendChild(B),A},_formatContents:function(A){for(var B=document.createElement("p"),g=A.split(/(?:\r\n?|\n)/),C=0,e=g.length;C<e;++C){var Q=g[C];B.appendChild(document.createTextNode(Q)),C<e-1&&B.appendChild(document.createElement("br"))}return B},_toggle:function(){this.pinned?this._hide(!0):this._show(!0)},_show:function(A){A&&(this.pinned=!0),this.hideElement.hasAttribute("hidden")&&(this.hideElement.removeAttribute("hidden"),this.container.style.zIndex+=1)},_hide:function(A){A&&(this.pinned=!1),this.hideElement.hasAttribute("hidden")||this.pinned||(this.hideElement.setAttribute("hidden",!0),this.container.style.zIndex-=1)}},A}(),G=function(){var A="http://www.w3.org/2000/svg";function B(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B,!0)}return e.Util.inherit(B,t,{render:function(){this.container.className="lineAnnotation";var B=this.data,g=B.rect[2]-B.rect[0],C=B.rect[3]-B.rect[1],e=document.createElementNS(A,"svg:svg");e.setAttributeNS(null,"version","1.1"),e.setAttributeNS(null,"width",g+"px"),e.setAttributeNS(null,"height",C+"px"),e.setAttributeNS(null,"preserveAspectRatio","none"),e.setAttributeNS(null,"viewBox","0 0 "+g+" "+C);var Q=document.createElementNS(A,"svg:line");return Q.setAttributeNS(null,"x1",B.rect[2]-B.lineCoordinates[0]),Q.setAttributeNS(null,"y1",B.rect[3]-B.lineCoordinates[1]),Q.setAttributeNS(null,"x2",B.rect[2]-B.lineCoordinates[2]),Q.setAttributeNS(null,"y2",B.rect[3]-B.lineCoordinates[3]),Q.setAttributeNS(null,"stroke-width",B.borderStyle.width),Q.setAttributeNS(null,"stroke","transparent"),e.appendChild(Q),this.container.append(e),this._createPopup(this.container,Q,this.data),this.container}}),B}(),D=function(){function A(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B,!0)}return e.Util.inherit(A,t,{render:function(){return this.container.className="highlightAnnotation",this.data.hasPopup||this._createPopup(this.container,null,this.data),this.container}}),A}(),h=function(){function A(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B,!0)}return e.Util.inherit(A,t,{render:function(){return this.container.className="underlineAnnotation",this.data.hasPopup||this._createPopup(this.container,null,this.data),this.container}}),A}(),Y=function(){function A(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B,!0)}return e.Util.inherit(A,t,{render:function(){return this.container.className="squigglyAnnotation",this.data.hasPopup||this._createPopup(this.container,null,this.data),this.container}}),A}(),c=function(){function A(A){var B=!!(A.data.hasPopup||A.data.title||A.data.contents);t.call(this,A,B,!0)}return e.Util.inherit(A,t,{render:function(){return this.container.className="strikeoutAnnotation",this.data.hasPopup||this._createPopup(this.container,null,this.data),this.container}}),A}(),l=function(){function A(A){t.call(this,A,!0);var B=this.data.file;this.filename=(0,C.getFilenameFromUrl)(B.filename),this.content=B.content,this.linkService.onFileAttachmentAnnotation({id:(0,e.stringToPDFString)(B.filename),filename:B.filename,content:B.content})}return e.Util.inherit(A,t,{render:function(){this.container.className="fileAttachmentAnnotation";var A=document.createElement("div");return A.style.height=this.container.style.height,A.style.width=this.container.style.width,A.addEventListener("dblclick",this._download.bind(this)),this.data.hasPopup||!this.data.title&&!this.data.contents||this._createPopup(this.container,A,this.data),this.container.appendChild(A),this.container},_download:function(){this.downloadManager?this.downloadManager.downloadData(this.content,this.filename,""):(0,e.warn)("Download cannot be started due to unavailable download manager")}}),A}(),M={render:function(A){for(var B=new Q,g=0,e=A.annotations.length;g<e;g++){var t=A.annotations[g];if(t){var i=B.create({data:t,layer:A.div,page:A.page,viewport:A.viewport,linkService:A.linkService,downloadManager:A.downloadManager,imageResourcesPath:A.imageResourcesPath||(0,C.getDefaultSetting)("imageResourcesPath"),renderInteractiveForms:A.renderInteractiveForms||!1});i.isRenderable&&A.div.appendChild(i.render())}}},update:function(A){for(var B=0,g=A.annotations.length;B<g;B++){var e=A.annotations[B],Q=A.div.querySelector('[data-annotation-id="'+e.id+'"]');Q&&C.CustomStyle.setProp("transform",Q,"matrix("+A.viewport.transform.join(",")+")")}A.div.removeAttribute("hidden")}};B.AnnotationLayer=M},function(A,B,Q){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.SVGGraphics=void 0;var t,i=Q(0),o={fontStyle:"normal",fontWeight:"normal",fillColor:"#000000"},E=function(){for(var A=new Uint8Array([137,80,78,71,13,10,26,10]),B=new Int32Array(256),Q=0;Q<256;Q++){for(var t=Q,o=0;o<8;o++)t=1&t?3988292384^t>>1&2147483647:t>>1&2147483647;B[Q]=t}function E(A,g,C,e){var Q=e,t=g.length;C[Q]=t>>24&255,C[Q+1]=t>>16&255,C[Q+2]=t>>8&255,C[Q+3]=255&t,C[Q+=4]=255&A.charCodeAt(0),C[Q+1]=255&A.charCodeAt(1),C[Q+2]=255&A.charCodeAt(2),C[Q+3]=255&A.charCodeAt(3),Q+=4,C.set(g,Q);var i=function(A,g,C){for(var e=-1,Q=g;Q<C;Q++){var t=255&(e^A[Q]);e=e>>>8^B[t]}return-1^e}(C,e+4,Q+=g.length);C[Q]=i>>24&255,C[Q+1]=i>>16&255,C[Q+2]=i>>8&255,C[Q+3]=255&i}function w(A){var B=A.length,g=Math.ceil(B/65535),C=new Uint8Array(2+B+5*g+4),e=0;C[e++]=120,C[e++]=156;for(var Q=0;B>65535;)C[e++]=0,C[e++]=255,C[e++]=255,C[e++]=0,C[e++]=0,C.set(A.subarray(Q,Q+65535),e),e+=65535,Q+=65535,B-=65535;C[e++]=1,C[e++]=255&B,C[e++]=B>>8&255,C[e++]=255&~B,C[e++]=(65535&~B)>>8&255,C.set(A.subarray(Q),e),e+=A.length-Q;var t=function(A,B,g){for(var C=1,e=0,Q=B;Q<g;++Q)e=(e+(C=(C+(255&A[Q]))%65521))%65521;return e<<16|C}(A,0,A.length);return C[e++]=t>>24&255,C[e++]=t>>16&255,C[e++]=t>>8&255,C[e++]=255&t,C}function I(B,Q,t){var o,I,a,n=B.width,r=B.height,s=B.data;switch(Q){case i.ImageKind.GRAYSCALE_1BPP:I=0,o=1,a=n+7>>3;break;case i.ImageKind.RGB_24BPP:I=2,o=8,a=3*n;break;case i.ImageKind.RGBA_32BPP:I=6,o=8,a=4*n;break;default:throw new Error("invalid format")}var G,D,h=new Uint8Array((1+a)*r),Y=0,c=0;for(G=0;G<r;++G)h[Y++]=0,h.set(s.subarray(c,c+a),Y),c+=a,Y+=a;if(Q===i.ImageKind.GRAYSCALE_1BPP)for(Y=0,G=0;G<r;G++)for(Y++,D=0;D<a;D++)h[Y++]^=255;var l=new Uint8Array([n>>24&255,n>>16&255,n>>8&255,255&n,r>>24&255,r>>16&255,r>>8&255,255&r,o,I,0,0,0]),M=function(A){if(!(0,i.isNodeJS)())return w(A);try{var B;B=parseInt(C.versions.node)>=8?A:new e(A);var Q=g(29).deflateSync(B,{level:9});return Q instanceof Uint8Array?Q:new Uint8Array(Q)}catch(A){(0,i.warn)("Not compressing PNG because zlib.deflateSync is unavailable: "+A)}return w(A)}(h),F=A.length+36+l.length+M.length,d=new Uint8Array(F),U=0;return d.set(A,U),E("IHDR",l,d,U+=A.length),E("IDATA",M,d,U+=12+l.length),U+=12+M.length,E("IEND",new Uint8Array(0),d,U),(0,i.createObjectURL)(d,"image/png",t)}return function(A,B){return I(A,void 0===A.kind?i.ImageKind.GRAYSCALE_1BPP:A.kind,B)}}(),w=function(){function A(){this.fontSizeScale=1,this.fontWeight=o.fontWeight,this.fontSize=0,this.textMatrix=i.IDENTITY_MATRIX,this.fontMatrix=i.FONT_IDENTITY_MATRIX,this.leading=0,this.x=0,this.y=0,this.lineX=0,this.lineY=0,this.charSpacing=0,this.wordSpacing=0,this.textHScale=1,this.textRise=0,this.fillColor=o.fillColor,this.strokeColor="#000000",this.fillAlpha=1,this.strokeAlpha=1,this.lineWidth=1,this.lineJoin="",this.lineCap="",this.miterLimit=0,this.dashArray=[],this.dashPhase=0,this.dependencies=[],this.activeClipUrl=null,this.clipGroup=null,this.maskId=""}return A.prototype={clone:function(){return Object.create(this)},setCurrentPoint:function(A,B){this.x=A,this.y=B}},A}();B.SVGGraphics=t=function(){function A(A){if(A===(0|A))return A.toString();var B=A.toFixed(10),g=B.length-1;if("0"!==B[g])return B;do{g--}while("0"===B[g]);return B.substr(0,"."===B[g]?g:g+1)}function B(B){if(0===B[4]&&0===B[5]){if(0===B[1]&&0===B[2])return 1===B[0]&&1===B[3]?"":"scale("+A(B[0])+" "+A(B[3])+")";if(B[0]===B[3]&&B[1]===-B[2])return"rotate("+A(180*Math.acos(B[0])/Math.PI)+")"}else if(1===B[0]&&0===B[1]&&0===B[2]&&1===B[3])return"translate("+A(B[4])+" "+A(B[5])+")";return"matrix("+A(B[0])+" "+A(B[1])+" "+A(B[2])+" "+A(B[3])+" "+A(B[4])+" "+A(B[5])+")"}function g(A,B,g){this.current=new w,this.transformMatrix=i.IDENTITY_MATRIX,this.transformStack=[],this.extraStack=[],this.commonObjs=A,this.objs=B,this.pendingClip=null,this.pendingEOFill=!1,this.embedFonts=!1,this.embeddedFonts=Object.create(null),this.cssStyle=null,this.forceDataSchema=!!g}var C="http://www.w3.org/2000/svg",e="http://www.w3.org/1999/xlink",Q=["butt","round","square"],t=["miter","round","bevel"],I=0,a=0;return g.prototype={save:function(){this.transformStack.push(this.transformMatrix);var A=this.current;this.extraStack.push(A),this.current=A.clone()},restore:function(){this.transformMatrix=this.transformStack.pop(),this.current=this.extraStack.pop(),this.pendingClip=null,this.tgrp=null},group:function(A){this.save(),this.executeOpTree(A),this.restore()},loadDependencies:function(A){for(var B=this,g=A.fnArray,C=g.length,e=A.argsArray,Q=0;Q<C;Q++)if(i.OPS.dependency===g[Q])for(var t=e[Q],o=0,E=t.length;o<E;o++){var w,I=t[o],a="g_"===I.substring(0,2);w=new Promise(a?function(A){B.commonObjs.get(I,A)}:function(A){B.objs.get(I,A)}),this.current.dependencies.push(w)}return Promise.all(this.current.dependencies)},transform:function(A,B,g,C,e,Q){var t=[A,B,g,C,e,Q];this.transformMatrix=i.Util.transform(this.transformMatrix,t),this.tgrp=null},getSVG:function(A,B){var g=this;this.viewport=B;var C=this._initialize(B);return this.loadDependencies(A).then((function(){g.transformMatrix=i.IDENTITY_MATRIX;var B=g.convertOpList(A);return g.executeOpTree(B),C}))},convertOpList:function(A){var B=A.argsArray,g=A.fnArray,C=g.length,e=[],Q=[];for(var t in i.OPS)e[i.OPS[t]]=t;for(var o=0;o<C;o++){var E=g[o];Q.push({fnId:E,fn:e[E],args:B[o]})}return function(A){for(var B=[],g=[],C=A.length,e=0;e<C;e++)"save"!==A[e].fn?"restore"===A[e].fn?B=g.pop():B.push(A[e]):(B.push({fnId:92,fn:"group",items:[]}),g.push(B),B=B[B.length-1].items);return B}(Q)},executeOpTree:function(A){for(var B=A.length,g=0;g<B;g++){var C=A[g].fn,e=A[g].fnId,Q=A[g].args;switch(0|e){case i.OPS.beginText:this.beginText();break;case i.OPS.setLeading:this.setLeading(Q);break;case i.OPS.setLeadingMoveText:this.setLeadingMoveText(Q[0],Q[1]);break;case i.OPS.setFont:this.setFont(Q);break;case i.OPS.showText:case i.OPS.showSpacedText:this.showText(Q[0]);break;case i.OPS.endText:this.endText();break;case i.OPS.moveText:this.moveText(Q[0],Q[1]);break;case i.OPS.setCharSpacing:this.setCharSpacing(Q[0]);break;case i.OPS.setWordSpacing:this.setWordSpacing(Q[0]);break;case i.OPS.setHScale:this.setHScale(Q[0]);break;case i.OPS.setTextMatrix:this.setTextMatrix(Q[0],Q[1],Q[2],Q[3],Q[4],Q[5]);break;case i.OPS.setLineWidth:this.setLineWidth(Q[0]);break;case i.OPS.setLineJoin:this.setLineJoin(Q[0]);break;case i.OPS.setLineCap:this.setLineCap(Q[0]);break;case i.OPS.setMiterLimit:this.setMiterLimit(Q[0]);break;case i.OPS.setFillRGBColor:this.setFillRGBColor(Q[0],Q[1],Q[2]);break;case i.OPS.setStrokeRGBColor:this.setStrokeRGBColor(Q[0],Q[1],Q[2]);break;case i.OPS.setDash:this.setDash(Q[0],Q[1]);break;case i.OPS.setGState:this.setGState(Q[0]);break;case i.OPS.fill:this.fill();break;case i.OPS.eoFill:this.eoFill();break;case i.OPS.stroke:this.stroke();break;case i.OPS.fillStroke:this.fillStroke();break;case i.OPS.eoFillStroke:this.eoFillStroke();break;case i.OPS.clip:this.clip("nonzero");break;case i.OPS.eoClip:this.clip("evenodd");break;case i.OPS.paintSolidColorImageMask:this.paintSolidColorImageMask();break;case i.OPS.paintJpegXObject:this.paintJpegXObject(Q[0],Q[1],Q[2]);break;case i.OPS.paintImageXObject:this.paintImageXObject(Q[0]);break;case i.OPS.paintInlineImageXObject:this.paintInlineImageXObject(Q[0]);break;case i.OPS.paintImageMaskXObject:this.paintImageMaskXObject(Q[0]);break;case i.OPS.paintFormXObjectBegin:this.paintFormXObjectBegin(Q[0],Q[1]);break;case i.OPS.paintFormXObjectEnd:this.paintFormXObjectEnd();break;case i.OPS.closePath:this.closePath();break;case i.OPS.closeStroke:this.closeStroke();break;case i.OPS.closeFillStroke:this.closeFillStroke();break;case i.OPS.nextLine:this.nextLine();break;case i.OPS.transform:this.transform(Q[0],Q[1],Q[2],Q[3],Q[4],Q[5]);break;case i.OPS.constructPath:this.constructPath(Q[0],Q[1]);break;case i.OPS.endPath:this.endPath();break;case 92:this.group(A[g].items);break;default:(0,i.warn)("Unimplemented operator "+C)}}},setWordSpacing:function(A){this.current.wordSpacing=A},setCharSpacing:function(A){this.current.charSpacing=A},nextLine:function(){this.moveText(0,this.current.leading)},setTextMatrix:function(B,g,e,Q,t,i){var o=this.current;this.current.textMatrix=this.current.lineMatrix=[B,g,e,Q,t,i],this.current.x=this.current.lineX=0,this.current.y=this.current.lineY=0,o.xcoords=[],o.tspan=document.createElementNS(C,"svg:tspan"),o.tspan.setAttributeNS(null,"font-family",o.fontFamily),o.tspan.setAttributeNS(null,"font-size",A(o.fontSize)+"px"),o.tspan.setAttributeNS(null,"y",A(-o.y)),o.txtElement=document.createElementNS(C,"svg:text"),o.txtElement.appendChild(o.tspan)},beginText:function(){this.current.x=this.current.lineX=0,this.current.y=this.current.lineY=0,this.current.textMatrix=i.IDENTITY_MATRIX,this.current.lineMatrix=i.IDENTITY_MATRIX,this.current.tspan=document.createElementNS(C,"svg:tspan"),this.current.txtElement=document.createElementNS(C,"svg:text"),this.current.txtgrp=document.createElementNS(C,"svg:g"),this.current.xcoords=[]},moveText:function(B,g){var e=this.current;this.current.x=this.current.lineX+=B,this.current.y=this.current.lineY+=g,e.xcoords=[],e.tspan=document.createElementNS(C,"svg:tspan"),e.tspan.setAttributeNS(null,"font-family",e.fontFamily),e.tspan.setAttributeNS(null,"font-size",A(e.fontSize)+"px"),e.tspan.setAttributeNS(null,"y",A(-e.y))},showText:function(g){var C=this.current,e=C.font,Q=C.fontSize;if(0!==Q){var t,E=C.charSpacing,w=C.wordSpacing,I=C.fontDirection,a=C.textHScale*I,n=g.length,r=e.vertical,s=Q*C.fontMatrix[0],G=0;for(t=0;t<n;++t){var D=g[t];if(null!==D)if((0,i.isNum)(D))G+=-D*Q*.001;else{C.xcoords.push(C.x+G*a);var h=D.width,Y=D.fontChar;G+=h*s+((D.isSpace?w:0)+E)*I,C.tspan.textContent+=Y}else G+=I*w}r?C.y-=G*a:C.x+=G*a,C.tspan.setAttributeNS(null,"x",C.xcoords.map(A).join(" ")),C.tspan.setAttributeNS(null,"y",A(-C.y)),C.tspan.setAttributeNS(null,"font-family",C.fontFamily),C.tspan.setAttributeNS(null,"font-size",A(C.fontSize)+"px"),C.fontStyle!==o.fontStyle&&C.tspan.setAttributeNS(null,"font-style",C.fontStyle),C.fontWeight!==o.fontWeight&&C.tspan.setAttributeNS(null,"font-weight",C.fontWeight),C.fillColor!==o.fillColor&&C.tspan.setAttributeNS(null,"fill",C.fillColor),C.txtElement.setAttributeNS(null,"transform",B(C.textMatrix)+" scale(1, -1)"),C.txtElement.setAttributeNS("http://www.w3.org/XML/1998/namespace","xml:space","preserve"),C.txtElement.appendChild(C.tspan),C.txtgrp.appendChild(C.txtElement),this._ensureTransformGroup().appendChild(C.txtElement)}},setLeadingMoveText:function(A,B){this.setLeading(-B),this.moveText(A,B)},addFontStyle:function(A){this.cssStyle||(this.cssStyle=document.createElementNS(C,"svg:style"),this.cssStyle.setAttributeNS(null,"type","text/css"),this.defs.appendChild(this.cssStyle));var B=(0,i.createObjectURL)(A.data,A.mimetype,this.forceDataSchema);this.cssStyle.textContent+='@font-face { font-family: "'+A.loadedName+'"; src: url('+B+"); }\n"},setFont:function(B){var g=this.current,e=this.commonObjs.get(B[0]),Q=B[1];this.current.font=e,this.embedFonts&&e.data&&!this.embeddedFonts[e.loadedName]&&(this.addFontStyle(e),this.embeddedFonts[e.loadedName]=e),g.fontMatrix=e.fontMatrix?e.fontMatrix:i.FONT_IDENTITY_MATRIX;var t=e.black?e.bold?"bolder":"bold":e.bold?"bold":"normal",o=e.italic?"italic":"normal";Q<0?(Q=-Q,g.fontDirection=-1):g.fontDirection=1,g.fontSize=Q,g.fontFamily=e.loadedName,g.fontWeight=t,g.fontStyle=o,g.tspan=document.createElementNS(C,"svg:tspan"),g.tspan.setAttributeNS(null,"y",A(-g.y)),g.xcoords=[]},endText:function(){},setLineWidth:function(A){this.current.lineWidth=A},setLineCap:function(A){this.current.lineCap=Q[A]},setLineJoin:function(A){this.current.lineJoin=t[A]},setMiterLimit:function(A){this.current.miterLimit=A},setStrokeAlpha:function(A){this.current.strokeAlpha=A},setStrokeRGBColor:function(A,B,g){var C=i.Util.makeCssRgb(A,B,g);this.current.strokeColor=C},setFillAlpha:function(A){this.current.fillAlpha=A},setFillRGBColor:function(A,B,g){var e=i.Util.makeCssRgb(A,B,g);this.current.fillColor=e,this.current.tspan=document.createElementNS(C,"svg:tspan"),this.current.xcoords=[]},setDash:function(A,B){this.current.dashArray=A,this.current.dashPhase=B},constructPath:function(B,g){var e=this.current,Q=e.x,t=e.y;e.path=document.createElementNS(C,"svg:path");for(var o=[],E=B.length,w=0,I=0;w<E;w++)switch(0|B[w]){case i.OPS.rectangle:Q=g[I++],t=g[I++];var a=Q+g[I++],n=t+g[I++];o.push("M",A(Q),A(t),"L",A(a),A(t),"L",A(a),A(n),"L",A(Q),A(n),"Z");break;case i.OPS.moveTo:Q=g[I++],t=g[I++],o.push("M",A(Q),A(t));break;case i.OPS.lineTo:Q=g[I++],t=g[I++],o.push("L",A(Q),A(t));break;case i.OPS.curveTo:Q=g[I+4],t=g[I+5],o.push("C",A(g[I]),A(g[I+1]),A(g[I+2]),A(g[I+3]),A(Q),A(t)),I+=6;break;case i.OPS.curveTo2:Q=g[I+2],t=g[I+3],o.push("C",A(Q),A(t),A(g[I]),A(g[I+1]),A(g[I+2]),A(g[I+3])),I+=4;break;case i.OPS.curveTo3:Q=g[I+2],t=g[I+3],o.push("C",A(g[I]),A(g[I+1]),A(Q),A(t),A(Q),A(t)),I+=4;break;case i.OPS.closePath:o.push("Z")}e.path.setAttributeNS(null,"d",o.join(" ")),e.path.setAttributeNS(null,"fill","none"),this._ensureTransformGroup().appendChild(e.path),e.element=e.path,e.setCurrentPoint(Q,t)},endPath:function(){if(this.pendingClip){var A=this.current,g="clippath"+I;I++;var e=document.createElementNS(C,"svg:clipPath");e.setAttributeNS(null,"id",g),e.setAttributeNS(null,"transform",B(this.transformMatrix));var Q=A.element.cloneNode();"evenodd"===this.pendingClip?Q.setAttributeNS(null,"clip-rule","evenodd"):Q.setAttributeNS(null,"clip-rule","nonzero"),this.pendingClip=null,e.appendChild(Q),this.defs.appendChild(e),A.activeClipUrl&&(A.clipGroup=null,this.extraStack.forEach((function(A){A.clipGroup=null}))),A.activeClipUrl="url(#"+g+")",this.tgrp=null}},clip:function(A){this.pendingClip=A},closePath:function(){var A=this.current,B=A.path.getAttributeNS(null,"d");B+="Z",A.path.setAttributeNS(null,"d",B)},setLeading:function(A){this.current.leading=-A},setTextRise:function(A){this.current.textRise=A},setHScale:function(A){this.current.textHScale=A/100},setGState:function(A){for(var B=0,g=A.length;B<g;B++){var C=A[B],e=C[0],Q=C[1];switch(e){case"LW":this.setLineWidth(Q);break;case"LC":this.setLineCap(Q);break;case"LJ":this.setLineJoin(Q);break;case"ML":this.setMiterLimit(Q);break;case"D":this.setDash(Q[0],Q[1]);break;case"Font":this.setFont(Q);break;case"CA":this.setStrokeAlpha(Q);break;case"ca":this.setFillAlpha(Q);break;default:(0,i.warn)("Unimplemented graphic state "+e)}}},fill:function(){var A=this.current;A.element.setAttributeNS(null,"fill",A.fillColor),A.element.setAttributeNS(null,"fill-opacity",A.fillAlpha)},stroke:function(){var B=this.current;B.element.setAttributeNS(null,"stroke",B.strokeColor),B.element.setAttributeNS(null,"stroke-opacity",B.strokeAlpha),B.element.setAttributeNS(null,"stroke-miterlimit",A(B.miterLimit)),B.element.setAttributeNS(null,"stroke-linecap",B.lineCap),B.element.setAttributeNS(null,"stroke-linejoin",B.lineJoin),B.element.setAttributeNS(null,"stroke-width",A(B.lineWidth)+"px"),B.element.setAttributeNS(null,"stroke-dasharray",B.dashArray.map(A).join(" ")),B.element.setAttributeNS(null,"stroke-dashoffset",A(B.dashPhase)+"px"),B.element.setAttributeNS(null,"fill","none")},eoFill:function(){this.current.element.setAttributeNS(null,"fill-rule","evenodd"),this.fill()},fillStroke:function(){this.stroke(),this.fill()},eoFillStroke:function(){this.current.element.setAttributeNS(null,"fill-rule","evenodd"),this.fillStroke()},closeStroke:function(){this.closePath(),this.stroke()},closeFillStroke:function(){this.closePath(),this.fillStroke()},paintSolidColorImageMask:function(){var A=this.current,B=document.createElementNS(C,"svg:rect");B.setAttributeNS(null,"x","0"),B.setAttributeNS(null,"y","0"),B.setAttributeNS(null,"width","1px"),B.setAttributeNS(null,"height","1px"),B.setAttributeNS(null,"fill",A.fillColor),this._ensureTransformGroup().appendChild(B)},paintJpegXObject:function(B,g,Q){var t=this.objs.get(B),i=document.createElementNS(C,"svg:image");i.setAttributeNS(e,"xlink:href",t.src),i.setAttributeNS(null,"width",A(g)),i.setAttributeNS(null,"height",A(Q)),i.setAttributeNS(null,"x","0"),i.setAttributeNS(null,"y",A(-Q)),i.setAttributeNS(null,"transform","scale("+A(1/g)+" "+A(-1/Q)+")"),this._ensureTransformGroup().appendChild(i)},paintImageXObject:function(A){var B=this.objs.get(A);B?this.paintInlineImageXObject(B):(0,i.warn)("Dependent image isn't ready yet")},paintInlineImageXObject:function(B,g){var Q=B.width,t=B.height,i=E(B,this.forceDataSchema),o=document.createElementNS(C,"svg:rect");o.setAttributeNS(null,"x","0"),o.setAttributeNS(null,"y","0"),o.setAttributeNS(null,"width",A(Q)),o.setAttributeNS(null,"height",A(t)),this.current.element=o,this.clip("nonzero");var w=document.createElementNS(C,"svg:image");w.setAttributeNS(e,"xlink:href",i),w.setAttributeNS(null,"x","0"),w.setAttributeNS(null,"y",A(-t)),w.setAttributeNS(null,"width",A(Q)+"px"),w.setAttributeNS(null,"height",A(t)+"px"),w.setAttributeNS(null,"transform","scale("+A(1/Q)+" "+A(-1/t)+")"),g?g.appendChild(w):this._ensureTransformGroup().appendChild(w)},paintImageMaskXObject:function(B){var g=this.current,e=B.width,Q=B.height,t=g.fillColor;g.maskId="mask"+a++;var i=document.createElementNS(C,"svg:mask");i.setAttributeNS(null,"id",g.maskId);var o=document.createElementNS(C,"svg:rect");o.setAttributeNS(null,"x","0"),o.setAttributeNS(null,"y","0"),o.setAttributeNS(null,"width",A(e)),o.setAttributeNS(null,"height",A(Q)),o.setAttributeNS(null,"fill",t),o.setAttributeNS(null,"mask","url(#"+g.maskId+")"),this.defs.appendChild(i),this._ensureTransformGroup().appendChild(o),this.paintInlineImageXObject(B,i)},paintFormXObjectBegin:function(B,g){if((0,i.isArray)(B)&&6===B.length&&this.transform(B[0],B[1],B[2],B[3],B[4],B[5]),(0,i.isArray)(g)&&4===g.length){var e=g[2]-g[0],Q=g[3]-g[1],t=document.createElementNS(C,"svg:rect");t.setAttributeNS(null,"x",g[0]),t.setAttributeNS(null,"y",g[1]),t.setAttributeNS(null,"width",A(e)),t.setAttributeNS(null,"height",A(Q)),this.current.element=t,this.clip("nonzero"),this.endPath()}},paintFormXObjectEnd:function(){},_initialize:function(A){var g=document.createElementNS(C,"svg:svg");g.setAttributeNS(null,"version","1.1"),g.setAttributeNS(null,"width",A.width+"px"),g.setAttributeNS(null,"height",A.height+"px"),g.setAttributeNS(null,"preserveAspectRatio","none"),g.setAttributeNS(null,"viewBox","0 0 "+A.width+" "+A.height);var e=document.createElementNS(C,"svg:defs");g.appendChild(e),this.defs=e;var Q=document.createElementNS(C,"svg:g");return Q.setAttributeNS(null,"transform",B(A.transform)),g.appendChild(Q),this.svg=Q,g},_ensureClipGroup:function(){if(!this.current.clipGroup){var A=document.createElementNS(C,"svg:g");A.setAttributeNS(null,"clip-path",this.current.activeClipUrl),this.svg.appendChild(A),this.current.clipGroup=A}return this.current.clipGroup},_ensureTransformGroup:function(){return this.tgrp||(this.tgrp=document.createElementNS(C,"svg:g"),this.tgrp.setAttributeNS(null,"transform",B(this.transformMatrix)),this.current.activeClipUrl?this._ensureClipGroup().appendChild(this.tgrp):this.svg.appendChild(this.tgrp)),this.tgrp}},g}(),B.SVGGraphics=t},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.renderTextLayer=void 0;var C=g(0),e=g(1),Q=function(){var A=/\S/,B=["left: ",0,"px; top: ",0,"px; font-size: ",0,"px; font-family: ","",";"];function g(g,Q,t){var i,o=document.createElement("div"),E={style:null,angle:0,canvasWidth:0,isWhitespace:!1,originalTransform:null,paddingBottom:0,paddingLeft:0,paddingRight:0,paddingTop:0,scale:1};if(g._textDivs.push(o),i=Q.str,!A.test(i))return E.isWhitespace=!0,void g._textDivProperties.set(o,E);var w=C.Util.transform(g._viewport.transform,Q.transform),I=Math.atan2(w[1],w[0]),a=t[Q.fontName];a.vertical&&(I+=Math.PI/2);var n,r,s=Math.sqrt(w[2]*w[2]+w[3]*w[3]),G=s;if(a.ascent?G=a.ascent*G:a.descent&&(G=(1+a.descent)*G),0===I?(n=w[4],r=w[5]-G):(n=w[4]+G*Math.sin(I),r=w[5]-G*Math.cos(I)),B[1]=n,B[3]=r,B[5]=s,B[7]=a.fontFamily,E.style=B.join(""),o.setAttribute("style",E.style),o.textContent=Q.str,(0,e.getDefaultSetting)("pdfBug")&&(o.dataset.fontName=Q.fontName),0!==I&&(E.angle=I*(180/Math.PI)),Q.str.length>1&&(a.vertical?E.canvasWidth=Q.height*g._viewport.scale:E.canvasWidth=Q.width*g._viewport.scale),g._textDivProperties.set(o,E),g._textContentStream&&g._layoutText(o),g._enhanceTextSelection){var D=1,h=0;0!==I&&(D=Math.cos(I),h=Math.sin(I));var Y,c,l=(a.vertical?Q.height:Q.width)*g._viewport.scale,M=s;0!==I?(Y=[D,h,-h,D,n,r],c=C.Util.getAxialAlignedBoundingBox([0,0,l,M],Y)):c=[n,r,n+l,r+M],g._bounds.push({left:c[0],top:c[1],right:c[2],bottom:c[3],div:o,size:[l,M],m:Y})}}function Q(A){if(!A._canceled){var B=A._textDivs,g=A._capability,C=B.length;if(C>1e5)return A._renderingDone=!0,void 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Promise((function(g,C){A._pendingAbortRequest={_resolve:g,_reject:C,_reason:B,_wasAlreadyErroring:e}}));return!1===e&&d(A,C),Q}function F(A,B){var g=A._state;"writable"!==g?(I("erroring"===g),U(A)):d(A,B)}function d(A,B){I(void 0===A._storedError,"stream._storedError === undefined"),I("writable"===A._state,"state must be writable");var g=A._writableStreamController;I(void 0!==g,"controller must not be undefined"),A._state="erroring",A._storedError=B;var C=A._writer;void 0!==C&&R(C,B),!1===u(A)&&!0===g._started&&U(A)}function U(A){I("erroring"===A._state,"stream._state === erroring"),I(!1===u(A),"WritableStreamHasOperationMarkedInFlight(stream) === false"),A._state="errored",A._writableStreamController.__errorSteps();for(var B=A._storedError,g=0;g<A._writeRequests.length;g++)A._writeRequests[g]._reject(B);if(A._writeRequests=[],void 0!==A._pendingAbortRequest){var C=A._pendingAbortRequest;if(A._pendingAbortRequest=void 0,!0===C._wasAlreadyErroring)return C._reject(B),void 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0===A._storedError,"stream._storedError === undefined")}function K(A){return void 0!==A._closeRequest||void 0!==A._inFlightCloseRequest}function u(A){return void 0!==A._inFlightWriteRequest||void 0!==A._inFlightCloseRequest}function J(A){I("errored"===A._state,'_stream_.[[state]] is `"errored"`'),void 0!==A._closeRequest&&(I(void 0===A._inFlightCloseRequest),A._closeRequest._reject(A._storedError),A._closeRequest=void 0);var B=A._writer;void 0!==B&&(P(B,A._storedError),B._closedPromise.catch((function(){})))}function m(A,B){I("writable"===A._state),I(!1===K(A));var g=A._writer;void 0!==g&&B!==A._backpressure&&(!0===B?function(A){I(void 0===A._readyPromise_resolve,"writer._readyPromise_resolve === undefined"),I(void 0===A._readyPromise_reject,"writer._readyPromise_reject === undefined"),A._readyPromise=new Promise((function(B,g){A._readyPromise_resolve=B,A._readyPromise_reject=g})),A._readyPromiseState="pending"}(g):(I(!1===B),z(g))),A._backpressure=B}A.exports={AcquireWritableStreamDefaultWriter:Y,IsWritableStream:c,IsWritableStreamLocked:l,WritableStream:h,WritableStreamAbort:M,WritableStreamDefaultControllerError:W,WritableStreamDefaultWriterCloseWithErrorPropagation:function(A){var B=A._ownerWritableStream;I(void 0!==B);var g=B._state;return!0===K(B)||"closed"===g?Promise.resolve():"errored"===g?Promise.reject(B._storedError):(I("writable"===g||"erroring"===g),f(A))},WritableStreamDefaultWriterRelease:Z,WritableStreamDefaultWriterWrite:y,WritableStreamCloseQueuedOrInFlight:K};var H=function(){function A(B){if(e(this,A),!1===c(B))throw new TypeError("WritableStreamDefaultWriter can only be constructed with a WritableStream instance");if(!0===l(B))throw new TypeError("This stream has already been locked for exclusive writing by another writer");this._ownerWritableStream=B,B._writer=this;var g,C=B._state;if("writable"===C)!1===K(B)&&!0===B._backpressure?((g=this)._readyPromise=new Promise((function(A,B){g._readyPromise_resolve=A,g._readyPromise_reject=B})),g._readyPromiseState="pending"):q(this),X(this);else if("erroring"===C)j(this,B._storedError),this._readyPromise.catch((function(){})),X(this);else if("closed"===C)q(this),function(A){A._closedPromise=Promise.resolve(void 0),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0,A._closedPromiseState="resolved"}(this);else{I("errored"===C,"state must be errored");var Q=B._storedError;j(this,Q),this._readyPromise.catch((function(){})),function(A,B){A._closedPromise=Promise.reject(B),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0,A._closedPromiseState="rejected"}(this,Q),this._closedPromise.catch((function(){}))}}return C(A,[{key:"abort",value:function(A){return!1===p(this)?Promise.reject(N("abort")):void 0===this._ownerWritableStream?Promise.reject(v("abort")):function(A,B){var g=A._ownerWritableStream;return I(void 0!==g),M(g,B)}(this,A)}},{key:"close",value:function(){if(!1===p(this))return Promise.reject(N("close"));var A=this._ownerWritableStream;return void 0===A?Promise.reject(v("close")):!0===K(A)?Promise.reject(new TypeError("cannot close an already-closing stream")):f(this)}},{key:"releaseLock",value:function(){if(!1===p(this))throw N("releaseLock");var A=this._ownerWritableStream;void 0!==A&&(I(void 0!==A._writer),Z(this))}},{key:"write",value:function(A){return!1===p(this)?Promise.reject(N("write")):void 0===this._ownerWritableStream?Promise.reject(v("write to")):y(this,A)}},{key:"closed",get:function(){return!1===p(this)?Promise.reject(N("closed")):this._closedPromise}},{key:"desiredSize",get:function(){if(!1===p(this))throw N("desiredSize");if(void 0===this._ownerWritableStream)throw v("desiredSize");return A=this._ownerWritableStream,"errored"===(B=A._state)||"erroring"===B?null:"closed"===B?0:O(A._writableStreamController);var A,B}},{key:"ready",get:function(){return!1===p(this)?Promise.reject(N("ready")):this._readyPromise}}]),A}();function p(A){return!!E(A)&&!!Object.prototype.hasOwnProperty.call(A,"_ownerWritableStream")}function f(A){var B=A._ownerWritableStream;I(void 0!==B);var g=B._state;if("closed"===g||"errored"===g)return Promise.reject(new TypeError("The stream (in "+g+" state) is not in the writable state and cannot be closed"));I("writable"===g||"erroring"===g),I(!1===K(B));var C,e=new Promise((function(A,g){var C={_resolve:A,_reject:g};B._closeRequest=C}));return!0===B._backpressure&&"writable"===g&&z(A),C=B._writableStreamController,s(C,"close",0),b(C),e}function S(A,B){"pending"===A._closedPromiseState?P(A,B):function(A,B){I(void 0===A._closedPromise_resolve,"writer._closedPromise_resolve === undefined"),I(void 0===A._closedPromise_reject,"writer._closedPromise_reject 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stream's closedness");R(A,g),S(A,g),B._writer=void 0,A._ownerWritableStream=void 0}function y(A,B){var g=A._ownerWritableStream;I(void 0!==g);var C=g._writableStreamController,e=function(A,B){var g=A._strategySize;if(void 0===g)return 1;try{return g(B)}catch(B){return x(A,B),1}}(C,B);if(g!==A._ownerWritableStream)return Promise.reject(v("write to"));var Q=g._state;if("errored"===Q)return Promise.reject(g._storedError);if(!0===K(g)||"closed"===Q)return Promise.reject(new TypeError("The stream is closing or closed and cannot be written to"));if("erroring"===Q)return Promise.reject(g._storedError);I("writable"===Q);var t=function(A){return I(!0===l(A)),I("writable"===A._state),new Promise((function(B,g){var C={_resolve:B,_reject:g};A._writeRequests.push(C)}))}(g);return function(A,B,g){var C={chunk:B};try{s(A,C,g)}catch(B){return void x(A,B)}var e=A._controlledWritableStream;if(!1===K(e)&&"writable"===e._state){var Q=T(A);m(e,Q)}b(A)}(C,B,e),t}var L=function(){function A(B,g,C,Q){if(e(this,A),!1===c(B))throw new TypeError("WritableStreamDefaultController can only be constructed with a WritableStream instance");if(void 0!==B._writableStreamController)throw new TypeError("WritableStreamDefaultController instances can only be created by the WritableStream constructor");this._controlledWritableStream=B,this._underlyingSink=g,this._queue=void 0,this._queueTotalSize=void 0,D(this),this._started=!1;var t=o(C,Q);this._strategySize=t.size,this._strategyHWM=t.highWaterMark,m(B,T(this))}return C(A,[{key:"error",value:function(A){if(!1==(!!E(B=this)&&!!Object.prototype.hasOwnProperty.call(B,"_underlyingSink")))throw new TypeError("WritableStreamDefaultController.prototype.error can only be used on a WritableStreamDefaultController");var B;"writable"===this._controlledWritableStream._state&&W(this,A)}},{key:"__abortSteps",value:function(A){return i(this._underlyingSink,"abort",[A])}},{key:"__errorSteps",value:function(){D(this)}},{key:"__startSteps",value:function(){var A=this,B=t(this._underlyingSink,"start",[this]),g=this._controlledWritableStream;Promise.resolve(B).then((function(){I("writable"===g._state||"erroring"===g._state),A._started=!0,b(A)}),(function(B){I("writable"===g._state||"erroring"===g._state),A._started=!0,F(g,B)})).catch(a)}}]),A}();function O(A){return A._strategyHWM-A._queueTotalSize}function b(A){var B=A._controlledWritableStream;if(!1!==A._started&&void 0===B._inFlightWriteRequest){var g=B._state;if("closed"!==g&&"errored"!==g)if("erroring"!==g){if(0!==A._queue.length){var C=G(A);"close"===C?function(A){var B=A._controlledWritableStream;(function(A){I(void 0===A._inFlightCloseRequest),I(void 0!==A._closeRequest),A._inFlightCloseRequest=A._closeRequest,A._closeRequest=void 0})(B),r(A),I(0===A._queue.length,"queue must be empty once the final write record is dequeued"),i(A._underlyingSink,"close",[]).then((function(){k(B)}),(function(A){!function(A,B){I(void 0!==A._inFlightCloseRequest),A._inFlightCloseRequest._reject(B),A._inFlightCloseRequest=void 0,I("writable"===A._state||"erroring"===A._state),void 0!==A._pendingAbortRequest&&(A._pendingAbortRequest._reject(B),A._pendingAbortRequest=void 0),F(A,B)}(B,A)})).catch(a)}(A):function(A,B){var g=A._controlledWritableStream;(function(A){I(void 0===A._inFlightWriteRequest,"there must be no pending write request"),I(0!==A._writeRequests.length,"writeRequests must not be empty"),A._inFlightWriteRequest=A._writeRequests.shift()})(g),i(A._underlyingSink,"write",[B,A]).then((function(){!function(A){I(void 0!==A._inFlightWriteRequest),A._inFlightWriteRequest._resolve(void 0),A._inFlightWriteRequest=void 0}(g);var B=g._state;if(I("writable"===B||"erroring"===B),r(A),!1===K(g)&&"writable"===B){var C=T(A);m(g,C)}b(A)}),(function(A){!function(A,B){I(void 0!==A._inFlightWriteRequest),A._inFlightWriteRequest._reject(B),A._inFlightWriteRequest=void 0,I("writable"===A._state||"erroring"===A._state),F(A,B)}(g,A)})).catch(a)}(A,C.chunk)}}else U(B)}}function x(A,B){"writable"===A._controlledWritableStream._state&&W(A,B)}function T(A){return O(A)<=0}function W(A,B){var g=A._controlledWritableStream;I("writable"===g._state),d(g,B)}function V(A){return new TypeError("WritableStream.prototype."+A+" can only be used on a WritableStream")}function N(A){return new TypeError("WritableStreamDefaultWriter.prototype."+A+" can only be used on a WritableStreamDefaultWriter")}function v(A){return new TypeError("Cannot "+A+" a stream using a released writer")}function X(A){A._closedPromise=new Promise((function(B,g){A._closedPromise_resolve=B,A._closedPromise_reject=g,A._closedPromiseState="pending"}))}function P(A,B){I(void 0!==A._closedPromise_resolve,"writer._closedPromise_resolve !== undefined"),I(void 0!==A._closedPromise_reject,"writer._closedPromise_reject !== undefined"),I("pending"===A._closedPromiseState,"writer._closedPromiseState is pending"),A._closedPromise_reject(B),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0,A._closedPromiseState="rejected"}function j(A,B){A._readyPromise=Promise.reject(B),A._readyPromise_resolve=void 0,A._readyPromise_reject=void 0,A._readyPromiseState="rejected"}function q(A){A._readyPromise=Promise.resolve(void 0),A._readyPromise_resolve=void 0,A._readyPromise_reject=void 0,A._readyPromiseState="fulfilled"}function z(A){I(void 0!==A._readyPromise_resolve,"writer._readyPromise_resolve !== undefined"),I(void 0!==A._readyPromise_reject,"writer._readyPromise_reject !== undefined"),A._readyPromise_resolve(void 0),A._readyPromise_resolve=void 0,A._readyPromise_reject=void 0,A._readyPromiseState="fulfilled"}},function(A,B,g){var C=g(0).IsFiniteNonNegativeNumber,e=g(1).assert;B.DequeueValue=function(A){e("_queue"in A&&"_queueTotalSize"in A,"Spec-level failure: DequeueValue should only be used on containers with [[queue]] and [[queueTotalSize]]."),e(A._queue.length>0,"Spec-level failure: should never dequeue from an empty queue.");var B=A._queue.shift();return A._queueTotalSize-=B.size,A._queueTotalSize<0&&(A._queueTotalSize=0),B.value},B.EnqueueValueWithSize=function(A,B,g){if(e("_queue"in A&&"_queueTotalSize"in A,"Spec-level failure: EnqueueValueWithSize should only be used on containers with [[queue]] and [[queueTotalSize]]."),g=Number(g),!C(g))throw new RangeError("Size must be a finite, non-NaN, non-negative number.");A._queue.push({value:B,size:g}),A._queueTotalSize+=g},B.PeekQueueValue=function(A){return e("_queue"in A&&"_queueTotalSize"in A,"Spec-level failure: PeekQueueValue should only be used on containers with [[queue]] and [[queueTotalSize]]."),e(A._queue.length>0,"Spec-level failure: should never peek at an empty queue."),A._queue[0].value},B.ResetQueue=function(A){e("_queue"in A&&"_queueTotalSize"in A,"Spec-level failure: ResetQueue should only be used on containers with [[queue]] and [[queueTotalSize]]."),A._queue=[],A._queueTotalSize=0}},function(A,B,g){var C=function(){function A(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}return function(B,g,C){return g&&A(B.prototype,g),C&&A(B,C),B}}();function e(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}var Q=g(0),t=Q.ArrayBufferCopy,i=Q.CreateIterResultObject,o=Q.IsFiniteNonNegativeNumber,E=Q.InvokeOrNoop,w=Q.PromiseInvokeOrNoop,I=Q.TransferArrayBuffer,a=Q.ValidateAndNormalizeQueuingStrategy,n=Q.ValidateAndNormalizeHighWaterMark,r=g(0),s=r.createArrayFromList,G=r.createDataProperty,D=r.typeIsObject,h=g(1),Y=h.assert,c=h.rethrowAssertionErrorRejection,l=g(3),M=l.DequeueValue,F=l.EnqueueValueWithSize,d=l.ResetQueue,U=g(2),k=U.AcquireWritableStreamDefaultWriter,K=U.IsWritableStream,u=U.IsWritableStreamLocked,J=U.WritableStreamAbort,m=U.WritableStreamDefaultWriterCloseWithErrorPropagation,H=U.WritableStreamDefaultWriterRelease,p=U.WritableStreamDefaultWriterWrite,f=U.WritableStreamCloseQueuedOrInFlight,S=function(){function A(){var B=arguments.length>0&&void 0!==arguments[0]?arguments[0]:{},g=arguments.length>1&&void 0!==arguments[1]?arguments[1]:{},C=g.size,Q=g.highWaterMark;e(this,A),this._state="readable",this._reader=void 0,this._storedError=void 0,this._disturbed=!1,this._readableStreamController=void 0;var t=B.type,i=String(t);if("bytes"===i)void 0===Q&&(Q=0),this._readableStreamController=new nA(this,B,Q);else{if(void 0!==t)throw new RangeError("Invalid type is specified");void 0===Q&&(Q=1),this._readableStreamController=new eA(this,B,C,Q)}}return C(A,[{key:"cancel",value:function(A){return!1===y(this)?Promise.reject(mA("cancel")):!0===L(this)?Promise.reject(new TypeError("Cannot cancel a stream that already has a reader")):T(this,A)}},{key:"getReader",value:function(){var A=arguments.length>0&&void 0!==arguments[0]?arguments[0]:{},B=A.mode;if(!1===y(this))throw mA("getReader");if(void 0===B)return Z(this);if("byob"===(B=String(B)))return R(this);throw new RangeError("Invalid mode is specified")}},{key:"pipeThrough",value:function(A,B){var g=A.writable,C=A.readable;return function(A){try{Promise.prototype.then.call(A,void 0,(function(){}))}catch(A){}}(this.pipeTo(g,B)),C}},{key:"pipeTo",value:function(A){var B=this,g=arguments.length>1&&void 0!==arguments[1]?arguments[1]:{},C=g.preventClose,e=g.preventAbort,Q=g.preventCancel;if(!1===y(this))return Promise.reject(mA("pipeTo"));if(!1===K(A))return Promise.reject(new TypeError("ReadableStream.prototype.pipeTo's first argument must be a WritableStream"));if(C=Boolean(C),e=Boolean(e),Q=Boolean(Q),!0===L(this))return Promise.reject(new TypeError("ReadableStream.prototype.pipeTo cannot be used on a locked ReadableStream"));if(!0===u(A))return Promise.reject(new TypeError("ReadableStream.prototype.pipeTo cannot be used on a locked WritableStream"));var t=Z(this),i=k(A),o=!1,E=Promise.resolve();return new Promise((function(g,w){var I,a,n;if(G(B,t._closedPromise,(function(B){!1===e?D((function(){return J(A,B)}),!0,B):h(!0,B)})),G(A,i._closedPromise,(function(A){!1===Q?D((function(){return T(B,A)}),!0,A):h(!0,A)})),I=B,a=t._closedPromise,n=function(){!1===C?D((function(){return m(i)})):h()},"closed"===I._state?n():a.then(n).catch(c),!0===f(A)||"closed"===A._state){var r=new TypeError("the destination writable stream closed before all data could be piped to it");!1===Q?D((function(){return T(B,r)}),!0,r):h(!0,r)}function s(){var A=E;return E.then((function(){return A!==E?s():void 0}))}function G(A,B,g){"errored"===A._state?g(A._storedError):B.catch(g).catch(c)}function D(B,g,C){function e(){B().then((function(){return Y(g,C)}),(function(A){return Y(!0,A)})).catch(c)}!0!==o&&(o=!0,"writable"===A._state&&!1===f(A)?s().then(e):e())}function h(B,g){!0!==o&&(o=!0,"writable"===A._state&&!1===f(A)?s().then((function(){return Y(B,g)})).catch(c):Y(B,g))}function Y(A,B){H(i),gA(t),A?w(B):g(void 0)}(function A(){return E=Promise.resolve(),!0===o?Promise.resolve():i._readyPromise.then((function(){return CA(t).then((function(A){var B=A.value;!0!==A.done&&(E=p(i,B).catch((function(){})))}))})).then(A)})().catch((function(A){E=Promise.resolve(),c(A)}))}))}},{key:"tee",value:function(){if(!1===y(this))throw mA("tee");var A=O(this,!1);return s(A)}},{key:"locked",get:function(){if(!1===y(this))throw mA("locked");return L(this)}}]),A}();function R(A){return new z(A)}function Z(A){return new q(A)}function y(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_readableStreamController")}function L(A){return Y(!0===y(A),"IsReadableStreamLocked should only be used on known readable streams"),void 0!==A._reader}function O(A,B){Y(!0===y(A)),Y("boolean"==typeof B);var g=Z(A),C={closedOrErrored:!1,canceled1:!1,canceled2:!1,reason1:void 0,reason2:void 0};C.promise=new Promise((function(A){C._resolve=A}));var e=function A(){var B=A._branch1,g=A._branch2,C=A._teeState;return CA(A._reader).then((function(A){Y(D(A));var e=A.value,Q=A.done;if(Y("boolean"==typeof Q),!0===Q&&!1===C.closedOrErrored&&(!1===C.canceled1&&iA(B),!1===C.canceled2&&iA(g),C.closedOrErrored=!0),!0!==C.closedOrErrored){var t=e,i=e;!1===C.canceled1&&oA(B,t),!1===C.canceled2&&oA(g,i)}}))};e._reader=g,e._teeState=C,e._cloneForBranch2=B;var Q=function A(B){var g=A._stream,C=A._teeState;if(C.canceled1=!0,C.reason1=B,!0===C.canceled2){var e=T(g,s([C.reason1,C.reason2]));C._resolve(e)}return C.promise};Q._stream=A,Q._teeState=C;var t=function A(B){var g=A._stream,C=A._teeState;if(C.canceled2=!0,C.reason2=B,!0===C.canceled1){var e=T(g,s([C.reason1,C.reason2]));C._resolve(e)}return C.promise};t._stream=A,t._teeState=C;var i=Object.create(Object.prototype);G(i,"pull",e),G(i,"cancel",Q);var o=new S(i),E=Object.create(Object.prototype);G(E,"pull",e),G(E,"cancel",t);var w=new S(E);return e._branch1=o._readableStreamController,e._branch2=w._readableStreamController,g._closedPromise.catch((function(A){!0!==C.closedOrErrored&&(EA(e._branch1,A),EA(e._branch2,A),C.closedOrErrored=!0)})),[o,w]}function b(A){return Y(!0===_(A._reader)),Y("readable"===A._state||"closed"===A._state),new Promise((function(B,g){var C={_resolve:B,_reject:g};A._reader._readIntoRequests.push(C)}))}function x(A){return Y(!0===$(A._reader)),Y("readable"===A._state),new Promise((function(B,g){var C={_resolve:B,_reject:g};A._reader._readRequests.push(C)}))}function T(A,B){return A._disturbed=!0,"closed"===A._state?Promise.resolve(void 0):"errored"===A._state?Promise.reject(A._storedError):(W(A),A._readableStreamController.__cancelSteps(B).then((function(){})))}function W(A){Y("readable"===A._state),A._state="closed";var B=A._reader;if(void 0!==B){if(!0===$(B)){for(var g=0;g<B._readRequests.length;g++)(0,B._readRequests[g]._resolve)(i(void 0,!0));B._readRequests=[]}!function(A){Y(void 0!==A._closedPromise_resolve),Y(void 0!==A._closedPromise_reject),A._closedPromise_resolve(void 0),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0}(B)}}function V(A,B){Y(!0===y(A),"stream must be ReadableStream"),Y("readable"===A._state,"state must be readable"),A._state="errored",A._storedError=B;var g=A._reader;if(void 0!==g){if(!0===$(g)){for(var C=0;C<g._readRequests.length;C++)g._readRequests[C]._reject(B);g._readRequests=[]}else{Y(_(g),"reader must be ReadableStreamBYOBReader");for(var e=0;e<g._readIntoRequests.length;e++)g._readIntoRequests[e]._reject(B);g._readIntoRequests=[]}fA(g,B),g._closedPromise.catch((function(){}))}}function N(A,B,g){var C=A._reader;Y(C._readRequests.length>0),C._readRequests.shift()._resolve(i(B,g))}function v(A){return A._reader._readIntoRequests.length}function X(A){return A._reader._readRequests.length}function P(A){var B=A._reader;return void 0!==B&&!1!==_(B)}function j(A){var B=A._reader;return void 0!==B&&!1!==$(B)}A.exports={ReadableStream:S,IsReadableStreamDisturbed:function(A){return Y(!0===y(A),"IsReadableStreamDisturbed should only be used on known readable streams"),A._disturbed},ReadableStreamDefaultControllerClose:iA,ReadableStreamDefaultControllerEnqueue:oA,ReadableStreamDefaultControllerError:EA,ReadableStreamDefaultControllerGetDesiredSize:IA};var q=function(){function A(B){if(e(this,A),!1===y(B))throw new TypeError("ReadableStreamDefaultReader can only be constructed with a ReadableStream instance");if(!0===L(B))throw new TypeError("This stream has already been locked for exclusive reading by another reader");AA(this,B),this._readRequests=[]}return C(A,[{key:"cancel",value:function(A){return!1===$(this)?Promise.reject(pA("cancel")):void 0===this._ownerReadableStream?Promise.reject(HA("cancel")):BA(this,A)}},{key:"read",value:function(){return!1===$(this)?Promise.reject(pA("read")):void 0===this._ownerReadableStream?Promise.reject(HA("read 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0===this._ownerReadableStream?Promise.reject(HA("cancel")):BA(this,A):Promise.reject(SA("cancel"))}},{key:"read",value:function(A){return _(this)?void 0===this._ownerReadableStream?Promise.reject(HA("read from")):ArrayBuffer.isView(A)?0===A.byteLength?Promise.reject(new TypeError("view must have non-zero byteLength")):function(A,B){var g=A._ownerReadableStream;return Y(void 0!==g),g._disturbed=!0,"errored"===g._state?Promise.reject(g._storedError):function(A,B){var g=A._controlledReadableStream,C=1;B.constructor!==DataView&&(C=B.constructor.BYTES_PER_ELEMENT);var e=B.constructor,Q={buffer:B.buffer,byteOffset:B.byteOffset,byteLength:B.byteLength,bytesFilled:0,elementSize:C,ctor:e,readerType:"byob"};if(A._pendingPullIntos.length>0)return Q.buffer=I(Q.buffer),A._pendingPullIntos.push(Q),b(g);if("closed"===g._state){var t=new B.constructor(Q.buffer,Q.byteOffset,0);return Promise.resolve(i(t,!0))}if(A._queueTotalSize>0){if(!0===lA(A,Q)){var o=YA(Q);return FA(A),Promise.resolve(i(o,!1))}if(!0===A._closeRequested){var E=new TypeError("Insufficient bytes to fill elements in the given buffer");return uA(A,E),Promise.reject(E)}}Q.buffer=I(Q.buffer),A._pendingPullIntos.push(Q);var w=b(g);return GA(A),w}(g._readableStreamController,B)}(this,A):Promise.reject(new TypeError("view must be an array buffer view")):Promise.reject(SA("read"))}},{key:"releaseLock",value:function(){if(!_(this))throw SA("releaseLock");if(void 0!==this._ownerReadableStream){if(this._readIntoRequests.length>0)throw new TypeError("Tried to release a reader lock when that reader has pending read() calls un-settled");gA(this)}}},{key:"closed",get:function(){return _(this)?this._closedPromise:Promise.reject(SA("closed"))}}]),A}();function _(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_readIntoRequests")}function $(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_readRequests")}function AA(A,B){A._ownerReadableStream=B,B._reader=A,"readable"===B._state?function(A){A._closedPromise=new Promise((function(B,g){A._closedPromise_resolve=B,A._closedPromise_reject=g}))}(A):"closed"===B._state?function(A){A._closedPromise=Promise.resolve(void 0),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0}(A):(Y("errored"===B._state,"state must be errored"),function(A,B){A._closedPromise=Promise.reject(B),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0}(A,B._storedError),A._closedPromise.catch((function(){})))}function BA(A,B){var g=A._ownerReadableStream;return Y(void 0!==g),T(g,B)}function gA(A){Y(void 0!==A._ownerReadableStream),Y(A._ownerReadableStream._reader===A),"readable"===A._ownerReadableStream._state?fA(A,new TypeError("Reader was released and can no longer be used to monitor the stream's closedness")):function(A,B){Y(void 0===A._closedPromise_resolve),Y(void 0===A._closedPromise_reject),A._closedPromise=Promise.reject(B)}(A,new TypeError("Reader 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t=a(C,Q);this._strategySize=t.size,this._strategyHWM=t.highWaterMark;var i=this,o=E(g,"start",[this]);Promise.resolve(o).then((function(){i._started=!0,Y(!1===i._pulling),Y(!1===i._pullAgain),tA(i)}),(function(A){wA(i,A)})).catch(c)}return C(A,[{key:"close",value:function(){if(!1===QA(this))throw RA("close");if(!0===this._closeRequested)throw new TypeError("The stream has already been closed; do not close it again!");var A=this._controlledReadableStream._state;if("readable"!==A)throw new TypeError("The stream (in "+A+" state) is not in the readable state and cannot be closed");iA(this)}},{key:"enqueue",value:function(A){if(!1===QA(this))throw RA("enqueue");if(!0===this._closeRequested)throw new TypeError("stream is closed or draining");var B=this._controlledReadableStream._state;if("readable"!==B)throw new TypeError("The stream (in "+B+" state) is not in the readable state and cannot be enqueued to");return oA(this,A)}},{key:"error",value:function(A){if(!1===QA(this))throw RA("error");var B=this._controlledReadableStream;if("readable"!==B._state)throw new TypeError("The stream is "+B._state+" and so cannot be errored");EA(this,A)}},{key:"__cancelSteps",value:function(A){return d(this),w(this._underlyingSource,"cancel",[A])}},{key:"__pullSteps",value:function(){var A=this._controlledReadableStream;if(this._queue.length>0){var B=M(this);return!0===this._closeRequested&&0===this._queue.length?W(A):tA(this),Promise.resolve(i(B,!1))}var g=x(A);return tA(this),g}},{key:"desiredSize",get:function(){if(!1===QA(this))throw RA("desiredSize");return IA(this)}}]),A}();function QA(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_underlyingSource")}function tA(A){!1!==function(A){var B=A._controlledReadableStream;return"closed"!==B._state&&"errored"!==B._state&&(!0!==A._closeRequested&&(!1!==A._started&&(!0===L(B)&&X(B)>0||IA(A)>0)))}(A)&&(!0!==A._pulling?(Y(!1===A._pullAgain),A._pulling=!0,w(A._underlyingSource,"pull",[A]).then((function(){if(A._pulling=!1,!0===A._pullAgain)return A._pullAgain=!1,tA(A)}),(function(B){wA(A,B)})).catch(c)):A._pullAgain=!0)}function iA(A){var B=A._controlledReadableStream;Y(!1===A._closeRequested),Y("readable"===B._state),A._closeRequested=!0,0===A._queue.length&&W(B)}function oA(A,B){var g=A._controlledReadableStream;if(Y(!1===A._closeRequested),Y("readable"===g._state),!0===L(g)&&X(g)>0)N(g,B,!1);else{var C=1;if(void 0!==A._strategySize){var e=A._strategySize;try{C=e(B)}catch(B){throw wA(A,B),B}}try{F(A,B,C)}catch(B){throw wA(A,B),B}}tA(A)}function EA(A,B){var g=A._controlledReadableStream;Y("readable"===g._state),d(A),V(g,B)}function wA(A,B){"readable"===A._controlledReadableStream._state&&EA(A,B)}function IA(A){var B=A._controlledReadableStream._state;return"errored"===B?null:"closed"===B?0:A._strategyHWM-A._queueTotalSize}var aA=function(){function A(B,g){e(this,A),this._associatedReadableByteStreamController=B,this._view=g}return C(A,[{key:"respond",value:function(A){if(!1===sA(this))throw ZA("respond");if(void 0===this._associatedReadableByteStreamController)throw new TypeError("This BYOB request has been invalidated");!function(A,B){if(B=Number(B),!1===o(B))throw new RangeError("bytesWritten must be a finite");Y(A._pendingPullIntos.length>0),kA(A,B)}(this._associatedReadableByteStreamController,A)}},{key:"respondWithNewView",value:function(A){if(!1===sA(this))throw ZA("respond");if(void 0===this._associatedReadableByteStreamController)throw new TypeError("This BYOB request has been invalidated");if(!ArrayBuffer.isView(A))throw new TypeError("You can only respond with array buffer views");!function(A,B){Y(A._pendingPullIntos.length>0);var g=A._pendingPullIntos[0];if(g.byteOffset+g.bytesFilled!==B.byteOffset)throw new RangeError("The region specified by view does not match byobRequest");if(g.byteLength!==B.byteLength)throw new RangeError("The buffer of view has different capacity than byobRequest");g.buffer=B.buffer,kA(A,B.byteLength)}(this._associatedReadableByteStreamController,A)}},{key:"view",get:function(){return this._view}}]),A}(),nA=function(){function A(B,g,C){if(e(this,A),!1===y(B))throw new TypeError("ReadableByteStreamController can only be constructed with a ReadableStream instance given a byte source");if(void 0!==B._readableStreamController)throw new TypeError("ReadableByteStreamController instances can only be created by the ReadableStream constructor given a byte source");this._controlledReadableStream=B,this._underlyingByteSource=g,this._pullAgain=!1,this._pulling=!1,DA(this),this._queue=this._queueTotalSize=void 0,d(this),this._closeRequested=!1,this._started=!1,this._strategyHWM=n(C);var Q=g.autoAllocateChunkSize;if(void 0!==Q&&(!1===Number.isInteger(Q)||Q<=0))throw new RangeError("autoAllocateChunkSize must be a positive integer");this._autoAllocateChunkSize=Q,this._pendingPullIntos=[];var t=this,i=E(g,"start",[this]);Promise.resolve(i).then((function(){t._started=!0,Y(!1===t._pulling),Y(!1===t._pullAgain),GA(t)}),(function(A){"readable"===B._state&&uA(t,A)})).catch(c)}return C(A,[{key:"close",value:function(){if(!1===rA(this))throw yA("close");if(!0===this._closeRequested)throw new TypeError("The stream has already been closed; do not close it again!");var A=this._controlledReadableStream._state;if("readable"!==A)throw new TypeError("The stream (in "+A+" state) is not in the readable state and cannot be closed");!function(A){var B=A._controlledReadableStream;if(Y(!1===A._closeRequested),Y("readable"===B._state),A._queueTotalSize>0)A._closeRequested=!0;else{if(A._pendingPullIntos.length>0&&A._pendingPullIntos[0].bytesFilled>0){var g=new TypeError("Insufficient bytes to fill elements in the given buffer");throw uA(A,g),g}W(B)}}(this)}},{key:"enqueue",value:function(A){if(!1===rA(this))throw yA("enqueue");if(!0===this._closeRequested)throw new TypeError("stream is closed or draining");var B=this._controlledReadableStream._state;if("readable"!==B)throw new TypeError("The stream (in "+B+" state) is not in the readable state and cannot be enqueued to");if(!ArrayBuffer.isView(A))throw new TypeError("You can only enqueue array buffer views when using a ReadableByteStreamController");!function(A,B){var g=A._controlledReadableStream;Y(!1===A._closeRequested),Y("readable"===g._state);var C=B.buffer,e=B.byteOffset,Q=B.byteLength,t=I(C);if(!0===j(g))if(0===X(g))cA(A,t,e,Q);else{Y(0===A._queue.length);var i=new Uint8Array(t,e,Q);N(g,i,!1)}else!0===P(g)?(cA(A,t,e,Q),UA(A)):(Y(!1===L(g),"stream must not be locked"),cA(A,t,e,Q))}(this,A)}},{key:"error",value:function(A){if(!1===rA(this))throw yA("error");var B=this._controlledReadableStream;if("readable"!==B._state)throw new TypeError("The stream is "+B._state+" and so cannot be errored");uA(this,A)}},{key:"__cancelSteps",value:function(A){return this._pendingPullIntos.length>0&&(this._pendingPullIntos[0].bytesFilled=0),d(this),w(this._underlyingByteSource,"cancel",[A])}},{key:"__pullSteps",value:function(){var A=this._controlledReadableStream;if(Y(!0===j(A)),this._queueTotalSize>0){Y(0===X(A));var B=this._queue.shift();this._queueTotalSize-=B.byteLength,FA(this);var g=void 0;try{g=new Uint8Array(B.buffer,B.byteOffset,B.byteLength)}catch(A){return Promise.reject(A)}return Promise.resolve(i(g,!1))}var C=this._autoAllocateChunkSize;if(void 0!==C){var e=void 0;try{e=new ArrayBuffer(C)}catch(A){return Promise.reject(A)}var Q={buffer:e,byteOffset:0,byteLength:C,bytesFilled:0,elementSize:1,ctor:Uint8Array,readerType:"default"};this._pendingPullIntos.push(Q)}var t=x(A);return GA(this),t}},{key:"byobRequest",get:function(){if(!1===rA(this))throw yA("byobRequest");if(void 0===this._byobRequest&&this._pendingPullIntos.length>0){var A=this._pendingPullIntos[0],B=new Uint8Array(A.buffer,A.byteOffset+A.bytesFilled,A.byteLength-A.bytesFilled);this._byobRequest=new aA(this,B)}return this._byobRequest}},{key:"desiredSize",get:function(){if(!1===rA(this))throw yA("desiredSize");return JA(this)}}]),A}();function rA(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_underlyingByteSource")}function sA(A){return!!D(A)&&!!Object.prototype.hasOwnProperty.call(A,"_associatedReadableByteStreamController")}function GA(A){!1!==function(A){var B=A._controlledReadableStream;return"readable"===B._state&&(!0!==A._closeRequested&&(!1!==A._started&&(!0===j(B)&&X(B)>0||(!0===P(B)&&v(B)>0||JA(A)>0))))}(A)&&(!0!==A._pulling?(Y(!1===A._pullAgain),A._pulling=!0,w(A._underlyingByteSource,"pull",[A]).then((function(){A._pulling=!1,!0===A._pullAgain&&(A._pullAgain=!1,GA(A))}),(function(B){"readable"===A._controlledReadableStream._state&&uA(A,B)})).catch(c)):A._pullAgain=!0)}function DA(A){dA(A),A._pendingPullIntos=[]}function hA(A,B){Y("errored"!==A._state,"state must not be errored");var g=!1;"closed"===A._state&&(Y(0===B.bytesFilled),g=!0);var C=YA(B);"default"===B.readerType?N(A,C,g):(Y("byob"===B.readerType),function(A,B,g){var C=A._reader;Y(C._readIntoRequests.length>0),C._readIntoRequests.shift()._resolve(i(B,g))}(A,C,g))}function YA(A){var B=A.bytesFilled,g=A.elementSize;return Y(B<=A.byteLength),Y(B%g==0),new A.ctor(A.buffer,A.byteOffset,B/g)}function cA(A,B,g,C){A._queue.push({buffer:B,byteOffset:g,byteLength:C}),A._queueTotalSize+=C}function lA(A,B){var g=B.elementSize,C=B.bytesFilled-B.bytesFilled%g,e=Math.min(A._queueTotalSize,B.byteLength-B.bytesFilled),Q=B.bytesFilled+e,i=Q-Q%g,o=e,E=!1;i>C&&(o=i-B.bytesFilled,E=!0);for(var w=A._queue;o>0;){var I=w[0],a=Math.min(o,I.byteLength),n=B.byteOffset+B.bytesFilled;t(B.buffer,n,I.buffer,I.byteOffset,a),I.byteLength===a?w.shift():(I.byteOffset+=a,I.byteLength-=a),A._queueTotalSize-=a,MA(A,a,B),o-=a}return!1===E&&(Y(0===A._queueTotalSize,"queue must be empty"),Y(B.bytesFilled>0),Y(B.bytesFilled<B.elementSize)),E}function MA(A,B,g){Y(0===A._pendingPullIntos.length||A._pendingPullIntos[0]===g),dA(A),g.bytesFilled+=B}function FA(A){Y("readable"===A._controlledReadableStream._state),0===A._queueTotalSize&&!0===A._closeRequested?W(A._controlledReadableStream):GA(A)}function dA(A){void 0!==A._byobRequest&&(A._byobRequest._associatedReadableByteStreamController=void 0,A._byobRequest._view=void 0,A._byobRequest=void 0)}function UA(A){for(Y(!1===A._closeRequested);A._pendingPullIntos.length>0;){if(0===A._queueTotalSize)return;var B=A._pendingPullIntos[0];!0===lA(A,B)&&(KA(A),hA(A._controlledReadableStream,B))}}function kA(A,B){var g=A._pendingPullIntos[0],C=A._controlledReadableStream;if("closed"===C._state){if(0!==B)throw new TypeError("bytesWritten must be 0 when calling respond() on a closed stream");!function(A,B){B.buffer=I(B.buffer),Y(0===B.bytesFilled,"bytesFilled must be 0");var g=A._controlledReadableStream;if(!0===P(g))for(;v(g)>0;)hA(g,KA(A))}(A,g)}else Y("readable"===C._state),function(A,B,g){if(g.bytesFilled+B>g.byteLength)throw new RangeError("bytesWritten out of range");if(MA(A,B,g),!(g.bytesFilled<g.elementSize)){KA(A);var C=g.bytesFilled%g.elementSize;if(C>0){var e=g.byteOffset+g.bytesFilled,Q=g.buffer.slice(e-C,e);cA(A,Q,0,Q.byteLength)}g.buffer=I(g.buffer),g.bytesFilled-=C,hA(A._controlledReadableStream,g),UA(A)}}(A,B,g)}function KA(A){var B=A._pendingPullIntos.shift();return dA(A),B}function uA(A,B){var g=A._controlledReadableStream;Y("readable"===g._state),DA(A),d(A),V(g,B)}function JA(A){var B=A._controlledReadableStream._state;return"errored"===B?null:"closed"===B?0:A._strategyHWM-A._queueTotalSize}function mA(A){return new TypeError("ReadableStream.prototype."+A+" can only be used on a ReadableStream")}function HA(A){return new TypeError("Cannot "+A+" a stream using a released reader")}function pA(A){return new TypeError("ReadableStreamDefaultReader.prototype."+A+" can only be used on a ReadableStreamDefaultReader")}function fA(A,B){Y(void 0!==A._closedPromise_resolve),Y(void 0!==A._closedPromise_reject),A._closedPromise_reject(B),A._closedPromise_resolve=void 0,A._closedPromise_reject=void 0}function SA(A){return new TypeError("ReadableStreamBYOBReader.prototype."+A+" can only be used on a ReadableStreamBYOBReader")}function RA(A){return new TypeError("ReadableStreamDefaultController.prototype."+A+" can only be used on a ReadableStreamDefaultController")}function ZA(A){return new TypeError("ReadableStreamBYOBRequest.prototype."+A+" can only be used on a ReadableStreamBYOBRequest")}function yA(A){return new TypeError("ReadableByteStreamController.prototype."+A+" can only be used on a ReadableByteStreamController")}},function(A,B,g){var C=g(6),e=g(4),Q=g(2);B.TransformStream=C.TransformStream,B.ReadableStream=e.ReadableStream,B.IsReadableStreamDisturbed=e.IsReadableStreamDisturbed,B.ReadableStreamDefaultControllerClose=e.ReadableStreamDefaultControllerClose,B.ReadableStreamDefaultControllerEnqueue=e.ReadableStreamDefaultControllerEnqueue,B.ReadableStreamDefaultControllerError=e.ReadableStreamDefaultControllerError,B.ReadableStreamDefaultControllerGetDesiredSize=e.ReadableStreamDefaultControllerGetDesiredSize,B.AcquireWritableStreamDefaultWriter=Q.AcquireWritableStreamDefaultWriter,B.IsWritableStream=Q.IsWritableStream,B.IsWritableStreamLocked=Q.IsWritableStreamLocked,B.WritableStream=Q.WritableStream,B.WritableStreamAbort=Q.WritableStreamAbort,B.WritableStreamDefaultControllerError=Q.WritableStreamDefaultControllerError,B.WritableStreamDefaultWriterCloseWithErrorPropagation=Q.WritableStreamDefaultWriterCloseWithErrorPropagation,B.WritableStreamDefaultWriterRelease=Q.WritableStreamDefaultWriterRelease,B.WritableStreamDefaultWriterWrite=Q.WritableStreamDefaultWriterWrite},function(A,B,g){var C=function(){function A(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}return function(B,g,C){return g&&A(B.prototype,g),C&&A(B,C),B}}();function e(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}var Q=g(1).assert,t=g(0),i=t.InvokeOrNoop,o=t.PromiseInvokeOrPerformFallback,E=t.PromiseInvokeOrNoop,w=t.typeIsObject,I=g(4),a=I.ReadableStream,n=I.ReadableStreamDefaultControllerClose,r=I.ReadableStreamDefaultControllerEnqueue,s=I.ReadableStreamDefaultControllerError,G=I.ReadableStreamDefaultControllerGetDesiredSize,D=g(2),h=D.WritableStream,Y=D.WritableStreamDefaultControllerError;function c(A,B){if(!0===A._errored)throw new TypeError("TransformStream is already errored");if(!0===A._readableClosed)throw new TypeError("Readable side is already closed");var g=A._readableController;try{r(g,B)}catch(B){throw A._readableClosed=!0,M(A,B),A._storedError}!0==G(g)<=0&&!1===A._backpressure&&U(A,!0)}function l(A){Q(!1===A._errored),Q(!1===A._readableClosed);try{n(A._readableController)}catch(A){Q(!1)}A._readableClosed=!0}function M(A,B){!1===A._errored&&F(A,B)}function F(A,B){Q(!1===A._errored),A._errored=!0,A._storedError=B,!1===A._writableDone&&Y(A._writableController,B),!1===A._readableClosed&&s(A._readableController,B)}function d(A){return Q(void 0!==A._backpressureChangePromise,"_backpressureChangePromise should have been initialized"),!1===A._backpressure?Promise.resolve():(Q(!0===A._backpressure,"_backpressure should have been initialized"),A._backpressureChangePromise)}function U(A,B){Q(A._backpressure!==B,"TransformStreamSetBackpressure() should be called only when backpressure is changed"),void 0!==A._backpressureChangePromise&&A._backpressureChangePromise_resolve(B),A._backpressureChangePromise=new Promise((function(B){A._backpressureChangePromise_resolve=B})),A._backpressureChangePromise.then((function(A){Q(A!==B,"_backpressureChangePromise should be fulfilled only when backpressure is changed")})),A._backpressure=B}function k(A,B){return c(B._controlledTransformStream,A),Promise.resolve()}function K(A){return!!w(A)&&!!Object.prototype.hasOwnProperty.call(A,"_controlledTransformStream")}function u(A){return!!w(A)&&!!Object.prototype.hasOwnProperty.call(A,"_transformStreamController")}var J=function(){function A(B,g){e(this,A),this._transformStream=B,this._startPromise=g}return C(A,[{key:"start",value:function(A){var B=this._transformStream;return B._writableController=A,this._startPromise.then((function(){return d(B)}))}},{key:"write",value:function(A){return function(A,B){Q(!1===A._errored),Q(!1===A._transforming),Q(!1===A._backpressure),A._transforming=!0;var g=A._transformer,C=A._transformStreamController;return o(g,"transform",[B,C],k,[B,C]).then((function(){return A._transforming=!1,d(A)}),(function(B){return M(A,B),Promise.reject(B)}))}(this._transformStream,A)}},{key:"abort",value:function(){var A=this._transformStream;A._writableDone=!0,F(A,new TypeError("Writable side aborted"))}},{key:"close",value:function(){var A=this._transformStream;return Q(!1===A._transforming),A._writableDone=!0,E(A._transformer,"flush",[A._transformStreamController]).then((function(){return!0===A._errored?Promise.reject(A._storedError):(!1===A._readableClosed&&l(A),Promise.resolve())})).catch((function(B){return M(A,B),Promise.reject(A._storedError)}))}}]),A}(),m=function(){function A(B,g){e(this,A),this._transformStream=B,this._startPromise=g}return C(A,[{key:"start",value:function(A){var B=this._transformStream;return B._readableController=A,this._startPromise.then((function(){return Q(void 0!==B._backpressureChangePromise,"_backpressureChangePromise should have been initialized"),!0===B._backpressure?Promise.resolve():(Q(!1===B._backpressure,"_backpressure should have been initialized"),B._backpressureChangePromise)}))}},{key:"pull",value:function(){var A=this._transformStream;return Q(!0===A._backpressure,"pull() should be never called while _backpressure is false"),Q(void 0!==A._backpressureChangePromise,"_backpressureChangePromise should have been initialized"),U(A,!1),A._backpressureChangePromise}},{key:"cancel",value:function(){var A=this._transformStream;A._readableClosed=!0,F(A,new TypeError("Readable side canceled"))}}]),A}(),H=function(){function A(B){if(e(this,A),!1===u(B))throw new TypeError("TransformStreamDefaultController can only be constructed with a TransformStream instance");if(void 0!==B._transformStreamController)throw new TypeError("TransformStreamDefaultController instances can only be created by the TransformStream constructor");this._controlledTransformStream=B}return C(A,[{key:"enqueue",value:function(A){if(!1===K(this))throw f("enqueue");c(this._controlledTransformStream,A)}},{key:"close",value:function(){if(!1===K(this))throw f("close");!function(A){if(!0===A._errored)throw new TypeError("TransformStream is already errored");if(!0===A._readableClosed)throw new TypeError("Readable side is already closed");l(A)}(this._controlledTransformStream)}},{key:"error",value:function(A){if(!1===K(this))throw f("error");!function(A,B){if(!0===A._errored)throw new TypeError("TransformStream is already errored");F(A,B)}(this._controlledTransformStream,A)}},{key:"desiredSize",get:function(){if(!1===K(this))throw f("desiredSize");var A=this._controlledTransformStream._readableController;return G(A)}}]),A}(),p=function(){function A(){var B=arguments.length>0&&void 0!==arguments[0]?arguments[0]:{};e(this,A),this._transformer=B;var g=B.readableStrategy,C=B.writableStrategy;this._transforming=!1,this._errored=!1,this._storedError=void 0,this._writableController=void 0,this._readableController=void 0,this._transformStreamController=void 0,this._writableDone=!1,this._readableClosed=!1,this._backpressure=void 0,this._backpressureChangePromise=void 0,this._backpressureChangePromise_resolve=void 0,this._transformStreamController=new H(this);var t=void 0,o=new Promise((function(A){t=A})),E=new m(this,o);this._readable=new a(E,g);var w=new J(this,o);this._writable=new h(w,C),Q(void 0!==this._writableController),Q(void 0!==this._readableController);var I=G(this._readableController);U(this,I<=0);var n=this,r=i(B,"start",[n._transformStreamController]);t(r),o.catch((function(A){!1===n._errored&&(n._errored=!0,n._storedError=A)}))}return C(A,[{key:"readable",get:function(){if(!1===u(this))throw S("readable");return this._readable}},{key:"writable",get:function(){if(!1===u(this))throw S("writable");return this._writable}}]),A}();function f(A){return new TypeError("TransformStreamDefaultController.prototype."+A+" can only be used on a TransformStreamDefaultController")}function S(A){return new TypeError("TransformStream.prototype."+A+" can only be used on a TransformStream")}A.exports={TransformStream:p}},function(A,B,g){A.exports=g(5)}]))},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.CanvasGraphics=void 0;var C=g(0),e=g(13),Q=g(7),t={get value(){return(0,C.shadow)(t,"value",(0,C.isLittleEndian)())}};function i(A){A.mozCurrentTransform||(A._originalSave=A.save,A._originalRestore=A.restore,A._originalRotate=A.rotate,A._originalScale=A.scale,A._originalTranslate=A.translate,A._originalTransform=A.transform,A._originalSetTransform=A.setTransform,A._transformMatrix=A._transformMatrix||[1,0,0,1,0,0],A._transformStack=[],Object.defineProperty(A,"mozCurrentTransform",{get:function(){return this._transformMatrix}}),Object.defineProperty(A,"mozCurrentTransformInverse",{get:function(){var A=this._transformMatrix,B=A[0],g=A[1],C=A[2],e=A[3],Q=A[4],t=A[5],i=B*e-g*C,o=g*C-B*e;return[e/i,g/o,C/o,B/i,(e*Q-C*t)/o,(g*Q-B*t)/i]}}),A.save=function(){var A=this._transformMatrix;this._transformStack.push(A),this._transformMatrix=A.slice(0,6),this._originalSave()},A.restore=function(){var A=this._transformStack.pop();A&&(this._transformMatrix=A,this._originalRestore())},A.translate=function(A,B){var g=this._transformMatrix;g[4]=g[0]*A+g[2]*B+g[4],g[5]=g[1]*A+g[3]*B+g[5],this._originalTranslate(A,B)},A.scale=function(A,B){var g=this._transformMatrix;g[0]=g[0]*A,g[1]=g[1]*A,g[2]=g[2]*B,g[3]=g[3]*B,this._originalScale(A,B)},A.transform=function(B,g,C,e,Q,t){var i=this._transformMatrix;this._transformMatrix=[i[0]*B+i[2]*g,i[1]*B+i[3]*g,i[0]*C+i[2]*e,i[1]*C+i[3]*e,i[0]*Q+i[2]*t+i[4],i[1]*Q+i[3]*t+i[5]],A._originalTransform(B,g,C,e,Q,t)},A.setTransform=function(B,g,C,e,Q,t){this._transformMatrix=[B,g,C,e,Q,t],A._originalSetTransform(B,g,C,e,Q,t)},A.rotate=function(A){var B=Math.cos(A),g=Math.sin(A),C=this._transformMatrix;this._transformMatrix=[C[0]*B+C[2]*g,C[1]*B+C[3]*g,C[0]*-g+C[2]*B,C[1]*-g+C[3]*B,C[4],C[5]],this._originalRotate(A)})}var o=function(){function A(A){this.canvasFactory=A,this.cache=Object.create(null)}return A.prototype={getCanvas:function(A,B,g,C){var e;return void 0!==this.cache[A]?(e=this.cache[A],this.canvasFactory.reset(e,B,g),e.context.setTransform(1,0,0,1,0,0)):(e=this.canvasFactory.create(B,g),this.cache[A]=e),C&&i(e.context),e},clear:function(){for(var A in this.cache){var B=this.cache[A];this.canvasFactory.destroy(B),delete this.cache[A]}}},A}(),E=function(){function A(){this.alphaIsShape=!1,this.fontSize=0,this.fontSizeScale=1,this.textMatrix=C.IDENTITY_MATRIX,this.textMatrixScale=1,this.fontMatrix=C.FONT_IDENTITY_MATRIX,this.leading=0,this.x=0,this.y=0,this.lineX=0,this.lineY=0,this.charSpacing=0,this.wordSpacing=0,this.textHScale=1,this.textRenderingMode=C.TextRenderingMode.FILL,this.textRise=0,this.fillColor="#000000",this.strokeColor="#000000",this.patternFill=!1,this.fillAlpha=1,this.strokeAlpha=1,this.lineWidth=1,this.activeSMask=null,this.resumeSMaskCtx=null}return A.prototype={clone:function(){return Object.create(this)},setCurrentPoint:function(A,B){this.x=A,this.y=B}},A}(),w=function(){function A(A,B,g,C,e){this.ctx=A,this.current=new E,this.stateStack=[],this.pendingClip=null,this.pendingEOFill=!1,this.res=null,this.xobjs=null,this.commonObjs=B,this.objs=g,this.canvasFactory=C,this.imageLayer=e,this.groupStack=[],this.processingType3=null,this.baseTransform=null,this.baseTransformStack=[],this.groupLevel=0,this.smaskStack=[],this.smaskCounter=0,this.tempSMask=null,this.cachedCanvases=new o(this.canvasFactory),A&&i(A),this.cachedGetSinglePixelWidth=null}function B(A,B){if("undefined"!=typeof ImageData&&B instanceof ImageData)A.putImageData(B,0,0);else{var g,e,Q,i,o,E=B.height,w=B.width,I=E%16,a=(E-I)/16,n=0===I?a:a+1,r=A.createImageData(w,16),s=0,G=B.data,D=r.data;if(B.kind===C.ImageKind.GRAYSCALE_1BPP){var h=G.byteLength,Y=new Uint32Array(D.buffer,0,D.byteLength>>2),c=Y.length,l=w+7>>3,M=4294967295,F=t.value?4278190080:255;for(e=0;e<n;e++){for(i=e<a?16:I,g=0,Q=0;Q<i;Q++){for(var d=h-s,U=0,k=d>l?w:8*d-7,K=-8&k,u=0,J=0;U<K;U+=8)J=G[s++],Y[g++]=128&J?M:F,Y[g++]=64&J?M:F,Y[g++]=32&J?M:F,Y[g++]=16&J?M:F,Y[g++]=8&J?M:F,Y[g++]=4&J?M:F,Y[g++]=2&J?M:F,Y[g++]=1&J?M:F;for(;U<k;U++)0===u&&(J=G[s++],u=128),Y[g++]=J&u?M:F,u>>=1}for(;g<c;)Y[g++]=0;A.putImageData(r,0,16*e)}}else if(B.kind===C.ImageKind.RGBA_32BPP){for(Q=0,o=16*w*4,e=0;e<a;e++)D.set(G.subarray(s,s+o)),s+=o,A.putImageData(r,0,Q),Q+=16;e<n&&(o=w*I*4,D.set(G.subarray(s,s+o)),A.putImageData(r,0,Q))}else{if(B.kind!==C.ImageKind.RGB_24BPP)throw new Error("bad image kind: "+B.kind);for(o=w*(i=16),e=0;e<n;e++){for(e>=a&&(o=w*(i=I)),g=0,Q=o;Q--;)D[g++]=G[s++],D[g++]=G[s++],D[g++]=G[s++],D[g++]=255;A.putImageData(r,0,16*e)}}}}function g(A,B){for(var g=B.height,C=B.width,e=g%16,Q=(g-e)/16,t=0===e?Q:Q+1,i=A.createImageData(C,16),o=0,E=B.data,w=i.data,I=0;I<t;I++){for(var a=I<Q?16:e,n=3,r=0;r<a;r++)for(var s=0,G=0;G<C;G++){if(!s){var D=E[o++];s=128}w[n]=D&s?0:255,n+=4,s>>=1}A.putImageData(i,0,16*I)}}function w(A,B){for(var g=["strokeStyle","fillStyle","fillRule","globalAlpha","lineWidth","lineCap","lineJoin","miterLimit","globalCompositeOperation","font"],C=0,e=g.length;C<e;C++){var Q=g[C];void 0!==A[Q]&&(B[Q]=A[Q])}void 0!==A.setLineDash&&(B.setLineDash(A.getLineDash()),B.lineDashOffset=A.lineDashOffset)}function I(A){A.strokeStyle="#000000",A.fillStyle="#000000",A.fillRule="nonzero",A.globalAlpha=1,A.lineWidth=1,A.lineCap="butt",A.lineJoin="miter",A.miterLimit=10,A.globalCompositeOperation="source-over",A.font="10px sans-serif",void 0!==A.setLineDash&&(A.setLineDash([]),A.lineDashOffset=0)}function a(A,B,g,C){for(var e=A.length,Q=3;Q<e;Q+=4){var t=A[Q];if(0===t)A[Q-3]=B,A[Q-2]=g,A[Q-1]=C;else if(t<255){var i=255-t;A[Q-3]=A[Q-3]*t+B*i>>8,A[Q-2]=A[Q-2]*t+g*i>>8,A[Q-1]=A[Q-1]*t+C*i>>8}}}function n(A,B,g){for(var C=A.length,e=3;e<C;e+=4){var Q=g?g[A[e]]:A[e];B[e]=B[e]*Q*(1/255)|0}}function r(A,B,g){for(var C=A.length,e=3;e<C;e+=4){var Q=77*A[e-3]+152*A[e-2]+28*A[e-1];B[e]=g?B[e]*g[Q>>8]>>8:B[e]*Q>>16}}function s(A,B,g){var C=B.canvas,e=B.context;A.setTransform(B.scaleX,0,0,B.scaleY,B.offsetX,B.offsetY);var t=B.backdrop||null;if(!B.transferMap&&Q.WebGLUtils.isEnabled){var i=Q.WebGLUtils.composeSMask(g.canvas,C,{subtype:B.subtype,backdrop:t});return A.setTransform(1,0,0,1,0,0),void A.drawImage(i,B.offsetX,B.offsetY)}!function(A,B,g,C,e,Q,t){var i,o=!!Q,E=o?Q[0]:0,w=o?Q[1]:0,I=o?Q[2]:0;i="Luminosity"===e?r:n;for(var s=Math.min(C,Math.ceil(1048576/g)),G=0;G<C;G+=s){var D=Math.min(s,C-G),h=A.getImageData(0,G,g,D),Y=B.getImageData(0,G,g,D);o&&a(h.data,E,w,I),i(h.data,Y.data,t),A.putImageData(Y,0,G)}}(e,g,C.width,C.height,B.subtype,t,B.transferMap),A.drawImage(C,0,0)}var G=["butt","round","square"],D=["miter","round","bevel"],h={},Y={};for(var c in A.prototype={beginDrawing:function(A){var B=A.transform,g=A.viewport,C=A.transparency,e=A.background,Q=void 0===e?null:e,t=this.ctx.canvas.width,i=this.ctx.canvas.height;if(this.ctx.save(),this.ctx.fillStyle=Q||"rgb(255, 255, 255)",this.ctx.fillRect(0,0,t,i),this.ctx.restore(),C){var o=this.cachedCanvases.getCanvas("transparent",t,i,!0);this.compositeCtx=this.ctx,this.transparentCanvas=o.canvas,this.ctx=o.context,this.ctx.save(),this.ctx.transform.apply(this.ctx,this.compositeCtx.mozCurrentTransform)}this.ctx.save(),I(this.ctx),B&&this.ctx.transform.apply(this.ctx,B),this.ctx.transform.apply(this.ctx,g.transform),this.baseTransform=this.ctx.mozCurrentTransform.slice(),this.imageLayer&&this.imageLayer.beginLayout()},executeOperatorList:function(A,B,g,e){var Q=A.argsArray,t=A.fnArray,i=B||0,o=Q.length;if(o===i)return i;for(var E,w=o-i>10&&"function"==typeof g,I=w?Date.now()+15:0,a=0,n=this.commonObjs,r=this.objs;;){if(void 0!==e&&i===e.nextBreakPoint)return e.breakIt(i,g),i;if((E=t[i])!==C.OPS.dependency)this[E].apply(this,Q[i]);else for(var s=Q[i],G=0,D=s.length;G<D;G++){var h=s[G],Y="g"===h[0]&&"_"===h[1]?n:r;if(!Y.isResolved(h))return Y.get(h,g),i}if(++i===o)return i;if(w&&++a>10){if(Date.now()>I)return g(),i;a=0}}},endDrawing:function(){null!==this.current.activeSMask&&this.endSMaskGroup(),this.ctx.restore(),this.transparentCanvas&&(this.ctx=this.compositeCtx,this.ctx.save(),this.ctx.setTransform(1,0,0,1,0,0),this.ctx.drawImage(this.transparentCanvas,0,0),this.ctx.restore(),this.transparentCanvas=null),this.cachedCanvases.clear(),Q.WebGLUtils.clear(),this.imageLayer&&this.imageLayer.endLayout()},setLineWidth:function(A){this.current.lineWidth=A,this.ctx.lineWidth=A},setLineCap:function(A){this.ctx.lineCap=G[A]},setLineJoin:function(A){this.ctx.lineJoin=D[A]},setMiterLimit:function(A){this.ctx.miterLimit=A},setDash:function(A,B){var g=this.ctx;void 0!==g.setLineDash&&(g.setLineDash(A),g.lineDashOffset=B)},setRenderingIntent:function(A){},setFlatness:function(A){},setGState:function(A){for(var B=0,g=A.length;B<g;B++){var C=A[B],e=C[0],Q=C[1];switch(e){case"LW":this.setLineWidth(Q);break;case"LC":this.setLineCap(Q);break;case"LJ":this.setLineJoin(Q);break;case"ML":this.setMiterLimit(Q);break;case"D":this.setDash(Q[0],Q[1]);break;case"RI":this.setRenderingIntent(Q);break;case"FL":this.setFlatness(Q);break;case"Font":this.setFont(Q[0],Q[1]);break;case"CA":this.current.strokeAlpha=C[1];break;case"ca":this.current.fillAlpha=C[1],this.ctx.globalAlpha=C[1];break;case"BM":this.ctx.globalCompositeOperation=Q;break;case"SMask":this.current.activeSMask&&(this.stateStack.length>0&&this.stateStack[this.stateStack.length-1].activeSMask===this.current.activeSMask?this.suspendSMaskGroup():this.endSMaskGroup()),this.current.activeSMask=Q?this.tempSMask:null,this.current.activeSMask&&this.beginSMaskGroup(),this.tempSMask=null}}},beginSMaskGroup:function(){var A=this.current.activeSMask,B=A.canvas.width,g=A.canvas.height,C="smaskGroupAt"+this.groupLevel,e=this.cachedCanvases.getCanvas(C,B,g,!0),Q=this.ctx,t=Q.mozCurrentTransform;this.ctx.save();var i=e.context;i.scale(1/A.scaleX,1/A.scaleY),i.translate(-A.offsetX,-A.offsetY),i.transform.apply(i,t),A.startTransformInverse=i.mozCurrentTransformInverse,w(Q,i),this.ctx=i,this.setGState([["BM","source-over"],["ca",1],["CA",1]]),this.groupStack.push(Q),this.groupLevel++},suspendSMaskGroup:function(){var A=this.ctx;this.groupLevel--,this.ctx=this.groupStack.pop(),s(this.ctx,this.current.activeSMask,A),this.ctx.restore(),this.ctx.save(),w(A,this.ctx),this.current.resumeSMaskCtx=A;var B=C.Util.transform(this.current.activeSMask.startTransformInverse,A.mozCurrentTransform);this.ctx.transform.apply(this.ctx,B),A.save(),A.setTransform(1,0,0,1,0,0),A.clearRect(0,0,A.canvas.width,A.canvas.height),A.restore()},resumeSMaskGroup:function(){var A=this.current.resumeSMaskCtx,B=this.ctx;this.ctx=A,this.groupStack.push(B),this.groupLevel++},endSMaskGroup:function(){var A=this.ctx;this.groupLevel--,this.ctx=this.groupStack.pop(),s(this.ctx,this.current.activeSMask,A),this.ctx.restore(),w(A,this.ctx);var B=C.Util.transform(this.current.activeSMask.startTransformInverse,A.mozCurrentTransform);this.ctx.transform.apply(this.ctx,B)},save:function(){this.ctx.save();var A=this.current;this.stateStack.push(A),this.current=A.clone(),this.current.resumeSMaskCtx=null},restore:function(){this.current.resumeSMaskCtx&&this.resumeSMaskGroup(),null===this.current.activeSMask||0!==this.stateStack.length&&this.stateStack[this.stateStack.length-1].activeSMask===this.current.activeSMask||this.endSMaskGroup(),0!==this.stateStack.length&&(this.current=this.stateStack.pop(),this.ctx.restore(),this.pendingClip=null,this.cachedGetSinglePixelWidth=null)},transform:function(A,B,g,C,e,Q){this.ctx.transform(A,B,g,C,e,Q),this.cachedGetSinglePixelWidth=null},constructPath:function(A,B){for(var g=this.ctx,e=this.current,Q=e.x,t=e.y,i=0,o=0,E=A.length;i<E;i++)switch(0|A[i]){case C.OPS.rectangle:Q=B[o++],t=B[o++];var w=B[o++],I=B[o++];0===w&&(w=this.getSinglePixelWidth()),0===I&&(I=this.getSinglePixelWidth());var a=Q+w,n=t+I;this.ctx.moveTo(Q,t),this.ctx.lineTo(a,t),this.ctx.lineTo(a,n),this.ctx.lineTo(Q,n),this.ctx.lineTo(Q,t),this.ctx.closePath();break;case C.OPS.moveTo:Q=B[o++],t=B[o++],g.moveTo(Q,t);break;case C.OPS.lineTo:Q=B[o++],t=B[o++],g.lineTo(Q,t);break;case C.OPS.curveTo:Q=B[o+4],t=B[o+5],g.bezierCurveTo(B[o],B[o+1],B[o+2],B[o+3],Q,t),o+=6;break;case C.OPS.curveTo2:g.bezierCurveTo(Q,t,B[o],B[o+1],B[o+2],B[o+3]),Q=B[o+2],t=B[o+3],o+=4;break;case C.OPS.curveTo3:Q=B[o+2],t=B[o+3],g.bezierCurveTo(B[o],B[o+1],Q,t,Q,t),o+=4;break;case C.OPS.closePath:g.closePath()}e.setCurrentPoint(Q,t)},closePath:function(){this.ctx.closePath()},stroke:function(A){A=void 0===A||A;var B=this.ctx,g=this.current.strokeColor;B.lineWidth=Math.max(.65*this.getSinglePixelWidth(),this.current.lineWidth),B.globalAlpha=this.current.strokeAlpha,g&&g.hasOwnProperty("type")&&"Pattern"===g.type?(B.save(),B.strokeStyle=g.getPattern(B,this),B.stroke(),B.restore()):B.stroke(),A&&this.consumePath(),B.globalAlpha=this.current.fillAlpha},closeStroke:function(){this.closePath(),this.stroke()},fill:function(A){A=void 0===A||A;var B=this.ctx,g=this.current.fillColor,C=!1;this.current.patternFill&&(B.save(),this.baseTransform&&B.setTransform.apply(B,this.baseTransform),B.fillStyle=g.getPattern(B,this),C=!0),this.pendingEOFill?(B.fill("evenodd"),this.pendingEOFill=!1):B.fill(),C&&B.restore(),A&&this.consumePath()},eoFill:function(){this.pendingEOFill=!0,this.fill()},fillStroke:function(){this.fill(!1),this.stroke(!1),this.consumePath()},eoFillStroke:function(){this.pendingEOFill=!0,this.fillStroke()},closeFillStroke:function(){this.closePath(),this.fillStroke()},closeEOFillStroke:function(){this.pendingEOFill=!0,this.closePath(),this.fillStroke()},endPath:function(){this.consumePath()},clip:function(){this.pendingClip=h},eoClip:function(){this.pendingClip=Y},beginText:function(){this.current.textMatrix=C.IDENTITY_MATRIX,this.current.textMatrixScale=1,this.current.x=this.current.lineX=0,this.current.y=this.current.lineY=0},endText:function(){var A=this.pendingTextPaths,B=this.ctx;if(void 0!==A){B.save(),B.beginPath();for(var g=0;g<A.length;g++){var C=A[g];B.setTransform.apply(B,C.transform),B.translate(C.x,C.y),C.addToPath(B,C.fontSize)}B.restore(),B.clip(),B.beginPath(),delete this.pendingTextPaths}else B.beginPath()},setCharSpacing:function(A){this.current.charSpacing=A},setWordSpacing:function(A){this.current.wordSpacing=A},setHScale:function(A){this.current.textHScale=A/100},setLeading:function(A){this.current.leading=-A},setFont:function(A,B){var g=this.commonObjs.get(A),e=this.current;if(!g)throw new Error("Can't find font for "+A);if(e.fontMatrix=g.fontMatrix?g.fontMatrix:C.FONT_IDENTITY_MATRIX,0!==e.fontMatrix[0]&&0!==e.fontMatrix[3]||(0,C.warn)("Invalid font matrix for font "+A),B<0?(B=-B,e.fontDirection=-1):e.fontDirection=1,this.current.font=g,this.current.fontSize=B,!g.isType3Font){var Q=g.loadedName||"sans-serif",t=g.black?"900":g.bold?"bold":"normal",i=g.italic?"italic":"normal",o='"'+Q+'", '+g.fallbackName,E=B<16?16:B>100?100:B;this.current.fontSizeScale=B/E;var w=i+" "+t+" "+E+"px "+o;this.ctx.font=w}},setTextRenderingMode:function(A){this.current.textRenderingMode=A},setTextRise:function(A){this.current.textRise=A},moveText:function(A,B){this.current.x=this.current.lineX+=A,this.current.y=this.current.lineY+=B},setLeadingMoveText:function(A,B){this.setLeading(-B),this.moveText(A,B)},setTextMatrix:function(A,B,g,C,e,Q){this.current.textMatrix=[A,B,g,C,e,Q],this.current.textMatrixScale=Math.sqrt(A*A+B*B),this.current.x=this.current.lineX=0,this.current.y=this.current.lineY=0},nextLine:function(){this.moveText(0,this.current.leading)},paintChar:function(A,B,g){var e,Q=this.ctx,t=this.current,i=t.font,o=t.textRenderingMode,E=t.fontSize/t.fontSizeScale,w=o&C.TextRenderingMode.FILL_STROKE_MASK,I=!!(o&C.TextRenderingMode.ADD_TO_PATH_FLAG);(i.disableFontFace||I)&&(e=i.getPathGenerator(this.commonObjs,A)),i.disableFontFace?(Q.save(),Q.translate(B,g),Q.beginPath(),e(Q,E),w!==C.TextRenderingMode.FILL&&w!==C.TextRenderingMode.FILL_STROKE||Q.fill(),w!==C.TextRenderingMode.STROKE&&w!==C.TextRenderingMode.FILL_STROKE||Q.stroke(),Q.restore()):(w!==C.TextRenderingMode.FILL&&w!==C.TextRenderingMode.FILL_STROKE||Q.fillText(A,B,g),w!==C.TextRenderingMode.STROKE&&w!==C.TextRenderingMode.FILL_STROKE||Q.strokeText(A,B,g)),I&&(this.pendingTextPaths||(this.pendingTextPaths=[])).push({transform:Q.mozCurrentTransform,x:B,y:g,fontSize:E,addToPath:e})},get isFontSubpixelAAEnabled(){var A=this.canvasFactory.create(10,10).context;A.scale(1.5,1),A.fillText("I",0,10);for(var B=A.getImageData(0,0,10,10).data,g=!1,e=3;e<B.length;e+=4)if(B[e]>0&&B[e]<255){g=!0;break}return(0,C.shadow)(this,"isFontSubpixelAAEnabled",g)},showText:function(A){var B=this.current,g=B.font;if(g.isType3Font)return this.showType3Text(A);var e=B.fontSize;if(0!==e){var Q=this.ctx,t=B.fontSizeScale,i=B.charSpacing,o=B.wordSpacing,E=B.fontDirection,w=B.textHScale*E,I=A.length,a=g.vertical,n=a?1:-1,r=g.defaultVMetrics,s=e*B.fontMatrix[0],G=B.textRenderingMode===C.TextRenderingMode.FILL&&!g.disableFontFace;Q.save(),Q.transform.apply(Q,B.textMatrix),Q.translate(B.x,B.y+B.textRise),B.patternFill&&(Q.fillStyle=B.fillColor.getPattern(Q,this)),E>0?Q.scale(w,-1):Q.scale(w,1);var D=B.lineWidth,h=B.textMatrixScale;if(0===h||0===D){var Y=B.textRenderingMode&C.TextRenderingMode.FILL_STROKE_MASK;Y!==C.TextRenderingMode.STROKE&&Y!==C.TextRenderingMode.FILL_STROKE||(this.cachedGetSinglePixelWidth=null,D=.65*this.getSinglePixelWidth())}else D/=h;1!==t&&(Q.scale(t,t),D/=t),Q.lineWidth=D;var c,l=0;for(c=0;c<I;++c){var M=A[c];if((0,C.isNum)(M))l+=n*M*e/1e3;else{var F,d,U,k,K,u,J,m=!1,H=(M.isSpace?o:0)+i,p=M.fontChar,f=M.accent,S=M.width;if(a?(K=M.vmetric||r,u=-(u=M.vmetric?K[1]:.5*S)*s,J=K[2]*s,S=K?-K[0]:S,F=u/t,d=(l+J)/t):(F=l/t,d=0),g.remeasure&&S>0){var R=1e3*Q.measureText(p).width/e*t;if(S<R&&this.isFontSubpixelAAEnabled){var Z=S/R;m=!0,Q.save(),Q.scale(Z,1),F/=Z}else S!==R&&(F+=(S-R)/2e3*e/t)}(M.isInFont||g.missingFile)&&(G&&!f?Q.fillText(p,F,d):(this.paintChar(p,F,d),f&&(U=F+f.offset.x/t,k=d-f.offset.y/t,this.paintChar(f.fontChar,U,k)))),l+=S*s+H*E,m&&Q.restore()}}a?B.y-=l*w:B.x+=l*w,Q.restore()}},showType3Text:function(A){var B,g,e,Q,t=this.ctx,i=this.current,o=i.font,E=i.fontSize,w=i.fontDirection,I=o.vertical?1:-1,a=i.charSpacing,n=i.wordSpacing,r=i.textHScale*w,s=i.fontMatrix||C.FONT_IDENTITY_MATRIX,G=A.length;if(i.textRenderingMode!==C.TextRenderingMode.INVISIBLE&&0!==E){for(this.cachedGetSinglePixelWidth=null,t.save(),t.transform.apply(t,i.textMatrix),t.translate(i.x,i.y),t.scale(r,w),B=0;B<G;++B)if(g=A[B],(0,C.isNum)(g))Q=I*g*E/1e3,this.ctx.translate(Q,0),i.x+=Q*r;else{var D=(g.isSpace?n:0)+a,h=o.charProcOperatorList[g.operatorListId];h?(this.processingType3=g,this.save(),t.scale(E,E),t.transform.apply(t,s),this.executeOperatorList(h),this.restore(),e=C.Util.applyTransform([g.width,0],s)[0]*E+D,t.translate(e,0),i.x+=e*r):(0,C.warn)('Type3 character "'+g.operatorListId+'" is not available.')}t.restore(),this.processingType3=null}},setCharWidth:function(A,B){},setCharWidthAndBounds:function(A,B,g,C,e,Q){this.ctx.rect(g,C,e-g,Q-C),this.clip(),this.endPath()},getColorN_Pattern:function(B){var g,C=this;if("TilingPattern"===B[0]){var Q=B[1],t=this.baseTransform||this.ctx.mozCurrentTransform.slice(),i={createCanvasGraphics:function(B){return new A(B,C.commonObjs,C.objs,C.canvasFactory)}};g=new e.TilingPattern(B,Q,this.ctx,i,t)}else g=(0,e.getShadingPatternFromIR)(B);return g},setStrokeColorN:function(){this.current.strokeColor=this.getColorN_Pattern(arguments)},setFillColorN:function(){this.current.fillColor=this.getColorN_Pattern(arguments),this.current.patternFill=!0},setStrokeRGBColor:function(A,B,g){var e=C.Util.makeCssRgb(A,B,g);this.ctx.strokeStyle=e,this.current.strokeColor=e},setFillRGBColor:function(A,B,g){var e=C.Util.makeCssRgb(A,B,g);this.ctx.fillStyle=e,this.current.fillColor=e,this.current.patternFill=!1},shadingFill:function(A){var B=this.ctx;this.save();var g=(0,e.getShadingPatternFromIR)(A);B.fillStyle=g.getPattern(B,this,!0);var Q=B.mozCurrentTransformInverse;if(Q){var t=B.canvas,i=t.width,o=t.height,E=C.Util.applyTransform([0,0],Q),w=C.Util.applyTransform([0,o],Q),I=C.Util.applyTransform([i,0],Q),a=C.Util.applyTransform([i,o],Q),n=Math.min(E[0],w[0],I[0],a[0]),r=Math.min(E[1],w[1],I[1],a[1]),s=Math.max(E[0],w[0],I[0],a[0]),G=Math.max(E[1],w[1],I[1],a[1]);this.ctx.fillRect(n,r,s-n,G-r)}else this.ctx.fillRect(-1e10,-1e10,2e10,2e10);this.restore()},beginInlineImage:function(){throw new Error("Should not call beginInlineImage")},beginImageData:function(){throw new Error("Should not call beginImageData")},paintFormXObjectBegin:function(A,B){if(this.save(),this.baseTransformStack.push(this.baseTransform),(0,C.isArray)(A)&&6===A.length&&this.transform.apply(this,A),this.baseTransform=this.ctx.mozCurrentTransform,(0,C.isArray)(B)&&4===B.length){var g=B[2]-B[0],e=B[3]-B[1];this.ctx.rect(B[0],B[1],g,e),this.clip(),this.endPath()}},paintFormXObjectEnd:function(){this.restore(),this.baseTransform=this.baseTransformStack.pop()},beginGroup:function(A){this.save();var B=this.ctx;A.isolated||(0,C.info)("TODO: Support non-isolated groups."),A.knockout&&(0,C.warn)("Knockout groups not supported.");var g=B.mozCurrentTransform;if(A.matrix&&B.transform.apply(B,A.matrix),!A.bbox)throw new Error("Bounding box is required.");var e=C.Util.getAxialAlignedBoundingBox(A.bbox,B.mozCurrentTransform),Q=[0,0,B.canvas.width,B.canvas.height];e=C.Util.intersect(e,Q)||[0,0,0,0];var t=Math.floor(e[0]),i=Math.floor(e[1]),o=Math.max(Math.ceil(e[2])-t,1),E=Math.max(Math.ceil(e[3])-i,1),I=1,a=1;o>4096&&(I=o/4096,o=4096),E>4096&&(a=E/4096,E=4096);var n="groupAt"+this.groupLevel;A.smask&&(n+="_smask_"+this.smaskCounter++%2);var r=this.cachedCanvases.getCanvas(n,o,E,!0),s=r.context;s.scale(1/I,1/a),s.translate(-t,-i),s.transform.apply(s,g),A.smask?this.smaskStack.push({canvas:r.canvas,context:s,offsetX:t,offsetY:i,scaleX:I,scaleY:a,subtype:A.smask.subtype,backdrop:A.smask.backdrop,transferMap:A.smask.transferMap||null,startTransformInverse:null}):(B.setTransform(1,0,0,1,0,0),B.translate(t,i),B.scale(I,a)),w(B,s),this.ctx=s,this.setGState([["BM","source-over"],["ca",1],["CA",1]]),this.groupStack.push(B),this.groupLevel++,this.current.activeSMask=null},endGroup:function(A){this.groupLevel--;var B=this.ctx;this.ctx=this.groupStack.pop(),void 0!==this.ctx.imageSmoothingEnabled?this.ctx.imageSmoothingEnabled=!1:this.ctx.mozImageSmoothingEnabled=!1,A.smask?this.tempSMask=this.smaskStack.pop():this.ctx.drawImage(B.canvas,0,0),this.restore()},beginAnnotations:function(){this.save(),this.baseTransform&&this.ctx.setTransform.apply(this.ctx,this.baseTransform)},endAnnotations:function(){this.restore()},beginAnnotation:function(A,B,g){if(this.save(),I(this.ctx),this.current=new E,(0,C.isArray)(A)&&4===A.length){var e=A[2]-A[0],Q=A[3]-A[1];this.ctx.rect(A[0],A[1],e,Q),this.clip(),this.endPath()}this.transform.apply(this,B),this.transform.apply(this,g)},endAnnotation:function(){this.restore()},paintJpegXObject:function(A,B,g){var e=this.objs.get(A);if(e){this.save();var Q=this.ctx;if(Q.scale(1/B,-1/g),Q.drawImage(e,0,0,e.width,e.height,0,-g,B,g),this.imageLayer){var t=Q.mozCurrentTransformInverse,i=this.getCanvasPosition(0,0);this.imageLayer.appendImage({objId:A,left:i[0],top:i[1],width:B/t[0],height:g/t[3]})}this.restore()}else(0,C.warn)("Dependent image isn't ready yet")},paintImageMaskXObject:function(A){var B=this.ctx,C=A.width,e=A.height,Q=this.current.fillColor,t=this.current.patternFill,i=this.processingType3;if(i&&void 0===i.compiled&&(i.compiled=C<=1e3&&e<=1e3?function(A){var B,g,C,e,Q=A.width,t=A.height,i=Q+1,o=new Uint8Array(i*(t+1)),E=new Uint8Array([0,2,4,0,1,0,5,4,8,10,0,8,0,2,1,0]),w=Q+7&-8,I=A.data,a=new Uint8Array(w*t),n=0;for(B=0,e=I.length;B<e;B++)for(var r=128,s=I[B];r>0;)a[n++]=s&r?0:255,r>>=1;var G=0;for(0!==a[n=0]&&(o[0]=1,++G),g=1;g<Q;g++)a[n]!==a[n+1]&&(o[g]=a[n]?2:1,++G),n++;for(0!==a[n]&&(o[g]=2,++G),B=1;B<t;B++){C=B*i,a[(n=B*w)-w]!==a[n]&&(o[C]=a[n]?1:8,++G);var D=(a[n]?4:0)+(a[n-w]?8:0);for(g=1;g<Q;g++)E[D=(D>>2)+(a[n+1]?4:0)+(a[n-w+1]?8:0)]&&(o[C+g]=E[D],++G),n++;if(a[n-w]!==a[n]&&(o[C+g]=a[n]?2:4,++G),G>1e3)return null}for(C=B*i,0!==a[n=w*(t-1)]&&(o[C]=8,++G),g=1;g<Q;g++)a[n]!==a[n+1]&&(o[C+g]=a[n]?4:8,++G),n++;if(0!==a[n]&&(o[C+g]=4,++G),G>1e3)return null;var h=new Int32Array([0,i,-1,0,-i,0,0,0,1]),Y=[];for(B=0;G&&B<=t;B++){for(var c=B*i,l=c+Q;c<l&&!o[c];)c++;if(c!==l){var M,F=[c%i,B],d=o[c],U=c;do{var k=h[d];do{c+=k}while(!o[c]);5!==(M=o[c])&&10!==M?(d=M,o[c]=0):(d=M&51*d>>4,o[c]&=d>>2|d<<2),F.push(c%i),F.push(c/i|0),--G}while(U!==c);Y.push(F),--B}}return function(A){A.save(),A.scale(1/Q,-1/t),A.translate(0,-t),A.beginPath();for(var B=0,g=Y.length;B<g;B++){var C=Y[B];A.moveTo(C[0],C[1]);for(var e=2,i=C.length;e<i;e+=2)A.lineTo(C[e],C[e+1])}A.fill(),A.beginPath(),A.restore()}}({data:A.data,width:C,height:e}):null),i&&i.compiled)i.compiled(B);else{var o=this.cachedCanvases.getCanvas("maskCanvas",C,e),E=o.context;E.save(),g(E,A),E.globalCompositeOperation="source-in",E.fillStyle=t?Q.getPattern(E,this):Q,E.fillRect(0,0,C,e),E.restore(),this.paintInlineImageXObject(o.canvas)}},paintImageMaskXObjectRepeat:function(A,B,C,e){var Q=A.width,t=A.height,i=this.current.fillColor,o=this.current.patternFill,E=this.cachedCanvases.getCanvas("maskCanvas",Q,t),w=E.context;w.save(),g(w,A),w.globalCompositeOperation="source-in",w.fillStyle=o?i.getPattern(w,this):i,w.fillRect(0,0,Q,t),w.restore();for(var I=this.ctx,a=0,n=e.length;a<n;a+=2)I.save(),I.transform(B,0,0,C,e[a],e[a+1]),I.scale(1,-1),I.drawImage(E.canvas,0,0,Q,t,0,-1,1,1),I.restore()},paintImageMaskXObjectGroup:function(A){for(var B=this.ctx,C=this.current.fillColor,e=this.current.patternFill,Q=0,t=A.length;Q<t;Q++){var i=A[Q],o=i.width,E=i.height,w=this.cachedCanvases.getCanvas("maskCanvas",o,E),I=w.context;I.save(),g(I,i),I.globalCompositeOperation="source-in",I.fillStyle=e?C.getPattern(I,this):C,I.fillRect(0,0,o,E),I.restore(),B.save(),B.transform.apply(B,i.transform),B.scale(1,-1),B.drawImage(w.canvas,0,0,o,E,0,-1,1,1),B.restore()}},paintImageXObject:function(A){var B=this.objs.get(A);B?this.paintInlineImageXObject(B):(0,C.warn)("Dependent image isn't ready yet")},paintImageXObjectRepeat:function(A,B,g,e){var Q=this.objs.get(A);if(Q){for(var t=Q.width,i=Q.height,o=[],E=0,w=e.length;E<w;E+=2)o.push({transform:[B,0,0,g,e[E],e[E+1]],x:0,y:0,w:t,h:i});this.paintInlineImageXObjectGroup(Q,o)}else(0,C.warn)("Dependent image isn't ready yet")},paintInlineImageXObject:function(A){var g=A.width,C=A.height,e=this.ctx;this.save(),e.scale(1/g,-1/C);var Q,t,i=e.mozCurrentTransformInverse,o=i[0],E=i[1],w=Math.max(Math.sqrt(o*o+E*E),1),I=i[2],a=i[3],n=Math.max(Math.sqrt(I*I+a*a),1);if(A instanceof HTMLElement||!A.data)Q=A;else{var r=(t=this.cachedCanvases.getCanvas("inlineImage",g,C)).context;B(r,A),Q=t.canvas}for(var s=g,G=C,D="prescale1";w>2&&s>1||n>2&&G>1;){var h=s,Y=G;w>2&&s>1&&(w/=s/(h=Math.ceil(s/2))),n>2&&G>1&&(n/=G/(Y=Math.ceil(G/2))),(r=(t=this.cachedCanvases.getCanvas(D,h,Y)).context).clearRect(0,0,h,Y),r.drawImage(Q,0,0,s,G,0,0,h,Y),Q=t.canvas,s=h,G=Y,D="prescale1"===D?"prescale2":"prescale1"}if(e.drawImage(Q,0,0,s,G,0,-C,g,C),this.imageLayer){var c=this.getCanvasPosition(0,-C);this.imageLayer.appendImage({imgData:A,left:c[0],top:c[1],width:g/i[0],height:C/i[3]})}this.restore()},paintInlineImageXObjectGroup:function(A,g){var C=this.ctx,e=A.width,Q=A.height,t=this.cachedCanvases.getCanvas("inlineImage",e,Q);B(t.context,A);for(var i=0,o=g.length;i<o;i++){var E=g[i];if(C.save(),C.transform.apply(C,E.transform),C.scale(1,-1),C.drawImage(t.canvas,E.x,E.y,E.w,E.h,0,-1,1,1),this.imageLayer){var w=this.getCanvasPosition(E.x,E.y);this.imageLayer.appendImage({imgData:A,left:w[0],top:w[1],width:e,height:Q})}C.restore()}},paintSolidColorImageMask:function(){this.ctx.fillRect(0,0,1,1)},paintXObject:function(){(0,C.warn)("Unsupported 'paintXObject' command.")},markPoint:function(A){},markPointProps:function(A,B){},beginMarkedContent:function(A){},beginMarkedContentProps:function(A,B){},endMarkedContent:function(){},beginCompat:function(){},endCompat:function(){},consumePath:function(){var A=this.ctx;this.pendingClip&&(this.pendingClip===Y?A.clip("evenodd"):A.clip(),this.pendingClip=null),A.beginPath()},getSinglePixelWidth:function(A){if(null===this.cachedGetSinglePixelWidth){this.ctx.save();var B=this.ctx.mozCurrentTransformInverse;this.ctx.restore(),this.cachedGetSinglePixelWidth=Math.sqrt(Math.max(B[0]*B[0]+B[1]*B[1],B[2]*B[2]+B[3]*B[3]))}return this.cachedGetSinglePixelWidth},getCanvasPosition:function(A,B){var g=this.ctx.mozCurrentTransform;return[g[0]*A+g[2]*B+g[4],g[1]*A+g[3]*B+g[5]]}},C.OPS)A.prototype[C.OPS[c]]=A.prototype[c];return A}();B.CanvasGraphics=w},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.FontLoader=B.FontFaceObject=void 0;var C=g(0);function e(A){this.docId=A,this.styleElement=null,this.nativeFontFaces=[],this.loadTestFontId=0,this.loadingContext={requests:[],nextRequestId:0}}e.prototype={insertRule:function(A){var B=this.styleElement;B||((B=this.styleElement=document.createElement("style")).id="PDFJS_FONT_STYLE_TAG_"+this.docId,document.documentElement.getElementsByTagName("head")[0].appendChild(B));var g=B.sheet;g.insertRule(A,g.cssRules.length)},clear:function(){this.styleElement&&(this.styleElement.remove(),this.styleElement=null),this.nativeFontFaces.forEach((function(A){document.fonts.delete(A)})),this.nativeFontFaces.length=0}},Object.defineProperty(e.prototype,"loadTestFont",{get:function(){return(0,C.shadow)(this,"loadTestFont",atob("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"))},configurable:!0}),e.prototype.addNativeFontFace=function(A){this.nativeFontFaces.push(A),document.fonts.add(A)},e.prototype.bind=function(A,B){for(var g=[],Q=[],t=[],i=function(A){return A.loaded.catch((function(B){(0,C.warn)('Failed to load font "'+A.family+'": '+B)}))},o=e.isFontLoadingAPISupported&&!e.isSyncFontLoadingSupported,E=0,w=A.length;E<w;E++){var I=A[E];if(!I.attached&&!1!==I.loading)if(I.attached=!0,o){var a=I.createNativeFontFace();a&&(this.addNativeFontFace(a),t.push(i(a)))}else{var n=I.createFontFaceRule();n&&(this.insertRule(n),g.push(n),Q.push(I))}}var r=this.queueLoadingCallback(B);o?Promise.all(t).then((function(){r.complete()})):g.length>0&&!e.isSyncFontLoadingSupported?this.prepareFontLoadEvent(g,Q,r):r.complete()},e.prototype.queueLoadingCallback=function(A){var B=this.loadingContext,g={id:"pdfjs-font-loading-"+B.nextRequestId++,complete:function(){for((0,C.assert)(!g.end,"completeRequest() cannot be called twice"),g.end=Date.now();B.requests.length>0&&B.requests[0].end;){var A=B.requests.shift();setTimeout(A.callback,0)}},callback:A,started:Date.now()};return B.requests.push(g),g},e.prototype.prepareFontLoadEvent=function(A,B,g){function e(A,B){return A.charCodeAt(B)<<24|A.charCodeAt(B+1)<<16|A.charCodeAt(B+2)<<8|255&A.charCodeAt(B+3)}function Q(A,B,g,C){return A.substr(0,B)+C+A.substr(B+g)}var t,i,o=document.createElement("canvas");o.width=1,o.height=1;var E=o.getContext("2d"),w=0,I="lt"+Date.now()+this.loadTestFontId++,a=this.loadTestFont,n=e(a=Q(a,976,I.length,I),16);for(t=0,i=I.length-3;t<i;t+=4)n=n-1482184792+e(I,t)|0;t<I.length&&(n=n-1482184792+e(I+"XXX",t)|0),a=Q(a,16,4,(0,C.string32)(n));var r='@font-face { font-family:"'+I+'";src:url(data:font/opentype;base64,'+btoa(a)+");}";this.insertRule(r);var s=[];for(t=0,i=B.length;t<i;t++)s.push(B[t].loadedName);s.push(I);var G=document.createElement("div");for(G.setAttribute("style","visibility: hidden;width: 10px; height: 10px;position: absolute; top: 0px; left: 0px;"),t=0,i=s.length;t<i;++t){var D=document.createElement("span");D.textContent="Hi",D.style.fontFamily=s[t],G.appendChild(D)}document.body.appendChild(G),function A(B,g){if(++w>30)return(0,C.warn)("Load test font never loaded."),void g();E.font="30px "+B,E.fillText(".",0,20),E.getImageData(0,0,1,1).data[3]>0?g():setTimeout(A.bind(null,B,g))}(I,(function(){document.body.removeChild(G),g.complete()}))},e.isFontLoadingAPISupported="undefined"!=typeof document&&!!document.fonts,Object.defineProperty(e,"isSyncFontLoadingSupported",{get:function(){return(0,C.shadow)(e,"isSyncFontLoadingSupported",function(){if("undefined"==typeof navigator)return!0;var A=!1,B=/Mozilla\/5.0.*?rv:(\d+).*? Gecko/.exec(navigator.userAgent);return B&&B[1]>=14&&(A=!0),A}())},enumerable:!0,configurable:!0});var Q={get value(){return(0,C.shadow)(this,"value",(0,C.isEvalSupported)())}},t=function(){function A(A,B){for(var g in this.compiledGlyphs=Object.create(null),A)this[g]=A[g];this.options=B}return A.prototype={createNativeFontFace:function(){if(!this.data)return null;if(this.options.disableFontFace)return this.disableFontFace=!0,null;var A=new FontFace(this.loadedName,this.data,{});return this.options.fontRegistry&&this.options.fontRegistry.registerFont(this),A},createFontFaceRule:function(){if(!this.data)return null;if(this.options.disableFontFace)return this.disableFontFace=!0,null;var A=(0,C.bytesToString)(new Uint8Array(this.data)),B=this.loadedName,g="url(data:"+this.mimetype+";base64,"+btoa(A)+");",e='@font-face { font-family:"'+B+'";src:'+g+"}";return this.options.fontRegistry&&this.options.fontRegistry.registerFont(this,g),e},getPathGenerator:function(A,B){if(!(B in this.compiledGlyphs)){var g,C,e,t=A.get(this.loadedName+"_path_"+B);if(this.options.isEvalSupported&&Q.value){var i,o="";for(C=0,e=t.length;C<e;C++)i=void 0!==(g=t[C]).args?g.args.join(","):"",o+="c."+g.cmd+"("+i+");\n";this.compiledGlyphs[B]=new Function("c","size",o)}else this.compiledGlyphs[B]=function(A,B){for(C=0,e=t.length;C<e;C++)"scale"===(g=t[C]).cmd&&(g.args=[B,-B]),A[g.cmd].apply(A,g.args)}}return this.compiledGlyphs[B]}},A}();B.FontFaceObject=t,B.FontLoader=e},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.TilingPattern=B.getShadingPatternFromIR=void 0;var C=g(0),e=g(7),Q={RadialAxial:{fromIR:function(A){var B=A[1],g=A[2],C=A[3],e=A[4],Q=A[5],t=A[6];return{type:"Pattern",getPattern:function(A){var i;"axial"===B?i=A.createLinearGradient(C[0],C[1],e[0],e[1]):"radial"===B&&(i=A.createRadialGradient(C[0],C[1],Q,e[0],e[1],t));for(var o=0,E=g.length;o<E;++o){var w=g[o];i.addColorStop(w[0],w[1])}return i}}}}},t=function(){function A(A,B,g,C,e,Q,t,i){var o,E=B.coords,w=B.colors,I=A.data,a=4*A.width;E[g+1]>E[C+1]&&(o=g,g=C,C=o,o=Q,Q=t,t=o),E[C+1]>E[e+1]&&(o=C,C=e,e=o,o=t,t=i,i=o),E[g+1]>E[C+1]&&(o=g,g=C,C=o,o=Q,Q=t,t=o);var n=(E[g]+B.offsetX)*B.scaleX,r=(E[g+1]+B.offsetY)*B.scaleY,s=(E[C]+B.offsetX)*B.scaleX,G=(E[C+1]+B.offsetY)*B.scaleY,D=(E[e]+B.offsetX)*B.scaleX,h=(E[e+1]+B.offsetY)*B.scaleY;if(!(r>=h))for(var Y,c,l,M,F,d,U,k,K,u=w[Q],J=w[Q+1],m=w[Q+2],H=w[t],p=w[t+1],f=w[t+2],S=w[i],R=w[i+1],Z=w[i+2],y=Math.round(r),L=Math.round(h),O=y;O<=L;O++){O<G?(Y=n-(n-s)*(K=O<r?0:r===G?1:(r-O)/(r-G)),c=u-(u-H)*K,l=J-(J-p)*K,M=m-(m-f)*K):(Y=s-(s-D)*(K=O>h?1:G===h?0:(G-O)/(G-h)),c=H-(H-S)*K,l=p-(p-R)*K,M=f-(f-Z)*K),F=n-(n-D)*(K=O<r?0:O>h?1:(r-O)/(r-h)),d=u-(u-S)*K,U=J-(J-R)*K,k=m-(m-Z)*K;for(var b=Math.round(Math.min(Y,F)),x=Math.round(Math.max(Y,F)),T=a*O+4*b,W=b;W<=x;W++)K=(K=(Y-W)/(Y-F))<0?0:K>1?1:K,I[T++]=c-(c-d)*K|0,I[T++]=l-(l-U)*K|0,I[T++]=M-(M-k)*K|0,I[T++]=255}}function B(B,g,C){var e,Q,t=g.coords,i=g.colors;switch(g.type){case"lattice":var o=g.verticesPerRow,E=Math.floor(t.length/o)-1,w=o-1;for(e=0;e<E;e++)for(var I=e*o,a=0;a<w;a++,I++)A(B,C,t[I],t[I+1],t[I+o],i[I],i[I+1],i[I+o]),A(B,C,t[I+o+1],t[I+1],t[I+o],i[I+o+1],i[I+1],i[I+o]);break;case"triangles":for(e=0,Q=t.length;e<Q;e+=3)A(B,C,t[e],t[e+1],t[e+2],i[e],i[e+1],i[e+2]);break;default:throw new Error("illegal figure")}}return function(A,g,C,Q,t,i,o){var E,w,I,a,n=Math.floor(A[0]),r=Math.floor(A[1]),s=Math.ceil(A[2])-n,G=Math.ceil(A[3])-r,D=Math.min(Math.ceil(Math.abs(s*g[0]*1.1)),3e3),h=Math.min(Math.ceil(Math.abs(G*g[1]*1.1)),3e3),Y=s/D,c=G/h,l={coords:C,colors:Q,offsetX:-n,offsetY:-r,scaleX:1/Y,scaleY:1/c},M=D+4,F=h+4;if(e.WebGLUtils.isEnabled)E=e.WebGLUtils.drawFigures(D,h,i,t,l),(w=o.getCanvas("mesh",M,F,!1)).context.drawImage(E,2,2),E=w.canvas;else{var d=(w=o.getCanvas("mesh",M,F,!1)).context,U=d.createImageData(D,h);if(i){var k=U.data;for(I=0,a=k.length;I<a;I+=4)k[I]=i[0],k[I+1]=i[1],k[I+2]=i[2],k[I+3]=255}for(I=0;I<t.length;I++)B(U,t[I],l);d.putImageData(U,2,2),E=w.canvas}return{canvas:E,offsetX:n-2*Y,offsetY:r-2*c,scaleX:Y,scaleY:c}}}();Q.Mesh={fromIR:function(A){var B=A[2],g=A[3],e=A[4],Q=A[5],i=A[6],o=A[8];return{type:"Pattern",getPattern:function(A,E,w){var I;if(w)I=C.Util.singularValueDecompose2dScale(A.mozCurrentTransform);else if(I=C.Util.singularValueDecompose2dScale(E.baseTransform),i){var a=C.Util.singularValueDecompose2dScale(i);I=[I[0]*a[0],I[1]*a[1]]}var n=t(Q,I,B,g,e,w?null:o,E.cachedCanvases);return w||(A.setTransform.apply(A,E.baseTransform),i&&A.transform.apply(A,i)),A.translate(n.offsetX,n.offsetY),A.scale(n.scaleX,n.scaleY),A.createPattern(n.canvas,"no-repeat")}}}},Q.Dummy={fromIR:function(){return{type:"Pattern",getPattern:function(){return"hotpink"}}}};var i=function(){var A=1,B=2;function g(A,B,g,C,e){this.operatorList=A[2],this.matrix=A[3]||[1,0,0,1,0,0],this.bbox=A[4],this.xstep=A[5],this.ystep=A[6],this.paintType=A[7],this.tilingType=A[8],this.color=B,this.canvasGraphicsFactory=C,this.baseTransform=e,this.type="Pattern",this.ctx=g}return g.prototype={createPatternCanvas:function(A){var B=this.operatorList,g=this.bbox,e=this.xstep,Q=this.ystep,t=this.paintType,i=this.tilingType,o=this.color,E=this.canvasGraphicsFactory;(0,C.info)("TilingType: "+i);var w=g[0],I=g[1],a=g[2],n=g[3],r=[w,I],s=[w+e,I+Q],G=s[0]-r[0],D=s[1]-r[1],h=C.Util.singularValueDecompose2dScale(this.matrix),Y=C.Util.singularValueDecompose2dScale(this.baseTransform),c=[h[0]*Y[0],h[1]*Y[1]];G=Math.min(Math.ceil(Math.abs(G*c[0])),3e3),D=Math.min(Math.ceil(Math.abs(D*c[1])),3e3);var l=A.cachedCanvases.getCanvas("pattern",G,D,!0),M=l.context,F=E.createCanvasGraphics(M);F.groupLevel=A.groupLevel,this.setFillAndStrokeStyleToContext(M,t,o),this.setScale(G,D,e,Q),this.transformToScale(F);var d=[1,0,0,1,-r[0],-r[1]];return F.transform.apply(F,d),this.clipBbox(F,g,w,I,a,n),F.executeOperatorList(B),l.canvas},setScale:function(A,B,g,C){this.scale=[A/g,B/C]},transformToScale:function(A){var B=this.scale,g=[B[0],0,0,B[1],0,0];A.transform.apply(A,g)},scaleToContext:function(){var A=this.scale;this.ctx.scale(1/A[0],1/A[1])},clipBbox:function(A,B,g,e,Q,t){if((0,C.isArray)(B)&&4===B.length){var i=Q-g,o=t-e;A.ctx.rect(g,e,i,o),A.clip(),A.endPath()}},setFillAndStrokeStyleToContext:function(g,e,Q){switch(e){case A:var t=this.ctx;g.fillStyle=t.fillStyle,g.strokeStyle=t.strokeStyle;break;case B:var i=C.Util.makeCssRgb(Q[0],Q[1],Q[2]);g.fillStyle=i,g.strokeStyle=i;break;default:throw new C.FormatError("Unsupported paint type: "+e)}},getPattern:function(A,B){var g=this.createPatternCanvas(B);return(A=this.ctx).setTransform.apply(A,this.baseTransform),A.transform.apply(A,this.matrix),this.scaleToContext(),A.createPattern(g,"repeat")}},g}();B.getShadingPatternFromIR=function(A){var B=Q[A[0]];if(!B)throw new Error("Unknown IR type: "+A[0]);return B.fromIR(A)},B.TilingPattern=i},function(A,B,g){"use strict";Object.defineProperty(B,"__esModule",{value:!0}),B.PDFDataTransportStream=void 0;var C=g(0),e=function(){function A(A,B){var g=this;(0,C.assert)(B),this._queuedChunks=[];var e=A.initialData;if(e&&e.length>0){var Q=new Uint8Array(e).buffer;this._queuedChunks.push(Q)}this._pdfDataRangeTransport=B,this._isRangeSupported=!A.disableRange,this._isStreamingSupported=!A.disableStream,this._contentLength=A.length,this._fullRequestReader=null,this._rangeReaders=[],this._pdfDataRangeTransport.addRangeListener((function(A,B){g._onReceiveData({begin:A,chunk:B})})),this._pdfDataRangeTransport.addProgressListener((function(A){g._onProgress({loaded:A})})),this._pdfDataRangeTransport.addProgressiveReadListener((function(A){g._onReceiveData({chunk:A})})),this._pdfDataRangeTransport.transportReady()}function B(A,B){this._stream=A,this._done=!1,this._queuedChunks=B||[],this._requests=[],this._headersReady=Promise.resolve(),A._fullRequestReader=this,this.onProgress=null}function g(A,B,g){this._stream=A,this._begin=B,this._end=g,this._queuedChunk=null,this._requests=[],this._done=!1,this.onProgress=null}return A.prototype={_onReceiveData:function(A){var B=new Uint8Array(A.chunk).buffer;if(void 0===A.begin)this._fullRequestReader?this._fullRequestReader._enqueue(B):this._queuedChunks.push(B);else{var g=this._rangeReaders.some((function(g){return g._begin===A.begin&&(g._enqueue(B),!0)}));(0,C.assert)(g)}},_onProgress:function(A){if(this._rangeReaders.length>0){var B=this._rangeReaders[0];B.onProgress&&B.onProgress({loaded:A.loaded})}},_removeRangeReader:function(A){var B=this._rangeReaders.indexOf(A);B>=0&&this._rangeReaders.splice(B,1)},getFullReader:function(){(0,C.assert)(!this._fullRequestReader);var A=this._queuedChunks;return this._queuedChunks=null,new 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","GBK2K-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEHR0JLMkstSGEMoaIAhD8AAIQ+BgCEVgABvBgAAIRXBA2ERj4AvBqDIgCEQgYBhEQCAIQ9AQC8GwsBhEBBBKO/hEMfKBsJAQBBBKO9vBwdAAEAIABBFaShga5XAQIBEAEVAQ4ZAB8EAQIBAwYFgTIIAQIBDAERAQoZAB8EAQIBAwYFhnEO","GBKp-EUC-H":"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","GBT-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEFR0JULUhhFCEiAIQ/AACEPgYAhFYAAbwYAACEVwQNhEY+ALwagyIAhEIGAYREAgCEPQEAvBsLAYRAAQC8HAEAhEMbALwdAQC8HgEAhFgbAIRUAQCEVQAAvB8=","GBTpc-EUC-H":"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","GBTpc-EUC-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReELR0JUcGMtRVVDLUhhFKGiAIQ/AACEPgYAhFYAAbwYAACEVwQNhEY+ALwagyIAhEIGAYREAgCEPQEAvBsLAYRAAQC8HAEAhEMbALwdAQC8HgEAhFgbAIRUAQCEVQAAvB8=","GBpc-EUC-H":"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","GBpc-EUC-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEKR0JwYy1FVUMtSGEUoaIAhD8AAIQ+BgCEVgABvBgAAIRXBA2ERj4AvBqDIgCEQgYBhEQCAIQ9AQC8GwsBhEABALwcAQCEQxsAvB0BALweAQCEWBsAhFQBAIRVAAC8Hw==",H:"AuBSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TRQEBISGBul1hECEhXYR5gSINhVcLB4VlCAaFbQsOhXQHB4YDBACGC4ExCYYMBxmGFgYZhjCBJlKGSoEtVYcdgSoXh3MIF4gLgUggiCMPIIhEUSAoIbo3AhIGDgkOHhEeDncCFgYOCRYeER4eVxwPHA5FJBckEmFGMCFdiGWBIl2JQ4EiXYohgSJdin+BIl2LXYEiXYw7gSJdjRmBIl2Nd4EiXY5VgSJdjzOBIl2QEYEiXZBvgSJdkU2BIl2SK4EiXZMJgSJdk2eBIl2URYEiXZUjgSJdlgGBIl2WX4EiXZc9gSJdmBuBIl2YeYEiXZlXgSJdmjWBIl2bE4EiXZtxgSJdnE+BIl2dLYEiXZ4LgSJdnmmBIjKfR4FNXZ96gSJdoFiBIl2hNoEiXaIUgSJdonKBIl2jUIEiXaQugSJdpQyBIl2laoEiXaZIgSJdpyaBIl2oBIEiXahigSJdqUCBIl2qHoEiXap8gSJdq1qBIl2sOIEiXa0WgSJdrXSBIl2uUoEiXa8wgSJdsA6BIl2wbIEiXbFKgSJdsiiBIl2zBoEiXbNkgSJdtEKBIl21IIEiXbV+gSJdtlyBIl23OoEiXbgYgSJduHaBIl25VIEiA7oyAAHAXA==","HKdla-B5-H":"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","HKdla-B5-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEKSEtkbGEtQjUtSGEMoUsA6k4OAOsvAQDrMQABgQICAYEGAgGBCgIBgQ4CAYESAgGBFgIBgRoCAYEeaADqTw==","HKdlb-B5-H":"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","HKdlb-B5-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEKSEtkbGItQjUtSGEMoUsA6k4OAOsvAQDrMQABgQICAYEGAgGBCgIBgQ4CAYESAgGBFgIBgRoCAYEeaADqTw==","HKgccs-B5-H":"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","HKgccs-B5-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReELSEtnY2NzLUI1LUhhDKFLAOpODgDrLwEA6zEAAYECAgGBBgIBgQoCAYEOAgGBEgIBgRYCAYEaAgGBHmgA6k8=","HKm314-B5-H":"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","HKm314-B5-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReELSEttMzE0LUI1LUhhDKFLAOpODgDrLwEA6zEAAYECAgGBBgIBgQoCAYEOAgGBEgIBgRYCAYEaAgGBHmgA6k8=","HKm471-B5-H":"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","HKm471-B5-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReELSEttNDcxLUI1LUhhDKFLAOpODgDrLwEA6zEAAYECAgGBBgIBgQoCAYEOAgGBEgIBgRYCAYEaAgGBHmgA6k8=","HKscs-B5-H":"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","UniCNS-UCS2-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pQ05TLVVDUzItSGENIBMAeAAAehAAbZ9iAYEWAAGBEgABgRoAAYEeAAGBDgIBgQqDnDkA6zGBOAGBAlEAgQYBAIEH","UniCNS-UTF16-H":"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","UniCNS-UTF16-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEOVW5pQ05TLVVURjE2LUhBBiATeAACEBuDvCmB1QaCC4HUVwEAYQcwCAGBFgABgRIAAYEaAAGBHgABgQ4CAYEKg51yAYEC","UniCNS-UTF32-H":"AuBSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TRQMBAAAAAMP/fyMBAAAAAB8BQ0UAAACgAQSEBAGBJQGBJQWBRACBKACBCQWBQx+BPB8Ag0+ESAIDAAIBhGcLhF4qhGcHhGi6BoV/AAINJwIMAAMADQqBCAIDBQgCIoFEgQwBgREDgRAYglVtgiwABwACAAMECgADewoEWQMMABgAAwIqAQMFIQIABQIAAwYXFQ8NBQAEMygDAAsbGQQvgXmCMYdGgV6ENwEACQIDAAMAAwADEQcDBwMHAwcDQwkAAACo6zMDhFqEGYRbQQOBeIJ4T0C5RIEoCgCBRXdDOAAAAMCBkmQABQYKAAUAFAcLAAUMFAAFBgwABQAuASUABQQKAAUELgAlAAUBDANVACAQGwAiBiEAIg8CHzoAYQAqBS4XKWFBACABEAAlACoBBgECAQABAAEAcxAAOwI8BgMFBwgSCgsNCQYOuDNZADwAOwA8g2qTHVMdAAAlUIJCgdcOJRAlFBAlGBAlFBAlgdZpgdcAJYHWW4HXACUIECUcECWB1mWB1wAlQygAACVvgkEAAxghAAMAAwADAAMAAwADBBYABAqBdwADEA0AAwgSAAMIBwADAw8CBgAHFIImAAMfgh0AAwJ0NgcAAgADkz2CHwKBHg6BIoUQgQmBfYEkIgQJCQJPAAMCRkMeAAAvAIRTAwAAcwB8AH0HgQQBAAACAIEFAIEEAYEFAgABAACBBAAkA4ErAAEEAAWBQACBQRGCXACCUwQAHoRgAAY6hGUIALxVQgACAQBDAQAAL6KKG0MBAAAvro0iQwEAAC++k3hDAQAAL9KlCUMOAAAvEK5uBAAEAAMIDQAOABIkBAIFABdIB4E+EQAACAQAQwEAAC+YsWdDAgAAL728MwEAQwEAAC/LxmBDAQAAL8zMEkMBAAAv1d4NQwMAACV06zCDSB6TPgdDgl8AACWT7hCYO4FDYWqEA4suCopSI4dFDox+BolaGI1UAq8FGJJEDJwAC5oBFoZGBIEhFoIVCpVWTIFcDYsbDpZTBo42AJJaC6V9EoRiCZZoC4dNHIJzA3oDhQ4DKQaPbBWRAQoFHqJnBagcCYkBC4s8BJ07CYgFAKAYFYhBGoNeH4llD4UDBYZcAI9aA5QXBoR4BJR1AaQ+AJ9BAKYgAZU5C4wFAIV0AYUwBostA4J1AI1AApRwAIQ1DptJCzYGmxQBkFUClUQOkHUFkgsADAGEbwaRBACCVASPHACdXwaSfAWOVgKHGR6KAT2OHRimHASpczOJRAWcYAKPOx2VDROdfAgIAYoOZ4ltIqBnCJ1GBJdDQqRQEp4bCpUgMD8co18JkWYHmhoGpnkBj3AFgUoCFTeCfAiWJwanKA5oAkQChhEEhiwQh08Ah3wQpGMAkgAJkHIdkQ0EixQEhzUBknsHmigAhixDikUygnQBmyUagW4SiBVRgSIbg0EDpg4VnQ0CCQedIBqHPAGYLwOOBAGaKRIWG50MAJ4LGJ4QA45vA5JRPpFOeIQ3A4w6BIwZBY0sDocQJ6pJCYcQHaQQEJU1AZUsAqUxDaFcApN3BoIWBSINgxsRhWUVijAOjR4Koy0HpiYEj2sAiXkFjCUHoDoLmU0AowYCkAcRiQ1ClSgCiAYRg10ejjszkEIBih8CkzEDgwsGghsGgn4CgxgEiUcEiVgDjh0FkTAAl2ICljsDjCECimoFgxkBgw4BjHUHhWQIhBQCg2cAhC4DmmoBn1lRIgCWPgmWR1yjUBYCFYI5DDwJiQ1SnWMKiFoCkA5CkAIWk1MIjz0PmjgGjikagkwIlDAAhXcJnQMjEjmJbwGJaBCBPEqRBxCBfhOBeQmPdBcELo0hKY1GSpJ0A51VAo9GN4MjBoRoAJNuLqlTgQ6vQh5DBZNrEgMPiyt3jwkWg3cNkFoAi2sBohYUgzEIjjUEmBAIk1sOjQ0BjQgElQEEp1gAmT0AhgAAhwIHlEUUknoBmXkKSAaCJQWCHAMABpM2BIIFCY4bAZUaA5g/DYtgAJccAoYUBqpnDYFwGoMAJqw2PJN7JZsfBVpFTR6HFgWMLk6FQwCJMiSJNx2NWQSWJjWDaC2DXymLKg+Gcx6QXh4oFkRRiQcTkBkphQ0YDhuHQgyNcA+FTgWPDwaBewuJex6BDg+CZgaDFwGEGhSWTBGoKQyGFBaKExeENj0bLzANjFB4g3QdmXIDlnMYkwstHDeibDeWJwKMNQiOIAKNeA+YJwGIUAKGKQKFFQCLQiUDAIsfAZIOQ4c8AgkGmlcsmF4fgUchgWcwiEkBBAaHNimDIguGbhuHKwaJACOfRVyqfkOBfgAALoCBiUgDgSYFBgoEBgAAkXIHkXMBAAIAAQABAAcABQABAAeRZAORZQQEDgQEkViBSZJ7hBcpAgyFAZYeAZMnMAYAhBYmhBcbgjsklmxXlxcSgnIHkBQTkBEEACUUDAAZAAFlA2YBKxOFWhWBbwCBXwiBPw1YDol2AYkvCpBSD4QtEYRRBoVdEo9mH5NNI402BgUMgXMOgU86iCMsjRg+hiMnhz0+kho4kR8QBEKCJhGPGF4dJZYvDYUMNgANACqQYBCQWy4EKYIYFYIVCgJHBksEJQIygVABgU0CkRIjjyMIgW8IjA4NiBcIg3cVAhgGAAMIAhmPEEePAw4IBQIlixRyggo/jQ8jCCKPTB+ECxOLJSMGCgAPiwAChAwBjwsGAhsSGIkIAoMMKYsjAI1SAoYnBIoBCYtiQY4RYIUuIAYGAAmLaAaLYwmOOgOOOwMABQAMjXoGjXlEACgGFoRnNJJ4E44NCEsThBEPj0wTimsbAgsADYUtFoUwBAABi15CgxgGlBs8knIJDQaNMSeOOjWONxSNPASBBg6QBSGBPhEECgQdjVA1gx08ii0VizIDizMRBAcCDYseZ4I4Y48pKIFgAow0Jo8DK4JeAoseEIsXEQgRAgcAYQogBgyMYgV3GnICgQIhkGEAgwYWjEIaXQSLWxyLbAhEAIUJCoUACYwnAIpULQMMBiYgD4E2GIFlAopJEACBCYp6DIIaDIEXOww+gTcNAAoSSIpXVAIShUs2hVB1EgCGdmKPEwyIHguDTQI8AY9UAC0Ui38LABgIPAg9BAGGITyGIBACbol4P4l1K4gCCIgBBodgC44XQ4ZALAKBFIkmC5I3AZJQBgMPDBWJQwmKNANEBYF5A0QehWEojQ0UkkokIm6BLgCBWxGBVBKHBWdyUwsAAE4HrnHUEQUEBdQS0z3TSgXTSwNDBwAAThSFcgADAAMBBAAJDIhwAYwhQwEAAE4h+m1DAwAAThqBkX0BOweNJ1MKAABOKv5XgfNZgooOgok900qBySyCnHnTbs1z0zxDIgAATjaEGQGBJABUAYE4A4M1A3gBLAIAAlABgTgAAgADBohkAYwOAJc7AwYAMAADCYQCCYZuCpMgA48EAq5HAHoBgQACiiAAiyMBLgJQAAIBAAAFA4MsAYZwQwcAAE48rw8FRwQMFA0imw4NmwMFDkMOAABON4GKFwU+A7oRB6c8EKc7ALhmDpwBDYEvB59+AIclBYckARgOrzEBvCBTCQAATp6KLYVqkg+BLFaCnF6CmTcCA0MNAABOqIgWCpA2BpcvBYEKAAMBAgAKCAcKgSYADAQAAB4FM0MKAABOtsZjC69NBQIAAxAsAQkABAMDBgcAAkMJAABOt4GCPAG3CwHFXACsawKvPA6YXRulUACMdQKgN1MJAABO8IcD0GzQdQbQfhnQb9B0gYdgQwEAAE77hwJTCQAATv2HBYKAKoKASdEG0GvQcIGIEIGICwdDCgAATwmGeAACABgBFwEEBQkDBRWCZAAbAwdDCwAATwivPQURAx4ABwATAwcEDgQECRUAgW4FAEMFAABPF4GTUwKSLw0AAK1/CIIDUwoAAE82iC6ChUaChV2B7QCB7QXQAM97C9AMDkMHAABPQ4glAgQAHwAuBDUAKgArQwMAAE9BsC0HDwKDMkMDAABPQvNLAocGBYc3UxMAAE9SsCsJ0AMR0AjQE9Amz38EKxgKK9Ag0APQDBvPec98QwgAAE9nsCoBy1sAzwgAFgDPMwHPMgDPPwASUxoAAE9y+HKB3H/PEM8Dzn4GDAXPAwvObgLOcRnPCBYMzyfPCA/Of88Czn3PAIGCboHRfUMPAABPjYoyARwBAAQHBBMBCxCGBAAZBQMADgAWByUCGgATAA5DEQAAT5CyBwEGAQUABgEZABkBGgEIAQIThSQADgUKAAUACwQKABUDC0MGAABPovNHBa1sApQ5BIsxA7Q+CJMtUwsAAE/HtGeBsgCBshXOWc5Y/V79a85DGxAVQwIAAE/TtFwACFMMAABP1rRozmsHzmTOV85aCc5rGBMPCUMMAABP7pBMAC0BHgEIBCUBEAMYARkFDwIoARMDhwZDBgAAT+y0bAeGbgADDw0BAAYkQwgAAE/k+GYAii0Kv34BqlEGnWsDnWQFmV4ElWVTDAAAUBGQQQPPPM832ADYFc9cz0EDFc9EEEMGAABQHrgcAM89AM9aAM9LAM8wAM9XUw0AAFAlkDgDz2rPURcmAs8szzWBxXz2Ox0cQwkAAFAzuCUA81QA80UBEQOBtXQAgoVJA9geABkB0QNTCwAAUEW8RgrRG9B+0HnQfg/Qd9B80HUIQwYAAFBRvFEBLQHQaQCB1EgAgYM5AO4AUwkAAFBalALQftEJ0HwJGhsFFkMCAABQZZQEAIHPCFMJAABQaME4iWEjIu4Ggb5/0H7RA9BQQyYAAFB0lAkAAwAHAAgCHQIAAodcBAcHAwMEBAIBAAAJAAgHEQmHOgANARAFEQEKAwACBwYDAQoGhnwABwEAAwUABwMCCgcBBQEUAw8ABwIOA4V6AwBDMgAAUHK8PgAgDolWAA8DDgMVAAQBAAMGARUAAwUDABQABQANBAIKimYBCgAEAg0BEAEAAQsCFwEAARAABQEJAQUBCAAMABMADgeKVAARAgADBAECAgwCAwALAREBBAEEAQYCAgADAg8CiVYBB0MMAABQgfNOBqcaB4ZhFYpbFaoiEMAZAoNpCJt4BIFEAJRpAZlmEpIRUwsAAFD7ogSBoxrFFwcP3XWBvFyBvFfdbN15DkMRAABRP4RcAC4AagEDAIEyAAMAgg4AAwACAAcBglYAAwACBIQeAQMAAgGFakMMAABREKUNAQcBAgACAgcGhFIBAAgFBwQAhnoHhQwAA0MVAABRCtEIAsR6AJlaAtRhAQcDAAIAAQcDiHoBBQEAAAUAAwIIAbFcBMRfAJocB45uAAMChRAYvhZTCwAAUVmCGeww7DGjaKNnA/5C/XiB/Du5WLlZQxkAAFFlhF0BgRoAg0AAhnQBi1MAgR4EgzwDglAAhCQAAwACA4wOBZhrCoVgA4xeAAMCjSQAn2UAgiAIkB4BhioImG0Ag0wDghAMhnZDDAAAUYClDwaTUgeCcgOQAAADA5JnBYYeC5oBBpRqB4FaAoM4AQBDEAAAUWqBgDwJlAQEqWMMoyABs1MRn1gBmjgKmjUAkxkFv0IDpWkAEACLKwCKKgJsCpldUw8AAFHGkFiB5yKBl2WBkCSBkC3POQUDz0SBkCSBh3WBh3SKQYpC/iNDgTsAAFHcogsAhgoCwGUAGg6eRgCHPgGOMgGfRADSfQGBMASJBAWLLwXUQgDSGwHSFgHQBwHQaAIDAtBnAAkE0kgAxlUAxlQCAALPewADAgYFhCgBAwDPCgMJAM8BAAkAAwECAAcFDAGFWADOVgGFLwDJIQHOTgDOWQAEAAMAAwAHA9V2Ac9BAM9EAM9LA89AAM89AAUABAPPNgAKBsEXAIdHANEAAAIAAwACANEHAoc8BIcwBQABBQKHBAADBoYGAgMDhgQBAAfAYwOCUgADAoISAtBmBM4XAAQOhCgAzwIBzwcB1DIAzksAzkoAzk8DBQEAA9VwBMhbANEGAdEDANB+AM4RAIJzAAMBh0QBAwADAIcsBAIBAwmNBAKGBAGERgKJIADPUwCBKgB6ANMYC89XANJGA8VfANVsAMhTAAMA2k4AAwL5OQCBJgCBLgGcFAC1KAFQANIRAdJ0ANBnAAMA0GQAzhEGkDgC13IBwg8BhnYGtVsAgiwC2UQAhSoAwSkCnnMBJACEGQCFHgEDAAMAgTIAAwHSDABkA8llAAcAAgADAoVmApRYAaYpAYEsAYEwAAMB1EwCy0ECjHMC1T4B0VcAAwLUSgDPcwEABYoQAM5IAsglArweAdJnBdQeB4UcAQABhSwAAwAEAAMAzk8B3hYA13EAz0AAz0VDAwAAUdfGdYEgAgEDQwoAAFHYzCIFk0SBJY4fZIUjAQADiUoBAwKSaDucMwOTPEMHAABSAu0zgROYbwCJFgADAIUOXY4lP4USQwMAAFJZ82RKADwCQzcAAFHbgYsaA40XAptsAZALCJNbBoRGB5BEAZojBpIsBY0RE4NzAKceBaMtAI0ODJJPB4U+EqkoB6knCIRpB5teCpstBZE+FZdJAJ86A5R/BYNtBpcyBgAMk08DBAsABoV/A4hOAIc/DoRwIItVIrEcApBVBJlRBYIyAII4B5MsBpAEC5AFDoEJAYU1BJFEAqR7BYZYBgAIogoAogkUCAwCAYkzUwsAAFOkwUHTD4HVAIGBc4GBdpFClzWCfOk72jOBw2xDFAAAU7KiEgO7XwLVPgHRVwecCgSecQAiAIEMAAMBAgaKPgEDAAIDhVoDhiYCsUoAySEAgkAAHAALQwIAAFO04H4slW9DDAAAU7CBiyIQlC8AjDQCjDUGny0DhQYArRYAnBMFnBIAkm8AhS8FhTJTDAAAU+iGHwMMBQ8aGwkcAwMXQwoAAFP1hiIAgfVmAKIdAIHTTwISABcBgfZAAoH0QwEKAAlTDwAAVAaHKNBK0FMVBAQJDAQXBAYKgfNckENDAQAAVBb8f1MKAABUGLBHB4GYPoHoJ89m0AECLguB9lBTEgAAVCOBiyOBtS8Nz3sCz37Pc89cz0cCNSCB8SiBoVvPRYHoLoHoT4KWDEMMAABUOIhWAAUBAAAKAScBJgEZAAcCAwEEAQYDE0MHAABUN7BABQ4DAgMPARIHCQQPQwMAAFRL/VEAr04AsCVTDgAAVGCyLgPOdc54AhcEDM57geZ6hl+BkT8GgZ1oUwoAAFRvsiyFMNQt1DLUT88Mzw0YDwlTCQAAVHqyJc57CBDOXg/Occ5wAkMFAABUhIpqAIKFXACChVsAzmIACFMOAABUi4p1Cc5yzmmB7FKB7GfOZM5tgoB2nB+B5GUFgeRKgZU3QwMAAFSainIBgedmAaIMUxUAAFSgtQQZHIGsQJQNgZhRzkkaJSARCCHOUArOQc5WzlWBwUSBwVuB+yJTDwAAVLa1AQfOU4H7KIGsZ84rzkbOWc5azkcpFAfORM4/QwQAAFTHjVgACgAVBANDAwAAVM+0ewYIBxJDBQAAVMvzIwCwfACvRQKuVAmNblMMAABU4LhXz0/PKIGbdoGbb89DFM8mz0kSCM82QwYAAFTtkG8ABAMRBwIBCQAcQwQAAFTxuFIBEwcUAxFDAQAAVO+BiyxTFAAAVQGQZoHRSoGBZxkGz00Uzy7PO89CDIgc8BL4N89BJ89UE4GJQoHYeUMJAABVF7hGAIGlTAGBpUUDgYk4BJwKAYpLAIGbCwDPHwCB9HJTEAAAVSq8YYGIcIHZU9B60QEH0HLQfdEC0G/QWAgD13uHDNB8QwYAAFU7vHAAJwHJIwCB3jgAgZRxANB7UwkAAFVDlCYH0QjREYHaEoGIeYGHcoHZA9EUQwwAAFVPlCoFAAAFABYECwEZAIIuAYIvARgACwEXAwNDCAAAVU28XgAaARsABAAIDwkCDhGJNkMIAABVU4GSSgmiVQuIAwGNYwWCLgCLCACCMAWQcFMKAABVe5d7BNMm0wHTBNMz0yLTGQqEJFMQAABVhoGBLoHSUdMI0nEpDtMWimaKXxmBiQKBiRcYDdML0yBDBgAAVZiYAQAmAA8BFwAHARRTDgAAVaHBVx0KAhkc0y/TDP9UgdJXHgnSatJ5QwQAAFWxmBEACQAJBwpDBgAAVbXBTQmKbgAJARwALQAQQwYAAFWw8XUDhBAEr0oAnTcBgw0EghZTGQAAVcebWdZk1lPWNgMFItZv1mAX1kfWVtZj1lgMAoGITogRgYA51mPWONZH1k6BlUiB7CVDCAAAVeGbXwMEABkAsm8AsmgGEAaHAgALQwMAAFXixwoGDQgQQwUAAFXq/HwBmlUDmmoACwOkBFMKAABV+cw3Cf9k/3PaMwnaStpL2jwCQwYAAFYEzDUA4RgAgbtZAQwADQLaJlMJAABWD8wu2iGBvlzkQwjaOdoo2h8RUwkAAFYbnxLaOAjgZoG7GYG/QJBelQ2iPkMHAABWJfx4AeEfAdQhAN4GAQcA1xAAgbUhUwoAAFYyohbeAt4B3W7dZYG+MOA33g/eEN4VQwgAAFY/ohcOBgQDAwIBhXAIFgERAAZDEQAAVj3RGQACAQkADQAHAp8NAJ8WAQ8ACgADAQcLCgEAA4lyAQ8CBgIDQwgAAFZD/H4JiHoBAACcIgGIGwGIJwiSbQObT1MNAABWaKUcCQQLEuFaCeFX4VDhVeFgCeddQwcAAFZ2pSIA4VwA4W8ABwCBq1oAhGIAalMKAABWftpHAuYf5h4FBQPmE+YO5g9DPgAAVo6nOQAIAAcEhBwPglYCAAWCWQWFAAEDAAMEBAOBOgADAAIFgSAAAgADAW4EUAWBKgLREQADAYF+AAMA0EgA0E0A0EgCzVkAz1gBAwLPXQAEAs9SAc9ZBtMgAQAAznkEhVoIjR4AAgEDAYc8CI4UAQMGtE0A1BIHzysABgDQPAHQQwADANBAANA/AAkCAwDQSgbNSwIHAQkAz1IDAAHPU0MEAABXB7x0AgMBiUoHim5DNQAAVomBjCgAsz8AlAQGkk0AsUsDhyIABQAIAAUBBQAEAKocAIE5AahEAppHBbELAAkACAAJAdVsAYEOANFvAAIBAwPaSgWoJQOuKQGCXgADBAIBhAwFAwCBEAHPAAuNBQqSCQEDAQkJpXQBsy0CjToUihkE1i8AiWYAAwC7XgCTexOXZgq8GAGGYwKeEwAiAi1TCgAAV0mwVM9fz14Fz1cCBAMNz15DFAAAV2GKfQICAQMCBQADDAMECgWFTACFXQeFXAcKDAsBAgADCgQThhoABAcDAoYjBYYeQykAAFdiskEFAAIVAQMBBQAIAAMABwIMAAUEBAEIAg8LhSYCCgQFAAoBEwAGAAIAAgANAQMGBwAQDxkAhzIBAwAIABMBBAADAQYBBgQTAAoEFwKISACIMwETAgNDFwAAV1SBjwUCgUADuUkDmHgHgikSp2wDiQ0AsysIuQYBryECiWsCnT4LkkIEiTYFgl4CHwiGYgCNbQarEQKVGwWQXAOGXg6CHVMMAABX3Lx57haTdoHTEQbRFiUa0Q/REIGJDoGJBUMBAABX6b0RUxMAAFfsvQgZDoGjHoGjBQUVCw+JTIlT0G3QeNB5CdBqKh2BiCJTDwAAWAC8eyTRHYHaIIGIe9E1AtEMC9d/hnbRCBwGE0MFAABYEL0MAfl6AfopA4GxCgCBp0FTEAAAWBvBZQPTDdJ8/3CB0m8FgcAU7RPTC9MQ/2D/bQIN0wVDBAAAWCzBbQADAAcA0yVTCgAAWDK4XpIO0xuHMdpMGx4D8g7yCUMEAABYPccfAYpxAPI0A6hwUwkAAFhH9ULnQYpo1lEEC9ZQBgtDBQAAWFGbZwASANZAANZPANZaUwkAAFhXm2kD1mbWZdZmgZZUgZZd1muB13BDBAAAWGKbcAgJAQIHhmZDCAAAWGPHIAAZABACFQYIARACijoBCkMEAABYafplAo8XBYoWAJxcUwsAAFh5nyfaMgwf2iEN2jTUO9Q2ENpFQw8AAFiFnygEBQgDCIV+AQUAAwYKAYU+AIVDBAMEBQqFfgIDAwQBA0McAABYhsw8AAoACAAfAQ4CBgAKACEAEAIKAx0EiUoCAgAIAQkBBAUPAAoCAwEHCIlqAQIACwECAgIDAgEPAAJDCwAAWJKBk1cDgxgCkhkAi1QMqDECh1YFpGcEwjYAqQcEnCUPjDpTCQAAWM6nQuYU8hSB2C/mGOYd5hbmG+YWQ0AAAFjYqU0AAwiCWgGCJgSEIgHSSwCBCgKGWgTYVgekDADPcQDaQACJOgKBmgsA1UACgyID2GcB3D4AhS4Ahx4Az1kEt1gAz2MAgmIA0VoEyDcDkwQBlU4BAAAFAbRdAYEIAAIAAwDTBADTAwCBUgDRWgHRWwrSRgHNSQHPTgPLJwDOfgPPBwDbVAPVdwADAAIABwHOWADULwCFUASGJgHYIgPJZwDTGADaVQSOWgGGdgADANo6AdRHAIV6QwcAAFja4QUAAgEDBYUIA4kKAAMpjhFDDwAAWNyBgVoDAw+RXgGfQwCDXQeRQgiRWgCBHAGBHQmLLwufDgGlMxKRUAEAMIwIUwoAAFlw3heRRoIsgcYpgmSB7HCB7HHSTtBDBFMLAABZe69YBdA30DoCDdAvAwcF0DxDBgAAWYqIewIHBA0ADgIHAgNDBQAAWY6wXQAEAAMGBwAFQwMAAFmJ+jAKgi8Fg1NTDAAAWZ2IcQSB5HSBlSkMCc9TBgTPOA7PXUMBAABZrPsBUxQAAFmuiwsOgd0IgY4PD85tzwAfDIGXPpQ7gdINznjOf88KBs8XgpNIgcQzD1MSAABZw7JPgY5ogd1dE88QBYGeLoHtNQXOdM55znIDznUFEAkRQwYAAFnYjXUBDAERBgQBBAAEQwcAAFnWslAEhTQBEQAJAR4AIwISQwEAAFnZgYFxUxwAAFnojXjOZs5jgdk6gdMfyE4lgYouhg2BhCEMBgYHDwSBjj6KWoGZKc5LzkwDFM51zlTOR4HSHIHSKUMOAABaCZEQAgMEFwEIBAkCBAAFAgAABgIAAQIDAwyGcAUKQw0AAFoKuHUEBQUDAAcACAENBA4UAAGISAGJQACJRQAkBAVDCwAAWgv5CQGFIwSESwe/XAa/TwKbGAKMDwKKTQCICACMYxCCYFMLAABaQJRLCdFaIQTpXIG7EdFEEdFFDkMCAABaTL0vAAVTHwAAWlC9HigZC4GdQIGdVzYhG/I4gcNN0TQYIRkIE/o4gctNgdpagYkxB9Ev0R7sOuwN0U+Bv27uQwn6QkMCAABacL0wAPoGUwkAAFp3mCPTJO9U710gGRjkFoG3WUMJAABagfQdAIwmAPBhAAcB6gQBm0IBgYVJAAQABlMKAABajr0riTiKWvl8gdgf00QxEoGACIGAAVMKAABamfQKgbdNBNM+BCsHgYF+ki3vUUMHAABapIGUQwCBpRUABQDTHwHTNAH/bACBgAFTFwAAWq7BfBmKcgXWWQXWbhMSCREaHwzWaQMD1mYI1nkMgao002VTCgAAWsbHLhcQ1m/WdhnWX9Z64yaJbUMCAABa0YGURgGlCVMSAABa1cxQ2jkDAtpMFQoXGgMGD9pP2kraQYGvHtRv2j1DCAAAWujMXQDaVwDaPAAEAAgADQALAeIwUwoAAFry73XGQYkq3X3eAAMEArh2gZcHQwoAAFtThQEAgQgAgVgGhRQAAwGEMgMCAAMEhU4BhiBDEQAAWwiiLwALAQIAAhCFcgaEOAUDBQMDhDUDiEgHhQACABKHFguFdAIABow+AYh+QzEAAFr90SwAzWAAzWcBEAAFAAUBCgEDBYGBFAGBgRMAiVYAwyYBwysAAwD7EAD7DQAPAQAADgAPAhAA+DIA+DcADwGIZAEFAAgAAwCIYQLBPgC4YwAJAA4AAwILCYcMBKZeAoV2AKFxAMNKAL9LAAMBmAACknUAgVwAllwWrDgBgxwEnn1TCQAAW3CUUYcwyhjKHYGsEIGdd4HFJOpXzmtDDwAAW3qnRgKJFAGCXADSNwDVcAHRVQDRVADPOQMAAYJ6AAMBz0IAz0ECz0AAg2hDAQAAW3vaWEMDAABbfIGCDAWDEQ2iSFMJAABblbJagcJugpFxAgIHBgWB7XBDDQAAW6KOBAAHAAIAAgAHB4YoAQkCAAACAAIABwEIAANDBAAAW6e4eQCHDQOHDgADQwIAAFuqgYJ7DKMWUwkAAFu/lFbRRgPRSYHTHoHTIwMGC0MlAABbysIQAAcA00MA0z4ACAHTRwDTQADTSQACANNAAYpQB89/AA4A2j4A2k0ABgDaRADaRQINAAYAhWgAvzAAvzEABQEDAOduAOF7BIseAIIsAc4hAYUEBo0AAdVqAM9DAoZ8AAMAA0MFAABb1YGCEQGGUhuGTQtxBXRDAQAAW9uBlEFTCwAAXAzCEsUji1TAU9QG0wHTMIGlcgKBpH/QL0M6AABcGosgBPgyAoGEbQGBBgDUKgKCDAEAAc9FA/IcANNFAd4SA79pAMUFACYAXgDTLgDRWQGFJAADBNMmAgAAzncChVAAzlIAzlcChigABQLPQgDPQwDPPgHPVwDYUAbRQQGVTADaPgOJKADTXwOKSgGEDgDSWQGBCQHUOAADBM83AtAuAQQHghYBCwACAAIABwDPPQDPNAEAAgYABADPSQDPSEMBAABcbekDQwwAAFwcgYtqAa8DAY0+Ap08JY8TAIcHCIE1CoY3GbNmDKR1E5VUAIR3UxYAAFycgZJagb9hgYJ+gYMNC851zwIFDxgECw/Od88AzwHOdAQTBhbPCUMbAABcs4sqAw0AAhmFSgYDDoYuAQMCBwIIAwQBBQQJAQMDCgSGcAADBgICBgICAQkADgEHAQ0GAgEIAgABCUMpAABctbJgABYPhTAADwAKAA8AAgANAAUBHAAHAB0FFAARAAUBCgAFAgAAFgyGbgECAgAFAACGdwCGeAULAAYKiHAABgACAQQCAgcTAgMABQAaABUCEAEJAAMBBUMOAABcuoGCKwaKGACZWQ6HDAOtCA+QQwOUKwUABaIKBoI8E6RDBIoiAoojE4xjUw0AAF0uvUuBoA6BoBmJNAwX01XTSh4tJAUNQwUAAF1HmDUEBwMAGIcSBQBDGgAAXTzCKAAPAREAIgApABgAHwEsAw0Aii4Aik0CBgIDAAgCBwMKBIo8AwQAEQECAQgAAwKKWwCKVAQLAAZDCAAAXT6BjCkHlAEBlAANiWEAj2EDh2sUpBwDn2tTDAAAXXfMaYGPaIGPXROBjkqBjj8TDgYbBgtDBAAAXYSfQwIADIVkCANDEQAAXYbMZgEKAAMAAwIIBIkWAAIBAAELAQMAEgEFAQQAEwAIAAIAC0MEAABdhfw0BYteAogxFZxAUwwAAF2n1iwIDQjMEMwhEgkIDQkOQ0oAAF24p0wBBQEDAAILiQ4DgTYEgSQBAwFqBNMjAYFAAIUAANA0AIIaAM0vAJUgAp9HAIJeAAMAAwKFLAKQNAHsOgOBg3cCkQIBznYDuicAplUA03YENgHPNwPSUAHPSQHPSALLBwLOfgDPBQADAM8CAM8JAM8KAM8LAAQBhTwBAgDOeAMAAM5/AtVuAAMBzzkBAwWHCADRPAHRQQACAAcEhxYAyiYByicA02gB02kA02QA020E3iIAAgDXGQDXFAAFAAMDilgA2lcABQEAQwsAAF201jUAEQGIWgiGfgGEDgCBUAeJAgMAAYJeAwMCgipDCwAAXbaBglgCkyoHqF8VlFgdhxcThzwBjm0GhkYbiAwTiVQFpWlTCQAAXlufReQCBcVKgaNl3hjeGQWFZUMEAABecoUNAIJaAIIeAQNDAgAAXmunTQmQLEMGAABeZtY4AolpAJIwAQMCiEcAlSZTCQAAXniLMaEcrzOCSIFejyiUUqgn1XhDDgAAXoeJEAIABAUHhEYCAwECA4U6BQAAhjIDBQEAB4cMAAMHAkMUAABegq8mAXwDgiIABQEDAAIAAg2JMgYDAAIABwAGAoZmAQIBAAEFAYZ1AI98AgAEAEMFAABeg4GCCAKREguSDgYAI5g9UwsAAF7EmD/eGAIC1x0DhwveJAXZRM5xUxQAAF7Q/Q7gMQraZdpkB9pf2lYFCtR/3hiJIdR33hbeGwTeFN4hBkMuAABe5dY+AAUAAwACAAcC1nsGhwgA1DMBjhoAhEsCigIDkg0AfAGBXgDSUAHNJwDPSgGJNgDPAQGibAC0ewOEeAKobACtZwOCXAADAdJQANA1AdJYAc9NCNM6AM5xA4U2AM5+AYZsAM8/Ac86AcgvANE6ANE7ANE6A8opA94gAopaAAMB2mNDBQAAXvHlUACCXgWTXBOHHAEAQwcAAF75gYJDAQAAAhAEF5NMFJNFAKRCUwoAAF9IokHeFNg/4iLdY4GfLIGTRfUkgcdZgop8Q2oAAF9UsnYBhUAAwUEA2m4AzFcDmxQDykkAiVQBAwCKAgHVbAHIKwCEHgCEHwAFAIcQAeh8ANplAIVmAZhoAIFgAYImAM9LAM9GAM9HAoRKAM50AAMAzncCznICyT0AznwAznkACQAKAgMDhiYAAwADA9hMANE3AAQABQHRMADRKQEJANEyANEvAAMD2mIAAwHTWQLTWgDMWwDXGgDXGwDXFgKTdALeEwDUeADUfQGFaQHtYgADAN1jAOYcAIxeA4G2fQGBXgPRTALMGwACAc0cAIImAAMAAwGCJwADANA1AIMWAAUAgxcDh2AAznQBznUAywYBAgADAINqAoN1Ac9DAAUBz0IAAgAKAc9XAc9KABAAyxUBywwAz1UBz04ABAHLEwECAMsOQwwAAF9c+loGj24OAgiDeQeXMCCYCwKEVAmOfwiIDAmVFBaqQQOdSEMBAABfwoGTXFMPAABgCbMPGwUaC8lNhT/PCgTJXclYzw8IBc50QwYAAGAZsn4ADADObQDPAADJYQDJSlMQAABgII4hhS3OeIGfeIGaPc8LyTTOY4UuhS8JCM5wFxzPC0MHAABgNYtHDYVEAgMGCQKGHgQAAwlDFQAAYDKyfwAIAAcChS4BAAYSAIZaAIZbAQQAFQECAQACAgYJAAkDGgGGTACGXQGGWACGZQAQQwQAAGAxgYJhCY9iDpM/B6YRUw8AAGBijiiGFIYLhgrIaoZM1VWGIIYXAwOGFshmyGWGJ0MNAABgf5UCBIcRAAoDhwYChwsABQYAAQQDCwQDAIcSAgUEBEMRAABgcrVcDYZwAAIBAgKJAACIewATAYkGA4hzAYhyAYkHAgYBAgMDAAQADQQLQwYAAGB19FYBllwGln0fnEQFhVMClEtTEgAAYLC9XBDKPYH0EIH7EQiGdMo80SfaPokv0SMEC9EgGgSJLFMNAABgw71qiRraWwwG0RqJHIkX0UPaWokViRaJL0MCAABg0ZhFA4ZpUw4AAGDXgYw1ge5L0SLRG9Eg0THRKIGMLIHdT4ZqB9Ne8Hz6KUMFAABg5pUJAIHLdAATAIoaAIVEUxIAAGDwmE4G007MX4Z301rTVd1+iinMZ4cDBNNi+Uz5TQrTZYZuUw4AAGEDwkQIGcxLgbg4gbhNhnXTShzseIG5YYcJhmjMfEMUAABhEphXAhUEhnIACACHBQKGfgOGfwOHFAwDAgYGCwCGeASGfwKGegCHDwKHEACHAwACAAcGjHBDFQAAYRPCPwANAQQBEAQACpR4AIpJAREAilQBik8AAgIHAwMEinAEimUAikYDilkABggCBIpeAQxDBgAAYRn9dgiqbg2pbwybfASTBQ2VBVMKAABhWJ9Ygb9Cgb9H2nDraoHAfdR42l+B5WqBinFDCAAAYWSBgnMA60UAiRgA3jEAk2sB6QIA1Q0A1HpTCgAAYW6iR4G5cIG5adRyBgcK2mmFVoVlQwoAAGF8oksBBAMJB4VMA4U/AQUAhTwChTMFBQkAQxAAAGF50VAAiQMFBwKJBAUIAQ0AiXwAiWEEBwAJAolaBIlfAYlYAYlTAQQAE0MHAABhff89A4ZyBQQNjjUCjhcAAwKWWlMUAABhp6JP52biJ9hU3hUC3gjeA91+CwPYR9hgiUyIMupbgc4K61vhZOFrQwcAAGG82mEB6lsA4iwAvAgAvBEA3W8A5hpTCQAAYcXWRQLda4Q5hDKEN4Q83WjiL0MJAABhz4GMOgCScwIHAskxAREBpiQDrRUAhm4AhnlTCgAAYeL/RYGra+IoA+Yj5hwGhwAJAkMDAABh8N4kAAUA5klTDQAAYfWrAQMDgijufO596XLoP/FA8UGBJGb0PEMhAABiCIVRANMsANFPA4IcAQQAgxwAAwHTXgDPAQADAtseBcERAN4QAgIAAgADAYpkAQMA2nkA2noBiQ4A3hEBhTwBhDoAg3YAg3cBxAkD1nQChAgAzn8AAwACAIU0QwEAAGIH6jNDAwAAYiyBjDwKhEUBlTFTCQAAYka5Ic8/hyyGftNi+XGCiDCCiTeBBEMKAABiUYZFAAMFgiICAwcDCYMoABAABQMFAg9DEAAAYlCvKQiBEAACAREBAAEKAAkAAgEHAAwACwmCTAAHAA4BAAIHQwEAAGJo/hVTEgAAYnmJLc9QA89Vz17PX4RQhF/PYoGbWoGbcc9XgepYgeo1zzgKz2MCQwEAAGKMsQ9TCQAAYpCBh0CB/BcNCM86zz8dAxhDAwAAYp39FgaQWwGVLlMKAABiqItjznQPznMkzkIMAgTOZ0MLAABis7MbAA8AzlUAzloBDgDPCwHPAgDOcQADAM5iAM57UxIAAGLBgZVRgpNvgd5ogd5vge5ige41EQ0ZzwTOcRUiENN21BHOXM5zQwgAAGLVgYMMAoHuPwANAAYAHQCFJAKB41YFmEBTGQAAYuu1dM5xEQIIzwjPD9VQzz+GC85kDs5/znoHDgLPGQYKhg7IaM8LFM5kQwcAAGMHjjgAhhYAhiUHGAQdEYZCBhdDCgAAYwu1cAAMABEABAAGAIZYBIZLE4ZgAhUAHkMCAABjGIGHQRWTSVMOAABjMfRl7XGIbQ2BiUiBiV32dPZTH8872GqJLc89E0MEAABjQLk8ABkAz00AzzxTDAAAY0aRS89UDM9hzz4Dzy8DHQoEz1JDBwAAY1WRSRGHLgAmAAMBFwULABFDCwAAY1S5MwEfACwAEwACAAYKiGoHIgAJAAcAIkMCAABjZP9HB4cMUwkAAGN1vX7KK4cT0UqBkUCB4mMH0RwjQwcAAGN//ksAgdIzANEqADEA0RMABgDRNlMMAABjh7160R0N0RCBijCB1FvKXCXRD9ESGtEzQwUAAGOUwkwB2l8A0TAA0SkAFFMLAABjm5Uo0SwVBSLRVyYhhnbKUNFJUwsAAGOnlRscCwXRJtER0QgYCYkgA0MDAABjuf0dA/5XAIlWUxQAAGPAmF2B6RSBlQkjGooI3g3UCATUE9NsIAPUC9Na02cOgbgCgbgJ1ABTFwAAY9XCWdNn1AYRENN7BdNmA/QA9AcN02WB5zaB5z3BDJJKgZ0cgZI3imfTZxjdeEMMAABj9JhqBAgMhnQGCQEHAw8AEAcDAQ0LAAEEAAVDHgAAY+/CUgAsAIl6AIobAAsBCgAHEookACQACAAZASABPwEAAgwCAAEYAAoDKwAJADQCNQAmABMAEgARAoo8AoonABMACUMFAABj+IGDEgKSXgCeTQECCJ5IUwoAAGQygYtZgYdX0BXQLtcr1xj2OPY99lKcZUMFAABkPZwhAAkShwgAjWsBjV5DAwAAZEDIAAALARlDBgAAZD/NLgsLAR8AFAEMAgVTCgAAZFifXNso9CD0TxgZFNsP2xSVH0MEAABkZ59jAYVqA4VpAYVoQwcAAGRlzTIAHwGJFAKIfQADAYhiAQBDAQAAZHH0W1MKAABkdM0dCAko2ymFdoV1CIHOCvMXQw0AAGSHn1sAhgQHAAEKAAcBAAMOAAUDGwMeAYYdAIYEAwRDEQAAZH/NLQIPAoh8A4lcAIlVAAMAAgIHBgsABAASAxMAnicBnjAAEwIOAokRQwIAAGSNgYYjA4I+UwoAAGSromgCBwOBxXSBxgPeHN4lHoHHJEMBAABktvRkUwkAAGS91lPiHQeBzgSBzhkM4ijiLw1DCQAAZMelPwKEMACEPQEMAIQqA4QpAQADhCgBhDlDBwAAZMnWUgUDAAMFAwADARIBBUMCAABk0/4DCZA0Uw4AAGTgp1qBtnyBtnXmFALQWoG2fYGPFqh3CddA1z/mHQRDDAAAZPCnWwAEAINoAQMCCgYJAYJaBYJbCIJaBIImAwMAAkMUAABk79poA4gjBI8mAwQACQEFAQYBAAAJAoVMAQQCAAAFAAQBCQCoLgGjJQEDAAMAA0MBAABlCoGKNlMMAABlG+VS8T8Dgawoiw+sfQME8hdp9SqCMUN/AABlKegaAPQ/AAMATAD1RACBCgCBx2sC+iwAp1gAgaRbAYZUANA8AMx7AAUBAAHTUADOXQCFGgHOfgEAAc8BANV4AwMEyAMBCQHRJADRGQADAA8ABAAEAAkC2moA2nMAhnAF03wABADUAwDTdgAGAQcBzQcC1zoC0EUA2xgAz10AhTEA3gQCAgADAAIAiUwCAwCIKAADAoxOAoG3AQT6OAPTfQADAN4qAaxIAOJ3APZOAIHFCwGYAAGHUgADAo1UAOIQANsbAO1mAYGiCQCBWgGKWgDOWgGFQADPAQCNfgHaZADUAQCGbAX9BADiLwD/YgCBx2UB2xIAzl0AhRwBzn4ByFcAz1ICz1MAz0oGiRgA0Q0ABwDaZAEAAIokAtBDAAMC9g4AhnwBhU4AAwCFAACBvlcA1TYAwQkCkVcAgVgBgiIAAwTQPgADAIJMAM9JAM9MAAMAAwAEBMpZAM5kAAkAEALOY0MQAABlMPxiBJoUF40dEQoLnHMBnG4XAwCSSAGUewCRECuOWwiNWRKNXAKYBQ6YChuSNkMBAABli4GTXlMUAABmAot7zlwJDM5nDM5MCc5JzlTOZc5kzmECzmIDEc5fAw5DAQAAZhiBgzFTDQAAZhy2CQr+BoHNEQfOegiBnhKB7Q8RzwbPAwRDAQAAZiu2DVMKAABmLY5HzxTPEYHNBIHNAc5yCAYRB0MIAABmQZFiAA8ABAEEAwsCBgIHAgJDBQAAZjm2EQAHDIZuAgUGBEMGAABmRIGDNAOQNwKQOgGiAgWPXQOWYVMQAABmWb4R0RHRDALRFQjHboG3RoGuNQbteIG/DdEG0QWB21iB211DCgAAZmrCfwDkFgDkIwHUBwAGAAcA1AgABACBgHQAgdUFUwkAAGZ2mHoI3iiKLdQD03oFgZRCgeg7QwsAAGaEnDMECQMKA4ZzBIZqAAkACgSGcAQFBQAChgpDDgAAZoDCfAWKHgMIAAMABwMCAwYACwMGBYpKAAMAAweJBAAEQwUAAGaFgYJiCJszA68GB6QhCY14Uw8AAGatgZJIgd8v3hYL3gneCt50gb0F3gbUNtQx2F8H4jYDQ1oAAGbEpUoBBwAGAQcMhDYCAwKDbACCVAIDBYIoAoE2AoIMA9BDA4c+AdNqAMlFAIYmAIdUAoJfA4cgAokKBK01AIQCANcmAM5fAQMJi0YDh1IBhmQBAwahMACEfADMewOBVgAEAAkCgjAB0DwA0EEAAgLQMAADAAQAAwAEANBBANAyAAgFgkgAzz0AzzwABgDPSQHPTgALAAQFz0cBzzwAz0kACgHPOAAKAc9VAM9OAM9NAA8AEgmFIgHONgDOYQMEACIAIQDOZADOUQDORADOWwLOaAAPAM5DAM5YAM5lAAUBzmgBBQARABEADADOXwEKQwcAAGcBwwEClHAAAxKeSweUAACEGACGMEMgAABmvdZjAAsAyHYAyHcHBQMQANUiAJkDALwrAogeBYcABYVKCOZqAOFtAokGBalMEIx+CYdFAYkDB6JaAo1GBLBRBMhJAbBuEJpCDYcyHIprAJFIBAMDoHICgQgTgUhTCwAAZ4uMBc5wAxGBtBaCgl3OWhfOQc5izwVDCgAAZ5eMDQDOVgAQAM5bARsABgHOZgCBjnIDoywHkV1TDgAAZ662NM87GIHqHoGbCxXPEc8KzxvPDs59zxQnAkMJAABnv+96APM7ABEAKAAeAM8/AM8GACIBNVMKAABny7Y8Ex8OzxcbDhYvAlMKAABn1vZYmWqBmmXObw/PLjvOZQvOfkMGAABn4o5mAM8EABEAzwUAzyoAEVMSAABn6Y5Zz0I3zxfPOBXPHc8mzznPBs5nhiKGO88cAxf5dPk/QwQAAGf/jlAThlYDFwAWQwQAAGf8tjAVhlgBAAEZQwgAAGf+gYpVAYYdAIdpAIgXAIk9AJ9WCIsrAqNLUwkAAGgauUuBjkyBjj0OgadKgadxNM99geNQQwoAAGgluWQACwEAAM9jABQAzzYBAAASABMBC1MLAABoNLlbDYGFMI9cgeRrBs9sKc8vCYHhJFMSAABoQJF3DCMWz0DPPyOBzACBzAXPRIGmDIGmB889z14TEc83B0MDAABoU5FrAAQhh1BDCQAAaGu+KQMXARwABwEPAAMBBgAcAEFDBAAAaFX7EACVeQanAgeOAFMSAABoe742HSIZ0THRKtE3KBWB7W6B7WkD0GyBnkCBngkKEQxDBwAAaJOVVAAYAg8FDgECAQAAJUMKAABoj74lAB0APgAhAxAEAwAvAzICJwAoQwEAAGiY9SpTEQAAaKaBgWSB2BcS0HoSHwbRBdB40RMQB9EW2GniTtsHgb8QQwIAAGi5+hQDlU5TDAAAaMOBg1yB23+BxSDqJyoX1B+B2SaB2TPUBNQF1CJTCQAAaNDDHhjUOdNmUtRR1ArUBwNDDgAAaNqZGAHTWALTdwAJANQYAdQFANN4ATQA1DkA1CYAGABNAAgADVMQAABo7pkM1BqKIIpF03PUAi7UP9QGByDUHxUq1AoDUxYAAGkAgYNfA4Q4gT+BhDHTd9REMQKBkwKBkmsDQdNdAtNmDA7UCdN0FiRDAQAAaTCcPkMLAABpF8MkDRYEVQSKcAIFACsACAAPASQAQwAMQwYAAGkY+yIAsHoAsUEAlwcQnXQJilxTDAAAaTvINxIx8FjwdSQIKYGIcIGIUSmBhSJDBQAAaUqcQADXbgAFATsAQlMrAABpUcg8Atd1EYG9EvlTlAYiI9dTHtdg12cJ1ybXOYHOUPcV1yWB4CSBiGMp43yBuynXWCHXOddI11+GP94sijOKBtkinVr2Tddx12jXcddi10/XOjhDCgAAaYD+PgGBw38A2V4BgYZaAIHgLwOBvFoC2lcABQEqADFTCgAAaZPNV+JBhnDbIDTsFuxFGts/D1MaAABpns1a/gL+OzLBLIGcYdseHttF2xLbM9s0GttB2xTbDxXbMhUN5HLkQds720pF2w9DAQAAabnNUlMKAABpu5932xgUCQLiHoG9WdtY2z/bHEMBAABpxs1hUwkAAGnJzT4o2z8QBdsIKNs3gadoQwQAAGnTn3MUhgYEFAUHQw0AAGnUzVEEEgiIWgEJAAkAJgAHAwwAIwEMAhcAEgEmQwQAAGnV/DwAoEIKkg0HmQxTGAAAafbSHx0f41RN4mMC3jveIAsT3g0OgbJQ1B3eNd16QhsK3jmBwTSSE9BzQwIAAGoP0h4B3jdTDwAAahOifd4kGz5HNt5Fga5G0CnJOsk73iUH3h7eFUMCAABqI6J1EYVGQwYAAGol0h0ABAAnAIlMCREBCUMFAABqKYGVKgG1UQCVUACeGQWBd1MKAABqOKVOCAniTBTiaeJAEIlJiUhDCQAAakOBk2EAgdwbAIG8NgDZUwDiXwAEAOIcAeInAIGfJlMNAABqT9Z8AxG8YotzsF8MA7EsgZQRBeJIB1MPAABqXdZvJOJR4kriVQOB21L5C+tK628CAiIN4lFDAwAAan6nbAEPAwJDCQAAam3WcAEaBhsIiCQBHwEUAQwBFwELQwUAAGpxgYxiAgMFrmkHrmoHlFtTDAAAaozbCCsUujiBoFvmKAoZ5i/mMBfmD1MQAABqmYGMZeM/G+YhgbgQ0W8H5hPmFOYlBOYsGRypOqlFQwYAAGqsqV0GAwQGAgMGAgAHQwUAAGqt3j4GAwQRAAYCB0MFAABqq4GMZwWgKQCMEQKsOAivD1MJAABqxd40BgbKcJ0fkkq6WwcQQwUAAGrP4SQABQALAewpAIHDPlMKAABq2PkqsBnsLYY98mzsNew8DQuFSUMHAABrIIVeAIQIAYhsDpMYB4ZoAgAABUMYAABq5asGBoIoDYE4AAUIAAWBHAVsBYEKDooKAoVmA4ZQAAIBAwECAYkkAIklAYkgAolsAQAAAgIDAYokAAUAA0MXAABq5+EaAIUIAQMAhHcEhHIABgELAtIaAc4pAINtAoNmAwQBCQACAZ8iBZxFA4I0A4FMA4EMAgACtFAAswkWswxTCgAAa0XIQwPXcdd20QvbQALbRdtA1T1DSQAAa1CjBAiFLgKEJgKDZgGHRADPUQCBWgCCLACDSASKPgLWAgS6QQSSIgCIDgDICwGECALXSgDOXQDOWAGFZgDPKQDPKAHPKQHWAgDPWwADAdkGAgcBAwKJbAAEANQ1ANQuANQzANQyAYoeCMsFCYlUAINoAoYkAIQgAcA9AM8mAMh/AodMAYZuANQyAc1bAAMKrVcA0lIA0HsBhXYAz0QBxQEAm0AArVkB4TwAzycAzyYBnSEAxB8C21ABhWwBhlwAAwAFAQMACAAHBsEfANQyCIoeQxMAAGtR0iQCiUgAAwACBId+AoZoAYVOFZwLK4F3AAMBAwAEAIlEBYd+Aow4FpQzAAMAjmIAk0BDCwAAa1L+bgSTARepTASMMwWLYgaFeD8AGpFLBAUIkU4Pm2lTCgAAa/2cT+I0iQADAwSJSAPiZeJmQwwAAGwPhWQAgVYAAwGLHAKIcQSIcAOFHgOGJAAGAQMEh0oAhnBDCAAAbAincwuOMAA6AoEsBIcWB4xMBIkeBYlyQwYAAGwJ2wwBhmgAhU4AizwOlEQUmm5TCQAAbDOgA7Q9gogSgbUJgak4gfpvgepmm1SBtQVDDgAAbD6GVAEDAAMAhXANgz8EAAELAQABCgERAINIAoM9BoNSAQtDDQAAbD+vLQMDAoEqAwYEAwIFAQYHBwiCdgAFABsBDAENQwQAAGw9gYcBC4tpDpMnAZkiUwoAAGxtsTqBoB6BoCfPQ88+zzPPQs9BgoYcgoYbQwQAAGx4sTAAgaU6AIH0dQDPWFMLAABsfYlbBIHLDvcF1C0sE88sz0UczzRDCQAAbIyJVwAUAhsBCAEQARUBFAAvAQhDCQAAbIqzYgCEXQIaABsDhDABhCUEBwEGAIRKQwIAAGyf8QkCkzJTCwAAbKqBjG+CgQkezjLOR4HbBoGMGc8PgeJQgeJNznRDBwAAbLazUwAGAM5TAAIAzlIAzkcAHVMJAABsv4w2zl7Oa85OAs5ZCM5OGFMPAABsyY5whG2B6GqB6RnPBoGWUIGWSykqH85lzkzOUSIXUwsAAGzZs1KFdtQrBs5ECIGNYoHcMQ8dFUMBAABs5YwlUw0AAGzns1bOa88WgZY+gZZ7AxoZziuLFIslzlDOeUMCAABs9Y5/A8lWUxQAAGz/gZNjgbodBIGsMIGsLRf7ELEwgawpBAItzzkI1gTVZ88qDiERQwMAAG0XjnkDCAINQwcAAG0YtlkAEQACAgQBGwAqAQRDAQAAbRa6FFMZAABtJPVDgc0dgft6gftlzwjPByEmzzAxzwnWEoxPyWELzzgRzwURzzjPMQXPIs8xzx5DCQAAbUGOdBeGNAAICgwAHwISAB0BEAECQw4AAG0/tksAIgENFYZIBRAACgAJABsABAQQABAEIwEAABJDBgAAbU6BilgIoUsDjlAAhgoUhFsAnD1TJQAAbXSSFdAEQc9VAxbPNkAZGA0dHIGlQoGlURAFz3PPUs9zAw4Kz27Pc89SyCuBy3aBgx8zC89XFieB5C6BlDMIQwUAAG2qlg4DJwAFAhMCJkMEAABtq75GAAYGBQADQwMAAG2kgYx2AK57C656UwoAAG23vk3RH4HTeIGCORbRfdFcD9EL0GhDAQAAbcK+YVMKAABtxJYNGRQr0TIiEdFHDdFsUw0AAG3PvmIC0VUO0UYvIBkm0UMxKtEmUwkAAG3elXzRLAPRQ9E0OtFv0UTRC1MQAABt6JYL0H7RBwUQ0RrRJ8duiTbRK9E20W/RVtE10RrRH0MIAABt+ZV9ABEAAwkCE4cUAIZ9AIZWARpDBQAAbfzDPwCJMQIvAooGGA1DBwAAbf6BkyIDslEBiHkFBASIXAWmDgIAUxYAAG4fw0LULQnUbtRlBgsQ1FoTgZI8jXGBhHPUHQ3UPtRh1HYP1GPUStQvQw4AAG44mSYA1HAA1EsA1DAC1CsA1BYADAANAdQfAA4A1AQDCQDUMQDUSFMdAABuTZk5EIHVYoFH/38uEdR31QDUa4H2OIH2P4HQaPtx1H3UThkS1B/UKAcj1AvURAcO1QPUWNQjQwUAAG5umTQABAIaFgsGhihDDAAAbmvDXgUDASEAigkCijoABQAGDksEik4AAwA1AjBDBAAAbnbzUwWhHgmRLgSqeVMSAABulpxf2CbYM9gcgYQugYRn110V2AwVBC7YPdhIEdgp2BDXfUMCAABuqpxjAA1TKQAAbq7IdNhH2BwTGBbYF4HOMIHOV9gW5ljmadd5geBAgeBF134SEjsS2BHYItgLE9gA2AXXcBom3meNPtECihKKERrYJ9d22BEejG7KaEMDAABu7KAcAhcCGEMGAABu2MhoAwMOij4BFwAIAilDBQAAbtmBgGkAmCoAmSEBlBAEhQpTHAAAbvSgCNtGQNtb2x4e7HTtEzoJ3A0S5GrkUx/bPuxq7DPbc9tqGEMQzniJANdRFdt5QwgAAG8SzXsA22kABQAiAIHGEACUWgD/KwMqUwoAAG8ezhQF3A/cFNwPDIHZWP4piHyIbVMZAABvKaAJIgcZ22of2zXbVNtjAiOB2X79fREb2zvbcgQvFO14gclxhXzVcohSQwIAAG9DzgoA7GpTCwAAb07NdYkCEt5r3mYW3n3eXtQm1CHeU1MLAABvWtI53lGBwl7jeYko53sD3lQjNN51QwUAAG9mow0GBAAEAA4AC0MHAABvZ9JKAQYACAAXABkFBACJAUMBAABvdIGEQ1MNAABvdtI7LN8BgahWgahT3nzfFd58NT7VJ4HKFPUVUwsAAG+EowveWN5T3kDkLeQy4UDhETEF3j9DBwAAb5DSSwEzACIAAwAYAC0A3kVTGgAAb52BhDnaOdpQgb03FeMOKeJl4nribwvicodch1MKDyMcFALjH+Ma4xEKgax0gax9Uw0AAG+41yjjAeJ0wC7ASQjrVutD4wEHCwTicFMKAABvxtIxiUgEIBkVh3CHQykaQxMAAG/VqAACGQIGBQoCCwQKAQsABAEGAA0ADAAbCINqAwUHAAIHAQADCAEDQxcAAG/U2xAHAgAKAAUDBAARAgYAAwAKBA8EBgERAoZ8AwcAAgIJAAAACwKOSwCOSgEJAhgDD0MGAABv04GESAWXKQADG48dAaYiCpJUUw0AAHAU3kfmcew6CuxH7DLsOwfsVOxPgZtOgZtX7EBDBwAAcCirDAeCIAEACwUNgToEgRoGAEMXAABwJOE0AYVRAIU8AQwAhHgAhQMDhG4BBAEQABUABwECAAYABAADAAYAGwIOAAYABAATB4NeB4JiQwUAAHAsgY0OHpB1AZ1kAoxvAwBTDwAAcFroIwOQXo8R9VH1SgQFgQz2GRr3Ei2fXJ81QxMAAHBrhWYEhBYFg2YBBBGFMgMFAwACBQMGCoUWBhEABAACAAIABwMFBAYBCw2GLkMVAABwcbAKAoJwBQAHhGQAAgALAAcAAgoCAQcABwEMAQ0BDgSFWgEGBwQGCQADBQcGAkMXAABwbIGJcQGXQACRAQW3FwHDQAGkHwSGdgCQegGLCgeVQQGMXQOXThCCHAK3IQGNCACoMACRdRGTWwGqUACKcwCLUwKTBAOuE1MLAABwypId0ACBlHKBlGUI0BOBwRTxIwoPEkMEAABw2JIeAAIKAwqHbEMJAABw17ohAhABIQAEAAoBAAAOABkNiSJDAgAAcN+BhFsRnidTDgAAcPO+dAmBn16Bn0kdGNFT0TKKCol50UOBx3D2LwRDCwAAcQK+fgEXAOpeAOpXBAgAGQAJACIBFQIGAxVTCQAAcRvDfNRbgcFu7S8QFdRH1FQFQwYAAHElw3YA1FkB1F4A5lwBmm4AEFMJAABxLsNzBdRN1FAG7TaDLZQjgapBQwEAAHFGnHJDBgAAcTrDewaJfgAMAAIACgIpQwQAAHE79UUCji8BsVIEhG1TDAAAcUmcaoHPcvc/2C3YNthLgdAA9z+BjziBj1sgJUMFAABxVpx0AIHvVgCBlzsA2DkA2EhTEQAAcVycbNge2BfYKhsMCQnYIQwFBw4X2C7hCIG5MUMGAABxbplODo0oBgIFAwcCAQtDDQAAcXDJBgERBQACijwECQAKAAkCAwAGABEBAgUGAAtDDAAAcXH7QAGoTAGrdQCMJACaUwK/GAHDXwGEdAm2KgO0OQGNIAKxbFMQAABxloGEX+x9gYN2gd935G4HFg0C3wPedA79Pqdz1VEFQxwAAHGooyEDBQQAB4UkBA0JBgAHBAoBCwEAAgIDBAIAAoQaAAwECQADAAcECgADAAcFCAODTAUDB4JABgACghgKgTZDKgAAcafSZAETAAwEGQACAQcAHgETAoksAxQABQEVAgMCAwAcAAsCAwAFAwYEBwEJARAIhzoACgEFAwUHBAAJAAIGhmYDAgEHAQMAhVAAhU0BhUwBBQIDAQMMiFQAAwIDQxAAAHGt/B0GkQACkFgCkDsWrGMLpHQNj28JqVgAoSkJrRIIsFMEkmoAoWsFoWwApEEAKlMKAAByIugkgU63Up561UeBRvcf90SByUWCiBRDFQAAcjCPEQSxdADESQGNPACLNgCVIgCuGQGgWgCUHgCdSgGPQACGfAGnaAHMKwDERwCNOgLuaADUWwLeeALYLwDiWEMBAAByUPVJQwIAAHIugYR5EQBTDwAAclWBhH2BwzeBwzaBs1fKUfwk/CWCjVqCiU3QLNAxg3ADA880QwoAAHJnjEkBAAWFEAIDAQIEhh4Dh2YChnIAhnMChm5DDAAAcmqzegGFbAEEAQUCAAKGeAADAAMFiSIABAWJfAADQwMAAHJm/Tsbjw4EnnNTDgAAcovEA4oWAwb8bPxxA9FR23rOSM5N23nbdIkCQyoAAHKboyMGj2AEg04Ezh8B0wIA0TUA0TQJhDQCCQEDAMl3AMl8AM85AM8yAM83AM88AAcChGgAhWwAhXMADAHObwEEAM5oAAkBAAENAM5bAM5cAM5hAM5oAQcChXIDBAANAQgBCQDPRQDPSAAFB4Z6AAdDBwAAcprSZwadLgEDAAMDhHAAhjAAhQRDBQAAcp+BjjoNiQ0ElH0akCYUkGdTDQAAcva6NdAZAwXQFgjQJQLQGIksiTUMgYlCQwUAAHMTlh0CAwICAQcAA0MOAABzB78GAAYBAwCJdgAUAooJAQsAiXgEiX8ABAQJABADiXIADEMCAABzBP01C6BoUwoAAHMlmVTUcAeBgX6B1mmBwjKUKIsn9k2BgXxTDQAAczDEBgIEBdRp1HLUeYZGgeFmjD/8bQMFQwgAAHM+nHoAAwSGYACGZQiMVgGFcwaFchCFJkMVAABzQMkXAQcAiiQFih0AAwGKIgAFAwAAiH4FAwAQAAMABQEDAwIABAKJKgMJAAoAAwAFQwMAAHNBgY1sBotlBpJTUwkAAHNwqA6BrhKBrhPmJMRigadD6ULpR4JEUxMAAHN6qxaCEu8uA4NUglrzDfU2AwKBwyPgTMknh2jRXPBv0TLTB4KbbkMCAABzlolvCIVEQwgAAHOOsA4DgwQCCQEABYR6AgUACQAEQwQAAHOPgY1lCLNfA5omAZxfUwoAAHOktAXOY85mgZl8gehtA4HweIHwdc5uCVMLAABzso8bBM9MAwPPV89mFYG4YoKINdZEQwMAAHO+twkABQDPVVMPAABzwrZ/FIG8UIG8ZRIHEYGcHoHrb89mH89FgeV8hWCda0MBAABz3pIwQwkAAHPSukIAEwAUARECBQAWAAcABQAGQwEAAHPVgYBzUwwAAHPgki6B9wKpG/1JgZVKgZVV/Xz9eRQT0CPJLEMDAABz7ZIrAAIAgdtGUxsAAHPz+Sv0HxcFgYwUgYwV8VDxRfQo9CkJ0WHRaAcHgahOgfoz0V7RZQTRYg7ZY4do0XID0WtDBAAAdBuZYAYNAgAACkMHAAB0FsQVAwACCgICAA8BBgADQwcAAHQRgYpsAKYNAYdlAKJMAYddAZkKArgtUw0AAHQomWLUdNUL1HYFCg/UZdRmCgrVDQhDBQAAdDf1YQBOAJ4oAIHXDwGBuA5TCwAAdD+dAdg82EHYRtVq1gHceNxl93yXX5c2QwMAAHRVnH0DCAANQwYAAHRNySYABwILAAMBEgIRQwMAAHRMgZUsBqF3AqB5UwkAAHRdgYVGgdEPA4HQRp5SgYxD230DgcMoUxAAAHRnzjDOeoGlEYVxga5wmwCByXHcAOJthmbbegIH7Xjtd+1uQwQAAHR+oykBAAIFBwNDDQAAdHnSfAIDAAcBiSQBiSkDAgAHAAcADAeQWgGHMwEDAAJDBAAAdHr1UQefNAmiFwCxdlMLAAB0l9sl6lOBm2y4T7x6gaAhgd0kgd0fA+MeBlMJAAB0o6V7gblozwnmNYNCg0MH5jAFQwUAAHSwqBEMhgoBgkUKgkQEghBDEQAAdK3bKgEEAQUACwKGYgAEAIVMAIVZAYpEAIo7AgUBBwACAAYAhUoBBQUDQwYAAHS0+SUEtQgMgxQBoAEDny8DgQdTCwAAdNOBjXqBwXn0JvQr9CwHAvIr9hyBxGvaaFMKAAB04JYm5gLGU4oyhGL3BIHEa4HySIGXYeNdQxoAAHUEoDETsy8BkQgBjhICnx0CnxwImHMAAwCKXg+FFw2FHAAFAQAABQSGHgQGAAMBAwADBId0B4ZwAAMEhm8FjSwBAAaMSEMmAAB07LcOAQAMmiABihQAAwADAIoQBokWAAMCiSgDhzwDhloAAwDpUQDvGgCIPAW4bwOdPQiUfwOOAACaIAmlHQADA4R8HIx6AwADiRwAAweKCAIDB4oWAQMDig4AiRIBiSYDhzwB4C8AA0MZAAB08P9mAIEXAIEGBSgMLQiLMAqLFgSLFxWQYwCbJAWdPwaXIgOSGwONfAIDA5cBAYtYAZQDCooMBpUcBZB4AJB5A5B4B55fCJFVUwkAAHWKrUzNVdpegbNYkHWB3i3wDNwJuAlDAwAAdZ2MVg2FHAmOGEMFAAB1mLQTDoV+AgAFhngFCkMDAAB1noGFRxKQNQKQNFMOAAB1uJI/BdA0C9AvAwvQPgMH0CmB2SiBiH/QO0MJAAB1x5I4AIH3EAGB7x0CAADRVgACAAYAAwAJUw4AAHXXxCvVAQPUdNR7gdtKgYZN1HnUeNR51HDUfwLVAEMDAAB15sQnAAcFiixTFQAAde/JMNhRBAMIA9haBQ8GA9hV2FgJDhPYTw0CgdB++C9DDwAAdgmgNgEDAQMFBAuFbAAFAwQBAACFewGFcgqFKAMAAQAHhCADA0MdAAB2CM44AQYBBwKKEQAMAIoEAgIABwAHAokUAAYAAgAJAAMABQQGAQsCDASJGgEDAA4ADQAIAAcBAgYDAAUFhzYDBEMEAAB2B/8PJIx0DpE1BIFqUwkAAHZMqBaBy1aiIZEyzVPNToG3JelUvhZDTwAAdlapdwDpWgDpWwDpUgAGAQ0C5wkA7FAA7FEAgggB5HwA5H0DgTYA8UgB8C0A8wwA8xEB9TQEhDQAgcwpAZV0AM9UA+BlAIIiANA0AYMKAM9FAYVIBOUcAIkfANAzAodoANFiAooKANR5AdR0ANR5At8aAMwXAN8wCJBUAYZeA4omAAMBhjYAgcBlANpeAMMnA45gAN8YAol8AdYVAOhQAY4UAIomAIG6LwKLaACFKgDPSgDPSwAFAQMA1lYA0DEHh2gA0WIA0WcF224A220AhnQA3xgD0hEBAACFdgCFIADjLgDjMwHqZADmQ0MBAAB2c/VrQw4AAHZm/SoAg3wHjEYEkGoFAgWMZQsAA4QJEAgDABEAFAAJjgcCqWpTCgAAduzeaYomgbovhhzUQgPOd85yznPOdkMKAAB2+I80AAMCCAEDAgsFDAEJAQAchiIAB0MSAAB297ccAgIAAwwNAQYFhwIABgAFAAMBBgUNAQMEEgALAYkiAYkZBYkKAQNDBQAAdwz6YhGVdgWLbQGLbASLWVMMAAB3M78wAwjRcQcG0VjRWdFo0XHRatFvQwcAAHdPmXQLhjoADgELAoZOAIZBAA9DCwAAd0TEMQACBAACBQAEA4ocAQgAEQAGAggACUMDAAB3QIGFYAKQUhSQT1MLAAB3ZZ0bD9hm2FnYVNhfCwrYYoluAkMBAAB3cvJrUw8AAHd3gY0prlOBsVOB0X6gJ88J3AvcFNwV3A4LBAjcG9wMQwsAAHeHozcDBAAFAQUCBA6FGgQEAYQiAgcBAgACQw8AAHeI0xAAAwMFAQADujwBsQ8BAgEDABEABgADAAUDAAaHPAINQwEAAHeYgY4OUwkAAHevgYVlgbsX5kgJ5kfmSgsGA0MGAAB324ZnAJEkBZElAIYaAYVMA4tWQwYAAHe9qXoBAAeCRAuDQgOCSAJaQxEAAHe5/HMAvBED3koD3k8AsQwAq1MAw3AFlSAA1CkABAKDRgOFBgCBSgfUfACBni0BiiYF7mhTCQAAd+zEOdUJhlCVfuZEjA6EcIG6M4H9fkMGAAB3/YxeBIU4EQAIhiABCgADQxEAAHf3tB4ACwACAAIAAwAFBoYcAQsABwIMBAMAAwADAggNhwgADQAFQwUAAHf+/1UJhh8PoxgDAAGwA1MRAAB4JZJQ2VTZYdBABgIJDdAv0DYF0EPQUNA/0DjQR9A2QwUAAHg3kk8ABwqHZgoADoZoQwwAAHhFvzwCDwACAAIBAAAFAggBDwmKDAEOARcBFkMLAAB4OYGHVgKOeQCOYQSGTQGFTAKrUgOqUQWqUAGeAwCMVRGqVlMKAAB4aMREAwfcA4Zu1QwE1RPVEgdDEgAAeHydJQIECQkCAwEJAgwBAAuGLgMGAwcBAgaGRQKGQAaFdgEGAQUChgMDhXpDGwAAeHnJVwEGAoliAYlpAgcACwIJBwQEAwAEAA4CBQAVA4oAAQIAiXkAiXoBAAAJAgkBBwAIAAYADwQHAQIGiQ5DCQAAeHr9aQagAwaQWAQDIZ8uAQ4EmhEBpAgApB1TDwAAeMeBhW3lKwTfOwffMAcIB98j3yTGAJ8u5S/fL0MDAAB42qYMDAIAB0MHAAB429dvAQ0ABgQAAQcDAwACQwMAAHjXgYVyAI1NC6haUwoAAHjspg3jSLocgZk/gZwulgbLbQ3mQ4GSIkMCAAB5OoZqA4toQwwAAHj3qB8CAAYEDIM0CoJADIIIAwAAAgADEIpgAYUQAgNDJAAAePnbSgMPAA4ACQIHAQ4ABwDICgLBQQIHAwYAAgADBIU4AwcAAgAHAAgCBwGEbgAEAAkDCAODOgDAEgDAEQEDANBmAAMAkE8AvTkAj1YBi2cAgQgBwEIAh29TCQAAeUS3LwPPXwQDA89UAgNTFwAAeU+6dtBB0EYDAwnQPwYEgboQjGSBxnfQLgLQOQMFA9lY+nD6dwnReUMGAAB5aJZDBAAMjUgEAAEAC4Y0QwsAAHlnvz8DBgSKDAEDAAMAAwSKLgIHAAIEAwWJfkMGAAB5cYGCaAyNBQGTKgKUDQKUBACKHFMOAAB5kM5f/nr+fwcDAwMGD/JM6UEIBeU8QwQAAHmf8l4AvwEAAwAEUwsAAHmk13W8UIGgH4Qo5lLUZIG7OeZOhkwD6WlDBAAAeb6GawCGGgADAANDBgAAebGrIAGEXASDRAKgJAHEMQetZkMHAAB5sOFQAYRwAYYcAYNyAAMMoHYBmG5TCQAAeciMYwOCj1yCihWB6VaBmgUEBYG7aEMTAAB52JJkBgcDBQADAQYABQEEEYdCBIZuBAMCBQIAAQUGhm4FBQEDAQgAAwAFQxoAAHnVtzAABAWHGgACAAMBCwkEAgMAAwmJEAEDB4oIAAIAAgUHAQIDijQAEwAEAAYBBQEDAwYGBQOJfAEDQwUAAHnUgYYHDZpbDoRnAgsRr3ZTCQAAeiqBk0OBiUeBjRyrK4G+J9w2A9w1gek+QwkAAHo3o0cB3zYAxXoAgaUzAAkAAgCBtwgAgbcRAAJTCgAAekPybLVtx3SBqz/jSgOsdr8l0RsDQxYAAHpXqCYIgzYIgj4BAwjIawDSSADMLwHUTgDOewADAM58AoYkAM9dAM9YAM9ZAoY2ANBAAAUACgDQSQDQPAAGQwsAAHpU21MBBQEAAQIACQADAoZKBZ8ACJRZDpRYBZkKQwEAAHpygZU9UwsAAHqPv0oCgZAWgeIlgfpOgahH0gmGcAMD1SJDBgAAep7JbAMDAAMEiXYA3DkAA1MLAAB6rqNKA4GVYKx9iTECA4kqBQYHQysAAHq6phUEhCIHiAACgywAziUF4RIGhyYA0EkFiWwAAwKESADVHgDVIwDVHgSKNgHSRQDcOgDcOwaXOALIZwCJXgDOegHJMwEDBNcEAAIA0E8B0FAABAAFAwAABwAJANBHANBWAA8EiQwA0hEA0iAA0ikB0hgA0hMBDUMRAAB6u+45AqVJCb5SCogUBqEVAYggAIghBI9iBIstAVkAg18MlGsGpF4Mj28AkDgHkCYKgU1DBQAAeryBjiEMhmMFhmYLACCNYlMUAAB7Ir9SGBkH0gmBwCSBwC2Br3zdZQTSHdIc0hfSFhUMBhELBUMEAAB7OL9dAPYgAfZBBIoUUxEAAHtC+21u7yEK1S3VHALVJ9Ue1RPVGNUd1RzVGwsKC0MEAAB7VJoIAQkJhmYGAkMHAAB7WMRaCIo6AQQAGQAIAA0CBkMCAAB7Ve5HDL8+Uw0AAHtsgY4ogYhx2G+BoiTJKwMHAgnSQ9JS2QnZBEMGAAB7e4GOKQb+YQHcRQDcOAHcPQDcJlMJAAB7is5s3DvcQgME3D/cMgO/SEMPAAB7lKBTAAsBBAUAAoV+AIYLC4V6AwACAgOFcweGPQCMMgIJBIUUAoULQxEAAHuWzm8BCgACAQsADwcYB4hiAgIFBAERAQoECQsIAA0CBAWJNgALQwcAAHui7ksAnxAKrl4DklESkiAJrisAnxFTFQAAe9jYDONt41rjVeNeEwcc30GEJeNaFeNN41LjTeNECONT41YE90ZDAwAAe/LbWgAMAAVTDQAAe/eoK+Z0h0GtIKV1xQLEceZ75mIDEgcCQwMAAHwF21gAHgDnAVMKAAB8CdtjEBnmaQfmaAsi6ymB0CRDAgAAfBWBgGEDw1NTCQAAfBuBh1nRRwrpaeliA+lf6WjpbVMJAAB8Jd8AB+lv6W4P6WEF7yCFN0MCAAB8c4d3WostQ3YAAHww3wEChSIBmgoBgYZlAAUA7F4BAgAHAOxdAgIBgaVmAIGjYwCBhF4AlRMBAwAFAAMAAgHvTQACAoEoAIGkbAGzHQADAbAqAK1JAQIAAgADAAUAnkQBgZFdAAMCYAADAAIA9FAAAwGCVgCBBwCBBgD2JQCBj3QAgY91APcAAKkUAYGfTwKKcgSGKAH+HACBzXsAgd0aBJ59AOcNAAoAgYYAAYGGBwDQYQDQWgEAAAIA9lgC9mMAyQ8B0h4A0h0A0h4A0iMA0h4FiXYA1SEB1SIABwCJcwHLKwCBqR4AgWMA0h8D2EwBiwgA2RkB2QcA2QAA2QEA2QAA2QEDhjQA3EgABwACAgMC4TYC2E8BtmAAtmEAtlwAgZYZAN88AAMAxiQEvG8AxRoAxRsCAAHfOwCBrkoBga5VAAgACQACAAkBBAOBjGAAgYkvAONCAYtWAQMBhHRDBgAAfHSBjRwGgiAgABsCCop+KZgtUwkAAHzx5yGCbZFwjwmPCIobgQiBxEuCg35DBAAAfPuJewCCgWIAga0PAM5/UyMAAH0Aj0/PZM9rz2TPXQkIBc9ez2OGOgPQctBj0FIK0GnQWAoF0GUC0FzQbdBo0FUHBgfQUAMM0GsJCEMOAAB9K5oTAoZ7AAwABwAKAAMACQUJAgADAAEIABUADgETQw0AAH0ov3IADwIDCA0ABAEDAQIAEAEZAwwDBwEGAgRDAQAAfSX9XlMKAAB9Tf9d9VsT1S/VOgcRENU11SJDEAAAfVudQwKGaQIMAAIDAwENBQQBCACHCQCGfgAIBYZIBwINAAEFAQVDGwAAfVjEYAMQAgoDGwMEAQ4ADwAGAQUBDwqKRgACAAIABgEVAAUCDAAGABEACQEDAxQAEQAGAw4BBwGKBEMGAAB9Wv0TApxVKwIByVQJgUgBu1FTCQAAfZygXdxQ1kvWXNxh3GbcXdw0/SpTEAAAfabPESfUOtQTI79SgZt/B9xODdxhDgOBnBSBnBkKQwcAAH24oGkBCQAVAxYHCAIXBxJDCwAAfbfOfwEaAgIDFwADAAcBDgAHAAYCFgQdQwUAAH3NgYpuAYcMAAICr1MAr05TDAAAfdbub7Zv3z8QCd8sxiyBpWMG30LfWd9GQwkAAH3jo10AgZYoAAYAtnUACwDfNwAGAN8qAd85UwoAAH3u00DfU99OA98320jbZYGWOrZvE0MGAAB9+aNkAN8sAN9HAYHVPgCpUwTMK1MRAAB+B/ZNgaBXCA/jfBMWEQrjcQ/jYgoSDwgZQwUAAH4bpiMBBAADBAMHhCxDCAAAfhrYHQEFBA8AEgEMAAMDhyYACUMBAAB+J+5/Ux0AAH4t227mcx7maOZ7CeZu5mME5nDnCeZ05mXmeAcZ5mcNGuZi5m/mYOZt5wTmfw/mfuZr5mRDBwAAflKqEQYAAAcDAwICCYIwAQBDEQAAfkzbeQOGEgAKAQQCEQAMAAsDCQIKAAIBBwAFA59AAJoHBZouAJo5AAVDAwAAfluBlBQJjQUGjDxTEQAAfnLhYexn7GYPAwYF7GPsaIRm70cD70iwdrB1A+9JQwcAAH6G5XADCQAEAPFZAPFaAK8uAIGhD1MMAAB+keciy3aBvjcC9Ez0UfYegQoCBwL2BUMGAAB/Nod5AY80ANUUAM5NAodOBqNIQwIAAH9D2CYBhzBDCQAAfp+BkTsEjUEHAA0ADAAHAA8AJgAwAFMPAAB/R+8CgYlfgaUqtgkD6mPyfKE4nlnxe4NWgbNGBIH6I4VZQwcAAH9fknoOlRIBhlIBhk8CjDoBAAGFBEMSAAB/WLdDAodSAAsABgAFAQAABQGJEgeUOAAEAAkFigwCiFYDiUwChzAAAwADA4tKQwIAAH9xgYAHBoIZUwsAAH+Fqy/sbop48Xv1WoHCN4leA9U2z2GB6QxDBgAAf5SSewWHTgMDBY1OAwMAA0MJAAB/kbdEAIdUAokIAIkNBIkQBol6Aoo+AAMAAkMDAAB/k4GHWwOxKwsCUxgAAH+s00MC6CyBx2vfOIlK5AHxRt5U3lnnO+xu7G0D8UyDNPFfyhPfFM9h1zbQa9BmA0MFAAB/xZJ8BodOAQADAAyUFEMGAAB/x799AQIDCwEGB4lyBpRCQwEAAH/d9l5TCwAAf+XPGYhg9Dz0Pd9H3z4DAgfaM+N6QwgAAH/y3AQA5nsA5nYAg3YD51cAgYlyAIGJcwCDG1MKAAB//+QZ70vIcYKEAIKEAZYCjCmMJMkQ7xJDawAAgAuaHgCkQQCPMgIDAAIAjzUB3xQAyRMA0GIA0GEABwACAdl+ANI3AdIyAAMBlDACigIB1mUBhQgA43wAAwGHMAOTXAKBu2kA0y4AhRwAyRsAz2ABh1ID0GMA0F4A0F8D2XwC0jcA0jIAAgHSOwbcIADVNQOGVgEAAYZMAdxSAAMA3FUF5TICAASJQALfRQADAgIB7QYA6XUAAwDvKACEXAPtDwADAMsjAuNUAbg9AIZdAIZYAIZMAbFlAM5gBIloAIUbAQAAzz0BzzQAzzkBBADPMgDPMQADAM82AM89A4VgAAUAznYBznsDCAACAAcBznYACQDOaQENAIVZAYVeAM5wAgMBzn8H1UgCAgENAAQAEAAFAc9vAM94AM91AM9sABEAB0MLAACAHe8SEQIroSAFoRkAoRIADwIDQKB3DpwaBmcIjA9DCQAAgCCBjjwEAAgAAgAiACuJBR6BbheHGASHI1MLAACA1MR9mkvPe89+HxDPcQjPZs9hBUMbAACA4Y9hAgYAEweGWgEQABcABQEOAAcDAgMIAAUEEwICAAQBBAECC4cyDAAABgQFAQMDBwAICIZsBAIHA0MdAACA4LdOAgoCDguHNAICAwMABQAIApMAAZMBAAUTiSgCEwACAQABDgAJAAUBBAAGAhcBEAQJAAUMiXQCBQULAIpQAopLQxIAAIDpgY5EAoU3CYFrDJYbA6ELAY8kAq8gAQADAAEAAqM5ApsVD4oqB5B+AZ1kAql1CgYFi35TDQAAgUrEf9U5CtU01T/VNsgZjSPVNtUtEQOB6FRDCwAAgVvKHwAFAQoBEQAYABEBDQDZEQAKANkYAQ9TCgAAgWudVYHuLppTgdNj2STZLQPZItkbhlNDDQAAgXidUQaGUAAJAQgFBwEABAUIhW4BAwUDB4UGAAMJA0MbAACBdsokABELigYCAwACAQcBCgADAAMHiFwBBAEDBAcAAwIEAAkCiUIAEgMNAAIBCwEGAA0AEAEDAAkBCkMGAACBfIGOUAeOFw4AEY4YBI9fC5JlUxIAAIG52DLfReZqCuZxAgcDgcwEgcwJBeZuBOZ55njHRIGuM+ZmQwUAAIHNqhgBAAiCMgGCAgSCPEMBAACBzNwIQwcAAIHQ3xQEhTABAwGEXgEDAYMyAIJeUwkAAIHirgbMA4KNIIKDQfAeyBWPNOZqgagPQxQAAIHskxUAAwWWGwCPPgWiKgCKaAC8VQGJXAGMPAGHNAKNTgGGSACKaACESACDAgHEIwCJXAKMPAGOKAGNJEMJAACB7sUHA6ZmDME7AYc8ApMaBrlEBcM3A54iAIheQwMAAIHvgYVRBpVhIZZvUwkAAIIa/2GB7y+kRN920lOxa9hEhmDPb0MHAACCJbs/AIGRGgGB4WcAgbgqAoG4KwCB1GgBgYQlUwkAAIIywBgHAtJLAgPSQNI/0kBDBwAAgkedWgOGTBqWaAfIVQCDbgG9KADBGUMZAACCP8UOAIo6AQABBQAEAwkEkl4ACQAEAAIABwADBpBuAAMAAgGGCgADAYU0AKoSAKoTAAUAqhYFnysAggwAgVBDAgAAgj6BiwIVhyhTDQAAgnTAGYlqgZMSgcBXg0iBvByGf7Y3/mkC0BHQEAVDBAAAgouKBgEABAUGhWpDCwAAgoWxYAQGAwcABQADAAYBAACLeAOGWwEDAAJDAQAAgoeBgjJTFQAAgp2Mes58znfOYBoKzn3OdM59gdtggYx7CgL1evYXzmELznTOaQQNUw4AAIKzjHnPAg0YznUJC850wj3CNs53EoKOAoG/M0MEAACCwrQ/AAIAga5CBYVsUwsAAILPgYpktkeBvxENDgfPXATPbYH9TIGtdUMCAACC249tABJTCwAAgt6PegLPchPvNoG/O9AQ0AsFC892UyAAAILqt3QXBBiBkDyB4DfPas99z3ASGwYEgYoIrXSBuB8mDYGUdo43gYZhgZ92gZ9xz2ELDwgJJM9Kh1bXPUMDAACDC/02AIGLDQCFZ1MJAACDFrtT0FOBuD7oD+d852kJ6AznaUMCAACDILtVARVTCgAAgyS7VB8GLNBn0FQT0GXRADtDAQAAgy+7V1MNAACDMZMsC9Aw0DcDCNBY0GsMyH6aTpJ//TBDBwAAgz+7RwDQOQDQOAAGANA9ANAmAC5TDgAAg0e7WQ7QfQfQfAkTC9BPCdBC0E3QetB7QwIAAIN3lwMAFUMLAACDVrtGHIkwAAIACAAmAzkCFAAMAAoBJwEMQwUAAINXgY5dCr5PAKhoAo8bCJ0MUxoAAIOF71OBsRvSYgvSZQXSXgkd0k/SVhHfIoGxXQLSTAfSU9Jw0nnSWIomihncPtxD0mtDAQAAg6CXAlMLAACDopZ60kAIIArSYdIoFgrSY4GxMEMEAACDrsA5AA8ABAiBiWJTEwAAg72WfIHPOPJzGdU/1XYQBNYV1VAwMRrVV9VM1VWBzC72Wy9DCAAAg9HFNgHUQgCBqiUA1VgAFQAqADcAilJTCwAAg9vFQtV91ToW1U8r1WYyQw8UUxAAAIPnxRcF1U/WEDM46WDpYdYNCAkO1WTVddViIUMFAACD+JowBBoFHwAmAgJDCAAAg/nFEgBCABIASwFSAD0BCQQcQwEAAIQFgY5fUwwAAIQJxSzVZQ0OFyDVVCUmM0LlLkMKAACEFoGANwGGewLucwDvYgOJPQCUCQHSfQCBmnoBiXMCgYYXUxYAAIQrymPab9pK8zTzOyvZO9lYJjHZQ9luM+AJ4CYfKtlvEYG5Bt9jDlMNAACEQspRETAt2UPZYoGGdIHgbYGkAsorDjcyUxoAAIRQymdhQNhI2DHQStE133GBqkjKPwPZNYG/bOYzAhwg2XuBz2SBz2WB4XCBiFfZLdkyStlvUxAAAIRrnWECDNl2GwvKFpJk3SUD2UPZJNkt2VovKEMIAACEfco9AEYAz1gAtXQBgd9dAYHvBgGBlU0BgYhQUxgAAISNyjVKT9JN3Hy+EIIuwGXOYq0u/EE63H3cXBLcbdxc3GPcQjo/JM9Ez29TDAAAhKfPORAFGQsF1zzXPSQULdxdQwIAAIS0zzEBJlMLAACEuKEL3EgNHtxXga54rC6B20MQ3EoNQwQAAITEoQUA0ygA0y0A3HBTDAAAhMmhAhwP3GYXETQf3E/cctx73HZDAgAAhOyjewERQwwAAITWz0MACAMEDYhWAAMACQMmAAMAky0Akn4ABgANQwYAAITa/3UDoBcCvXQAvmEBcgCPQFMLAACE9tQAH/Vo9T87BRYSC99530JTGQAAhQLTfb4UxQSnQYG7W80Ikk4TBEo/EwUH9hCB1WHfet9/Bt9qDuAR4C4G4DVDBgAAhRzTZwAmAAYANwBIAOAhUwkAAIUjo3jfRt9B4Ao5JjUaC0MKAACFLtN8ACAABwATAeBMAKhpA71mAvYXAd9ZAOk6Uw8AAIVA2EYE0DCBtE/kHhcMCuQrBg2BkhKhHM8bHlMLAACFUdhM7DjsTS4NLYdGhz3kHYGSRq4XUwsAAIVd2FrkN4HadPZHJwoGDSYHB0MDAACFaqY+AgMQhDxDDAAAhWvYQQA2ARUCBQMEAIc2ACcACAAYAB0AEQAIQwEAAIVz73hTEgAAhYDcEi4CN+Zt5yQR5wnnFB3md+Zkhn+HHAcjPOcpUxIAAIWTgZRKgddX5moe7xrvBRMb5nUJ5xYbLDsSFCcCQwgAAIWmqGUBBQCCcACDBQQKAIJ+CAIAA0MBAACFp9wUQwcAAIWx3yYBFQALAAoAEgAGAANTDQAAhb3fHhoXEaFIoUcDCggbDAjqC0MFAACFzaodAQUABASCMAcFQw8AAIXL3yICAAKFOgCFMwSFIAAGABEABAEOAQgADwERAB4ADwIGQwIAAIXWgZQHCYo1UwsAAIXo4XftBwLsdg4NrUKtJQUfDlMNAACF9uQl8VftAusJAgeBmDCoTREFBgeXPEMHAACGBqw7AAICAAAFBQcFgRYCAkMLAACGBOQmAAIDAwICALh0ApNLBY4JAZQLAAoBgzMAgy5DAwAAhg+Bk0IDg0AAj0tTDQAAhh7mAhMMA4NBgzSNI40yFwiUDpQJFUMkAACGLa0GCoIABgANhB4Axh8BhWoB10YAAwDQZwCHMADSZgIDActnAIZIAQMAAgeVbgPBLwPYagADAM51AdVkAAUCAwHPdQACAAMAz3QIh2QABwAFAtB1ANB4ANBxANBiABxDHAAAhiznKgGCWQCyPgGtWQCCDwAFAgQCggYABQAIAAUBBAELAZIiAJBVAZscBZhRABEUtVEAiH4AiR4AAgADAocoAIVwAJVgAYtoERNDAQAAhnKBjm9TCwAAhpC7eCGBpg6B9n3RDAsdCBIJB0MFAACGnJM3BgMABwQAAAdDBwAAhp27dwAdAhAAHQIWAQQAHUMCAACGoPcIDI16UwwAAIavlxLSYNJlgeEcgY41BNJ3BdJiEAUHUwsAAIa/wD3SZdJoAxjSf9Jm0mUL0nLSY0MGAACGy5cQANJuA8tzANYEARcA1XdTCgAAhtbKbYo7GdV11XzVedV+BdV3D0MGAACG5JpOCAcLhkYBCgIDAQNDDgAAhuLFRQAEAgUBFAAFAAsAAgACCIo+AAoAFQAKAQkGDEMBAACG74GOcVMLAACHBMppGNl9DQPaANlz2VwEEglDAQAAhxOdcEMJAACHGKEYAwsFAgIAAwgKCQIEAw0DBUMdAACHEc9uABcGGQAoACkCBwEQABEBDQA0AzUBHAENAAwAGwEwABEADQAhASwCBgENAQUBDQETAA4AFgAdAgZTFwAAh0ykCM1MkmAQFQkH4B/gGOV75WrgEeAa4B/gJgceCw0I4D/gLCRTDQAAh2XUKOBL4FLgUeBQIYkZiSIPEAfREKB0UwkAAIdz1BTgKeBU4FXgIOAd6UyJDQhDAQAAh32BgEVTCQAAh4HYaOlThQDkYgnxbvF1CxxDBAAAh42mRBAFAAMCAkMNAACHj9hjAgQAAwAaARUACwAKARQAJwAiAAcFCQAZQwMAAIeLgYdiAI9nGIlPUx4AAIep/2zGbecV5xoHDAoXpyqnBedJ5zoXFgsMH+cbA+ceGi0m50WBrijGdwMIG+cbQwoAAIfIqG8A5x4ADADnLQDnIgHGVAKBrgsAAgDtHgAFUxMAAIfW/xK/KQUEoSChPw4ShW+FUOof01iWOBgNBwsDJkMFAACH7KokAgMCAgaCMAEHQwgAAIfq3zMAAwEQAKEiBKEvABQFhQwBDkMBAACH9f8uUwkAAIf+qz/tJBeFD4UmF7ZKgaNn7SRDAQAAiA2rPUMNAACICOIRAAsADAALAAMCnAYDl0UCAAAFAQcBgzQABAAJQwEAAIgY/npTFQAAiB+tC/F28XsDA/F+glAFqS6pM4JVglaCTYJEnzqdKUU+9Fn0WAJDKQAAiDauKAIAAToEzG8A31oGmygD+wUAj2IAz3YDkR4A0ncB3QAAAwDWBwGGUAGMHgEAA4RyAI9IAMwxA99aANVpANVqAAMAz3sB124BDADRFwDREAAFAQwC0RsBBgLREgDRFwDREAAHAAUCBgTJXQDSckMBAACIWtQvQxIAAIg16RoBAwADA4FeAC4AAwACAqhwB7EfAIYeA45QDlMBiFQDqnYAnA0IiV0VnVACnU9TCQAAiIuXG9MI0w3TDoGlBoEcgaY/0n3TEFMOAACIlcBR0nHTBgkCDQzefsocgfwt0wT9Dv0TCUMEAACIq5cXBYZ4GIZaBwJDEwAAiKTAXgIJABEBAgEUBYoAAwkAAgALAAMABQEMAAIACQEDCA4BiioACgMAQwUAAIiugY51EK9JBY1jAZogB58PUwwAAIjUnXwM2WaKQc8xBdl+A9l9Atl02gFDCQAAiOGeAQSBsiAAzkUA3R0C3TAAAwELAN0jAN0oUxAAAIjzoRwCgbVS2CMR3R8D3SYIBd0r3ST+ApF5gYAzyQlDEAAAiQekDQIGBQsEBgSFWwaKTAMFBAUABAYFA4RUAQICBwEGBgURhRxDJQAAiQXUMAAMAgYBEQAFARACAwIPAQoHiHwAFgILAAICEQAGAQQCBAIDABEABgGHIgEDAQoECQEAAgAABAOFZAIEAQ0AAgIDAoVnAIVgA4UmAAQAAkMFAACJJIGOdx6lQwOXGAWhHwYCUwsAAIlc4hoC7TMFA+0wCYQ272GBlSKlQ0NAAACJaeYNAPIDAPIEAPIFAPF8AAIA8HEB8zYA8zsA9UoAAwEDBIJWAAMB8xcA0A0Bj2IA4ToAzB0B4FQAwTMAgYt0AJwJAoGwLQOaKAMDAd0MANYbANYcAAMCijgA2XkA42wABAADAQMAiHwAAgADAdtjAIGTMgKBkzcBhFQA5z4AAgADAuRfA+9uAAMBhCYA72MBgYdIAIGGMwD0SgADAPFXEch/ANtyAM97AOE+AAUCAAKURACKRUMFAACJd/tqEYd8ChMQiRsDiUpDBQAAiYCBjggJgT0GgxoviWsEgURTCwAAid/LAgYDAtoD2XoDCso+wE8FQxgAAIoAigoHi3gBhnYBBQEDAAwAEQAQAQcBBwAGAAUADQKHTAENAQgCAgANAQAEBwIIAwMChnwBAkMXAACJ69ABAIh+AAUCAACJBgLdNwHvbgCEJADvYwHzGACCSADzPQH1SACCUgTjRQIACogECfY0AexzCAUD7VAA7VEDBUMBAACKKYGHZVMKAACKOIGOeoGSH9YTFwaBuQyBshPZaIpD1iNDIgAAikaaYAkDAwUACQAUBA0CCQEFAYZ2AAsCCwEeAB8BCQAcAAcAAgETAAgHCgEAABUIBgELBIYwAAQDDgENAYVUAoVNAQIDFwGGLwCGMkMaAACKSMVzAQIBAAAZAAMAGgEHAAUGDQeKQBIOAAcAEQAIAgwEFQEOAAkABAAFAQ0EiXIDAgIDAwICCUMGAACKSf9wHYFFFiwRnW0DvRYHvR9TCQAAiqOhKAYCExoJgZ4agZ4h3SpDBQAAiq/wQQCBmEkBCQGB1UQBgdU5UwkAAIq41ETgR+BcD+Bv4HwN4F/gXkMHAACKwqQbAQ0CAwEKAQcBDgQZQwcAAIrD1E8BBQAVAYkWBokbAQYBA0MBAACKzIGUaVMNAACK1qQe4FYGBr1egZ5BhF7kbgoHERYXQw8AAIrmpk0ACgMJARIACwIJARICAAAHAIUBAYRqARoBDwEJA4RYQwsAAIrk2QwDCgYCAA0BDwgaAwUFhxYAEAAHAAJDAgAAiur7WQ6yAFMXAACLCqh750inKqch51/nVOdH5zwIDIc/hzAP50vnRudH52LnY+dc51nnOqc2gY53QwMAAIsoqioCBAADQw8AAIsi3GEAhVgAGgALAAIAGQIDAxwAEQAHAAoBDwECABAABUMBAACLLf8ZUwsAAIs5qivqZgUTEhOhSJwr7UPtTrsKUwkAAItF5hP1EegMhSDtOe04CNYEuWFTCwAAi1DiIhACDwICBwztUQoJQwcAAItcq0UA8WIArgAAgZ1hAO9YAa48AK43UwkAAItl5Drvae9oB6Z8pwPvWwnvbEMGAACLb6xHAAcDgRQCAADyAgADUwoAAIt9rRH0SAjzR4GaaKcr2GTYaQQDQwEAAIw3igtDFwAAi4joQAH0bQD0aAAFAQABkAABgYQnAAMCAgNMAIGDVgCBg00B9w4AOIEZ0ykBAACUVACJYgCJEgDXJQEDAO0+AIUcQwQAAIuPgZU/EJZ1HYFCIwBTDQAAjEXoQYG8a+N40QGHOudiA81r4GDgYfEO5H2ByRxDAQAAjFWKDUMdAACMVK5jAYtIAI8CAslFBN0eAdYnAIZqAdl+AAMAAgPTUQCKUACEcQCEcAWERgSRSAC8OQADANEAAYlGAooUAAMA1icD4GwC2gEAAwGGMgADBYpSQwsAAIxv3HAABwACAAMChWQAhR4AAxebNwCJBAOHMgADUwoAAIyX32QDA4UenCSMRYHAK4t2gc5Egc5FQwcAAIynly4ABQAHAAYABQADAoZ4QwQAAIyjvA0AAwCJRgqKGEMBAACMrf9xUxQAAIyyniKGcwjWINYfAwTWFgfWHwkC1iLWFwkFhnADBQZDCQAAjMqeHgHaAgDjcAHaGQPdLQCB2wwA/WUAwHwAwHtTCQAAjNnUWAK3bIGYR+BY4GngXuBjEkMgAACM5KQpAQMDDAmEYAOESgEHAAYABQADB4JUAoI6AQACgXgBAwOBDgeCOEjIQQGaQAADA5QUAYVsArRDAot4AAMChwIJjkwDAwQDCo0QAwMFhWwDAEMyAACM5dRWAQoABwDFKAGPWgLMBQECAAMBAgEJAcwuAcR9BIViAQQBAwChTgChUwSFHAK5QAOyAQCUeAALAZRvAIJIAqpkAKhbUp5JAQAAhygCyV0DiA4BAACJRgDlWgDlXwEDAooeAfFOAfFTBAICikIABAIEAA8ADgOJRgSJIAAFAwMAAkMEAACM8oGOfxiIGRCIGACJdVMLAACNpdkgzSzNLeAzgY8anD8CBwKECIM0QwkAAI2zihEAi3gFjkYDAweHFgQLAAQBCwIGQw4AAI21vBAAAgADAYlIAgUCBAEAAAcCijABEQAKBA8BBgCKTkMDAACNsuoJDblAApAuUwsAAI3TxgTxevFxBwoVDtYlBNYW1iNDFQAAjd+eJwDaCgDaDwDaGgADANoNAQAA2gwA2hsA2hIA2g0A2hQAEwECANoPANoEAAQADADaGQDaGgXaG1MMAACN/KE93SwKERDdUt1pCAoHAwNDAgAAjgnQEAAIUxkAAI4N0BPZFIGwTQfgZggCBw8CEgcLEBkS4HcKBeBM4E0J4FQCA0MHAACOKaQ5AQsFhFoCAAAEAwMIA0MJAACOLtRlAYkKAhMCCAEHBQMAEAAPAAhDBAAAjij/CAGPKQKLbAyjMFMNAACORKZh5QjZVtIx518FBAXnXAcDxBrEF0MFAACOU9x3AIV8AOsDAOpuAANTEgAAjlmqMOsCAxEUDep16mwOE+pzAup26nvqes04zTGFDkMIAACObKtTBQcBCAEHAwIBCwSBegACQwUAAI5t4joBBgMFBAMCBkMFAACOcYGHZwORPQEVBo5IAZZQUwsAAI6E5EDvZe9e8VvxWu9ngQwC8gjyDfIIQwoAAI6Q50EA800A80gA80kA80IAAwKCCgGCCQKDQgP1MVMLAACOo+lrAwNAmlSZfSf3E8kTkniBuhxDDAAAjrKeLweMGgWLcAnARwCFcgCGBAADAYcEAgUBAAaHQgMAQw8AAI7RvBMBAAOJUAAJAwQAAwADBoo0AAUCFAEJAAIBEQALARZDDgAAjrCBh2kFrhUCxi4CxS8Ar2cEkiQAnD4FjHcEyUQLpxUHpxQBAAgABABTCQAAjvTGHQ8EE9Yj1iQD1icCQwgAAI7+njIEBQUAAAIHhhYAAgAHAAJDBwAAjv/LOgACAAMACAIHAAkEDkMCAACPDdAgAANTCQAAjxjUdrdWt1fgcQgNDAvgbkMRAACPJaRGAAkCAwACBIRIAwIEAwIFAoRMAAQCBQEFAAQDgkwDAACCPAUDQxEAAI8j1HkACQcDAYh0AwIBBAAJAAUACAEDBocSAgMHhXwFhQ4AAwAGAYN8QwQAAI8t8GMCjSYQhR4IhR9TDQAAj1jkRQkIgyqwKLApBfIL9FrzT/NOgX4DQwEAAI+bihRDBQAAj5ybAQKGZAOGGgKKUgEDQwUAAI9ugYprJIcMDKY9BJRdAcUSUw4AAI+tq1iBLIFOxgWSepVCgaRonEmBvC2ClkSPLYQPlyQFQwcAAI++gZFGAIG/OwGBukYAgolvAQQAAwADUw8AAI/JsWiBukqBtQmBtQiBtQfOfYKNVIUXgog9znACznnOfAMCQwkAAI/ikBMBCAAHAAcBDAELAAQBAwILQwQAAI/guAoABQEDCgJDAQAAj9r/S1MTAACP9JNZ0HgK0Q0Mgbomgboz0QAC0QHQcgTRAwfRBNB70H7QfQ9DBwAAkA2XNgESAAkDDgAPAAgAFUMDAACQC8EBAAQEBUMCAACQCP1gCYIlUwwAAJAZlzUCFtJ+0xEECQjTCtMJEdMMQwsAAJAumwICAgACAgcABgEFA4ZqAQ4CAAAXBAhDBgAAkC3GHwECBAMIikoBBwQAQwMAAJAzgY8QA7w1Dsh0Uw4AAJBJy0XaHQOBvzKBvx8DAwUI2X7aFQICgboqQw0AAJBYoUQABAEGAA0ACAAFAQsBCgAHBIYEAAUDBAAFQwQAAJBn1H8DAAMFAANDAwAAkGHweQKPXAeDblMPAACQcqZw3BbcHQPlDulVhEblDOUJ5QjlDYRC51TnWQhDBgAAkJGKGwOTBAyTBQAEAgMDA0MPAACQg6o6AIJNAoJIAAIGhyAAAwOEJAQJAQQCgx4ABwAIAAkDAAECQwQAAJCF3H0AhwsGlhwamGhTCQAAkK7xAPhdAs8DzngEBc8BBEMLAACQuI0SCIYSAQAGBwMADocIAwMAAgWHRgQAB4cEQxkAAJC9uAwABgAHBQIBAgACAgMIkXIAkX0AiBwAEAAFAgAAAgILAAkCBAAMAAsDiVYAEQQDAAIAkXsCkXpDAgAAkLv3RAiNDVMRAACQ+cYopiCmIQfdP4cG1jIKA9ZF1koVEBcSC9Y7QwgAAJELy00BCwAKAAsABQAEANoLAdoMUw8AAJEWy0vaC4YMA900BBEG3THdLAUKCwcMQwMAAJEm1QYA4HEA9lhTCgAAkSvVAp0/wy3gcg3gawTgaoho5Q9DDgAAkTmpGA6JCgDGfQCLfAADAIcKAAMEAwSHSguHBgEAA4Z2AAMBA0MMAACRULwpAolSAQAACQEAAQAEijwAAgAJAAQBBQOCYkMOAACRONx/BYV8AIUSAAMAhAIBAwKDKgCCTgmuBAcJAgIBkkYIrVMImGpTCQAAkXLQLALdOQeBtxaBtxUD3TgFQwUAAJGDpFMDBwEAAQAGhEJDBgAAkYDVDgMDBQcCiGoBAAMJQwMAAJF8/m8PkXgBkj1TCwAAkZndAwcC50/nVOdZ51IEBQnnUUMTAACRxoohAIVmAaJoAqhRAIt6AI5QAIcIAZtxBY0gAAUABgIDAAUFh0oCAwACAQIDAwcJQxgAAJGuq1wCAwKBaAWBDgWCLgAyAyIFhBcEhCcCmywAAwCILgQCBwMBiVgDCAMVARQCEwEAAAUCDgALAAJDGAAAkaXgAAEAAAUAogYAogEChQwBhREAhQwEhAIAzkYAzksBgywBokwAngUAgTgAAwMCAIFMAI1wEaMyCI82BaRpELZUA7pzUw4AAJH9xj/TXNNhBREcGRIMEdZVgcREgcRP1kRDBQAAkg2bFAIAAAIMCQQFQw4AAJIMxjsCAwIEAxYABQEDAB0BFgcAAB8ABAAQBZQcAIlvQwcAAJIO8QgEvBQEjCQIglUGiU8Brg8AgVFTCwAAkjDLUyQQM9oDga8g1QfaMQIW2XRDCQAAkjyBg1IAgcoJAAIAEgAXAIGkdAIeAIGlBQDaBlMRAACSSMtR2XfaCNoT2jTaLdomGRLaK9l6MgvhPuEz2kWB4RJDAgAAklqeWwAVUwsAAJJd9APQV9wO3AEGykzKR9or2gYFFkMHAACSa4GPFwCBhnMAAwDcTgDcRwAEAQhTGgAAknbQMdBkga4j3U4R3TUG3UwOH91RgbRW1wGJUds+ga9H3WIIEcleyV0QDyUQ+XhDAQAAkpGhXlMLAACSk6Fa3TQY3VXdRt1L3WQjD90v3WZTDQAAkqDQNCIHCx0DECTdX91iMQbdTUMGAACSsqRfAAsDCQMDAAoEBUMFAACStNUwAAkAMQkFARZDBgAAkq6BjxkCAwfCXwCUFgOBVACsclMRAACSxaRU4TThJeEGCA2IZIhvDgUbDTThHeEctmq2eUMJAACS19UaAAUACwHVcAHVYwAYACMAHgAKUwoAAJLjgY8bgdUHgakSx38KFQ3hBYHVCLhxQwUAAJLu0D8AiToA4H8A4G4AwDZTDwAAkvb4BLxZ5UPlPgUi5VmB0EbqdxESMRauGIGTVUMFAACTEKZ/BAQChEAAhD8ADUMNAACTBtlGAQUAQAEFAAMAIQADABUCCgAQABQBDAQ7QwEAAJMH9hFTFQAAkx3ZVCMC5SEWD+UiHIhb3F3lAuBJ4HwE5UmBlCqvBeUbFYGqEoUNQwcAAJMzpngA5UAACgDlUwHlJAAoAilTEAAAk0CBglWEQp17skqeFYZFxkuGercmtx/nZQLnaud56BIRQwEAAJNS3R1TCQAAk1SpKedkIRwZLud/BedSUxEAAJNe3SO4LrhNGM8Kzwkz51WByDTgL7UUih+rEadygY9d52DEKkMCAACTcKknAOduUwwAAJNz8R6RCoGhC+diHKkwqT+HJYcwJ7YsgZ4DUwsAAJOA4BSlIIGTEedW5C6TSZd7h0GrHw/rFUMHAACTjOAFAB4AEwCFawC6SAC0SwAjUxcAAJOUqj/rIOsfDgXrFOsV6n6mRqZHCAiqOrBT5Q3rMgeFDIUjCRyEdIURUwoAAJOsqkWByTiByT3lCuUJ6x4C6yvrLi9DAgAAk8OrYAQAQwUAAJO34AcIhSwBIQEaAiFDBgAAk7j5EAGdTACdUQGJUQGQCgaiGFMSAACTyuJXoBygJ+1b7WwhBO1l7gC+Ar4TBO1vCAXtWAusHkMFAACT36tfAQUADgEEAwJDBgAAk97iSwQcAgkAFAQfAQxDAwAAk+D0IA+gPACBVFMPAACT8/JiwU7dYRwbDIQlhB4jLPAn734iF6lwQwIAAJQDrFMAgZVqUxQAAJQG5Gsdnw6fBwQvMh8IGQYmFSMGAhLVCoHFJ/AKQwMAAJQbgYJIAZk6AtUrUxAAAJQk8kOBZ1uMUqVtgxoG8hXyFtF2gcQdgdAO3XUK8h8JUwwAAJQ1rRvyEAryG/IU8hnyDIJ/gwLSAtINEkMEAACURK1fG1wCAwACQxIAAJRCgYRyAAQBulEABAAJBAsAojoBojUABwSBfgECAJ9KAo4jAZEtAAIDCQKmLAGMTUMBAACUVIGPKlMQAACUaq4x9WaLMIojAwL2RfZE9kn2SDYEA/Zz9m7KOkMFAACVd40XCAABhhAAhxAFh0pDAgAAlHyuXwIIQxUAAJR7gYMbBrFHAA4BvwwZjXoCjVUeiwoBBRgRGQs2TRmEJDCObwGBkU8AilAAnUwAmmABzkwFsVEA338BAFMKAACVi5sa1mID1lsL1mbWZQIDCUMGAACVlvdVAAMAgbFxAIGxagHXPwAFUwoAAJWey3IFymaBnwuB2xqB2xcCA4GefIxgQ4EHAACVq9UzAAMA4SUA4SYBAADhKQPqHAAFAIZ8A+xRAOVGAA4ADQAGAIZyAgIBAADnfQDncgDndwDneAOHAQLePQDrJALrKwAEAAUFgj4B8gAAAgADAPAxAIEUAPIeAAMAAzaBsisBxDQBgVgA0BsA0BQABAAFA4MgAc8XAQAAzxYAzx8AzxoABQDPFwAFBtRiAAQAznkAznQAAwHOdwADAQYAznQAznkF1XgDAAAJAM9rAM9qAQAABwPISwIHANEAANEBAAQA0HoB0QcCBAWHQADTKADTGwDTFgEEANMnANMiAMwDAIcnAAQACQICA9MeAMwFANZYAQYCAwDWVwLWTALWXwACAQYACwLhKgUAANo1AIYOAQIAAwHdVgIAAIlGAQMEiHYA5VUB7E4BBQEAAOgBAe1gAOhpAc53Acl8ALgjAY0mANB6AoluANMfAIcaANZWAAIA1lkAAwLWVgLPaQCGDACGEQDaLkMEAACWe/EsGgAMAhkKQwUAAJY4/1EIgikUhS0qhTwNjVFDCAAAlaqBhxU9hWgLikgoii0ViiwRfSMpO5FfUw4AAJbSoWnnHIh05VWETu1eBusr6yLrIwXrLOsp6yJDFAAAluKqTgCCPAS9GwCUdgADBIciAgADhnAABwECAQMEhggDhW4EBAOETgAHAAgBCQEEAgVDEQAAluHiZQONBArFIQADA4pIAgMBBQIAAYkyAolMAgUCAAKIcgQCAQMFhnoAAkMCAACW9PQEDpQQUxAAAJcb8UmBkC/oAugD53wDxAK+FwPrKesqhQDtd+1yB+1xQxAAAJcwrFYBgRgPghwBAgMDCcIlA6MMB6MNAa8GAI4SALcVA61WAY16ALtTCp0CAQBDCAAAl1jQVQGJTA+oJQGKXAECAQMBikoAB0MVAACXMfFAAsV8ANwdAJYgA5YhBII8AM9CAK8VAZx/AgMAAgGBCgDWZgDVfwW+eAOTRAHDdQWVRAGVQQ2XDgOgZlMMAACXetBXCN1j3VQCDAsGBwUG3WNDCQAAl4eBgUAA2AMAuCgAuC8A4SsBAwDhLADhKwTqHlMQAACXl9l45UvlRoZ8tQi1BwIDqDaBkEPoBIVw6znrMgTrOUMEAACXy5AoIQAFAA0AQxsAAJetqlYThhwBAwKBIAJAAqZPBpwKCIR2GZQJApFSAYI0A4JiCKNlAYZ2AQIFAwAFCIt8BAUChF4GhF8BhFgCCQYEAAUABgEHQ0UAAJeo4CwBBAAFAAcBAAKiVAC7PADZFQC3DgG3DQADALBQAKxJALMGALMHAds2AMFvAJZJAJZIAbs6BMwVAKoEBNsdAAMAiUAAAwG4MAGoOwADAIVwAAUABAAFBqJMAJZNAYI6AYM0AME8B7BhAa9FAIcEAKoeAoFbAq9LAYx0BZAuA85HAopgB4pIBIGNIACYLQDrNQSJSgELAAMAxH4AxHcCzV4CzWcACAAHAAME0lgAyWsCAACvTAADAK9RC4cCUw0AAJhD3UMJBOgZgaM+vkmDHAOoSoGOGQUEBUMEAACYU6pcBIIuAgACBUMGAACYV+J0AQUCAwACAYQIAAdDAQAAmFaBlG5TCQAAmGTmNfIfgYkAgYkFgc062F8D81uBpRxDBwAAmG+uEQBIACw2vEMGowYBAAGFdkMEAACYculyNsYrAopMBZMKQwIAAJh1gYoNPpY1UwsAAJi2qTeBkG6ia916gck38DLuA+1+AgeHBEMfAACYxKxXFrhVAwAChwoEjnwBBAAFAgYBBwICAYZ0BwMGhgABAAMCAIVwAYV1A4pMAYRXAAMEAgGEXAAFAgMCAgYHBYcIBoJTB4JOB4IsAwBDJgAAmMbmNwIDAYI8AIUmFttvAYlyBYpiCopMAgAAkwoFiU0BAwQCAIlGCAICAAAECYhcBAMAhwgBhwcBAACHCAIGAQMABAADAAcAAwaFaAEDBAMBhH4DAwADAoQKAAMBBUMYAACYw/Z4A4oPAAMBBQOwPg2kBwGkBgGKBAC6OQQABQAEuwIDkSsYgg4KjxwCjx0ajxwArwEAjAcBjCwEjEQBkxQHkQ0Cjk9TCgAAmVDke/BFA/BOhSrzX/Ek8ifyIoJ5QwIAAJmWkC8CAEMOAACZW+dXAPMLAXYA9kgBbDXRewC4QAOZSwADAJI0AocYAQMB5VsCg25DBQAAmV2Bjz4EAACKXzeGdgiUE1MMAACZqvgXm1mBrG2PCAPhGgLaJ9oi2icC2iRDBAAAmcGhdg6FeAAEAAJDDQAAmbnQawACAAMBBAQDAAkDCgGJTgEEAAIAFQAGAAdDBAAAmbjySwOLLAeFKACpElMJAACZ1aR34UIEBeFDgbMQgbMb4TjhQVMJAACZ36R0gd4MyW2Bj0flTAUDuTy5M0MHAACZ6doLAAMBCwDlSQDlRAEGAOVLUwkAAJn03VOoVqhRBwIDBwoEQwgAAJn/qToBAwDoLgAUAIVKAAQAAgADUwkAAJoJ4EAGC6MAon/rPes0owaif0MDAACaFOMKABcA7g1TDwAAmhmreu4GCAoRDKdGp0+qLKoxBAsFsWKxWVMKAACaKeUHBfBV8FAKBaYqgZcF8EwFUxMAAJo05QLwSfBO8FPwVoJiCpZ+uwLSD/Ij8izyMfIqA/It8ijyLfIoQwEAAJqok3ZDBwAAmk2taQcDAVgHQgI+AgAEHEMbAACaSOddAAIAAwEHAQcABgAIAQMDgVwBkmYAkmcCnw4BnVUBgUICmSwAmHcDHgADARAAwQAiABv9dQEDA4lKAOsAAOEpAIhgUw0AAJq2gYtngc1bhFLlUMlMyUnlV4GnYrp1hx+McutJ8ExDCwAAms+tLAGBVgBdA4FIAbUxCJYABIYABopaDQMHhnwCAEMBAACa37wzQxwAAJrG5Q0ABQIAAoJsAoI8BIMYAat0BL1DA6J8AQAAwi8DAAOJWAADBAYAAwADALhSAa91AAQBAwADAYccAAUAAwDAcAHAbwDAYlMLAACbCOBKuyq2JwME7inuJNhq1G0CA0MDAACbJZN4DAAJAEMJAACbGq1rB4EYAC4DkycAhFQGqhYBmxkSk1MAA0MVAACbFPINAJcTAAQCgjYKhRYEk0UAuxYArGsBlFIAj3sEn3kAr3YAowcBhQIBtV4ArnEAgjgElF4CuGECAwGPelMJAACbSuBPAgPrTwMDgY5YgYlN8jRDBQAAm1StLQOCFgGtMRSaPgcDQw8AAJtV52cAAwKDEgG6RwOJVASJagELAAcADAMCAwcACQIDAAYAA0MBAACbaYGPRVMKAACbetogCwUQEbxAvEvbNNsr03hDDgAAm5GnKRiEJgADAQIABxGCZAcDAAUAAwuCJgQACwUAAxSCIUMwAACbhdoXAIcmAIcnABQHCQEDAAMBBgSHAgAEAgMBDgALAAYBBQADAAUBBwYSBYVQAAQBBQAGAwABEQEAAQUADAERAAMLDACEfgAKAQsBBAAGAQsBEQEDABgAEwEFABAAEQUIAwcGg3QABEMQAACbi/1uAZxoALQVAJomB3kFNwGMMRCNah6NcQ2uEguwCwOMKgOjXgIACrpbAgNTCgAAnAXlFAoFDRSyOLJTmhSBinnwcEMEAACcE6xfEYEgBwMDekMPAACcEuUVAQwCAwSCYAADAwwBCQAEBg8ABAWCSAALAAYBBAAJQwkAAJwQ+DoEi0YFp3gDi3MAhk4Fh0kHmwkAhjcFhR1TCQAAnDnnbKYigZof834G9AvzdoUnhSxDAwAAnETnawCqCgCqE1MJAACcSOdp83v1VAIECQifMJ9BQxUAAJxUrhkBAgADBz6BBa0xA44sCYYIAAUBAAyGDAIFAgAIhFQCCQUIBwkCAAEAEoQiAwARglxDTwAAnFLoVACfRAGfOwILAAoDqUYAqBUBAAEFAAcCAgADAIECBAIAAwI8AKYYAKYdAAMABANWAAYAm2Rq4zMAimACBQIAB4lWAYlwAQQADQAMABEAAgEAAAQB0QgB0QEAAwELAAYDxRgDvDMDCwG9JgC9LwAKAAQDCQAHAA4AEwC8NAC8KwIRAwgDhywCEwAFAQ0AxTQBxTEAEgANAKhuA6hhAAcBAgAbAsJ0AMJnBIVQAAIABAINALlSAblFABMAEkMDAACcfIGKEoFMinQEiilTDAAAnVbgZQIGDw4VCetdgaN6uAnrc4IeUw0AAJ1n3XGLEhPuX+5U7lWBlk6eHMYJDRXuS+5iQwMAAJ134yIADAAcUxAAAJ174zW1ELUjnW6dWSMLJJ1engMaEx4p7k3uRkMEAACdkOUkAQUAxSAAxRlTEAAAnZblMxMPCRgPBA8aIw4IAgQhplRDAwAAna+tMQQAAwJDCwAAnajlLgAGABMBgnAABAMDAAgABQETABUAA0MBAACdq/4wUwsAAJ275l0R0XTRbYJTxQDCOfJH8lCXGJcdUxkAAJ3H5lcWyCrIQ4JAgicCEw2CQAIN9A2BiFqUNwX0IfQcAw8HChAbCkMBAACd5a4cQx4AAJ3h6GYACAAVAAQBBgEMAIFjAYFGABIABgATAA8AEgEDAAgAAwCBVwCBRAANAAYCCwGBRAATAA4CEwAEAA4ADQADAAVDAQAAnfyBj1FTDQAAngnpP8J8wg/CBMIFkF6QXQMEAzYDMlMJAACeF+oxnCScD/cxBoGgNKh99zmBtlBDBQAAnnWXYwOpegWpewKOKgiVDEMJAACeeuZqBbUzApNUBIhmAIciAAMBhVgAhVcAhVJDBAAAnnuBh3gFk1MCgUwAgglTEwAAnpDyMZ1p7nEC7midapoSgaZtgaRAsWMCA4Jm8m2BiXqBiC32SnKQbFMOAACepOpKgaVLgfU8gYMR23CBs2GBmmCVNpVC2wEDsAaoZ+MeQwQAAJ60rAgAgTIA9kQAhHhTCgAAnruXZpQwgdsqgdUfgatirnWddJMRgZptgd0wQwwAAJ7MrlEApisAkxQAiHQBnAsCl2YDAwKEKgIHAYJcB4NgBoEkQw0AAJ7I3gUHlVgCpWsGkBAEhVAEiRQAAwAEAAMDgmABAgADAYIwQwQAAJ7GgY9WAIk/GolADgBTDwAAnvSuHvc+MvZtgcFugZF1pyyHHopurluBhnbjDYVQA6MeQwMAAJ8OnnsEAAwAQwMAAJ8Hrj8NhxkDhQZDDAAAnwbodQGTFgCRBQAyB59DA4xyAKMkAJcrAQAABQCEDAGBGlMYAACfIt4LAwOFUrw4mh7WUwMDA+wB8RaDevE18TCCaIIsA/Qt9CiBYgMDkx5DAwAAnzuiAAHwcADhZVMPAACfQugKgV7NQLojkgt0YjKBkRePDO5ehRSGXoQO0w5DBAAAn1KlCQCBs2wAwWkAhVhTDQAAn1nlQ7E+sUnwD/ASA/E58TTxM4HBIoHBJ/QcA0MIAACfaq10AQMFgRoEAxWOHQKHEgOFcAeNBUMQAACfafJQAZULBIFiAAMGgggABAADAAMCgRAPkAwCmh0AgmICgioChQAHmQEBk35DBQAAn3+BjQAWkD4AEQGUIwWCfFMJAACfpOoaqSqoZlAMPgICCEMjAADgH5A6BocENJthB4ZFD5tof48EOq8AGqUUR78hKJNNDp5tYs9yALABAjE1UDyGahi1STLqDkqtJxS8aQq9EgiKdBiydwKzBEWXcxbVbjq9QzKlfS2HcEyfEhSMJIF51hEAA4Fw71SCDJNXQwYAAONA22iBFphNgm2iXoEum22CMkiCa4YEQ2gAAJ+vgZQTAM09AAIAzk4AMBN6AB4ABgAGAAiBgVmxIwqrChoAEgAbAA0AK6p9D6p8BwAQAAilHQClHAcANAQWAAoAGQAfnTEAnTBWAA4AHq9VGq9UAJp5CZp4UgQAABWLESS9CQu9DAQACAARABAAGwAJAAYAILsVALsUBQAHAAC7ARC7ABQAFAAAuhEAuhACAAGaYw2aYggAGAAAuTMWuTIYuFkAuF4KvxMJvxIRAGsACAAPAAC2HQC2HCUAOrRjH7RiCAA4nB8cnB4MADQAHwAXACIAAgACABkAMgAvAEAADAAEAEQAPKI3DKI2GABHABipL4FdqTIHpW8CAAYACwBTCQAA6YWBh0qMPqYbphqMP5ldphqLZYtkQx4AAP4wbQAYNoIOgRiCLQGBAgCBKAAIAIEzAwAAPgCBWQCBWACBVQCCMgqCLwADAIFYAAIAAwCBWQCCOhsPAnsbgQMAGQAYAIE8BYFnfoEkAX5DAwAA9uSELgEChiWBBkMCAADspotmgysWQwEAAO0ojihDAQAA7AKSX0MBAADsXpoMQwEAAO3nnwJDAQAA656laUMBAADryagEQwIAAOtCriWBPoFCQwEAAO18sAZDAQAA67q0ZEMBAADrhrgUQwEAAOwVvRlDAQAA697FEUMCAADrz8YknD2BOEMCAADtbsk2gilzQwEAAOxby0FDAQAA627VWUMBAADrqdkuQwEAAOtA3lBDAQAA60XlbUMBAADr0uhqQwgAAO2e6hGgengZgUAAAhoAgWsWAQAAF0OGNAAA6ZP6YQEADZlUCAYDBAOZXwMABQACAAEACQABmVgCSACaIwEAAZlWB5lXBJlWBwAHAgWZXQMABgACAAcAAZkkAQAHmScDmVQDmVUDAA+ZVAICBQACAggNAplTAZhoAXYBAgYmBJoNFAABAAwABZhoAZhpBJliAZljAJliASAHmgUBmWYImWcCmWgBAwMKAAkHmWsEAAEAAQABmGgJmGkIAAEADwYBAAMAAJhIBAIDmE0DAAQACQADAAkCAwABAAEAGg4EBA0QAgAOEAsOAQABmCYEmCMBAAcGAQABAAEAAwAEkGIGkFcTFgEACg4HCgIACQoCAAsOCQoFBCM2LUQBlkoFlksCAAUGAQADAAuVfACVewEAE5ZOAJZPBAAJCAUGAgABAAEACwgGBlyBIgEABgABAAYEAQALDgkKBAQCABASBQQoPiiWbzeYHBeULUmIW0+LOA5LCaNUAwaKARQDUzIOBIESAQMhXwlBAQIBAAMCAQIWCgWCQTRoBAgBAhcuAQItgXYcgRsBAAEAAQAMCgEAAFYFOwYIgjMaBQAANwA4AwAHAAMAAQAGAAITABkMMgwANmCGZYh7E6R3IadGEqsrhzeBcQADAAQAA4FrawQDgVoFAQAIWoSAM5tIHI5JBwAHhAwZjx8hgzFBBUurMIEQhxIBpjcVniISmDMdkGQRhlYHnRtOhWoYigEAhA4jhVAEmGgBhQEejnsAikckmX4kmgk2pSoDpCUAjkAAiho2BwECJo13IZRuAaBjKY0GHYs9AIFHCplmRZl9IZoMBoUpApQLAAMQA1ildAGaO0iNHEZqFoMkDYMdFoo1FIlAAJhjCoNmJYs6CINLFY89JaIagTeeLSKlWEeWJ4EyiTtGhXWBIoVgDJpCMIYdgTyJeT6WDWOReIFajlYYm1UdgTAbmVoIjksTjWQNlBcShQ0TpjwFg3sGkAUAkXwAgQAzimsAizcdgyAhhwUakVwAh0UAjxApmTUVmQgSkAsImW0ApgwThCYFoAkAlXwAgQoih0sChiwHiX4fgQwKkwNhkxQDpw8Ih00GiFhXnw4AjFMDk3QbgUsGkksEIBOBLCaGeBqKPwCCZiOIUQiCKRSPJhCOEBdpTw8qpXM0hR9gmHgFlDQhgRsWilsSizIAOQp6EKcJglebWBIpLKA/K4M4B44YTZpCA54bAIgLAIxeAIscNIRWU4EKCZF7A1UohF4Aki0mklYQkl0UjCACkHQNkDstgTIBjwg1pFMMqiQeomsxikQUkW2BBIEYE6F6c4lPCIlOKoFMIqU9MKVAJTgHng0ApUwAmDEQjzkBoAQJomsGi0IAnVwAiDkRmVcAgiUAhAYBgQ8OmVgCmi0VmUQTjQ0Ai1EAi2oagxcViyQAkCsAhD8AnXoAgRkBpgsAhwQ2gwYEhAoAiwYAi04AjwMAlV0AkwAjVACDYQCFXACPABKdfwgMAIgHAJUwAJBGAIJCI44NB4tOAIJqAJxTDoQRBogOBE4MhEwLlE8CiVQAixgAjxcAh0YehzoAjAUAgUUYpHoAmBsAiWUAhR4AjX0bhVYAjUoRjTcEjCQAkD4AlFUAhCUghDEKjy4Kk0sAomgAmTsCh1UGlDIFkHsEgkgThCkcoygjnycGmCgEiWQNohNEl1IXmAVAm3gWhk6BeIZDgmAGgWqNHSmOKRaTJBmRfw2aKiKGbhqGb1GiPxqiRAONdWaFNFqJHjaMM4Eni1pQjhUslyg0jHsthmBIgn0GjF9IgRdElx6CGJ8XA40TgReSPhKQeIEgABmCbgUiW4dxJQoHggcUgjIjgwY4jAshjmcOAFwKAKJIDqJfPJwmL4JpXJVpAI4hHRcGmQQDhmNVnHgLnG0ylGYYgiqBEYIBAJxrTKEwE4Q7NXoujnNEhysUlRyBZYc8aBxSpCUgkQAmkQdfo0oDgRJXm20AkhMQrBIYgWoQk304kHMFJAeiegiBKg+BGwNFQKJvPKNCIqMlJaNaFYsDaYNuKBBBnGkSpEYnk0mCL4YjYJVcBoEVMaRHEIU2KIY7BABGhlx5inkEiwAwHRSdCgCVIS+WVBWeKRWFLAmJKgGOEgCaeQCVAACWfS2IKSaIDgCZACCZDwChYgChaSRADTsAOh6LEAmSOYEpnXYXiWEZkBATknEDigUBnCo+mQ8QhBMenWwCnjdyizQzg0AWmH8pGjqIGAOBQQKLTDCWAgCoHQCOFDCTGDuGcgOWCxiWIgWcN0aFFQaOKjENDo4NFKE6KYY1AYh7D5F5JoglGo1yIIFbGQUFnGASnE0AiXAAgwdihwWDB6M8ghiFbRKfIWufKII+hnsAli8AiEUblxgQhnoAh3Y1kUdAgnAahhsilFkQjy4nhB4AgVsAkCkAjCIAinsApkAAAiWpaRQ6NJR6AJEhAKYMABIAolkHgQxPBgAfAId/M4gUF4pXII5MAIlgAIhHAIYhAKFqOJxXFItKNIwLAJZaAIhXAI9kMTQCgyMImxsElTwlggoAUQCNaQCEJwCHagCRYCCJHyeJGgCGMwCMEQCLVwCdehmrGy2qagWiDQGBMAOhHjehGReBPSKKRgqKRS+iWAAGAxcQBAalPQKnBBqSFymPWgCFEwaREwgRF5UmFIMKGZU5HoR5OoUsAhMcigMAnjAAhgELlHMOhjIBjFUPjEwblFQHn0MAinovgmEfhyEthVsZjmoAjwYAnjcApFomoXcPnzIgkW0Dgm8ngngAhXUHjDYFlhE8nQgAnAkjonQAlE0Xjy8ThGgAh04wjEcCnyARj1kElzhNlQ1WmgtPr3BPkhMRkGU6gQMxglA8gllQgWZpA1CPag6UEDOFC16sU22OVACcAgGcJwuDQgCYdACDSwqDRgmVOwCHQxeDWgORMgCIbwo9AI8+AJRxAI5GAI0dMJZoAKRNAI1ECJVYAoJxBYxnAI8TAIgxAJEMAIVvAJ1cAJ5PAJl4BJ9FD5pWAqIBAaUIAZgbAIQHAItSCZZ+AJldAIFqAIN6AJEPCYY+CowaDYZPAJRiA5xRAYkYB4MjCIdsAIlhAIglAIdaAZ0kEqMhQ4NGAADplIGNcQEAFB4WIAEACQwFBAEAKEIRHAEAPWQBAAEAIjwUIgYIAgAJDg0UExwBAAEAFCIRGBEYIjgBAAEAAgAcJAIACAQTEAsGAQABAAIAAQALCAEABQYEAAkKAgAHBAMAAQAKBAEABQAEBAEAAwABAAIAAQAJBAEAAgAKCAEADgQSBgwICgADAAIAEAYOEgEABQYMECM2AQAICAEABwgKCAgEKQgFABsAAwAFBAgMBgYBAAEAAwAHBAIABgQCAA0OCwgfCAgGBgAEACcIIgAFAAMAAQAKAAcADwAUAAUABgANABcADQAEAAQAHQAKABIAigaPcwgIPWoBABIcGCoBAAUGKTIMAAMAEgAFAAIAAQABAAcADQABABMAGQQeMgEAAQABAAwMgQmOfAcOGjIKFAQIAwYBAgIEAwQOHAECAQIPGAMEChRfjy2DWo1ACAAHAIFLkhWEjn5lAGYMiwY1jAsABwEHAwMckVgdkV8BGoEVlhRvjhkkjh59ih1thRNZTCCERBSFckZzgVqEf4FrhXQMjyEEiSw/AAOEC1yECoRehA+BI4hSbY4lgQeTMBqBGjeKaQoAP4URgRGPHgmSPRWILAsCLwIPiG0viGwXABEAFgAQAA6DIhiDIxmDAQaEfQaHfA8AWYhPAAgAjBolg1cmiHEbiHAVADsABYN+A4N/AIgVABAAHDpxIIwKBYMxA4gbABAACAEYEIEHCygRJwAKAIxCKoNxAIVLIYJPAAQxiBQAiD0BJQAXWw4CiGIciEcHYgAGBYdeLYNAACoAAgACYYNzDAMSiQkGiQoAiQ8Afg+IDg0AKAIAiGUAjCIHi10FaSQdOokgCwABiGcHgkMCgw4GWzCBAAaLVFEXgU9COYQRUgI+AwCFIIFIgkIVkAGCIYgcgSEAgSBVgTGEYlaEDwMAF4R3FYduABY2gw8Mh30AjCQ7TAOBaYFIgTQlhEUVhkaBLIZHFwAdiD6CXZUrAItUZ4EURQAxgzgJgzmBGYQkDIVICoEfV4FTE5EfWJMwGYQdgQqEdwwAPwCBCIR5SYgXXI0QOIZUgVyMI0WDdR+SZoE6iSOCWgAiAGqDSEqBAQuHeAQCBwACAIMtkCsbgzldjCQdg2IXhnNriGAekTtNZW2JPIFHiT0ViTwXACsAgkEAEIo7AYo6JQAwAIIMAAiJHzKJHi4AEYldPoleCQA5iW9IiXAKgwYDi20SiGA2iRdTiRiBLIYjgQSGIlcAZgAyABeENFuBBWKLW4EskWprgQ8HgRAig1GBHYV3gT4AFYlBAI0cA4JogleBehWIQ1OKHjeKHyOHUAKHUVyDehaFfA9TG4ZfW4JJCYMehwaDHVKFTx+NfIJIgW9RjHsRihg0gQEAWgAvgTcGT4RSCodrGoMcW3Mwgis9gxhJihUfjmItjhuBfIpOX4QcLIg9NIVEEoNiFZIHK4ssgSeIb3ONXC6HQR4AJgBhAG0AgVEALoY0gm6GM4ERgjYogjeBYgCBVo0zCIdyCIU+HYMiJAsjiSsAiRoXg2Rej2kRgl4lijIAghIBhjFTCgACSiGBg0aCTIMXg2KkI6QyY4MXok2UIkOBPgACSj75LgODKQKHIASLLwM+AYc4AI1vE4ZbAJQGAIJRCYQMBoRZAJsWAKllEaleB5d/AJQDAI1ADYEBAI1cAIgiAIodCYlKAJBPAIJOBoY7AJIgAJZLCoQoCYkhDYg2CYgnggugHBOUP4EVhUw5iG0sAAyfNoEkgRwxElCBSGmBGgGCQYE0gkYlhCUUmH8ChR6BN5VuSoFhgQ1iUWNohEUAmnc4n0QAn0kumTZ2hzhGr10EqWyCEZ0BCYQTAIR/O4JEgW6GRgCDYQCLMgeQYRuLMAKCLwoCKYdjG5BqBZBlBKlAJIFzS6MFMYc8X4F3EokGD5FjFqJUB6IpTJ4GbJI1AJJ/AJpedZQ6GqFTVYYKGJNNZIs+ZYs5H6c0gU+XORIDOVSBST8Aj2kRj1odjTscgjUfoBpvnUcuAgCCMTwhIRIikBqBSgI6oCo4oE0AhHEihE4VA12SKDCZM4EVhSwAixpGmGcenSobiV0ynAAMmnl8lEs4AACURACFGVGBAy6dBHqPbwiMGW6PGWSeABudfWyRWDabNAKdZReKRwCUYACKH1aKLh+ZSwOBIwqBUIIHjwoMBXiPH4EKiBAopkINrlMtrlIqmltyhEkXkWSBO4VIAYpHgQOQTgIDgSOSRTyTVDuCGxOcLQ4EAI8XgTI2DaIuFIJwKINYAJEPAIsyIZURDINwE5FRADMboSIMjC82gxgpkGkeiz49kRYApX8AlzoAjwAAjxE0DQCRUQSUYAKFKwKTfQ2PMkMEAAJiaoGJeoFgAoVGBIY+AEMLAAJN64GLdGQYhi0YZIELgXSBEIhkEIg2EIowgVWJTGCFKU+GMzhDCAACSk+BjVENBoRrUYVuG4p8gXCOL4F/mkI0gmEnQ1MAAkp3gZIlG4E3LIFzCYE2F4FYLIVgXoYPgi9XhG+BSneDWSKCbhgraYJFghuCHoEEgwyBS4Urd4IMggeCDSwAJwAriFKBFoUdDYM3HgADAAMAgU6Bal+EMoIxhh+BFQCBAIhqJIhrUoFmgX2FQECEXxiCS4FaAF5lHWRDgXBZhB6BC39ohCofH4FHhz1VgTgAgSmCSIZmYYRnfoN1VoMEUyAEgyeBOIM6gWAHgTWDNUcAOQADAIEJAIEsAIFvgUYFgUdGAoEcAhmCNoESXheDFQ8DJIFsM4FrXgASAIFAADIABgCBYIYmDUg3hnFBAIEjh1YEKF2IAVMJAAJtIoGSGQi6KZ4mk3WQY5EuizKDEkMBAAJ2B+04Q4JVAAJtUfolTpJeAIESAKM3AIVxAJIKAJF7AKQ8AJVtQoI3AJx4BJcZDwQEjRYBhW8Khz8vkWEAFgCCAwCmICiBMgODJgSofwyRVE2URACpEwCCVgCDLACFDQCEFE6EPkyCcgCfMiqCXgGHLTyPOQCDM3KKewCOODSUXyaYRB2YQSqlMhOkARmqTACeKT2HRQ+CSYEliiyBFo02gWebJ4EHjgRhhRwBjBCBbY5ALpMBPJpbAwIYiFQAjT4NlR4llF8Glwodl1OBN5YFJpRECohXHKF6JZ9/AAOBaoQTLI8MgQaYV1WCbiWpTG2IeS+KaRSMKgWkfx+VVAqKFDifdwCBGDWTSBGFFRGFFh+UVwCrFACrGw2MPoErhwodgnCCQJYPAAk6AAgIJAAejUJwhjwBgTWBXodqgUpbCJlNG4k8BY5CgRmSeimTdwCUJHMnEZNXGZZuMq4bW5ImPZhyRIEcRpNnNYE3IZo7KoMsB4NbD6AegRScRWCWSA6MboE5oxcAFS4Ye5RyC5ASC6JfCoIpGYF/FQBvoXwsnysNUSwFgXCoFiYFggeoAxSVDgCBUhqSWgMAA6YBEREKiiIehmkBl0AAh3cQiggfl2MBiRcCkzgCixYUkXMAhAgAiXcAiU4ZYA6SLwOkbgwVDZ9nAIpQAIgDAFwAijMAk0gAlTwAmDc1hC4APQCBKhaCHACLMgCaQyOLZgWREwSITAB0AYccD45QAIVkAKRNAEEABACJRgGJRxaMZg+MewaENg2iBACeZQyFbBydNgGWLQGGYxKCOgCCOQAcAJJWKIdWDJwtAJdGJ5V/EYdFAYV2AIh9DI1IAJZaAKx9AI4CAIg9AAoIi3oJi3kDqCoYllcAhHUFg2kChC4EimcEk2oIljMBjGSBDp8IAhcEEGGeeWSeeIEcqGcCmVYrj1cAAzCNUhSNYgUzAKNHJaNwDZs1gyCGIwKEBQeKQBuMZQCMXACLSQ6TTiODewCQawekIB+EcD+iWSKfUiuBHQuPLyyVKRUEhDEkFQcLhi4IhFqBB40+CJ8fAJMaCpwggXGcHxGJDgqTTIIrgRSBM4EPgQKod0yULkWOaQaGehOMQymNFhhTFJU8P59ZK5BAgQOVboE3qEeBTweBV5QYgRCTfT2WWBuBPW2CKCaKezqMQUOWboIKlm0mlnSBKJ0LMYYyJxsLjEoFAASQewWQZiSMOxAGG55uQZ5/ABIXEwiMSiqMRxWMNCqMKRICa4MLEpxWAZlJKpNuglSDEIMRkAs6ogQwQheQJxCQEoGjKpZLHoIXApkWAIx9CC5hgxgRUiaOJw2PTCyBShmITwyKLl+rUwQMHYEICY4KF40DAhhDg2BDEwACcA6Bin2NBYIYgSCDH4J8bxWCaIk7CYY4cIJJHnQwUBmDHoIFkyKBfZQACotlgVSBTIFQhG+BTYMJgiaBa4M/galOgSVDCwACbpmBjSaEb1Cndz2DOgOGA2mBGIFSjgEHhUQGl3NxhSFigyRFQwEAAnlngY55QwEAAvg7gY9rQ3MAAm10gZQMOYYdLYJygSuGEAKCM0SEcwB6gWyDQoEMhiFhgnIARyOEJDo/VoNlaIIxgRmGMhiGMwQABQAqgVgvgVlrhkSBLIEwUId1hASBFgCBQoJ1glmBCwCDBAIfAAwAggAAWYhegQmBfXwjRCUTAmmEZzaBOwyBPIUVgT0ZACQAOgAMAGMAOQAgAF8AagCBawAoAFoAgV0AhEEAB4dAXIMFg32DOEiHdRaHJEqHJSqEVCuCIyKBZieCE4EPgjxAgU0AgicAgUQYghclVCwAH4VYCIQlEYINNACDL4UuhAuFL4Ezhxxyhx0jACsAIQKHCASBNoE4EYE5BwCCeQCDHgAohnYIhHFBhCYBgg8BhCEgAFgAZACBZQCCZINUgWaDVUAAghSGFEeGEyoADIEYg1aCVoEtgwSBXYZzJoN+RIN9UYVQhHmFUYFdXo5VhziBlECGU2MBAAAAIF4BY4FzAAAAogGCBoVtEIMhAQaDMgcQgzkBBoNKuE4BgSYCAYEogkIJglcGCYQOHAGBeYERAYFlOwGBWYMYH4QyQAmDegoJhASBbwGCPgICgkoNB4IiWQGCRpIdAoQYBAOEWwAChB0IAYRkBgGEegIDhHwBA4UCAwGFCAABhQwAAoQnAAKFDgABhCoBA4VQAgOFVgEGhVoBA4VhAQSFZQEDhWoABoZWAgGELgAHhmMBAoZrAAOHdgECh3oABId+AAiIBQIDiA8BBYoIAQeKDgICiiAAA40WAQGNHwIKkCYAApN1AwGTeQAFl2EAAps7AgKeezEBZQUBgRQAAYEQAAGBGAABgRwAAYEMAgGBCAcBgSoCCIJhDgKCaoFKJINRhGQBghUMAoIQtH8Bhm4yAYZwVwGKLgABjSQXAYUjAgGFJggDhXoLAYV+KwGGfT4BiCCBOgGQM4EkAZtBgTkBhSwaAYYEGQGQUxABiDdBAYYHBQGEYAQChTEIAYcRFgGIO0kBl3MzAYg/NwGbUBoBhTUFAYYNOAGUGy8BhxkFAopcgTsBiFiDDgGbYBwBm1soAZ8YgXQBkHkNAZtkghwBmBuBRwGYIB4BhzQcAYc2DgGLAw4BkQGDdwGEfwUBhz8BAYh/KwGHQVwBnzsjAZgvNAGJBQMBiyIHAY4HDAGUXDIBiQmCXwKFCQ4BhjmBEQGLNSABlHAIAZg9UQGFThABizhYAYs7CAGOGh0BmEKDNwGfVIEoAYdRDAGVFwUBnBowAYZCfgGLXwEBi25SAZFRgUEBmGcnAZwogjABkVYYAZhyZwGVRR8Bh1qBGQGcMGkBh1wKAZkAFAGRZBQBhkoiA4k9HQGMDod1AYwbgQMBlWk6AZIDBQGZIh0Bh3AQAYdqJwGJTzMBjCd+AY57hj0BiWeBCwGWEw4BmUiCEQGMRYEyAY8WglMBmVwkAZ0DgRkBlictAZljAQGGXAYDhl4DAYlyLAGWKzIBjFcHAY8oAAGPJgwBkjkgAZYwgSUBmW4JAo8rRAGSQw8BnRA/AZJGgWsBjz2BCQGdIYEnAYxgdwGPQxYBj0WBTAGdNIlIAZ1FaQGaHIE1AYgDNgGPXoE0AZ1WgS8BkxiCTwGXBIcFAZ12gn0Bkzo+AZpSgj8BkAhuAZ4IhC0Bk0wkAZ4fiksBmw+INQKQIxQBk2sSAZdXDQGbIw0Bnl4wAZsrAQGeYoI3AZdfAQGbMAkBnmuBawGec4GZUwGCGaFdHYN6AA+EGQEChCqOUgGBAgABgQYAAYEKAAGBDgABgRIAAYEWAAGBGgABgR4EAYFHAAGBSwABgUkBAnABA3QBBYEgAAKBTQAEgV8CAoIMgRwBgQAGCYJNBxmCbQYZgweBBQGCBmOBAwAAL9ABogABAacywCEBuCiCEAGiCC0BrGiBCwG4NmwBshQqAbg9JwKiDCMBsDhbAbIZgQIBsD2CNQG1AjABuFWCNgGiH4FQAbhbHwGvGk8Bsj8pAbUNgj4BqniCTQG4cIQ1AaI0FAGvYFcBtUGCTAK1SoF+ArJzhh0BtWxKAbEQgQMBtXsvAbkmgnUBpTs9AalWewGibwkBp2E/AblBgkoBthMBAblIZAGzRk8BtjhnAblNhHoBqWKCFQGjB1IBsS4FAbZEKQGwCIIWAbl2hHoBp3aBUwG2aw8CuieBewGldzYBqW5MAbZvaQGwDIFdAbFPQgG6R4IFAbpKFAG6TBYBpgAxAbQPBgG3EUsBsVSBCwGjMU4BriOBEAK3GBMBumOBAwGmCBsBqXwqAbcfKAG3IoJ7AaBEWwG6e2ABphASAaoAKAG7BzcBqgM6Abc4gUQBo092AasjOAG3OwUCtz07AaBZFgGmHhgBrC2BTAGgXoEVAaoMEwGrLIJ1AaBvDgGmKxwBt0hhAahJgigCo2qBOgGmNCkBsWWFJwGjdDoBpjl6Aas4gQcBtEaDJQGsP4F8AaQOg20BplZLAatJgwEBoTgPAaQsCAGkKigBrVmGaQGpFQcBq1kLAbAbghIBqjyELwGrYnMBrWAqAa5dgikBoWAgAqkqgVoBpwZdAaRjMAGtIQMBrWIcAacQgToBoW6CJQGqXoIaAa4TUwGhdyIBrhYZAaR7UQGheoI0Aa5ggwABrjuBAQGuPV4BqUSBCAGtOWMGAABQYwG8SooQAbxb5UwBu3owAbt9kGIBvB9zAbwqYxYAAF6yAb1RhB8BvV6PGAG+GYVIAb49VAG+QYRNAb5XiR0BvwGGTgG/I4JkAb8thDYBv0CBCwG/SIZGAb9uhFwBv3UsAb94BAG/e41pAcBKAAHATYsdAcBthQIBwH6ECQHBDQUBwQqBdgHBHGNGAABOgwHGYYUBAdEBAwHRBYJuAcZ4AwHMIwkB0QmSSwHHOIR+AcxyhW8Bx1UHAc0IhU4Bx3VOAc0fgikBwnSGPgHDJ2kByCSEVALNZSIBzWgtAcM8AwHITAIByEmEOAHDbAUBw0UIAcNASwHIVIEEAc12hm0Bw3+DQAHJGwMBySGBMQHOM4RCAcQvAwHENhIByUKCAwHEOx8ByVOCAwHOVoEMAclhgREBzmeGHgHPCoJxAcRxJQHEcwAByhE3AcR2OQHKFwUBzxdrAcR6gyYCxQhCAcUMiWgBz2iDJQHKeSIBz3GBZwHFZ2gBxXARAcVuhA8B0AoaAcsegWIByyEkAcslAwHLKIJSAcYXHgHLPgcB0B2EXAHLT4oYAcZQCAHLdIFjAct+gRQBzAKBHgHQY4UPAdB0IAHQdoMPAdB5YwEAAGWyAdF1YwQAAHNeAtJqgigB0nSEEQLTCYQkAdMZYy4AAFaMAdpCimMB2lmEdAHWNpBhAdZghwEB1wWCWwHXDIwUAdc1GAHXQIFBAddCgUcB10UGAdsjgyAC2y6CNQHbNIJYAddkgjsB13MAAddwGAHbRYNDAdtWgi4B22mBXgHYEYJNAdgXgloB2CeFWALYPIUPAdQDhHoB1BArAdhvgwUC1DQTAdh6gyUB1EceAdkIgxsB2RaDEwHUaxQB2SiBWAHUeoQRAdUDCgHZO0oB1QsCAdUICQHZPoIxAdUQhXQB2WyGWwHVT4E7AdVViTEB2jFNAdo1OAHVfmNnAABRLQHeDwUB4HqKcAHhARUB5UqIfgLhCQsB5nyCHAHeGYJbAeNNgSUB3hx/AeNPgVAB41GEKwHeIBQB6BiJVQHeMQcB41oIAekFh0cB3jo2AeNiGAHnBgcB6B4FAelMiXIB3kMTAuEvHwHlWAAB5V0BAeVbCwLnCREB6keDKAHjdAkB5w2BBQHhO4oiAeFGAwHjfwgB6VOCOQHebRIB5AWCPgHhUQMB5AsCAecZiBUB5W2CbgHfDwQB4WmDUgHfEg0B6V2BBgHkHYdKAecnEALpX4MtAeIKGAHkLII+Ad9JCAHiFh0B6WJ3AdxZgwYB5hQYAekcAgHpZ4JsAeIzgw4B50IGAukegSUC33cGAeJDBQHkQoNiAd98CAHmH2wB5EyDHAHdE4F2AedOAAHnSRwB6SYWAeo5glAB4B0GAeJjgk8B4mcBAeRvgRQB6EwXAuJuHQHkc1EC4DcPAeR2DwHqJ0wB5HloAd1FeQHifFUB3VlUAedZEQHqLYEcAeBLEQHmRQUC6FGBSQHjETwB5k+CBAHdcxIB3XkwAeMvFQHjKxkB5TQRAeZgRQHpPYFwAehzTAHjQRQC40QVAeh+BALpRmNfAAAEEAXsagAf7HEAGe0SumgB7S2cSwLrOjlS60EJAes3AlXsFAYB6zWBjA8B9gKHMgHuO4h8Ae8AgXkB7xeQCAHwFm0B8B6BtFsE7isBIu4wBAHuVgEF7lkBA+5fAQHuZAEE7mYBA+5rAQfucAEC7nkBD+59AQLvDQEB7xEBE+8UAQjvKAEF7zEBHu84AwTvWQEG714DA+9nAQnvbAET73cBAvAMABDwDwMB8CEDDPAmAQfwMwEX8DwDFPBWAQXwbAMN8HMDCfEDAQjxDQEQ8RYBIvEnARPxSwEk8WAADPIFAQfyEgEO8hoDG/IqAQfyRwE58lABHvMLAQfzKwEe8zQEFPNTAQfzaQEK83IAB/N9AQv0BQEz9BEBHvRFARb0ZAEh9HsBAfUdAQH1IAEY9SICMPU8AQb1bgAm9XUCP/YeAQv2XgED9moBQ/ZvARH3MwEo90YBAfdwAAn3cgEX930BRvgWARf4XQEN+HYBa/kFm2gF6zMCD+s6AIFu60ooBu1hi3IC7hOEtXAB9DJjgSMAAHDVAYGEWb1kAfprgaBDHoGACwEFgYArAR+BgDICEYGAVAEGgYBnAQ6BgG8BMIGAfwEJgYExARmBgTwBEYGBVwETgYFqAQWBgX8BBIGCBQAHgYIKASSBghIBBIGCOAEOgYI+AQOBgk0BAYGCUQEPgYJTAQeBgmMCBoGCbQEggYJ0AQGBgxUCDYGDGAEUgYMnAgmBgz0BAYGDRwEVgYNKAR6Bg2ACKYGEAQIBgYQtASaBhDABDIGEWAIdgYRmARmBhQUDB4GFIQEOgYUpATGBhTgDDIGFawIPgYV4i282+XECKPoqAQT6VCYB+l8HAfpjEAGBh04aAYGHVYIdAvsGQQH7FhAD+xgKAfshAQH7IwID+yUHB/srBgX7NAoB+z0GAvtBDgL7SQIB+00IAftRAQH7UwIB+1UCAvtYBgX7XQQE+2UIAvttCAP7cwIB+3cEAft7AQL7fQUB/AEDAfwEAgn8BgME/BIDB/wXAwL8IQQC/CQBCfwnAQL8MQEB/DQBC/w2EQH8RjUD/FADAfxVDgH8XAEB/F4GAfxiBAT8ZQEC/GoEIfxtAQT9DwEa/RUBAv0xAQH9NBEB/ToFAv0+AQL9QQUB/UYBAv1IBAH9TAcB/VADAf1SAQP9VAUB/VoEAf1dAhT9XwEB/XUBAv13AwH9egMD/X4BA/4CAQH+BgIS/ggBBP4cAwb+IwEh/ioBBP5MAQL+UQMI/lUCBv5gAQL+aAEK/mwBE/53AQT/CwEF/xABDP8WAQz/IwEI/zEBCP86AQL/RAED/0cBA/9LARz/TwEJ/2wBA/92AQj/ewECgYAFAgGBgAmLCAGBhyUWCYGGCwELgYYWAQKBhiMBA4GGJwEMgYYsAQKBhjoDAYGGQAUGgYZHAQGBhk8BBIGGUgEDgYZYBQyBhmEBAoGGbwIHgYZ0AgSBhn4CBoGHBRoBgYcMCgOBhxKE+TkBgYM1UQGBgzKeXQGBhFBjgUgAACPaAYGTHJUqAoGKHQMBgYohPgGBii4IAYGKMYNDAYGJRoIjBIGJSQEBgYlSAQOBiVgAAYGJXdNPAYGKT6ZIAYGNAYo0AYGNdJo5AYGOTYgUAYGOa5N1AYGKaYcLAYGPHZk4AYGUEIGBGAGBkkaCSwGBklKCWgGBkl1KAYGNGYIpAoGNL4lNAYGNTi8BgY1RAQGBjVMBBYGNVQEKgY1bAQOBjWYLAoGNbgYJgY1zAQSBjX0EAoGOAwECgY4GAQKBjgkBBIGODAEBgY4RBgWBjhUDAYGOHAYGgY4gAQOBjicBBoGOKwEGgY4yAQSBjjkBAoGOPgIEgY5CAQGBjkcBBoGOSQUGgY5SAQKBjlkBAoGOXAECgY5fAQ6BjmIBAYGOcQEEgY5zAQGBjngBB4GOegEBgY8CBwWBjwcBA4GPDQETgY8RAwuBjyYBBIGPMgMDgY84BgaBjz4DB4GPRgEBgY9OAwKBj1ECBoGPVAEDgY9bBwiBj2IBB4GPawMFgY90AwWBj3oDAoGQAQIDgZAEAQKBkAgBAYGQCwIDgZAOAQiBkBIBAoGQGwEIgZAeAQKBkCcKDYGQLgQBgZA8AwGBkD4IAYGQQgYBgZBFAQGBkEcIA4GQSQkCgZBODAGBkFYDAYGQWAcCgZBcCQKBkGEBAYGQZAcBgZBoCwGBkG0RAYGQchMBgZB6DAGBkH8BAYGRAQcBgZEFEgKBkQgOA4GRDCICgZEUAwSBkRgBAYGRHQEBgZEfBgKBkSMDAYGRJwEFgZEpBBKBkTACA4GRQwEDgZFHCQGBkU0BAYGRTwUDgZFTBQGBkVgCAYGRWgQBgZFdCQOBkWBLAYGRaAMFgZFrAwKBkXIOAYGReQkBgZF9BgGBkgEBAYGSAwICgZIFBwGBkgkBAYGSCwQBgZIOAgGBkhAcAoGSExEBgZIZGgGBkhuBeQaBkjABAoGSNwELgZI6iEsVgYlJADCBkmEAAYGTHFQBgYo0BAOBijcEAoGKPAExgYo/CgKBinMCCoGKdgIBgYsCAQmBiwQBCIGLDgUCgYsZAwWBix0CDYGLIwEEgYsxcwGBi0IQDIGLRQEJgYtSAgGBi1wMAoGLYgECgYtlBASBi2kBA4GLbgABgYtyATSBi3QAHIGJXwEfgYl8AwKBkyMEA4GTKgcEgZM1AwGBkz0BAYGTQAMBgZNEBgGBk0waAYGTZwMBgZNsDwSBk30MAoGUCgEDgZQORgGBjCkBBIGMKwMCgYwwAQaBjDMBAoGMOgMFgYw+AQGBjEQCC4GMRgELgYxSATWBjF4BA4GNFIJtAoGJRgAIgYocAQeBiiUBBoGKLQQJgZMShKo1AYGLXIUdAYGMBIFWAYGMBoHxcAGBkSI=","UniCNS-UTF32-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEOVW5pQ05TLVVURjMyLUhDBgAAIBN4AAIQG4O8KYHVBoILgdRXAQBjBwAAMAgBgRYAAYESAAGBGgABgR4AAYEOAgGBCoOdcgGBAg==","UniCNS-UTF8-H":"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","UniCNS-UTF8-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pQ05TLVVURjgtSEIG4oCTeAACEBu08WmB1QaIC4HUVwEAYgfjgIgBgRYAAYESAAGBGgABgR4AAYEOAgGBCrD3cgGBAg==","UniGB-UCS2-H":"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","UniGB-UCS2-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEMVW5pR0ItVUNTMi1IYQ8gFACEVhEAhFeDfgC8HJtbAIQ/AACEPgUHhEgAAYRSAQC8GgABhEYAAYRQg51pAIRCBgGERAIAhD0BALwbCwGEQEEJ/x28HAHvMxvvMgEAAe8NGwkBAADvBIEEDA==","UniGB-UTF16-H":"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","UniGB-UTF16-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pR0ItVVRGMTYtSEERIBSEVhEAn1oxAAMQ7zaDnW3vMQoLAe86DgAB7zMb7zIBAAHvDRsJAQAA7wSBBAxhBjAIB4RIAAGEUgIBhEYAAYRQg51wAYREEAGEQA==","UniGB-UTF32-H":"AuBSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TRQMBAAAAAMP/fyMBAAAAAB8BQ14AAACgAQOCSgIGAIELB3YARwU5HzgIiDwABQYKAAUAJgEdAAUECgAFA4hRAYhaAAUBDAQxEQYHAg8CGCYDAAQjHQZiHQEOAQYBBgECAQABAAEAHAxXCQ8IZYktAQOCN4d2T0CzbWqDVIkdAQILEQMQCXoKGiGGPIElhmUSDHsYAAR0ZwYHAQMICgIWAAoBHwQDAwsAAwASAgAFGAADADkADgUWCgMDAxMGAAs3BwsJSUEiRIUNSgADEAQAAxIHAAMDBwICAAM1BQADORkBA0MSAAAAqbwhhC+iJro2gVgCgVkBAA8ADwCBTwADABeBSACjfYFyojoJAAMALgBCgQApfYZJeEMPAAAApYGuUsAGA5tTgRQAhXsCBgMEAgAACAoADxgCBAMEBAIHCg4SU4FWAAAvAKBCiEAcG4gZ3HKBhS2zCpk7mV2aGqNhuwyBbAurSa1auAWRLqQYgi063irzK6MPuya6Dbsei0OdKbBWnEOEOaMK3CD4NaY7l3CbAJN6xwmoApUSnWeoYKl9rDzEMYRegiCHdcUcwy+xNoQogRC3YcE2hWkdmSOiVYGuWIGUS5BwnUSobaM7ixKJTaIkiHuRGgyXSYQklgaxAdEIqxerA5l8imqFH4YWlj2neq0hrmqQZqslkDqSC4RIjH6EGKZdnU6fF5lajWiJTbYGgU2BjTyB6zufQIMXUoFjijoTHIHNaoHlEaEal02gCJwpyBSCE7ZrhWKCcpw3jgfWJtYlz0i1Q585tR6BY6MPkD6jfJB9rAK/cYHieoGmZdtLqw5xglqB5iSBqQ3bfZ1IozmEU9w4dINU5G20bAaUNcUou1+qVYKgYIHyaYEogfVGgpB9hDPWZogO5xeMds4UslWCgDSCqg2SDJAD6kTiOZ4SxhqMExnGVUaHQsQ45RuBDdwig0asa4R3rDXrZIY7l1bwUdgg10OCq2qCn3uXccsGrwSBgGeEbplYpTXyKokBhmCEB7EDQxMAADADZwEAAIGafgCkIwqjWgCBmREqgZoagTyBm1EAgZp+gjQFcSGBfQoiAAkABgS0Kts1AKlFAIGFbgDtNUMuAAAwP4GuVVQiABsAAmAyAAIAAwAChkyFKSsDgioIbwILA4V9CFUDYAQABA4FgRMAgVoGgh8AcQCGdQiCCACDVwJ0CgQDKwSBeACCdQIUA4FBBAUAUgAQAIM5AjIAAgAdCgMDFgQAA4U/DioAAAuCChhDAQAASYSB2mVTGAAATgedI4sMkiVeiEyMULctsRraFtQFtQWBiQjVMZZtmBqUDegM62OgE68uq0uCJJ8SklRTDAAATiKLaYGFcPU5l2LdVOoLlgjUAIGBZ6NqmmiTG1MQAABOMIx+gYNQgYhtgYhs9Q31DNNv027jI6QppGaMeNVo9hWDM6U4UxcAAE5Dli7xAPl7+XrUE55dlmTcCNcJiwmJPKY5hVONevZg7jWBC4Jg7FyBgQ2BgQyBigmtUEMMAABOXKR1AKYDAIw4AJBOAIQ5AGwEhykCk2oGnzsAQQGJFAqCN0MBAABOgsBZQwEAAE5yzwNTEAAAToaUFPV+2w+DGNd06HmcObAyhjGcd/gi2hulH6p4jgeYL0MEAABOmKReANR0AN5TAIF5UxEAAE6ew3G9fYIekTmVQfko/CGEYaQUrk2LKo4C8gbhB5oFlXiRF0MGAABOsphUAJpgANI2ANIzBJlFAJdwUxAAAE6/oGGMMYJJl3gFSaZrjEibL4GKJtQRpz8R+17rd50zUwkAAE7RlH/0WoGMIbYekxeCGo14qnmiCFMJAABO3aVugRGZf+4S1BvUGoGIa5JymEZDCQAATvaQcQBHBYcpATcOhyQAhjMAgS8IhwIAHUMRAABO6KUjAYkrAIksAJ8zA5UkAYZwAIMeAQQFmAUFgi8HmjYAiU0ChSEDgl4FiGAAhF8Ch3hDBgAATunPNQcGAgAHBgEAAQBTCgAATx6ZWodIpiOBikTUUdRQ6x2WTqBdoFxDAgAATyqdQACPXFMPAABPL4h1ikaBgnzUQ9RCgY9LgY9K9lf2Vupt6mzoRehE6EWTeEMCAABPQ4tJAntTFAAAT02dSqQ5sR6BJIYz3GTmZ+ZmgYFPgYFO1G9yiFeHWrBNrwyBPgkInV9DAQAAT3CHZkMOAABPY6EbAIgcAIEMAYEBAZwXAodXApk6A58rAKlqAQMEDAACAQcAlV9DBAAAT2bPcAEADAwHCFMPAABPg6U9hBHZFqAfoB6Bi3+2cNUM+Df4NupD6kLVD9UO1RdDCAAAT5SlRADVCACeWQDpWwOEIgCBhBQA3w0ChDVTDQAAT6OUafZQ/XujbrNNnjqLG6UQ1SLVIdUg5DedKUMHAABPtZhTCaAPA4QeAIMeBYwCBIw4AIlFQwMAAE/FpUgIUgJNQwEAAE/CzRxTDQAAT9ebTJxlgYYs1VHVUNVPun+ycogMu07IS+JE1VNDBQAAT+mTcgOGGQGHBQGJWgiVKUMHAABP5qVFAQABAAOMPQSMTgQHBQ5DBwAAT+fQNggEAQAGCAUGAJVvBYptUwwAAFAJvGKnUKRXsRG6c4GQWNVz1XKfHetLgYpm/FlDCAAAUBicGwCZZQCiWgDfdADVdwKoPQD+NgCBjgtTCgAAUCWlWaZ//HzVfxeeG9QythUEA0MrAABQOqJPAYFIAZUpBJl2A6ohAKoiAx0BHACcKwWcJASCFQGPfwiXRQapWgmdRwCLUAORdAINALgjAJMABIs3AoxsBJdJFYVqAbVQAQAAtn0AtnwCtgUFhi0HvDAAl28TiV4Gjg4DozELozYAmAcEmAIAAwAEBJQ3AZUtBY0WQxUAAFBJwxQqjF8AkDYggRYBhwcAixkTj14FjjEAkGgAgT8BhSsGXwOHVgKMNwOMPAeHcwM7CIMkBodTAoxMEI0lQwwAAFA70GUBAA8SDRI7WAqIUQGIYAEADwwZIiMsBQZTDAAAUQDEEJsymDeYNpsxmzDYCwizboEppTjYAUMCAABREplADotzQwoAAFEQxVYDDQAFCZExCo50B449BJB8AggABQAJQwQAAFER0XIBAASJZQeJdFMPAABRP4w4sECFGeAM4E+FGaoxsVzeOOdBn3WBhzT+ff58+GFDCAAAUVGMEQKhRACSGgACA7VhAYE+BYs8Ao9kQwEAAFFSvWVDAgAAUVPSGwcGUxYAAFFomQbOPKQGgZUnjFqMeqJm2Gb+B4o5gYg+gYd1oUisa55Ci2uNE7E+3AzkF58RlDZDDAAAUYCQMASMGAKRXQCXEAKfYQWYGAJgAYcmA44fAIh8A5BvC4URQwkAAFGBpXoAgTsKhgMIh24CjisIjioBiFMAiFIFD0MEAABRmNI7AQAGBgEAUwkAAFGvjQiITbpauA2QNIGARv8NmmiZU0MEAABRu4tyALQ+AAMCqE9TDgAAUcSXf/Uk3HODcth+/SP9IoGOA5E60jqqCoGDW4GDWoGPfUMGAABR25QmAPxyAPgBAoxrAIc5AnhTGQAAUeumANlU9h32HIGAZYU133CmJoGPBYGPBNcrj2/nGOwLqkeFJotgrhqwaYGIEuETriF4sm6XQ0MQAABSBoxzAJcyAJh+AaUjAqkcAIN7AotvAJ8pBIkqAEgAm2wAqUsAhjMBOwKfOAOFTUMBAABSFrJuQwIAAFIJ0nMSDlMJAABSKJcahmn+OoGUV4GUVtttrVGBiTyBj1FDAQAAUjOlEFMJAABSNqNFkF2EG4FAnjmQEoGAYoGIfYGIfEMaAABSQYwmAIgaAJgQBoRMAYxcAJlNApQJAIUUApZ4AYkRBZpYAQUCAAO6GQGUGAGQRgCTJwSGdwJ4Cq5cAad5Aad6AAMFmzkHmzoCAEMNAABSRMVIAoFLE40ZEiYFjjwAkGMNgmoDgX4BgUwAg3kBjhwAjGEDSUMKAABSS80DCYwiBwgICgEACgoKDgEACgYGBFMJAABSm5Nv/x70aaIpjA6FDJpykhilY0MPAABSqItuALAUAJoZAIsHBYRwAIQlAINMCqcuAJhnA6NZA7BqAZZ/AZNWBI56AaclQwEAAFLBvz5DBQAAUsDTUQEABQYBAAYIUwsAAFLVvU2sddkWgYJD4VSgbJ91n3SidYRJ00lDHAAAUuSYVwuceAiCMQCXWQOYBwCfYgCIFgS0CQCFGgGpHASNMAGGbgCGbQSCMwCqRQCOVQGDQgC2DgKFYQKiIQCDbgGWVgKNOgOwPQOwPAqbBwCCYACPHEMHAABS4sIyDodgA4wlAoNGNIceAY1PAY1OQwYAAFLj02QjLgYICQgJCA0OUw0AAFM+pQidA9ZOzlXzLvdz93LfBd8E81OGfpwLj3dTCgAAU06PP55w6lSBmBW4Tku+ZvEVlCiCLFMSAABTWohwgZZqgZZRgZZQgZczwlaOO6BRhDqgbqBn/x7ePY5P7QrbL9su7TdTDQAAU26kap5vlySHKe10gYgNkU6IL/5qgYQlmUjqWts5QwwAAFN/mGECnisBhUgAoDoAkVUCBwGXfgBOAIlkB7cxApRUAYhRQwEAAFOZxUFDAgAAU4PUNgYEUw0AAFOdpH7fDOUrtWavQutxjGDfDt8PjSHsLoGUV48wQxMAAFOupQEHhDQEnDkDiwgBiVkAoQkFsEoAsB0AjWoAoiQAjC0AnR8DJQKceAGEAQCDbACkTQCtWgGQU0MEAABTrcN5BIdTAYpiDpFRQwUAAFOz1E8BAAoOFBIEAFMfAABT36cVtm2Bkg6vC9R3iROHaIREgYBi1VUDjQekM6Mwtk+IHI1mkkibfp5bjVDmYt9JiRGjA5hsgTrxMNVXvF28VFMYAABUANRt5ifmJoGVa4dwgY141VvVWoGLVYIsiQ+BkjTwKY07jS2IaJImg1aWQJcd7H6BgBeqMqlVUwkAAFQbkiyBhRKBgR2RKIgAqCm6PNVa1VdTEAAAVCaNDop1iQCBNoGQEIGML5tYk1+RCIYn+U7jKY1K1VzuF6gzUwkAAFQ4ngunJ4GVDO5TnF+BizDuIe4g6jdDEgAAVEaKdwGCEQGHYgWRDASBJgKVbgKSewCKXgWOWQWaPgqMLQGdDwKQQAKGCACVcwCNKgKHdwWKJEMNAABUQ6oIBwsKBgAEAQAKDAEICg0AIAMZAA0KBQEMQwsAAFRH1QYBAAcICAAICgEAAQAMEAwIAQABAFMMAABUi6JHpweBjEqBhl+eTKdPgY9e4xHjENY7t3GIOEMJAABUmZRFAoGBUgDWLwUUABIA1g4A1i0AAwCLcVMKAABUq65nnHOTVtY2gYYBgYYA5jPmMoGFR68MQwEAAFS4njlTDwAAVLuqJbkOzXXrFNYxxWmgRqUI1kaBjEeBjEaBkkWhWpxrpwBDJwAAVMyqJwCXHQCuUwDFfAAtAJRVAJRaAgwBtU0EtVYABgACAJIvBaZvAJIoAKZ0AKA/AIxFAIRqAoZ5AJdyA4guAI5wBsJvAYwsALY6AYZHAY4JBIhJAKJTAYYfBcYOAJxBAJxAAgsGCQQCA7VDArVQQwIAAFThxEcihEhDCgAAVNbVQwEAAgAEABocAgABAAQEAgAYIlMKAABVKqo81mqBjHWBjHT2A4UImirBfYGYSNZRQwEAAFU3qkdTCwAAVTyqRtZq8WWactZw1nfWdoGGQ6MG4zr3dUMQAABVSapAAMYpBcYwBAUACAUKBLtTApU0AIRcAI0lAK4+AqZ9AZt0AIsMAKdRCZAsQwMAAFVPwxwDgycKhExDAwAAVVTWCAgKDQxTCgAAVXuqWpxH80zXD9cOgYdZsEKaG5oQoSVDDgAAVYeTGQCudAC2YQB7ALdOAyMBNAIIA8BdAMBcApkBAJ5BAbcsB5YjQwMAAFWqwgsBWwGIaUMEAABVkNYlDQ4MEgEAUwwAAFWxqlKzMsNd53jXedd4/in+KNdV11TpRelEQwgAAFXEqmoAln0DlmoHAgApAKFnAKISAR9DAwAAVcbBWACHTgaJI0MCAABVyNZFDAhTEQAAVdrDIaZY91+gEtdK12nXaPFt8Wz2M550DwnXUtdDuA64M0MTAABV76prBQwBIwWeMQCeYgEAAAkGBQC0awK0agG6dQCuegiLDQKUPwKrPAAlAywAAwIGQwgAAFX2xnIPiBEGiCIGixkBixIAlA0ElAQMkFdDBgAAVfTWVwoKBwgNDAcECgpTEAAAViyrAgm3coZThjDFZ7RBgZo+5FnETtcD9wqgG7dT12zxW0MBAABWP48QQwgAAFZMqwcACQCVHwWVJgIPAAUACgIAQwMAAFZA1nsAlA8bjAtTDQAAVmDGcKBA2BvYGtgRt1YHoD79e5kWhGmROqBZUwwAAFZvxn+gLNgXt1CgRKtFq0SBkzmBkziyfZ4slE5DBgAAVo6OdgCbBhOEVhOLEwSQGQ2KRkMGAABWhasPAA0MDBsAJAACAEMYAABWgMZuBoZvBIZ6AKBgBgYAoFEDi0kMixgAoRoArgEFmUoEjEUAhhEApxgAoQMJDQAEAIZlAoQcAoIcAIw8AZUIAJRvBI9tUwsAAFbamHGFDvg+2Qu2T6l8h2eUNpw/9UaBlwNDBAAAVvCTEgCQfQiHIAJaQwcAAFbrqxcBkkkGiHsAmz4DAgScVwCcVkMBAABW7NdhUwsAAFcDl3OmTNkm63PKGtwFpDQDpkKyYqlBQyEAAFccqx0CnFcDhG0Ej0AAihIAAgEDALFRAoYPArdgBQAAu0sAu1ACrkUBplABh3IEqhECiyEBtQ4Alj8AkwUAhWsAqhQAo2sFKgKERQCWYgCWTgC/IQCsNgCiCwCuQACYa0MEAABXEsRGAAICgxUBAkMFAABXF9d2ExgTEgEACQxTDAAAV2STD4GKHvgn+CbhUw2fMZ8y4VrhU+FSgYFVQwYAAFd3kk0KkCMAkTQAgmINggMIjk9DAQAAV4ufGEMIAABXc6c6AgMEBwADCAcAAgUQBghTDwAAV6CnQ0OyI6c4ixriDoGLTalC4gjiSeJIgZl/gZl+4hmpE0MqAABXsqc+AQQDDgmzHwCNGQebUgKWWQC7JAIQAZ8vAJ8kAgAAAgADAg4Bi28AsS0DvRYICAEPBAMDAgCgVwCOJwKvBAICAZZ7A6ANALh2A4F7AQADnj0DmBUDtlgEAwEEAL8VAoY+BY4eBZsUBKgPDrcoQwkAAFfhxioVgj8NjA0Ejj4LDAYCEYRTAY8bAnRDBwAAV7PYSx8uCggPFBIUCggSFlMLAABYSr9jjSrVFa5mzBimC6YK+0HVNqYI+n9DLAAAWFicFAWEfQacAgWWLwCWLhFtAXIABwGrcQGSXgOZEAibMQCHTwWEOgCeQgOKRwCGEQiSRwCTdRK2HgS9QwO9QgsAA7BjDpRKBoJ0AIJlAZVWAZM9Ao89AoZLAqImCJcwAcNnAoQRBYoaAaICBI8SAI9RAIIBApFaALNFAahAAqRZQxgAAFhXwn8KTgGGDhCSZQOJMBCIKRGPXhGPJwQyB4c+AoN5CIYSC4IKBIdNAIw8AAQDjy8Ag1AAi1gBAwaTeQWSBAqNSwKHXEMRAABYY9k9GygCAAEAFh4BAB8uCAoLEgEADAoBAAYIAgAVGAoODAxTEAAAWSLBAbJ03EMF3EaBnw+Bnw77f4EDnV+Bml7rL4kpokWBlxqBgAVDHwAAWTScaAKHRACbNQCEXQCIRwG6HAQAAIRJAY4VAo97AIMpAJJNASUCjB4AomYBmFMCn18AwhgAsGEAlk4AmhIBAwW7TQGdEAKlEw2eQgAHAXsBiycAlioDmXFDBQAAWT6+fCqPPACRewGDBgGCUUMLAABZO9pFAQAFBAYEBQQIBAcKCQoBAAcIAQBTCgAAWYGudapnqmajEfp67T2tK48qgYs6gYMDQ2oAAFmNrncExV0AiGgCn04AnSgBshEEshQECQAIAKNvAqBVAsQ8ArB7ALECAgMGsnMBhGgCrgwHsVUDsUIAqFMEkj8AhjEAwUYAn0EAg0UCowgADAGdOwGeZQC8FgUCAbcbAposA6BzDL1gAZwdA4ZUAY1zAUEAkQUChnsAu24ACAIDBAYBAgSxAQNPAoglAJAcAqlQAcVFA5JyB5dIAJp+AQABrCUFrDIDCQWuXwKKegCjZAoABL4xB74yBAkCt2UJm0wAnB4AqVkAqV4CAASfOxKTfwcMALMkDgMHCgCiBwGqCgKIAQULAr0dAJIgBpJ1ApwuBaFCAQABCAECAwADDQDHXwHHXgIEArFXAbFCBQwXCAwCAAMaAgGSRwKSRggAQxMAAFmdxS2BI4ldJIRjBpNUOQQVjicZjhodAwUMBAsHAgIGAJEtDJEwBwUIAAWHPweDfxOLMEMVAABZmNp2ISYeJAEACAoVIgUGAQAPDBEWDhQBAH6BRh4qAQAMDAcIHzANEhgoAQBTEAAAW1CkMJYM23Tbdbkpnlz2PvIBsxWhdKcelHeBHYp9/QyBj0FDDQAAW2KvOQC+EQCELQDCMgCfSwKhbwCMOAGfVAOTPwCnTgGBFgHESQSYXEMCAABba8JaDIIUQwMAAFty3TwBAAQEUxAAAFt9lliBjVS5WaRTrxuBjUSBgyekepdF9W73ZY1JpmWBrBCBhAeDLkMBAABbj48hUxQAAFuTrjHeNN453jjyLawLqmSvfaJyhmCxB6R4gYYCgacDoDyPJZlWiTunEL03QxQAAFuqnkkAoQkEqCgCpnsAomQAgk8AnEkCkWQDjH0AlDcApWYCljcBAwChEgCWQQCFcQSKZwOQIAGNRQClfkMBAABbuK4zQwMAAFu33VgLCg0OUxQAAFvdmFuFE5k/gah4gZ8N5nS4Ft51tE3cOoIZvSe/ILcgtD2HX7wa3nfedt51QwcAAFv4imoAglAAnkYAiEIAqHkCnyQBm2NDAgAAW/W9CgCBJ0MCAABb9915CARTDgAAXASaHYGHQoGaB9xCjA7PM41+vjS0LsBNQ70b/iiBh19TCgAAXBSMOsVuvTuBmlyBqEOBqEKBh3mBh3jdJ8tZQwkAAFwiqTYA6SgA+T0AkBIA6SgA+0cEkhwErnkCrnhTDAAAXDfGXNgzjH6tf8lCsEWJaZdgjVmJIYsCnDtDAgAAXEWSAgSBC0MHAABcSJh5AIcIAYJaAoY3AIVjAY5MA4ckQwIAAFxQrmgIAFMLAABcXpsLgYY6gYJxkAvXRqNLm3bPebQA3nqsbUNiAABcbq50AKNtAYYRB41SAJUWBJM3AYtlAIcfBaY+AwsAAgIAAAgCw38Bw3QAuzUCuzwAwDMAwDIFAgAIBZcDAZZ8AAMArgsDrgwBknEBkmQBDgDHewTHbAGwZQGwbAICBgQGBQaPeQeKMQKaKAACAK0fAZEVAapkApInApcRCopUCrI6AMJ/Bpt2BZpPAaoSBJdAAgUFAwEFAAMBxjsDtF4AkVwFDAgAAAUIlSYClRcAAwCmRwumMgIIAQILBgEHAAkCAgQKDQAWAAMAGQINAAecXw2lSAHLVQCyYAKIAwCsCQKISgCtJACYFQCMcwCIDQGfPAKoYwC7UgGtZQCgVACKNwCnSwKuBkMWAABcbMI+NIhRUpFkAZMlBot4D4c0CZFrFJFgIwMwDAKEQQKELA8KCAMGAxAGAY07AYgQDoknBoFWAYx4G4FdQxsAAFxt3i4CAA8WFBgUEgcGAQABAAcIAQAmOgEACw4GCBggDxQCADNKDRYYJBQiIDQBABAaBggIDA0IUwwAAF39pXeoc4GeCACBsBOkVqNJga8CgYpTnSmBp3qBjBNDBAAAXgyeEAKaGgCQZwCQalMKAABeFKsgqD2LFoGHfoGZKa5Ijnu1WbUYsA9DEgAAXiaKewCwSAWKCQCsRQLGTgUEAMM7BJdaBFYBqwYAvCEGhRoHtwQAqhMFqhICAAIAAMFtQwwAAF4lwkMFNQeFGgKPIQmPOgKDfBMEAAMGg20DkRkHJQCVJEMFAABeLOBZBQQODBQaCQhTDwAAXnKNRJQugh+BlGqBsDWBsDSBg0+9apwBwHejRie7EuBvu2hDBgAAXoSkDAD5dgCBkD8AoFsCg3AAw3pTEgAAXo+fPZVRrzjpNoGcP5w2qyfBdsFTgasGgZY7j3WBpi6Bp0+Bp06Bk3uUUb8SQyIAAF6lrDUAwF0AsRwFkAEFn0YBBQCiSwCRIwCdNgCWMAQCCrEFAIEJBrISAAMAsk8CggIEsEwMAAEACYpRAY45AIZTApc1A7BmAIklAKRJAKlKAIxVAJE1AIJdA6UEAcFdAMJqQwgAAF6rv2AzgkwAiB8AlGoAknEAdAiEJgaEZEMGAABerOEZBwo0QgEACQwTEFMKAABfD5pUgY4C7zvvOoGnI4GnIoGBKYGBKIGoc4QCQwkAAF8biX8DgnoArlAEmhcAkUYAnhMAgaRYAOVpAANTCQAAXy2ucOVqgYkjgYkigZAvgZAus2ezZrlpQwgAAF85ixAAmlYAgZJgAOV3A4kWBbJeAKoOAMkNUw4AAF9MwQPBbL1lvWTmM+YygaZ1hmGBrVSBmjW0AAMCvCxDBQAAX2mJEQB7AQwOggQAglVDCwAAX12gVAOWMgCZKwGEdQGGXAaRQQKWagCDHwGVFAMAAZV/QwYAAF9j4gQBAAUEBgQFBgEAUw0AAF+AnSqLWpES7GKBoF+NS4GuKOxluSG5ILg7ilCtaEMrAABfkJ83AYUTAp1uAcEFAJdGAKk8AgAElBUGlBQBmCcCmCYAnHMGnHIBwREEwRAAuAUFnkgAmmQAyAMAsFICly4CuA8AkVQBpjoAjwwAAwCUKQOFGACSDwCMIQCQBQOvLgKSZQCRbgIAApY9ApZCALMrAbMqABECxUUDmVYCq3xDBQAAX5G/RQyESQGTYgiSEQ+CH0MHAABfluIbBgQBABYcAQAVFh0cUwoAAF/7nw6BhwqBpk+6Or8hhRiYbH+iCgJDFgAAYA6iOAOXFQGYWACYMQCbeQWVYACOcAKgXwSKQgGddACFOAGnGwSUQAuXUAeTIweNVQGIMwKFegGHEwKXdgyWVwGfJkMSAABgCqxZAgcBAwkJAQQFDAQRAgYBAAkNBo50Ao5nAY5sAI5jFo5iAAcCAwUIQwUAAGAT4lwGBCUoCw4EBFMKAABgZ7QQyXeFP8BUwWGhJJ0JgaoYgYl9i2NDDQAAYHOSXwKMXwWUDgKVWgSRSwSLHgOeRwaCAAqcIgCGUgKjNQKkaAGWU0MKAABgeqxfAAMBBgUICAIFAwMLAwAACgEJQwcAAGB34xIGABQaAQAGBgEACAhTDgAAYKu0FKkbmjrtEoGaa4Gaau0HySuBtjDsf7UCjG3EZoGle0MIAABgu6xsAMMZCJsKAKgSA7YvAJcMBZoxA5hkUwoAAGDYrG/tNO0z7TKBim+dMu06gYwpmw3bYFMRAABg5otMjQ6Rd4EwgbM8gbZfyRDHJ4NohlSEI+lajErRR5w87TSBp2NDHgAAYPmZIgCLZAaqBQavFgAtBYFBCoEyBKdxBIEfAowgF51aCK5hA4ocAZUqAiUDh30MgXkEimkAhRQHliQGlhcTk1cCs0IZpzUVGAOGAQWmKgGuaweXOhOHDkM5AABg+8c5BLUDBY44BgAAjjsGCQWeZACWKAO1FQIEAgUECgi0dAIIBg8LtHEAq0wMjAkBAwKRDQGmPgOSEQCWXgWEWwCJSQKDeQSNUgG1AQCpXAuFDAePZwWHNgCCQACMAgG1AQWgXgKSKwaTQgKheQGOMAGZYACoGQG0ZgOHWwOBHgCuKQ+lOgGJCAGgEwCmNgSmNwKONQnAFACGXQMCBIRRCZRvQw8AAGEH410dICM2AwALDgQECggFBAQEGiYDABYeAgAlLhMcUwwAAGH1rQKldoJbih7CMLsVuxTKW8paxT20fbEAUxYAAGIGtByrCPd5ga44gY4Pp3qlD4hFgz+JZKhtp2SYWYGnGrdBuAu6L8NknjmBhEqBmhGzfFMJAABiH7F85hbmFQPmFuYTA+YUt01TCwAAYiqRKYGnRuYZ5hiBoFOBoFLAOcA4w0HxWWpDEAAAYjePPAeFQQCeIgCmRwWiagOBVgCdGADAXQCyYAKVJwCgMQCGRACccAOHJAKUeQdEQwMAAGI9s3QAAwQCQwIAAGJC5RgHBlMLAABiZpghliKBg3KBpDOsTJ81jGySZ51ng1CfCEMJAABic4dtAopKApROApYTAoR7AIxyA407BJEaAJUJQwEAAGJ+onNDAQAAYn3lNlMLAABikaBdi0eSDoGDAoGRO6FljSCgaoGFEIGwR5NqQw4AAGKgkmYAhCoAhwABkgkAjlECnjICIACIegSnVQOGTAOVJgKTLgCrKwGXUEMCAABin6k8GwBDAwAAYqPlSRYcAwBTGwAAYsKNFIGxDoGDU7FfgxuZPmiGaaxK+DyBu1WeIoU5gaJoga5hga5ggacplXqqYYG8DIGRQZh+rwOkNopGjR22E0MJAABi35ZFAoN3AIdPAIGqAgCBiRcAm20AhnoAm2sAswxTDAAAYuyTE48MnUyMSYGFFIGvP4GvPoGZQ4QqgZUW+E+tc0MLAABi/JdTAJhgAJJ7AIhDAZhXAIheBKoWAbdxBJZmApMmBIEGQwEAAGMIsk5DAQAAYwDlb1MMAABjGqM+nROBohaBkEmDUYYGkQeWR7xcjFmlWYEFQyQAAGMohy8BnwYAmAkDsEQCnngGkhcAmVsCgQoEgS4AlyABmUkAkyMCohABilQAw2kAjjIAlkAAhm0AiH8EkjUIlHIAkFoBlgMAgikAiHEDmDoBpDIDBwCvAwKueAS+HwCNZgKwNgCldQSPRAGlZUMGAABjPsNRKYJrAokABoxIEJVrAIJnQwcAAGMp5gQaIAUEFRgJBgEAFBZTDAAAY4eMHZ0mnjm7cvlSgYclgYck+V+aV4gHgZw6gZ5rQwMAAGOWoDsAgYwGAIGoPVMRAABjoJR6gaMYgZRvpGeBuVSBqkmBqkiBp0mUIoYWqiuBtzb5eQ8S+XLnd0MCAABjs5RXAKloUwoAAGO3oz+wb4G3DoG6K4G6Kvl/+X75bflszw1DRwAAY8SpVwEGAqBBA5YEAIo0AKdZAI0MAaYRA64wB5IkAQcAl2MBpnUFkBoAgRcCgRUEsF4Bj0UBjywBFgSsVQGsVgDAOQCIUgCNUgKGeQWxGAAEAsFhAIJoAoEKAJ1iBqAAAJw1AZtRAbgEAAQEAwObHQGoUwCGCAbHCAWeeQKrEQHSPAGRZwKfBQCfAADDcQCxBACvEQGmQgebLgGdAwOOYgWOMgi+CwGWUAOnOgwCB6spAasgAK8RAYpkCZtPAJ9MAoM6AJxwAgYEizsFtGdDEQAAY9rDfxOKTx6IBAmKSx6ISBqKCAoAAoxDD4kaA4pfAo18BJNpDIYuCoIgC4sWA5JnAYExQxgAAGPF5lcLCg0SAgAQFAEAAQAGCA8ODg4BAAsOCQwICgEACAQJDAkMCg4FBggKCwwCAA0QUw4AAGSplAyBpyrTNcsBnzmDfoG5bIGHN4GHNsxJikLCBIGiLYGiLFMPAABkuedn+3WxZOdtgbF6yReIH6pBtHzhSYGoPs5FzReBm1rGEVMLAABkyr5ngmvUdIG9G58EgZ4U+3/7foGeLYGeLNUPQwQAAGTXqXAAkUIA6kAA0E9TCQAAZN6bSIGYXNIL0gr8DfwM/BH8EIG9ZUMBAABlAJcLQw8AAGTswRgCiQ0AiSIAhhEAjWQBikUCjW4ClHEAjEgAiCYBiVkFiVABixMCrk8FrRBDBAAAZPPoAgkIAQAFBlMMAABlEqIfgYts0EHQQMJnwmaBnXnHGNZewmXCZMt7Qw8AAGUlqXQFrysCryoAjR8GkHUBlQoAr2cBfAKCOQCseAWpeQKhHAOnAwKVDgGIBUMIAABlIsRZAIgHAIQYBYZ1AYEkB5tnAIE4E41IQwQAAGUt6CMJCAIAFRpTCgAAZVWyZ9Y/6UrYGIGuPYGuPIGpA4GpAoG/fYIaQwUAAGVijU0AmBoCmwkEzSAAwgtTCQAAZXCbFIGaaoGgFYGgFIGKX7Q+1h6BtnnqYkMFAABlgsAeAIc3A71hA4lwALNhUw0AAGWQs0HXL4HBaOo56ji+Gb4YgblXgblWgakVgakU3Bu3NUMDAABln6MGAIGLPgCBlglTDQAAZaSRQI5zgb1CgbcHgbcGgYwngYwm6QWhCvFDgbk6gZp9hzxDUAAAZbmMWgObSgOGVwOEVwWVOgOJcgeYbwiLQgGaZQKRaACcTQCNWgCjBACCIwKFJwA3A6EhBJc2AI8NApRQB6tNA5cUBZMZAZhuAIt/A6FAAIU3CoIcAIQKBK03AZYQAJ4QBIM7AZApDJIOAYpLBJ09B4NOAJB2BSsAiXABhkoEiWcJgTwBnBUBjB8FnB4AjCsAmFIDiksBjh0Do14DnnsDnCwEh2sJhk0EiCsAnmEWnTgFnBckpWYDhh8SlAwBkg8AjwwApQ8EiSkCl34Bmi4AjAUAkCIHhQ0AgSEBlAMBlDMGnCACj28Dk2wBpzEBnEhDJgAAZbyzRAYEAAMBAwUEAQADAAMAKYJzAgUGBwoGAwcDDBMCAgMABAADCggNAAQFAQQAAgcNAQgVAgwABwAQAgkDEYcVBIcWJwQCAA0vEoE8BSAEEkMRAABlt71XgQqJKhqFWiqBCwCJIhiYXwWGOQKVeBiJGAGHPACHQQGLMQyLNAmTBQuEVAtSCodBQxsAAGW46HMJCgoIExofHgkKAQAQEgcIBwgBAAwOICIBAAQEAQANEA0QQV4CABEcFhwLCA4MCQoFBgEAUwwAAGcmsyysLuZHgahogZonjm+bS7QwgZAsgZ8XgZ8WgY1bQxQAAGc0l3IAlx8Eh1YCnjYCiwMBkFYAkicClnsCmFwEjDkAlwgArCcAgzgEsAAFrUsCnhQAmnEAnWADklMCmW5DBgAAZ0iwVAMHBgAKAAoCAARDBQAAZ0HqYwUEBQQEAAoOUwsAAGdtjnOBuAyBxUmSLNg8lnuCbfRC9D/0PvQ3QwYAAGd+mz4Apx0BkFoChBkEnioGgThDAwAAZ3ywYgoXAxBDBAAAZ33rAQIABwgBAFMKAABnlaMOgZAEga1luHT0boGrL4GrLoG4f6kgmnBTDwAAZ6Kad45igZFa9QP1AvR7AvR2gaVHlm2BvDL0d/R2gbBju3pDCQAAZ7aQTwAbDI8/CoIBAJxkAJEfAJRyAIIuAERDBQAAZ7OwbQEFAgoIBAEJQwIAAGe06x4NEFMLAABn2LBlCAL1EIG5V8RGmDmBjUaBqTGBqTD1C0MHAABn5YkwBo5eAoNcAaJQAZ5vAJYTCqI+QwQAAGfpsGcGCQwiAg1DAgAAZ/LrQQsQUw8AAGgFokWBkhKBxXm0EJwOAslvyXL1TPU7uyGBsFqBoQeBoQaBoGtDCQAAaBaXewCINwW6PAOkIwekMgCaPwyHDwCiQQCCHVMaAABoPI1sqFSdWvVU9VkFxHObNqkspw+UbYGxYoHIXdMGA/VWgY8rgY8q9XP1coGeNYV9gaQwgbhRgzy/JlMKAABoYrB7y0vLTLB3sHwCwAWmEoGPaPVlQ0gAAGh2nGEKkT0DgnAAmwMQjAAKmBwDiHEAkDYAlD0EkCwBgQ4AhR4CiBEMlDMIigYBhEABkmkEjSMCuGoCqC0BjiAFiUwNhGMCjDMDgXsEiEEKpEgHhTYAgUADphUal3wChlYMrA0BIBSoaAWpIQOSVBiCKwSEJAWOGQOoAA2cIQeWawu1EgucGQKJLBiTFwqCRiGPEQyGUBSsLAGZOQiNXQajXhWRFRGdIwepXg+pAw6jVAOEJCeRF3OFSACbRwCJcgCefgOQJwqVTgeTTQOJfwiXcgGNAQKVJUNLAABodLELAgALHQsWAwQhCQwKIBQMCQgFAgcEDAkDBAYTDQ8gBBMIAhQNBQwCBQIcAgMEFQIlAhYGEAAQBhcDBQQSAx4HBQIrAhQLAAMCAQADAgkJBQgIAAEhAQQFEgoGAAIMBgQGDA0oHgYfBRQHBAAPBQMLBAcMAg0JDRMQAgYRCwEMAAMFBAgbCBYBAniDOhIAAQAJAAIAEgBDIQAAaJ3CdTmDUgeOIweORmKBaQiMARmMFgeKNziGIByHMwGGXiWEbQ2MEACKSxBwBYdlBItaBIMSFIUDAIF4EYFHE4VrAog4MYshDYMqFYQqAoQfB4E1N4tOCIhXBYN8MiMSbUMfAABomMhqBgQ2BTgOWAJBGxQaJwodITQUDQdABRIKBhYPBR8EBgsAJQEYABQAKwciACcBDwEqBiEEIhYJAgkDCAcJQwEAAGqvzRlDLAAAaHXsCQwSAQAZJA8SBQQMFAgMAQAMDBUeCwwEBgsQBAAsRiAuBwgEBAkKCgoBAAEAIy4CABMYDhAuSAEAHyoBAAYIBggpNgUGLkgRFggKMU4MDgEAM1IYIA8QUwkAAGtfyUvNHOMPtjc1sSGDFalci1tDCAAAa2qdEgfLDASFDQCDQQDmdwCByl4AgalnAJVHUwsAAGuDoBOjCv0mgcpjzTb9KoGhJYlHo0WBzi79J0MKAABrlqMyHZhxAJVbAalYB6pXAYg8A6F2BYVxAY8vAYEvQw4AAGuYvFwFmFYCrlMCrk4Frk8ArlICAwACApQRAJcNBp0iAIRpBpg5A5teQwYAAGuX8DYBABweCQoLDAEAUwoAAGvSi32xYrh9DAKeCIGyMIHQP4HQPoG2U0MLAABr4aJSCKACAMc5A5ooA60OAQIDAAMFBwQAAgADQwIAAGv/yUAIiSdDAgAAa/TwbQkMUwwAAGwMyUGtS/xAgawvlAida4G2DoG3KYVYtQq4YYG1IkMBAABsG4xyUxcAAGwfjReBx1b8RbQF0VSdT/xAgcRTowSxRdZKAp4EjzTPBIHLdZNGh2qBsED8Q/xCgatJo3ZDGAAAbDihJQSJEgKSOwCNMgCUeQOaBgCreQGCDwaeTASIMQGWIQOhWAGMMQCWewCFagCOAwCnWAKDLwWCIgWCSwGXNQadfAOOFwCWR0MFAABsSq0iCQUHABcQAQBDBQAAbEjxEw0QGhoBAAEAUwkAAGyBmFyPaIVZgaccgYghDoGIEIGuFaELQwgAAGyMrScCqksAqkQCjXIAjXMEpnUAga8mAIG0M1MQAABsn44OgcZqgbgJgbgIgYhFrEuGI4Ikl0WB0E6BiDO7ZY0ogbZsgYgvtk9DFgAAbLOPCgSEOwCpCAGENACBMwCpNQCodACFKQSBewCMIwMiAKAVAZlGCJI1BSIClBYCdACcXwCeVgGDMQKadgGgZ0MJAABssa07AA0dDwIaABsBDgAHCAIKBEMFAABsuvFOEA4TFAQABARTCQAAbO6tOgSjA6JsgYhogaELgaEKgdJ712ZTCQAAbPnxaoGIZZxnjkeVJpYOgYhYAIHAd0MNAABtC6AcBo0VBIkcA5IrApIzBoseBIRHBoVJAK5ACKc1AJoUAIlfAIIrQwwAAG0ErUUCAwQHAQoKAwAKDBkDDgICBAoBCwMZQwUAAG0N8XQKDg0QDQwFBlMUAABtQZRAgbskgYkjgYkigbNJjmcguGiBiSKBm2O1d4HRWIGJG7onuiyBiRKBxC+7Gq1LrUpDFwAAbVmjBAChKQG2TgEHAQYCAgKrTQKRcQCIcAOMNQDAagSXXQKmFQCFaAO4FAWhVQKMKQKQFgCJEwKOCAGFTQKeJAOiK0MCAABtecdcDQNDBgAAbVvyHAEAAQAmMAYEBARTEQAAbZucIYGsQoG+CbQmszWzNJ9rgalIgcVdiEWBziCBsW+RLaNekgeZEcEUQxoAAG2urWoAm3sCgSYCozsCTAa9KgDEJwOxNgCSZgCdaQCdZAOycQCPbgSCPwSJCQGLWACifAMDAA0BBADFKQKsXgGYSgSZSQCsNQGJREMBAABt6sBeQwQAAG3X8mIHBgUEBwZTDAAAbfGaJ4GxEIHQX4HQXtxbhjrvQ4HFYIGlecM6yimvQEMyAABuBZhiBJIQAZd6AJJvAJJaAblVALlYApgxAZg2AKZtAqZUApglApEfAJlnAaxsALMLAMl0A6BJAaAyAaBBAZ9rAsA6AbY7A502AZcFCIIuAK1YCKIDAKFuB7xxAZ46AogYA5YeCwUCBQ+hLQCFKwOOZwGELwC5cgLAXQXBAgCYHQeYAgOzAwKzHAKaMwKaHAEAAp9PQwcAAG4mwx8FjHMRg3gfkXIQiWUmhRIGjh9DDgAAbgvyfwMABQQMDAcEAwAEBAUGGyYBACxEEhgGBgcIUwkAAG6vm1KBsC6Bi2UTgYt2gYtRgYtQgbRrqRJDAwAAbrqWSgaYUwWCQEMFAABuu64AAQMEDAGdOACISEMDAABuvPNvBgYCAFMNAABuy6QpsibsdNpvsHuBi2iByHGByHCBnxeQG64KgYEkgYtzQwEAAG7ajk9TDAAAbt6jTJRUBLEzsTSBjAiBvh+DB4MOgb4UgdZJpkxDCwAAbvSLLwTFOgisfwNiAqwkBbMHA4FzAJhcAJwKCq93A69yQwoAAG7svksCjQwChV0EgzkAji4GjVMBhwQYhhMHhWEAgzRDAwAAbvP0CQwOICxTCwAAbymuFAWxW+AkrnuBjGKBjD+BjD6BsjPTQMQjQycAAG82rg8Hm1kMm1gBoS0KjF0DgkIBhxsDskwDs2sGj2oApGcDyQQBEQMMAQQBAwfITwMpAMhqAgIAAwCtUw2ICwSeBAWXZAvNHwLNIAIDBrwRAbwSBgkHAwDKfwvLDAEAAAcMAAAEIaxdQycAAG84vxsGBgGYVA+UGQKEFQSQRAqLJQqLNgCPawaPegcPAIsrBYVRAIE6D4FPCJEOA4YDBIl6BIQJApQ1D49iAYgbEYICAoINApdKA5wrBIdsBoVZBIYeAI0DCIUWAZB6AY4PBo4qAAsCiB8BiCADDwWWIUMSAABvN/QxCAoLDhAUBQYBAAsMAQAFBAEACQoiKgkMSGABAAEACg4FBlMJAABwGMdZ21KBjjkCgY406mHqYNszA0MdAABwI64oEQQDAxK/YwK/ZA4ADLxRAMdSALt1AZUdAIh+BIkUAJt8AaB9A6ReAYQVALF/ANRiBIJzA7p7AJQ7A6sMA6xPAZ5mAI0LAMIKAqAJAqAEAAJDDgAAcCfHWAAqB4o+AYpDC49nBI82ACIMi0UDg3cChTQEihAFiU0AhGMCjhxDBgAAcDH1Uh4sHSQICAUGFRpTCQAAcKuzU8J9k3iJb4phgchygYUjgYUigdp/QwwAAHC4okkArgsCkHQAk28DokgAj38AkkQEkG0PiX0AiEABoGQDh3lDBQAAcLezUgMFBAAJCASfGEMDAABwuvYqDgwQGFMMAABw5JJLgcd0gdNtmnqzDMc9gc0egbRRlSOPKIG6SIGwZUMiAABw950aAYtdA5RNC6VWAKIHCoFKA45lAIkkC4gmCZ4IBY1zFZJpAYFqD5IuBYhjAppsBoF2DpN1Bog4BYIiBFoEjD8EiRoFhgMMpnUWoxoKig8Gl3APhFAIiUYXvgMjt1oBmgUEnxFDNgAAcPTCehueRwIAAgABLAieaA2fFwEAEwYDmQQAmQMHq2gJq3MFpTgDpRMBJwCUHgKXTAWrawAJBAoBABehCASKXACrZwcGBwMInCgBnC8BAAMWBJIoApkgBpg9CYk8AZxfBJ4CAo1YAoplAKB9BZFqAJFpBaJmBo0FBJVjApceAZQ6Do4jAoQHCoENAZgnCgAHggUBoEZDFAAAcPj2TxsqAgAzTgEADxgFBgEABwQLDhkmHioBAA0SEBgpNgEAHDAMFAEAUwsAAHI1kiOJYaYEsSuHcPBavj+BpxiBuivFCKETQwUAAHJHl0sAnzUDnioAt0IEAFMNAAByVrJrgYs43gvTNYGxPoHDS4HDSoGMDYGMDIHEbYHEbIHEaYU/QykAAHJmskUAuEMBjzIEqQYABgKwIwKEKwOIFACDQgUWAJUPAr1sBc0XAM0WAQABAAIADBUMsnUApUoBvjUAvjQDAAGPQQKFQQeVBgCxbwCxagDBAwOGJwTHLAADAbkHAbkIBLtRAYdeBIk8AY8XAIQEBrVCAAJDBQAAcn3BTBiJZguRXwSLNBiEBEMJAAByaPhQIygBAB8uBgYZGgEABggGCFMJAABy7It/pFyHX6J0kUOCcZQ0BgdDIwAAcverfgCwUwNHBLEYAQIGCgOvVQSvTgEIAMULAMR8A6xlAJkTAMV+AAMCBQAIAgIDmXMAiS4AnH8ArUABmxUCmxYCuVUCxFoAiwsABwS5GQCkag2UNgIDAYsGBIsFCABDBwAAcvnDNgONcziPbgSFQgUFAoUtAIQrQwgAAHMA+SgBABEaGBQHCAQABQQQFlMLAABzaL1S+DDlKwK2B6BDgbtugZstqhbxFPYTUwwAAHN1wCvzCOU5iTfubu4lgUKHMOUugZs3gZs25TVDLwAAc4SfSQKVMQGZSAGIYQKlYgIABLxTBIZAA7YUAgMGpgkBjzsCtT4AwR0AnWwBlDMAt2wDAwIWAM8FBM5uAQkFCgADAKxhApIiAZouAMcvAMcwBwwECAGZBwSYeAEIAQMD0H0E0QIQrn0Bin8ATgKBQAC3XAQKAKkHCakYAAMGmDNDAQAAc/7DQEMLAABziPl5AQAfLgYEDxIMDhAWBggBABYkBAZTDAAAdCWwMgOBlGyBlGuBlGqBlHWBlHSBlGmBlGiBlG2BlGyBlHFDCQAAdDOUHgCIbgCCMQB1BYNKAt9qAOQqAIGUewmwRFMLAAB0VbA8gZUYgZUdgZUcgZUbwh/CAhKBlSCBwwEuQwMAAHRwjj4Fo1AMmG9DFwAAdGPCXQWDDgCGdwKgVwkDBgIICAGwNgGwNwIJAQ4LEwEKBLAmAgwAsC8InBAJnA8CsCIMjWcEjWACsCMBsCxDBwAAdH/7IwIABQYBAAQEDRY1UlMNAAB02shk5gaB2wGB2wCBim+Bim6Bim+Bim6ByDmfNaJIgcUigb05QxIAAHTunVwAqEwEAAG0TQCaJQfOcASdewiLeAGSAAEAAQAEyQcAuGQAnxUBhCgChCEDxHgBxHlDAQAAdQzJJUMGAAB09ft4GCQBAAEACAgIClMUAAB1KKEojBuBwX6B3XXSJNwTgedggZtRo2WJVqFJkzCBw3KB4SuB4SqBy1eVU4HhKIGOT8ptQw0AAHVFiU4Gj1ICmBoEjG0EhScApUABj0EIlQcAhhYDln0JhHMDi34NgVxDEAAAdT6wFgGJRAcEAgMCAwwEAZgiBIkbCIQWBpMhA5BkApBlBYlXA4lWA5AUA4sLQwUAAHU//CINECUuAQABAFMMAAB1j5p/gcMsgbgNrB6Bi2yBi22Bi2yBi23FJ4HREoHdY4goUwkAAHWdtmSBi26By1W/YK0TgbkEgYtv3h+TRkMJAAB1q6BmAqxpAIUkApR4Apl5A7EQAo1DAJRbAIM5QwQAAHWstmUDDAADBgVDAQAAda38Y1MJAAB1wrZuAwfcBYHoBIGzFYQJnm+OQEMBAAB1zbZwUwoAAHXSoCCBuSKBsk+oc884gYwGgeFz5xb6WoHAH0MBAAB13pdFUwoAAHXik2rGDASBjAqBjA8ECYGMEIHaUc5CQwQAAHXwnAgDpB0EgnsHhExDEQAAdfG2eAoAAgAAAgGoYgCobwEKBAQAjgAAjgcAmgICmgsEDgEJAAQAAgEAQwMAAHYE/QoRFAMAUxAAAHYeyzLbRbJujByMIYGMIoHRNcUCuBvMbPdcgeRNhDWmUoHCLIGMI0MFAAB2MLcLAggAqEMAqDoCu39TCQAAdjvLM6hbgYw6gYwrBweBjDb5e5I1QwEAAHZMhzRDCAAAdknLMQOoQQYCAQIBqCwDqDEBBQCKdkMEAAB2SP0oDBABAAUGUwsAAHZixALIb9c+jEvwZOQZ5BjkCeQIgYxLmRhDEwAAdniOSAKGQQGHDQACA7UWAa4XAYt+AIMNA4QNBYxNBKtWF4s5AphADZtZApcOAoQeAJhPAZNUAU9DDwAAdm+3FwCaLgCDFQCRIgmbHQuOeQUABAAFAACLaAmLaQ2CLAEAA6dsAYxNQwcAAHaD/UYBAAwMIDAFBg0QAQBTDAAAds21C9sLth6FP55JgxmB3WCB1WeB1WaB4G+EQZdUQwEAAHbbmjlTCgAAdt7Ebt49gdBa/QP9Av13hFqYTYGRZvp7QzkAAHbuliIAlQMB0WwAvl8BnAwDiUcArBoCuxkBlWkCnDgCtEAEvjEBhgEBxDALCgAFBKMvAJpHAb10AwQBpD0AhXEDqigBvhkFvhoAw0UAgU0AxRABsDUBhnIDiDoAghcBoyADAxICAMYpBZMcALMMANFfAdFeAL0TAb0MAsZ3AJBDDIVmA9FYAJ9/AJ94AAQDvgUAly8G1TIABwCtEQKtFgC/KQ+nbEMEAAB3T80EDoYrOQMFkXVDEAAAdvD+BwIACQoBAAAACQgBABQeBQYGBgoKAQAGBiEsAgA5TFMJAAB3pZdSgc5QgcxxgcxwgbYRsRWB5ySBxy3jPkMFAAB3s5xcB4toEYkKCbljA5YUQwgAAHewtHUEAAapcgCpcwGMDAekHBKPWwGbLUMCAAB3tP8CCQpTDgAAd+KaT4wUgb0Ugbd5gbd4gZIZgZIYgdpBgdpAgdwpygzUIYkr72hDIwAAd/OaRgmHAgCieQCMZgGEIgCJLAmDKQCLKwSJcAGQfgGIGAOHdwyFegiXPwN0AoR4AI9kBZxjAZMBBIg4DJ8KAoU5B4ZsDZRPAJk2AZALCJBhBI0cDJdDApIWAJpJAKhKAqcPBaoIAKMzQxwAAHf2tCIBAAcACAAHBA0OAwYBBQAOAgsCBQATDgwGsWwDsVkEAAEPAQgTqloDCQGqTwIPAZ8EF55xCwUGAAAFAAZDEwAAd/f/LhseAQADAAEAAgAFBgMAFBIBAAQEAQAGCAEAAQAXIB4qCQgGBlMLAAB4n4tbgehogZcZgZcYgZcZgZcYgZcVgZcUge89ge88+xlDIQAAeLCXNwCNLQGWWgClPQmaOAKYDQOFEQSXCACRNQSYRASIexKGbA6DUQKJCQaCWDiTFgGNcwGNBgKEJwYDDZhsBoEHAJMtAIJwBYVkAo4NBI47CYovAIlcB6t+AKh/AoYqCo8JQzUAAHityWQEqj0Fqj4Aqj8Aml4BghkMmEEKBQQAAKE4CIkIAwMEqj8CqiwCqi0BAgiqNAeqOQiRBgSRBQWPLASPKwUDAZYoA5QAAJMrAIRNBJd2AqorBoE3BAAFAAIACQQDBAIFBQQBBQQGBwMKAgoABAAClTwAlWoLqykLsjIAsjMCqyYDkx8BkxgAmEcBkl1DDgAAeLuBgB0BADVIDBAkOhccAQAHCBkaBAQHCAoONU4CAFMLAAB5uaFShiKiHYHbaoHRZZMvgeUSgcQ/h3mBzDaByUdDCAAAecaNTAKJTwGgDAGVUAOiBQCGOAUnBp1CQwEAAHnVth1DAgAAecqBgVMBAFMOAAB547Yf2E+B71iB0iGPAIHDHoG8P4G8PoGXD4GXDoGXFYGXFIHjL4xPQwsAAHn4kSYCnkwBoTECnDAKqDsBoDYAgi4IpnkCtzwFsm0SpwhDCAAAegK2JAADAgUNCAkDBIlSCpQKApArQwUAAHn8gYFzBAQKDBIYEhxTCgAAeje2KIGXaIGXbYGXbIHtf4paeYHkGoHof/4sQwYAAHpGliUQinQch2ABm0cAjXgCjBNDCQAAekzMJACadwCLAgKcBQ+pKgCYSQaIfgGTQgStI0MCAAB6aoGCQAoOUwoAAHp/iizZXrRhgctAgdN5k3iBv36BlmOBlmKBlmNDCQAAeo2YTAOPPACGRAOkWQCNXwCOcAOOGwCmAAGVaUMCAAB6lbcfCgJDAQAAep6BglxTCgAAeqWTB8gwgZcAgZZ9l3g1/zaBlwEClRBDEgAAer+URwuBOQqOSgKPGgShbQADAKF0AqBpAZRgB5ZhAYpNCa9KBaxRBotnBKggBYYUAqx9BoV8QxQAAHqztyUCqCYDlx8JhQ0AiHgBkywAjTEBhX0blRMDlk4LhXUDjUkCAAoAAQYEAgUHAwwEDgELQwsAAHrGgYJ0AgAaJAkKDxQGBgEAAQAGBgkKBARTCwAAeyS4dAPXN4HsLoH2EYH2EIGVBwnaX4HvbIGVBUMEAAB7OpBWAYdeDJI7AYwqQwgAAHsxuHEBBgQRBRAGBgCHDACHKwQeQwYAAHsygYM1BggBAAEACgwBAFMPAAB7T4xBjHahfo41gc1GgfEpgfEogfRFgfREgZUjgZUigZUjvhGB0zKBlR1DDAAAe3eSdwGRRwScIgGPAwyFGwaKSQCOPAGXCAmaRweNJAOIMQObQEMWAAB7YLh+AQQEpUQGpUsCBgADAg8FCAkUBYt0BIwFCxAACQQIBQkBAgAEAA8HDgMTB4xWAIxDQwcAAHthgYNOFBwBAAEABAQMEgkKUwkAAHvEvW+BjDyBwAmZA4HZCv1X/VbwUaUrQyMAAHvTlE8FjW8HhXUMkQwCXAWHOg+ZLx+KBBeNMw2ONiWKdACgMAakVQGhRAuubQiNZgKHdgGaHwCvdAaOCwSMaACDNAStRQOOBgIEAYRTBY1tBI1oC4RNCoMvAJx4AqVzAphsApkaAJ9FQzYAAHvRuREIBgIDBqUcBJMlAJFzCKUaCKUXAQMBpRgKpRMACwCOTgGOSwYAB6UYAKUXAYteAZk4AqUXAwMApRQMpRMEkFoAgmcBjXMAAwGNJgiFVQ+dNgIIAJZpA5kwBIJdAA4Bl0kBgTYDmHoJpzMUAgoCAAMAAgMADwAOBAMIAQkABA4CBaQ0AJtzCIROAI0TQxAAAHvSgYQVHyYKDgEADhIRGgEAHygoPgEAKDoMCiIqAgABAAwOUw0AAHzvlnXsSvBw80PzQv95/3jzRfNEgZdhnGb6eIHObVMJAAB8/r9IgYwkgY1BgY1A+n/6foGCI4wJkyZDBgAAfQnBfwDITwDLAgCBhQYAgYkbAipTCgAAfRPII5YRlgz7AIGHJ4GHJoGBL4w5gXOUUEMGAAB9IJtNATwElE8DpUwDoU0+l3JDJwAAfSG9cw6KegCJaAADAIwLBQ0AjBIBBgICAAMBhisBUgGSGweXdAGRbwyRagCReQKCcACFdgOLBwGHPgiBdABlAItEApEzAItZAYtQB4Y9AZd2AgMBAgCJKwWCBwOGLQiLbAGFeAOWUQCWVAKdIUMKAAB9O4GFdwUEAQABAAkOFyIQEgkOBAQVIFMKAAB9q8NFiWKKS5JRgZk2/BmUQ4lkjRmRZEMvAAB9uMBfAI8wAA0Ahn0BjzEAligAjlkEjl4CCgKSCQCRdgWPPwCGEgGJKgIQAJJpAJJkA5MdAIItATMAlgoBh3kCh24Bl3UAhBwChF4ChB4BilgACQGQOQGQPAIJDoNhAINuAAgADwQ7AEgJlHsBlG4AAgADA4oNA4EpA4lXAZUMAItdQwEAAH37zSZDCwAAfbyBhkoWGgsKAgAEBAgIAgABAAQEITIPElMOAAB+McU7hij9BPN/iQuGTJZLgY0E/Q39DIGWNYGWNIGDOY0bQwEAAH5BjE5DIQAAfkXIUgADAJ1NCp1SAYcZAIVnBIx6A40zA40IBow1AIcLAJx2AZwnAJMWAAQAAwKSVQWJVgKKQQCTJAASA8gfBcgUAWcBiQMAkkoBoC8DjmoAkRYBkm0Bij4CnV0AjCRDBwAAflOBhyYYIBwiAQACAAYGAQBTCQAAfp+vU7tJu0jAY8BiojuiOpsvoy1TEQAAfqqQQJFYiCikLIGvdoH6J8ouq1uYM5EugeJSgcY5nnOQG60Oi0+haUMBAAB+yod4QwgAAH69lmcBj0gDlRkAoQoAlDsAh3YAihAASkMCAAB+vq9bCgZTEwAAfs2aFY1AnjW8Cs9JonSQD7xgrQWB3G6Br2u/U4QRozKgLrUvhU+CGZcQUwwAAH7ikh2aJIHQUoHXfYEMl0m+UL8bnkygTIGvYoHQMUMPAAB+8IpFAp9iAIYGAI8tAZp3AINWA7RCAIMvAZtdAJ5GA6Z1AIoYAIR7AoYjBIgbQwQAAH72r28HBA4JARZDAwAAfvmBh1wQAAUAUw4AAH8Tj0+IIZJamEnOZpwLnArFCcUKA8VtgfUqga89zQVDHwAAfyihDACKRQSDUQWRUQC9bgCRFgHWGQGWcge/JA3UUQCdYgKPaACsbQGMOAC/dgHRAwTRBAEDANpFBdpIAKQdAIMoA4IVAbROAJFHALQBAbN8Ao5KAY5JBAICA0MCAAB/TMtiAYJuQwsAAH83gYdgAQAJDgkMAQAGBAIABggOEAMABARTCgAAf4XAYpIc/D78P/w+gc9vgc9ugd81gd80geUfQxkAAH+UjVwFjSYDlXICgUUCimcTmXAAsCsDpzYDh3UDpysGrVwHhEEDjBkGmikAgR0PiAIAjj8JiX4AqFIDgQUAmXEBgWMBoGwGrRMAnUBDFgAAf525RAEABaRYAaRZAZUcCJUZCZU5ApVgCoUNA4UMA5McApMdCwIDAwACAgAEAAQABY9yCp4bAXMEinhDDQAAf6CBiCEFBAEACAoMDgEACg4BAAUGGyICAAcKBwZTCgAAgBCWMIHkaIGiNYGiNIGiNdMt0yzRJaYYtFdDFgAAgBy3TgMAAQAFCAADAMB9BsB+AdY7AdY8AK5HAJF2AJtlAqJ9AYICAYVuApE2AMICAgADxxsAbACdVACoVkMCAACALMtCAQNDBwAAgCGBiGwJBAEABAQBAAcEAQBTCQAAgFK3XIGiToHqI4HqIoGNO4GNOoHiX4HiXoHte0MDAACAXsMZCpZ5ANoXUwsAAIBvwBeFb4sFlQxOgY0W+yuUT4dYgYge+y9DBAAAgH3CeQCFAwCYNQADUwoAAICDm1WKHsNezj+PBIHMTIHfR4HfRoHrL4ZtQwEAAICTsnFTEAAAgJaeb4HUdIHLE4HLEoH6S4MYyjjKT4H3RIGse9JJiSyqDoHMBIH4OVVTDAAAgKmQWod/zDSBrHSBrHXWZ5Yuge0qgax7oieBzyCBrHdDAQAAgLeyeVMNAACAuoxrgfkYga0NArELkkyBUYdjqAKqcapwgaxwgfxhQwMAAIDMiBwA1UoArhVTCQAAgNaXF7dWga0Ega0Lt0O3OrEHsRLVf0MEAACA4Y8xAqp2AKUyAIGkBlMTAACA67MGh1mHXIGtBIHtL5sypG4IykvKQIGtCIHxBYHxBIHUV4HUVoKEG4KEGoGtB7kdQwUAAIECoysCwEwA8V8ClHIAiWNTDQAAgQ+iI5Q1gyW5LrhPnkCBxyKCgUeCgUaBrRGBrRCB8Q/wYEMEAACBL40nAZ80BpINBYcIQwUAAIEesxINAAUCAwkCo05DAgAAgTCBiW8GBlMRAACBRpxGgdpwga1Tga1Sge1LmkalLoGtUoGPPYGPPIH5MQWB+TSBrVe1QYlW2EBDAgAAgWCzHQCsVlMNAACBZZ8TxACbZYGtVoGtYYGtYIGJc4GJcoGtX7MbgeB4gdNZpWxDDgAAgXmNNACiIgCPfQKLSACBFgCpeQmBdgSJQgiKDQKnBACMIwCQFAqNPwqFFEMLAACBdLMZA5M6CZMjBQMIAgiVPAWCPAKXeQIMAptQAJtfQwUAAIGBgYoXBwoGCAgMDQxTCgAAgbqsQY1Yga4ggZolmDSQQchTrF7VV7EuQwMAAIHjiWEJbg6PPkMSAACBxqBjAr52AJllAQUAnDIBkAgIkzUBkyoEiVMAggAGpzkAnFIBt3cBqW4Nkm4Avy8CrDQBsW1DBwAAgcuBikQCAAoQDxIBABEUAQBTCQAAggOBimaBon3OXZ8SxWyBRYgdBYGWOkMGAACCEpp9AYMOBp8kAKFfAYUaAItEQwEAAIIQuGJDBAAAghGBimoBAAkMAgBTCwAAgii5MIGjDoH4CdR44wfifoGjFIGjFdB5jy+CgzpDEgAAgjWMJQCGXQCrCAGoGw2kUBCCIxaPBQCGVQGSEACMRACdUgSOIQCOCwKOCgDAVwDAVgKscQGsdkMRAACCOLkyAgACBAUABAABAAMACYZMAIZNBAAEpGQBmS8BizcCpGQCpCkCilYFiV5DBwAAgjqBinsNEgEAGiYBABAMCghTCwAAgoikeIHMZIHHDYwbgdMmgeI7mzAJgccQgccJpQVDCQAAgpenagAQABECk3sAimoAgdAeAIHGbwCBxm4AgcZ1UxEAAIKkqACtE4Y0ge1KgcclJAQhtXuKP8BIkVmRSrBlgfd2gf1BtkBDCgAAgrendAAPAJ4rA44eAJAKAhICCgKVBQCUZgEAQwEAAIK7xiJDAwAAgrqBizwBAAwMUwwAAILNiRu9Rphrgd90gdMXjBwGmCmYNIHGYoHrNaQ6Uw0AAILbkk6qcIHHAoKHCYwStAYlgccQgccxIpxrjUXnEEMKAACC65l0A6MdAIKGVACB1RUCjgACCwCBxyQAged5AIHneACBxxdTCgAAgwCBi1yBznudV5FDl3SGQaVCFSQvQwMAAIMOkVQYgW0AjC9DBwAAgwyoCwINARAFLgIvADwAM0MDAACDDYGLXwIABQRTEgAAgyuVKJd1vXKBxxKBxyWBxySBxy2BxyyBxxUdjkuvEYKFCoHlBxadVIHHGIHHN0MGAACDRpFSApBdBo8IAYIhAYgIBYYvQwUAAINAqCUCBQMDBwMBF0MCAACDSIGLfgoKUxAAAINdgYwKgcdXCAS6JYKBaoHlL5JxsF4DjjeOOAICjnOObkMYAACDb6AwB6JhALJoAhgACwAEBwkAoR8CiCEEjBQDnGIAPgQQAksAOAEQARkHGAANAA0ApFkEpEwAqi0AgSpDBAAAg4rFKwuLWQuBBQSOakMEAACDl4GMJgUEAQABAFMJAACDtYGMNIHHbbBxsHSOaY5wgcdcgcddpjdDMwAAg8CoXgAtAygBtQ8Ch1oBSAKGUQSzKAELAQ0DvnMAvngBDgC/WQC/agMvA6E3AKFYBQYAqGsAjxEKt1gDDwEeAJhrAZhgBA8ApgMAhBoAi0IAljQBCQYPAwgApx8IpzYAk30Aih0InjwGPwMwAKdDCKdCChUFiVkBiVoAAwC1cwC1bAShaQGYBUMJAACD775NF49MAo0HIYYyCIZ6E4R9CIR0EQABhmlDDAAAg8aBjDsEBAkMAQAGBiEoAQACAAoER2YJCAIAUxIAAIRpqG6ByGSB+2OlZo0cgchcgYADgYACgoUhgoUggch9gch8gfQ7q0yrZKtvgch0gch7QwwAAISCizoGul4Br1UAr14BAAgeAaZnAowQBJpMDYdPAppPAaIeQwIAAISTxk0AC0MEAACEioGNMgIACgwaKlMKAACEuKMVi1IHgckugaFpp1GByTiByTW7ErsjQzEAAITEnzkEjA0AnwwCCwIAAJofAZoiAsEHBpVUAYVnALEcAgoBAwAXBaMRA6MuCwwCAwwTBKYhAYElA5s+Aop9BJcIAb9tCZpuAIhUCoR3AKEUAAIAAgACAMMvAIICBcE8BA0AsBMAkQQLnwACBgQGBQMDAwkKAY4RBI4aABMABgKrKUMVAACEy74SIoQKAIw4DQwWjGQJjD0EjmMCji4GhDsThEwEGAclAwwAJwEyAiEJKAaSOQCLYgJICYYSQxAAAITMgY1cBQQLEAUECAoQFhMgDQ4BAB8kBAQMDAIACw4PEgQEUwkAAIWEiArCKoHKYoHKb7pEgZAogZ8/gZ8+gZBJQyUAAIWPqRwLkxsAkx4HDQMAAZQlA5QqAJw1AJw8BgMBAwcGB69fBZAvAJkeAqZoAaRTBqRUB5l1BJ9LEatAA418BQILpkkEpkoQBwECDo0fA40gEbNrAIpCAIQuAIQHCJUKA4QaDK5vBaBwQyIAAIWRzQAClk0KiV4GjnMChWoQiG4SjRcAjRwOhGMHFwSFIgmECwGDOgKUGQCUYAkAAYwtAIQgA4IxDoo8AwkDPwqMfQyNMgSLZQ2RYwYAAIpGBoZmAoQPApcrBJl0BI9tAQBDDAAAhZCBjlcUHAEAEBIbJCAwMkQQGgEAHyoBAA8SUwoAAIZ5jx7RLAIDuDuFGrMYulOMFJcHQxQAAIaKnVIBqyMIgigGrSYHhQIbgxoFlgkAgkICl3MAhh0IiTQEmkABjTgIq3sJjmQBmzoIgzsEqXEBnTwBnA9DJwAAhou3egEDBQwJCQUCAwMACwAQAAUBCQIaAAcAAgIGABEABQMICQkEDAQLAAoADAAKBgMFBwACCRMDBAUAAAYDCgGmfAinAwKmegCmewACAAQABQIAQwgAAIaUgZAGFhoZHgIAEQ4UGg8MAQBTDQAAhxKferAwgbBwgeclgeckgeVfixKB2kqBsFOBsFKB9V+B9V6BsF1DGQAAhyGTGiWbbAGvKwSqcgieMxxXAYctFpswEYZxGoFzPpN6CY4UEZkdDJ15HaoeBIEFBhIAgVIGgxUCmikBnQgHoScAuSYAlkkBrxNDWwAAhyK4LgAdAQQDDAQNAggCAwIEAxUCCAAKCAsDGAYEAZNsA5NnBhMCCgACAAIAlWoHlXsBBQeVVAKVWwAOBRkAMACmKgCmMwIDAhkHDAMOBpBMA4ZyBZdPAg4AAgALAQ0DGAEDBaYqAaYlAgIDmFQBmHUBpjgBphsACwKmKAKmJQAfABgHCAQCAqYAAaYbBBQBiC4BiC0ApgoCnSUDnR4EjxEClnMGlyAAjlgDpXsFpgYAAgGmEQIDBAYDjigBjikBpXgNml8AkjkDjxoCh38BkDIAkDMHgRgBl1gDj3AIlSMHgTABjCEGi0VDHQAAhySBkFMoNgYIAQABABYeBQYBABQSIS4FBgcICAoBAAEAGiIGCAEADA4EBAQGDRABAAsOGSQQEgwOAQABAFMLAACIaIhW3SCBtXiB8FegIYKQdoHYP4HYPoHuGYHuGIG1f0MDAACId6NTAIHdMACBmkFTCQAAiH23KYQohCmBtgqB4QOqdoG2CoKVTeNmQxoAAIiLin8BmDgEiWIDhkAFhD0HkWoGu0cBq2wDoXkPiCsAlh4Cn2QMg3gBikUAgXoDkSUKjEkOjjIAhVEDhDEAjGsIUw2BQAGOCxKifASGZkMeAACIiLlAGYQpFAIEAAkFAgQAqQADqH8AkTIIjRcDhiwAkSYBl1UChCMAAgEAAgYHAgALCgIAq14Aq10IqngCqm8IBQUDAA0ADgUHCQpDCAAAiIyBkjYWIggMJjIKCBMWDAoRGlMJAACJMK45gclUgacHlzKnd4G3SIG3R4G3RoGPUUMFAACJRJ5SGpodH5kCAYRUBKYJQxwAAIk7xV0FnDUFp3IOnicGniIAo3MBo2wDCAGndwOXBAGTRgKfWQKMWgiXUQcyB45sA4FJA4UiAoJiAY4CCAIEAgOPMQGPKAIGAgAEAAKTW0MGAACJZYGTSQUGFB4BABQcEx5TDQAAib2/fYGoGIGVH5Yd2n+EdYKLLIKLGY48ihavHr4fgg9DBAAAidKRGBA0Ao4XGasoQw4AAInWulcDAgEAAQUGBAUAAwADjjsAsRABAAGdbQiRFACQKQCBAkMGAACJzYGUDA0MAQAGCBAUAQBTCgAAigelfrFwgapwgaELgaEKgZ0hgZ0ggaMHgaMGgZ0nQwEAAIpItQRDHgAAihPDagGDbgCILwGFJwKCLQGMHgGCRQOFewGMIgSPZwKIWAOCegKCEwGGJAOBSwOUSQKWDgQCBwkBgXUBggABBQCIWQKIWAJbApA/ApEuAIQfAFwCgz9DCgAAihSBlDYCAAQEAQAFBhAWERgHCgEAAQBTDQAAimnCLIGlAIGwC5ISjneOdoGddIGdf44/gQGKboGiTIGdfUMEAACKeaJTD4FhAIppCIMpQwoAAIp8xXACBQQDAIEfAIEaAIwVBYQ2B4kfAo4MAYMAQwMAAIqIgZR7CwoEBFMLAACKnsQ9gaEUgbANhGaBqySBo0sKhRqGT4GkcIGsVUMDAACKsr9cBoNPBV9DBgAAiqzCRwMFBYZ2BYNTBYNOAYEZQwIAAIqxgZURERZTDAAAisfCaYGkbIGeR4GeRoGmb4GmboGeXYGeXIGeUYGeUIGeUYsrQwMAAIrWwGAFhjMUgi5DCwAAitfFfwMDAhoDLwEgAQYAhG8DhF4BBgAGBAVDBQAAit2BlSsFBgEABgYFBFMSAACK9sYCj32OMIGgOIGif4GifoGeZ4GeZoGoIYGoIIGoX4lshV2BpEyBpRuETIGgTIHOB0MEAACLCr5XA4RUAIGpBACBnmlTCgAAixTGBIGfCIGedZM1gbIogadziHyNW4GsToGja0MCAACLZpFeBYtSQx4AAIshxAYEkk8BlloCCACKCwCKCgVhBYxTBIJ6CogeBIIaAI5XBo5QAYdJAIdIAIZbAYJJDokmA4N/AAUDhQUChhcFi2oCjVsJghUDnyIDnl0AihQBg3sAjDpDBAAAiyeBlVMvSAMAOFRTCgAAi5zGDoGgNoGgJ4GgJoHgKas9iSODHJdkkiVTDAAAi6icKYYXmXabfYH8HoHtHYIigiOeS4KLZIKKVYIVUwwAAIu2n3GMVo1LphWRJoKCVoH1VZx1miybA4sKoXhTDgAAi8SXX5lIk2+B90KB50uNbY52hh6FBbIjtygDgeAcgep9QwYAAIvaiXQCiyAAiG0Chm4DghMBiBFDAgAAi9WaawFTQwcAAIvWpiYEhHEAhHQFjSMAgiwAingBjytTJwAAi+qBljGCiWuYXIdQiTSQW5BaiW2jAaxslg80lVibFZYIhQqee5VttGazF4tipzIAlimWKLU/tT6kW6AYhECUXYH0TIHrA5U7oEq1OYgOrSiOe0MiAACME51MA6gdALoIAAUAjGEAjGAAoVEAoVIEjn0AgkoAsFEAvQYAnEEAnEAAqgMAhzoCgTYAjA4CkUMAiRgCdAKUIQmDQASIFQWiNhSDFgCeGQeBOwClYAeTaAXHFQCCSg6LHAKMXEMXAACMR7l2AI8iAI8jBogKBIdRBI4LHY5+CQACAgQDCQQDAwSDTACRBgGNZwCCZwCDFASGKgCFKwCBawCJZgCIaQCMYEMDAACMHoGWM2x8ExxTHAAAjK/FIogQgZs4gZszlw+BIIGxHoG1A4hOhxGBs0KBmz2Wa4l8jGyBmzqBrCGEbZVIkT85gyuVKoGbNoGjK4xxgbAagaRRQwUAAIzRyTIAji8AixUAgbUEAIGbQVMOAACM2skzgZtKgbN1gbN0gaoFgaoEgatPi3SHaYUTgzuBsAyBsiWWVkMJAACM6sURATMAjkkGhDwFimoBjgMAh0AAhnoGLUMDAACM68k1DwIIE0MBAACM/4GXKlMJAACNCMRmgaUUgaUtgVCBo1qBqjuBqjqBphOKDEMBAACNFsI9UxcAAI0bvhWNDPh/tVqrLYKUDoKSZ4l7skqHc60ntgilRaZ8rWueXIhdnheLEKtOqwODeYhcUxEAAI00nEycAcdCzmGUcpEVhEDGPp9xn3DDT4ErxHi8FW6bBIQIQwgAAI1HsjYCsD8AmVMAglcAzGYArm0AgXcAnm1TFQAAjVOsO6oxtii+MYKIPoHmV5xGnGGUZZZiDYVFgeo+geoLkH+OKqcLhxOCmniB+k+/MEMgAACNa48MBKpeA64jAKsSAKpXAJUICZxPAy8EsFwAkhkThlIDhj8PlwAAmwEJmHAEgnEHtE8Ah3wElwYLih0BiDUIiXwBiFMEjCQDj1gBlz8EiREPqXYBrh8Co0oOk08DlEJDIgAAjW25dQUNEAAMAgIDAIhEA41KDoYZCI93AKQIAqM5AgsBDgEDAgMEBAEOEwsABgIHBA4ABAYvACAMBgEAAQQHMQMsBolGA4lFCAABAAMEQw0AAI1sgZdGTGYBAAEABwYHCAIACwwMDAoKAQAFAA4UUwkAAI4piQ+2TIHoCoG8D4G8DoG8DwKBvAqBvAFDBAAAjkScNgOiOwKhOBqnE0MOAACONMQwAJNpAwMABQIGAgcGl38BmAYACAGicAgEA6NNCaNWBaNXQwEAAI5DgZhIUwsAAI5siyaDd4KeboG8NweBvDyCmR2CmRyBvDmBvDiBvEFDBgAAjnrLfwCBmVQAgbxHAt9VAIKcHgCB7QFTEAAAjoW6SoG8TIKdJ4KdJoGZbZ1hnWqBmWCBqE2BqEyBvFMComwNCKJvQwUAAI6rmiYAmEcClWgCmS0Hn3JDNwAAjprMAQGiZwEAAqJqA51FAJ1IAwMVlC8JiWsAj1YAjGMAgj4Amz0Do04BilYGAAOOFwSOIgYDBgsFh2sAh24ACAAPAAQBCASTTQGTUAEDAYkDAIh+BwQBliUAhzgFgwEAkXAAlQ0HPQCVQAKZRQCIQASDVwOUXgSNSwKIaQKNUABzAoo0AYw/AIIiAIk2AodzA1kAixkFk2JDCgAAjpuBmHoBADVIKTwBAAQGAQABAAoOLzpTEgAAj1++RoG2dIGmA4QogaFYgaFlgaFkgqBTsUyneaF8gfR+gdBHmzWbNLlLiRSUW0MJAACPdKNgApwQAAMCshUAshoAnyMAnyIAwR0AgpFKUwoAAI+DkSDBHskbjUa7UtMtjxqCN8ZGgdAmUxAAAI+QjRWGFIKTTIH+GZ9wkgWHEYhanjqdb51upVehb4KXZIKefYQRQwMAAI+jkxwC0iYAgbs6UwkAAI+qgZoPgqJ9gqJ8gblngSUD5VGfQM9MQxQAAI+5iEgDlxIAkkECmmQAki4BkksAjxABohcAjQoFl2oBgXYAoQMCiXcDhXYApmgBonUAoF4AiQsAkn8Ak29DAwAAj7auPRwAAQBDBQAAj8OBmhsCAAgKAgAHBFMPAACP4pxJgfs+gddPBQaB10qB10kHxieYbIKFBoKdHcVGgddUgf4/QwkAAI/3lVkAmlcAj04Dp3oCjjEAgnUAgUMAgwgCiztDAwAAj/OuRRAEAANDAQAAj/TMe1MbAACQCZ9KKp1QgddcgddZgddYgfshjgqVNsYbgp12gfsX1gSyS8Upgp0Cgap70EucOYKXfIH/QaFNoy6NQJg8ww/mIkMSAACQJq5KBgwAxyEAxyAIm10Clz0AmS8Bsi4CqlcAnwgBpWICmXEFshMBh0AAxEQCxmsDqlQAnBZDBQAAkDK/OxiKLgKMKwWCMQCLTkMFAACQN4GaSQUEBQQICgkAUwsAAJBbrlqqIoGtWIG6N4G6NoGsIYGsIIHYBaxVgoRYgfRlQwQAAJBorlcApzYDwB0AgSpTEwAAkHK9BIG7QIHYE5QdgewugbIvhCSBrgiBrTGBrTCBtH+jGYHYFoKkSa88wRykKwKfaEMFAACQh8dxALIlAIHYGACBvE0Am0tTDwAAkI/AY44ezimB9CCCnwmCnwiB1TWB1TSB6BeB6BaB6BOB6BKB6BmB6BiB6BlDBAAAkKGmbACPJQCRYQKcY1MSAACQqp57gfgEgegngegmgfMhpR2wIJwJgoQigeglA5kzmTSB6CKB6CGEbYRopRtDIQAAkL6mdQKKOQKKOgAHAQYCq1cDhEwApnwABACHKQGHLAMGAwAABQCwBwOGbgCpEgMDAIlhALIJArtwAbBbAbBaBLpBA4JMBIFmALYKA7UbAbUaFL0hBL0iAwMAAkMIAACQ38YeFYNXEINYAoUzCINoAYE+AYMXEI4tQwsAAJDGgZsICwoLDAEACwoBABAUAwQBAA0UAQBTCgAAkS3FB4GtBIHpB7JKsk+sSIG8PoGqXYGqXIGqW0MOAACROacICQACAAKLLQGRBQCWWgCZdwSKYQSbCAKlFQKqPgCMJwSaPQGZVkMHAACROsYbDQoBmFMFABAIAAMBA0MCAACRR4GbWQkAUxEAAJFpugDNB4KQVIKjM4KjMoH+HbpKBdF10XyBw0qBw0vRT4g8hR+RTrxeQwEAAJF/llNTCQAAkYW6CIHDVIKiaYKiaIHuVYHuVIKiN95YBEMCAACRmpVWAIZaQwEAAJGSnxxDCgAAkZC6CQACBJUSBY8NDYYDAJN6AIlRB4ojAAMEAlMSAACRwMEbhHiBsHqBoDmBoDiBoD2BoDyCphGCphCB9UGNK88e3TWfeIZBmF+CkCKClTNDAgAAkdyNJYEXhwpDRAAAkdXJeAEDAJhfAJhaA4ltBY53AJhqAgMBmBsLmB4BCQEIAJBjBZB0AAkCAgMPAJFfA4ZnAIEOAZc6AAMCmhEAiFYIgyMEgwkBl2oADwAIBiYBCQITAJM3ApMyAAYAFAAjAggAizUAizwAlicElgACKgADAwIDmwUDmmwBkHUCgTMAgSYCkQIDmncDmmgRlUEBlWYAl38DmBoAjCECjCgBjm8Ij3cCkFwBjXgCCQGSOQGSRAGNZwONQEMOAACR1oGcGxESDRYBABYaFBwKDCYqIjAKCg0UBAQBAAEAUwwAAJKjyjWBpVaBsimMMIGldoGlXRUXIiuBpgyBxEVDJwAAkrfDTQEYAYFRBYRHA4YOAY43AIJ1CYV4EYFfBYhgAoECCoRtA4JrE44uB5AtB14BiA4DhDUBgwAChGIDjA0ChkwAZgqLewKQaAmJeQGBTwqOJAKOJQ6FJQGNLgiFCwSLSgeIAweJEQSCXQaPLguBBgCGYkMpAACSscolCjAGCAg1AhENOgEIA0MBLAAUAREFOwA2AAMABwQOChQECQsDAgoDCgBFADADDg4JB4Q+AYRtByQCBgKBJQCBLgwCDwAACQMXBiAFCQdQBUkCBhACQxQAAJK4gZ0rAQAHCAEAAQAXIggGAQANDAgMEBYPDgUGDxAHCgIACQoeLBcgExxTCwAAk6bKY3mBqEKBqDdSgadigcBfgcBegbMRgbMQgadRQwMAAJSIowwArlMEmHxDPgAAk7PBIAGTCAIJBgADEgMAAJUbAYo3AZ8yABQDBgSdWwCcbgBEBRwAm3kBhSgAlkQBGQODAgyDZQGBCgEKCYErByAElBMBlBYAeAAJA4s5AItIAxECCAcxBZUHA5U+AJVpAYVgAo5GARADnjsAn2YEizEFiyoBJwWXJwGXUAuBUQKBUAEXBZ9VAZ9WAoxNAYIRBIRPAZMsApQlAIk0AI04AI59Cp8ZAANDEAAAk7SBnk8UHAEAFBQCABIeAQAYKCIqBAQRGAcKEBoHCgQEBghTCQAAlJGBn2GCpimBbdJ+AoHVEIHVFYHVFIKkRUMGAACUnYwaAIUPALN8AJpTAJwXAIpkUwoAAJSlogKSYYxRlnqfOc4mAwQDvHdDBgAAlLGYKwC5cgC5cwC5cgDYcQW3MFMKAACUvpBLyUSnfYlHpzWWdMIAuhmFY4KUYkMZAACU3JxeAI9tA5syAYhFCKBhAJAcAolZAJ5kAK4NA658AYV4AZgjA4ddAZVSAIV1AqMdAIhiAqE2AqRVAKQMA4p9AIVMBY0aAbAjAJR8Qw4AAJTYtT4AAwECBgYGCgADAAILCgEABQQCAgADFBoCAEMFAACUz4GfZQoECwAUACAAUwoAAJUggZ9sgoNBrzbBQ5UZsy6lG4KcTIKCc65sQxMAAJUti2YAihAAgkIAhn4IhVoBmGcEDwCSegWbHgKYcwIAApF5AIs7CpNCBoRiCYEnAmQFlTAIqg1DEAAAlSy1bAcEAA4EQgFNBQQGCAIADhIBBBEWB40+CIgOAY0CAIpZAopYQwoAAJUzgZ9uCQAFAAQAAgAJAAQABQANABISUwwAAJWJvEWBxn6BwFuPVoGxAoGxCYp9gbwEgbkVgbkUgcIDkHZDHgAAlZjEaQiMTQFLAWcCgRIAhSgBjHgAAgAHBIVvA4V2AocxAQYAhy4AAwAJAAQDBAQfAY8nAI9EAI8zA480AwMAAgCUeQWCJgGSUAKVSQOVJkMDAACVpMx5IRsbSEMGAACVooGgFAcEDxIMCgEAExZTDQAAleiVSq50phemFoHmaIKve6o0pkeeLKZynRWdFLhjUwwAAJX3lUuZbpgVj2ueHp5sriGuIIHmXoKncYJSgjRDEwAAlgWiBwOEJwQUAax7AJNGAiEHi0kAskIBtQUBtQYAAwcEA5ofApoaALN1AKZ+AIE8AIQuAKNZQwQAAJYGrQ8BAAYIAgBDBgAAlgeBoD0LAAQAAgACAAEAUxMAAJY7pEWEKAOB83KCsk2rLIKHHoHzc4HzcoKmO4YIiEwzlUm5aIHzcoKYC4MCihtDBAAAllCeSwOQIgCZRQLYPFMKAACWW4hGgrAygb0Zgb0YgfQHgfQGgqlXrArGDPVFQwYAAJZnpl8AiScAhxUAjj0AgpMAAIH0C1MJAACWcMQcgbkYgfQRrDisOaRfj2iEQsQEQwEAAJZ9xAFTDAAAloWhTJoJgphYgfQlgfQkgcY7w3+CijiB9CexGscvilJTCQAAlpSNb+1EgbhQgfQtvletUIKFMIHEB7gTQwQAAJanm2IAzWgAgbxeAIG7EVMMAACWsKZmunCBuVqB6BOmcIHBIIKaQYKaQIHBdYo5gcwsgadXQzYAAJa+ljQBhTwAjXACgU0AgQ4AnxkAg3kEhzsArSoBrX8FgmISq3gBg3sLlk0AgVUBlm8Eq2ABgmwDgSECiFoBmycDimsFjG4ChEEFjXoBhhITkxkFmX0AnzQYgkQDjW0CDQGMNwKCOgGLTgCGFAAmAp4sA64xCYc+AJwGAa9nFK42Aa55CqIWB40TDJJvOKlWAIgXAZUNA4YcBZ4SAYIsAJADQzQAAJbJthwEiT4DAAOPMAIlAYpnAI8KA5MxAYoUAIIOBYxjBQICk1gAk10HhUAFhT0EAwECBQIAAxeRAAKQfwIAAgAMokIAokMDoj4BAgOXOQqLJQaiVA2NEROTdwgACYUyBIUvDgQCowoEow8DAwIEAQAIohgFAwJoAmcBkyUAgiEGhnsFlEgCAgEDQxgAAJa/gaERCAQREAYGFhgBAAQEBQQXGhMcERYbJBUaFiQBAAEAAgAYJAEABAQWIhIaCg4LClMPAACX/8NJgb4ygb01jQGIPoHBdIG+NYIJkXyPU4G+EIG0D4G0DoHAL4HALkMVAACYEMRBAIJvAI03AIJYA4dEAIIXC4cyCIIjAod/B4EIAoNqAYMOCIZPBYYwAIolBowoA4EoAo4XAoUOCIM9A4JxQwoAAJgcy0kEAwQEEAAWAAQABQQIAwICBgBDBAAAmCWBonQWIB0oCw5THQAAmG/DPpAqliGBxUaBrzOTOcJzqS2aBL1wsguGZ4gaoWCmH51phBnXEN9lpyK4QKt3mic/hlqMB8wEzjeCpUBTDAAAmI6BoyqB1wmuOZFtgpcsgoxntVyB1wiChC2dCZNEgo1uQwsAAJicn34ApyMCgVsDg3sCnnwml30JlRAFlU8Am0Ywom1UjgBDNwAAmKi+AAieLgFBAoZVBQAHkC8BkC4BAAysLwWUcgSSTAGLRATBSQCfGACWagMGAZJhAoxYAYYGB4kvAIwrAIt8BIYRAYU1A5UeAIZBAYw5AIN/A5Z2AIwbAIZnBI0mAoVYApAXAohQBoorBYULBJZkAxIEEQGNUwCNYgMAAYxnBYIVAI8ABJEFAIYcAYwdAAMBoXYEAAGfdwOVAAC2IUMUAACYo4GjLgwKAQASHAEADA4MCAoIAQAEBAsOBAYGBjFEBgYODAIABggGBgEAUwsAAJltjFaoVqAbk16lL6ZagpFQgfADv1OZRqYKQwgAAJl6kRkAgqYcAIK3BQDGfgCB8AQAgq9pAL9iAKtXUwwAAJmErCibQ6Aju2SyO4KiPoHwBcVbgrVegfAFgfAEgp9lQwYAAJmSlR8DixwAk34AghQAjlMOkhpDDQAAmaW2KwaVAgCHKACNAQKKAAGLfQCNRgyOJQ6RGgCFQgCQewGQbgCSAUMCAACZsoGkQSA0UwsAAJnYyAgJgbk0gcRdgcRcgcM5gcM4gbk9gbk8gcdpjjhDAQAAmgG9A0MgAACZ7b4/A4RODYIhBZBuBwMAjQ8AjQoGCAKNNxGMcAFAAAQBikkFiigAi3MAjBAFjl8Bi1YAgwAABwKMPwSMMAIDARwFkWMBiSgCiHcAkQgDhVUCiR0BjxYAA0MHAACaAIGkfStGAgAPFA4MBwoMDlMNAACaasgMgbp0gqBnmSiJSYUoqzWdcoKZGoK5GZdStSapUUMHAACaeZIDALpyAJZ5AI13AKRwAL1fAL1aUwsAAJqClRWCoGaCqHW8ZLRrjF/BSIHsDIHsDcsbrDRDDgAAmo+SMgC6JACubwSucgCveQCveAGrUwOpKAKyWQKdOgCXUgEAAMJlD25DCwAAmq+8KQCBLQADBAYABQIEAQADAgADAAQCA0MEAACamYGlTwwAEhQBAFMKAACaz8xhgbIOgdQVowjjD84sk1wDgbIOgrAhQwEAAJs8jkZDGwAAmt+7bAEABAAEAgECAKIEAKINCQYBBQeuewK8LgGNMQSiCgGiCwMABqJSBKJTAqFgAKFhAYMuAYcKAYxqBAkAwFsBukQAvz0IlCRDCQAAmuCBpXELEA0SDBIGCBUeAQABAAcIUwkAAJtBkwqGF9dCx3fHcoHVLIHVKwIDQwIAAJtPnUkEjn9DMwAAm027ZQChfgKhfwahegGQVxSHXwSXKAIDCQIBAAoAAQgAn10An1YHBgIIAAcLAwAEAQsAkV8RkXgADQUOAZhXAJhSCRoBFwQQAQcDBwAGAQcCAACZfweaAgMCCBcBJAgLAAYDBQIDAQIAlQUMlQgCMwE4AgMAAgMHQw0AAJtQgaY7CAooRgwUHCgbLAwSBggGBgUEFB4SGhIcUwsAAJwxzDI2CIG2KIG2I4G2IoG2aYG2aIG2b4G2boG2K0MJAACcfKFIBJldC5kNDqxEB5U5E4QJCo96EqF9B5cYQ1IAAJw+zFQGBgIHAKARCKAaAQMBAwCYVwCYAAQsAUEHagVhChMBGgSiUQIACAoCABwkM0ICAAKLKAOTRgKKSQaPLwCGCgGTag8CAAMBjikLgVkFgwABjQYBAAMJAo4PAR0GjjQAAgqZCwNVApleDpZ7AJcCAAcICACaaQKaYAAGCAIBk0MCk0ICkkUUkhwBJgkHBAYBAAoCAwAFiSUEkBEGnDYAgwEDCQEEAZhnDphqA5NpAZM4AC4KNQA2CAMCAgAnBCYAjgsAjgwRAwhFQxkAAJxTgad+AQAICBosAQAEBAsIAgADAAkIDAABAAIACQA7NBIeEyABAAgKQ2ocMBAaJz4BABQiUw4AAJ4ayyEQgb4agb5RBeh1v0DMOcw4wHGCqHSCpwGRVIKVKlMMAACeLZ9lgpUqgpRNgpRMged/A6klgpEkgpp1snQCA0MwAACePY1mAYJwA4VwAYtbBJlIBIM3FJBPC6N2DphVEwsSfBQVCIprBKw4A5VfAI5tAokFApIwA4Q3NZRVAbIcAq0vA60mAYVaBpkrGqU1FJ8yLpwRBJRUBokgDYh3AI0FBIECAK5egY91wjkwgT4ABKMwnQ6BEqEsiAPAOQACAAMGMBcDgVKGYVl5gQSDcAGBNUNZAACePrZDBQQJDAIAAwABAACKCAWKAwQACRADAwECAaxQAyoAgkcBmV8AiU4Akz0Dg0oIBAYABIgcBYgbAQAFiVoDlgoFgjwEplEApkACpkUTl1gCnmEOjiwAgnMAAwECAgQBAwCCTgCCUwAEBAACoTYBPgJDAbApA68EAKJFAKJECQABokcBAAejdAyhSQkAAgAHAgEDCgYFil4AhkgDiU4BrCMAkwYBnhAEAgICAgcAAgCXRQGZAAKBOwMCAQMFlEcElEgIolUCAAgMAIsCAoF2A4YjAJcUBaozAJM+gbRKgy6ISJwggzEAAQBDAQAA+ZWBgVNDMgAAnkCBqkAMAAIABQYCAAMABwgMBAEABgYiLB0oExYQDgQEDAwEBAEADxIBAAIABAQBAAEACAwWJAEAAQAWGg4QCApIdAAOAhYAIAAgAB6BjzCDRKM/hQWBRJYZH5YeBgSEjG4SAQBCAIg8VIkTIJg5R6c3ErBuMmMsAAAAIF4BhhIQhA0BBoQeBxCEJQEGhDZGBYRaAB+EYQAZhQK3SAFtAgFvFAGBI4IsC4F6JAGBOoEVAYEDOwGBGwgBgRmDcAmBZgoTgVIAE4E+ZEuFYpU0AmAFB3MAAX0CAXEAAXspUoJkDVWDNw4khTyBdgmBcILqYwaEPQABhFCsfQOEQAABhFAaAYRYAAGERAABhFQAAYRGAAGEUgABhEoAAYRIAAOETIE8AoIGAViCCoECAYEoYwEAAI+oAYhPYwEAAGR4AZYDYwEAAIIMAZoZYwEAAIQkAaEOYwEAAIHzAaNAYwEAAFI/AaURYxcAAFKsAacOiQABpyzXGwGndkcBqBFFAagXEAGoMkQBqDZDAahagQ0BqGeOHQGmGAwBphsMAaYeDgKmIwMBpicFAaYqBwGmLScBpjwBAqY+CAKmRQgBpkoCAaZMAgGmTgEBplBjgT4AAFRSAqoERQGqEw0BqisoAaogBAGqKEcBqjdRAqpJRQGqXA0Bqm8dAaplBQGqbYEHAasNhiwBrnhaAa8FhREBqzFoAatEgjcBqyODSAGsTHEBrFyDTgGzdoRtAalqgjUCsgqBagGyKIJVAbB2LAGweIE9AbESZgGxKIEOAbE/gmgBsVYPAbFaBgGxXXwCsl5NAa0ogQ0BrTGBGgGtVoE+Aa1ygXEBrgmGNgGyRzcBq3JBAawCgwQBsEMmAbBIggkBtmeCUgG0XEcBtGVNAbRzdgG0JgMBtCsbArQtGgG0OIIDAbN8ghsBtxqBCQG4ZoEhAbkFPQG5FoFVAblSDgG5VoNaAa9XFgKvXAgBr2ATAa9mDAGvagEBr2wHAa9wBQKvcwMBr3YCAa94BAGvew4GsAICA7AJAQSwDRABuGBpAblHdAK3UYE/A7J6IgGzCkoBsxohAbMfgQMBuSYeArkrDwG5NIk8AbgOgQoBuC+ESwKyOwEDsj6GYAGyLBEBsjIBAbI0gQQBuiUGAbohHwG6KkgBukAOAbpCgh4CsWMBAbFmAgGxagYBsW4KArFzgSUBrk8aAa5UgXsBuXotAboCIwG6DAkCug+FVQK1DgQBtRMBAbUVCQK1GgYBtR0KAbUjBQS1JwEBtSwKBrUwAQK1NwICtToGArVAAwG1RAEBtUYFAbVLAwK1TQYBtVIIAbVXAQG1WQICtVsCBLVeBgK1ZQoBtWkFAbVtAwK1cAUBtXQEArV4BwG1fQICtX8BA7YCBAG2BwEBtgoBCLYMBAK2FoEBAa0JDAGtDQUDrREHAq0XAQGtGoEhAbp6gVMBu0pXArBOgR8Bt2QMAbdoAgG3agEBt2wCAbduKgKzNwUBszuBDAWsHiMBrCwBAqwugWEBrzsHAa9AEAGvRgcCr0oBAa9NAQGvTycBu12DOAO7CwcCuxIBAbsVBAG7FwIFuxkBBLsfAwG7JQEHuycCA7svBgO7MwIGuzcCArs+AQK7QQIBu0SCSgS2NwwBtkEGAbZEAwO2RwEBtksNArZRCQa2VhoBu300Abt5HAK8BB0BtFZAAbwURgW6b2MBAACKkQHFeWMCAACY6gHHH1wCxyljAgAAfQcByB66OgHIFmMKAAB2RgHLLyUByzSxLwHJHYUyAslzgRcByhGBGQHKT4FTAcpoSAHKQYdmActGgR4ByUxjAQAAm+oBzDtjlTsAAALKAc0zvSQJzSkcA808gUwBzUSFaCPNRw0OzWsDAs16JgHNfSQDzX+RUAGBrEOCOAvOTCEBzgYCCM4IcQHOJAABzileAc4mhQ8BzhIMAs4UMgHOGqsvAYGsVgEBgaxYhhgCgaxhcQaBrGaBagLOWRgCzl8MAc5lEALObBcBznUGA853AQHOewEFzn0ECc8EAQLPDgECzxEQAc8XBAHPGhECzx4EA88iAgLPJhABzysJAs8uCQHPMwUCzzYIAs87BwbPQQIBz0gFBM9KBQHPTwoBz1MCAs9VDwTPXgEBz2MBBc9lFAHPbgcBz3IBAc90AgHPdgQDz3kFAs9+DwHQBwQC0AoDAdAOAQHQEA0E0BUBCNAaAQHQIwQD0CUBAtApBATQLA0B0DQFAdA3BwPQOwMC0EADBNBEAQHQSQwC0E8FAdBTAwLQVgoK0FoFA9BnAQLQawMB0G4EBNBxAQPQdgMH0HsBBdEDAQbRCQQC0RABAdETAwPRFQEB0RkBA9EbAQfRHwQH0SgIAdEyAgPRNAYB0TkCAdE7AQLRPQEB0UABAtFCAQTRRQMC0UsCAtFOAQLRUQEF0VQEAtFaAwPRXQMC0WIDA9FmDAPRbgYB0XQBBdF2AwfRfQEG0gUBA9IMAQHSEAMB0hIPAtIYBgLSHAME0iABAdIlAQHSJxYB0i0DAdIvAQHSMQIB0jMCA9I1AQHSOQgC0j0GBNJCAgHSRwkC0koDAdJNAQLSTw4I0lcDAdJhAgHSYwEF0mUZAdJxBQHSdAIB0nYCAtJ4CAHSfAEC0n4BAtMBCQHTBwEB0wkPAdMNAQHTDwQB0xECAdMTAwPTFgQB0xsBAtMdBgLTIgIB0yUEBtMoBwLTMQcB0zUEBtM4CQPTQAYC00QDCdNHBgLTUwUD01gDAdNdCwHTYgMK02UCAtNwAQHTcwMC03UDA9N4BAPTfQQD1AIGAdQHAQHUCQQB1AwBAtQOAQHUEQUG1BQDAdQbDQLUIAoB1CQSAdQrDQPUMAEB1DQFAdQ3BQbUOgEB1EEDAdRDDQLUSQIC1EwFA9RRAQLUVQUD1FkGAtRdAQHUYAgC1GQfAdRrGALUcwkB1HgQAdR9CQHVAgEB1QQGA9UIDQTVDgcH1RYIAdUfAwHVIQcD1SYMAdUtBQTVMBIC1TkBAdU8DwHVQRYC1UcGAdVKAgLVTAIF1U8IAdVYBgTVXAMB1WEBBdVjAQPVaQUB1W4BAdVwCgLVdQED1XgLAdYAAgPWAgIB1gYEBNYJAwHWDwEB1hEEAdYTBQXWFgQB1hwKAdYgBQLWIgMB1iYBAtYoAgHWKwQG1i4BAdY1BQHWOQ4E1kAGAdZGAwHWSAYC1ksTAdZTAQHWVQYE1lgFA9ZeBAHWYwQD1mUFAdZqBQLWbQIB1nADAdZzEALWeAMJ1nwDBNcGAQHXCwMB1w0CAdcPDQHXFA4C1xsBA9ceAwPXIgQC1ycDAtcrAQjXLgEB1zcDBNc6AgLXPwUD10MBAtdHAwHXSgEB10wFA9dPAQHXUwEB11UBAddXCwXXWwMB12ICAddkAgLXZgIB12kDAtdrCwPXcAIB13QDAtd3AQHXegEC13wBA9d/CQHYBAEE2AYDAdgLBQPYDwEB2BMIBNgWAQHYGwgB2B0MAtgjAQHYJgIC2CgCBNgrBQPYMAIE2DQCBtg5AQPYQA8C2EgDAthMAQjYTwIG2FgBAdhfAgHYYQQB2GQDAdhmBQHYaQEH2GsDA9h0AQHYeAQB2HoBAdh8AwHYfwMB2QEEAtkEAQLZBwIB2QoBAtkMBQHZEAEE2RIBA9kXAwHZGwIN2R0BBNkrCwHZMwIE2TUBAtk6BATZPgIH2UMBAtlLAQPZTggC2VUCBtlYAgTZXwcH2WYCA9luAQPZcgEG2XYEAdl+AQLaAAMI2gQFAdoPAwLaEQcD2hYIAdocAQHaHgEB2iACAdoiAQHaJAAB2iYDAdopAQTaKwMD2jEDAdo1BAHaOAEB2joQAdpBAQHaQwgB2kcEAdpKBQHaTQQB2lAHBNpTAwHaWQEC2lsGA9pgBwLaZgEC2mkKAdpuAQPacAIB2nQEAtp3AgPaegMB2n4EAdsAAgHbAgEF2wQDAdsLAQbbDQEC2xQCA9sXBQHbGwcE2x8DAdslAQLbJwEL2yoDAts3CwHbPAED2z4DA9tDAQLbRwEB20oCAdtMAwLbTwEG21IGBNtbAQLbYAID22MBAdtnAgnbaQED23MBBtt3AQLbfgIB3AEBAdwDAQXcBQQB3AsBA9wNARHcEQEG3CMCCtwqAQHcNQEG3DcEAdw/AQPcQQIB3EUCBdxHAQHcTQEE3E8HAtxWAQLcWQQB3F0BAdxfAwTcYgEC3GcBBNxqAQPcbwEG3HMFCNx7BAbdBQEH3QwBBN0UBQHdGwIG3R0BCt0kAQLdLxAB3TUFAd03BALdOQYB3T4DAd1BEAHdRwEC3UkUAt1PAgPdUgEB3VYHAt1ZAwHdXAYD3V8BAt1jBAjdZxQD3XUIAd16AwHdfQ4B3gIKA94HBgPeDQED3hEBAd4VAQHeFwwB3hkBAd4bBAHeHQQC3h8BAt4iAQPeJQsC3isGBt4wAgPeNwQE3jwBAt5BAgHeRAIB3kYJA95JAwTeTQUC3lMIA95ZBQHeXwEF3mEBBd5nAQXebQEG3nMBAd56BwHefgEB3wABAt8CAwPfBgMB3wsAAd8NAgHfDwIE3xECBN8WBALfHAEB3x8BBN8hBgHfKAME3yoBB98vAgffNwEB3z8DAt9BAQbfRAEB30sDCt9OBAHfWgED31wBC99gBAHfbQEO328DAt9/AQHgAgEF4AQBDuAKBgfgGwEE4CMDA+ApAwXgLgQB4DUCAeA3BwHgOgcB4DwBBOA+DALgRwEB4EoDAeBMCgbgTwMC4FYEAeBaAwHgXQMB4F8DAeBhBgXgZAEG4GoFAeByAQHgdAYG4HcCBOB+DwLhBQQB4QkCAuELEgPhEgMC4RYDBOEaBwPhIAEJ4SQCBeEuAwHhNAED4TYBAuE6BQPhPQUF4UMFAeFKAQLhTAcC4U8EAuFTCgHhWgEC4VwCA+FfBgHhZAkC4WoEAuFuAQThcQMC4XcOAuF+AQLiAQYB4gYFAeIJBALiDAYC4hENAuIWAwHiGQUB4hwGBeIgAwHiJgIF4igFAeIwAgTiMgQB4jcBAeI5BwLiPAQC4j8BAeJCAgHiRAEB4kYBAeJIBQHiSwEC4k0BAeJQAQHiUgwC4lUBAeJYAwHiWgUB4l0FAeJgAgLiYgcC4mUBBOJoAQTibQIB4nIFBuJ1AwHifQMB4wABAuMCAgHjBQED4wcDAeMLCgHjDgEB4xAKAuMUAgPjFwEB4xsCA+MdBQLjIwcB4ygBAeMqAwHjLQ4B4zMCB+M1AgLjPQIE40ABAuNFAQHjSAoD400RAeNTAwPjVQID41kEAuNeAwTjYQED42YDAeNqAgHjbAUC428BB+NyAQHjegEF43wCB+QCBwHkDAEC5A4BAeQRAwHkFAMB5BcDAeQZBQHkHAMB5B8FCeQiAQbkLAIB5DMHBOQ3AQHkPAEF5D4BAeRECALkSAEC5EsCBeROAQLkVAED5FcGA+RbBAjkYAIC5GkBAeRsAwjkbwEB5HgMBOR9FgLlBQkB5QsLAeURAQTlEwcC5RkIAeUdBALlHwEB5SIBBuUkAQHlKwsB5S4BAeUwAQHlMgEB5TQFAuU3AQPlOgIF5T4LAuVGBwHlSgEB5UwCA+VOAQLlUgEC5VUHAeVaGwHlYQEB5WMIAeVmDAPlawcD5XADA+V0AQHleAED5XoBAuV+DAHmAgQC5gUBAeYIAQXmCgIB5hACAuYSBQHmFggD5hkBB+YdBgLmJggB5isCAuYtAgHmMAID5jIFAeY3DALmPAMG5kARAeZMAgHmTgoC5lQDAeZYAQLmWgYC5l4BAuZhAQLmZAYE5mkCAeZuAgLmcAcD5nYGAeZ7AQTmfQYB5wMCAecFAQLnBwcD5wwBAucQBAXnFAMC5xsBAeceBQHnIgcF5yUEAucsAQLnLwQG5zMDAuc7AwLnPwEB50IGBedFBwfnTQYB51YBA+dYAgLnXAMC518fAedrCwHncQQC53QJBOd7AQHoAAYB6AMBAegFBwLoCQMB6A0BBOgPAQHoFAwD6BsEA+gfBgPoJAgB6CoCBOgsAQHoMQIB6DMBAeg1AwLoOAoC6D4CAehBAQPoQwIC6EcJCOhNAgLoVgEC6FkCAuhcDQHoZAMB6GcNBehtAwHodAIC6HYGA+h6BQHofwEC6QECB+kEAwHpDQUB6Q8GA+kRAgHpFQEE6RcEAekdAQLpHwYC6SQDAuknAQLpKgQD6S4EA+kzBQHpOQME6TsDAelBAwbpQwIB6UoBAelMBgHpTgEB6VAFAelUBQTpWAMC6V0EAelhAQLpYwEC6WYDAelqAwHpbAED6W4BA+lyAgTpdgED6XsBA+l/AgHqAwEB6gUBBOoHAQPqDAED6hABBOoUBgvqGwEB6icFAeoqAQTqLAEB6jEBAeozAQLqNQUB6jkDAeo7BQHqPgED6kAGAepFAQLqRwQC6ksFBepQDAHqWQID6lsBAepfAQHqYQQB6mQEAepnCAHqawEE6m0GAupzAQHqdgMB6ngLA+p9BgHrAwEB6wUFA+sJAQPrDQoC6xQPAescBgfrHwQJ6ygGAusyCwHrOAEC6zoBAes9AQHrPwYH60IEA+tLDwHrUwIE61UBAutaAQbrXQIG62QCAutrAwHrbhoJ63YMB+wBBAjsCgYH7BUBAuwdAQLsIAID7CMDAewoAQLsKgMD7C0EAewyAwnsNQMF7EAFA+xIAQHsTAYD7E8CAexTAQLsVQEF7FgEAuxfAQLsYgQC7GYCAuxqAQTsbQgL7HQCAu0AAQftAwEB7QsBAu0NAQPtEAEC7RQDAe0YAQbtGgEH7SECAe0pAQHtKwEB7S0EAe0wAQHtMgMB7TUEAe04AQLtOgUB7T4BAu1ACgLtRgEF7UkCAe1PAQHtUQIJ7VMIAe1fAQHtYQEB7WMBAu1lAQLtaAMH7WwHAu11AQXteAEC7X4CBe4BAQTuBwED7gwCCO4QBgHuGwED7h0BB+4hAQLuKQMD7iwGA+4yAwPuNwMC7jwBAe4/AwHuQQIE7kMBAe5IAgHuSgED7kwBBu5QBALuWAQB7lwBCu5eAQbuaQEB7nABAu5yAQLudQED7ngBA+58BAHvAQEB7wMBA+8FAQLvCQQE7w0EAe8TAQLvFQED7xgBAe8cAQbvHgEO7yUBBe80BgbvOwYF70QBA+9KAQHvTgED71AAA+9UAQTvWAED710BAe9hAQLvYwEG72YHAe9uAQnvcAED73oEAe9/AgPwAQEB8AUEAfAIAQLwCgEH8A0BBPAVCQHwGwEG8B0BA/AkBgPwKQ0D8DACAfA0BgHwOAEB8DoBAfA8AQTwPgIB8EMCAfBFBgHwSAIC8EoEAfBOAgPwUAUB8FYKBPBaAQfwXwIC8GcBAvBqAwLwbgEC8HEDBPB1BALwehAC8QAXAfEIAQPxCgEB8Q4DAvEQBQTxFAEC8RkEAvEdBwHxIAEC8SIDBPElBwHxLQEC8S8CAfEyCQHxNgEB8TgCAfE6AgPxPAMC8UEQAfFIAwPxSggD8U8CAvFTBALxVwEB8VoFAvFcAQHxXwgB8WMEAfFmFAHxbQEB8W8BAvFxBALxdQED8XgFAfF9AQXxfwMB8gYCAfIIAQHyCgUC8g0GAfIRFAPyGAgB8h8BAfIhAQHyIwIC8iUCA/IoAQHyLAMB8i4BBPIwAQHyNQUB8jgDAfI7BQTyPhEB8kYCAfJIAQHySgEB8kwBBfJOAgLyVAQC8lcCA/JaAQPyXgQC8mMFAfJnAwLyagUB8m4MAvJzAATydgED8nsIAfMBBAHzBAEB8wYBAfMIBwHzCwcB8w8DAvMSAwLzFgED8xkCB/MdAgPzJQYB8ysBAfMtAgrzLwEB8zoCDfM8AgLzSgQB804BBPNQAgTzVQMC81sEAfNfAQHzYQMB82QBA/NmCQHzbQQC83AHAvN1DQHzfAEC834MAfQDAQH0BQEB9AcDAfQKAwT0DAQC9BIBAfQVAQT0FwEC9BwDA/QfAQT0IwUD9CkLAfQvAwT0MgQD9DgCAvQ8AwL0QAEB9EMBAvRFAgH0SAMC9EsFBfRQCAH0WAYB9FwCAvReBgH0YgMH9GQBA/RsAQL0cAIB9HMBAfR1AwP0eAEB9HwDAfR/AQH1AQEF9QMEBPUJAQb1DgIB9RUBAfUXAQH1GQEB9RsEAfUdAQX1HwEB9SUEB/UnBgT1MgIB9TcDAvU6AwL1PgEB9UEJAfVGAQL1SAIG9UsDAfVTAQL1VQED9VgBA/VcAgb1YAEB9WcDAvVqAQH1bQED9W8CA/VzAgH1dwEC9XkGA/V9BAL2AgUD9gYBAvYKAgL2DQEC9hAFAfYUAQH2FgIM9hgJAvYnBwH2KwQD9i0DA/YyAQf2NgQC9j8BA/ZCDAP2SQEB9k0DAvZQAQH2UwAI9lUCBPZeAQH2YwgF9mcBA/ZtAQf2cQMD9nkBDfZ9AQL3CwYC9xABCPcTAwL3HQgB9yIDAvclAgP3KAMB9y0BBfcvAQT3NQED9zoBAfc+AwH3QQME90MCBvdIAQL3TwED91IFAvdYAQP3WwEB918DA/diAQT3ZgEC92sEAvdvAQH3cgEB93QCA/d2AwT3egIE938BA/gEAQH4CAQF+AwBBfgSAQH4GAEJ+BoDCfglBQL4MQMB+DQLBvg3AgL4PgID+EEBAvhFDQL4TQQD+FECAfhVAQH4VwEC+FkCAfhcBQH4XgEE+GAGAfhnAQL4aQEH+GwBAfh0AQP4dgED+HoFAvh/BgX5AwUC+QkBA/kMBgP5EgMD+RcEBfkcAgH5IgkB+SQHAfkmBAX5KgEC+TABA/kzBQL5OAQB+TsCAfk9AQL5PwYB+UMBAflFCAH5SQQB+UwCBvlOAQH5VQMD+VgBB/lcAQb5ZAsB+W4MAvl0AQH5dwUB+XsBAfl9AQP5fwED+gMBAvoHAQH6CgEF+gwDAfoTBgL6FgEB+hkCA/obAwT6IAMB+iUFBvooAQP6LwMD+jQFAvo6AQP6PQEK+kECAvpNBAH6UQID+lMCCPpXAgX6YAEB+mYMAfptBAT6bwEB+nQDCPp3AQj7AAsC+wwBBPsPAgH7FAEB+xYBBPsYAgX7HQYC+yUFAfsqAwr7LQMD+zkBAfs9BAX7PwEI+0UBAftOAQv7UAED+1wBAftgAwT7Yw0G+20CA/t0BAb7eQED/AABBvwECAP8DgUB/BMBAvwVAwH8GRQB/CADA/wjAQH8JwEB/CkFA/wsAQP8MAUD/DQBAfw4AgL8OgIF/D0IBPxGAQL8SwEB/E4CAvxQAQL8UwwB/FoJBPxeCwH8ZAIB/GYDAvxoCQH8bAED/G4KAfx1AQL8dwoD/HwCAf0AAQP9AgEB/QYBAf0IBwP9CwQB/Q8BA/0RBwH9FxAB/RwBAf0eAwH9IAEB/SIJAf0mBAH9KQIF/SsFAv0zBAH9NxEE/TwBAf1BBAL9QwcB/UgBAf1KAQH9TAMB/U8BAf1RAgj9UwEI/VwBAf1lBAL9aAMD/WwBAf1wAQH9cgYB/XYMAf16AQH9fAoF/gEHAv4JAgH+DAYB/hEBAf4TBwr+FwID/iIEAv4nBAL+KwME/i8IAv42BAL+OgEG/j0DB/5EAgH+TAEB/k4IAf5SAgv+VAEC/mAEAv5jAgX+ZgMB/mwCBP5uAQT+cwUB/nkJAf5+AQH/AAME/wMFBv8JAQT/EAEI/xUBAf8eAwT/IA4C/ykBAf8sAwP/LwYF/zMBAf85AgL/Ow8C/0MHAf9IAgH/SgEC/0wBAf9PCgH/UwUD/1cHAf9eAwT/YAEF/2UBAv9rCAb/bwED/3YBCf96AwGBgAUDAYGABwMCgYAKBgGBgA4LAoGAFQEBgYAYBQKBgBoHAYGAHwECgYAhAQKBgCQDA4GAJwECgYArAgKBgC4CB4GAMQECgYA5AgKBgDwBAYGAPwEBgYBBAwGBgEQBAYGARgEBgYBIAQGBgEoCAoGATQEHgYBQAQOBgFgBBIGAXAEDgYBhAQSBgGUDAoGAawMDgYBuAQGBgHIBBIGAdAgDgYB7BAiBgQABAYGBCQIBgYELCQGBgQ4EA4GBEQMGgYEWBASBgR4CAYGBIwIDgYElAQGBgSkDCYGBKwEKgYE1AgGBgUABAoGBQgYEgYFHCwGBgU8BAYGBUQUCgYFVAgGBgVgBAYGBWgEFgYFcAQKBgWIOBoGBagEBgYFxAwGBgXQEAYGBdwEDgYF5BASBgX4BAYGCAwEBgYIFAQKBggcDAYGCCwEJgYINAQGBghcDAoGCGgoEgYIgAQSBgiUDAYGCKgEEgYIsAQiBgjECBYGCOgMDgYJBAQKBgkUHA4GCSQoDgYJQAQKBglQCAYGCVwQCgYJZBQOBgl0KA4GCYwEBgYJnAQKBgmkBA4GCbAEDgYJwCAmBgnYBAYGDAAEDgYMCAwGBgwYEAoGDCQEBgYMMAwWBgw8BAYGDFQIBgYMXAwKBgxoJAoGDIAMBgYMkAgKBgyYDAYGDKgMCgYMtCwGBgzMDA4GDNgcFgYM9CAGBg0UPAYGDTAMDgYNPAQWBg1MBAYGDWQIBgYNbBwGBg2ADA4GDYwEEgYNnAwGBg20BAoGDbwQDgYNzAgKBg3cCAoGDeggCgYN9AQGBhAABAoGEAgEGgYQFAgGBhAwJA4GEEQMEgYQWAgGBhBsBAoGEHQEBgYQgAwGBhCICAoGEJAEBgYQnAwKBhCoBA4GELQUFgYQzAQKBhDkFBYGEPQEGgYRDBgGBhEwCAYGETgILgYRQAQOBhFwHB4GEYQINgYRpAQGBhHcCAoGEeQEDgYR8BgKBhQIDBYGFBQMKgYULAQaBhRYCAYGFHQQCgYUgBAGBhSMEA4GFJgECgYUqAQGBhS0DBIGFLwEBgYU0AwGBhTYBAoGFOAkGgYU+BQGBhUYFBYGFSAIFgYVODQGBhVkQAYGFXwEBgYVhCgKBhWUDA4GFaAECgYVsAQKBhW8FBIGFcgQBgYV4CAaBhX0DC4GGBQIBgYYRAgKBhhMDBIGGFwEBgYYcAwGBhh4EBoGGIQMBgYYpBASBhiwBAoGGMQEHgYY0AwKBhj0CAYGGQAEDgYZCCgKBhkcIA4GGSwEBgYZPAQGBhlECBIGGUwQBgYZZAwKBhlsHAYGGYAQBgYZjAQGBhmUIAYGGagMDgYZtAAeBhnEEA4GGeQIIgYZ9BQKBhwcBAoGHCgECgYcNBAGBhxEOAYGHFwECgYcZAwmBhxwEA4GHJwECgYcrAQKBhy4BBYGHMQgBgYc4AQSBhzoBAYGHPwMCgYdBAQSBh0QIAoGHTAYBgYdRAgGBh1McAYGHV34GgYdiBAWBh2oGAYGHcgcDgYd2BASBh3sDAoGIAAcBgYgFAwOBiAgBAYGIDAECgYgOCgSBiBUBBIGIGgEBgYgfBQGBiCIGBIGIJgQEgYgsAgGBiDEGAoGINQEDgYg4BQKBiD4EAYGIQgEFgYhEAwKBiEoCAYGITQEDgYhPBgSBiFUEAoGIWwcDgYhfAwGBiGMKAYGIZwECgYhpAwGBiG0KAYGIcQgBgYh1BQGBiHkCAYGIewECgYh9BAOBiQAJAoGJCAEJgYkLAgOBiRULAoGJGwQBgYkeCgWBiSIBAYGJKBACgYkuDAGBiTQBAYGJNg0EgYk6AwaBiT8JAYGJRwEBgYlJGgGBiVEAAYGJUwEBgYlVAgGBiVcCAYGJWQ8BgYleAQyBiWABAYGJbQQCgYlwBAOBiXQBBoGJeBEBgYoEAgSBigYCAoGKCw0BgYoSAQKBihQLBIGKGAMDgYoeAwWBiiMGAYGKKgEBgYosAQGBii4FB4GKMQEFgYo5CgGBikABAYGKQgcHgYpGAwOBik8CAYGKUwECgYpVBwSBiloCBIGKXxQBgYpoBQWBimwJA4GKdBQBgYp8AQSBin4BAYGLAwUCgYsHAQeBiwoDA4GLEgEDgYsWBQGBixwBAYGLHgcBgYsgBAGBiyMDAYGLJQMCgYsoCwOBiy4DAYGLMgYBgYs2EQGBizoIAYGLPgEBgYtAAQGBi0ISAYGLRw0CgYtLAQKBi04DAYGLUgEBgYtUBQOBi1gKAYGLXQYBgYthBAGBi2QDCYGLZgIBgYtwEgKBi3cBAYGLegEBgYt8BASBi38GBIGMBRYGgYwMAgGBjBMDBoGMFQIBgYwcAgKBjB4BAoGMIQIBgYwkAwGBjCcIA4GMLAUDgYwwDgGBjDYCAoGMOAMBgYw8AwGBjD8BA4GMQQUCgYxHBgKBjEsBAoGMTgIDgYxRBASBjFUCAoGMWgEBgYxdCAGBjGIIBYGMZQECgYxrAgWBjG4FAoGMdAEDgYx3AQKBjHsBAYGMfgECgY0AAgeBjQMBAYGNCwEGgY0NAgOBjRQGA4GNGQYBgY0fEgaBjScBA4GNLggDgY00AgGBjTgDAYGNOwEDgY09AQyBjUEBAYGNTgMCgY1RCgGBjVYBA4GNWAUBgY1dBAGBjWABBYGNYgQBgY1pBASBjWwFCoGNcgQLgY1+AQOBjgoEAYGODwEBgY4RAQKBjhMGAYGOGAEDgY4aAwiBjh4HAoGOJwMBgY4rBQKBji4BAoGOMQgDgY42AQKBjjoDAoGOPgMBgY5BAQOBjkMDAYGOSAUBgY5LAQSBjk0JAYGOVQMBgY5YAQWBjloCAYGOYAEDgY5iBwKBjmgDBYGOawQFgY5yAQaBjngBAoGOfwQBgY8CAwWBjwUCBYGPCwICgY8RAgiBjxQDAYGPHgMCgY8gAQOBjyMEAoGPJwEEgY8qAQOBjy8BAoGPMwECgY82AQKBjzkBA4GPPAMCgY9BAQmBj0QFAYGPUAEMgY9SBQGBj18CA4GPYQYBgY9nAQOBj2kBAoGPbQQBgY9xAQaBj3MKBoGPegQEgZABAwWBkAcCBIGQDQIBgZASBgGBkBUDAYGQFwMCgZAZAQSBkBwBAoGQIQgBgZAmBAGBkCgBAoGQKgQBgZAuAgOBkDABA4GQNAECgZA4CAKBkDwDAoGQPwYBgZBEBQGBkEYBA4GQSA0BgZBRBQKBkFQBA4GQVwEBgZBbAQGBkF0BAYGQXwECgZBhAQGBkGQCBoGQZgMBgZBtAwOBkHAHBYGQdwEBgZB9BAaBkH8DAoGRBwUBgZEMBAKBkQ4EAYGREQEBgZETAwSBkRYBAoGRGwEFgZEeAgGBkSQBBIGRJgEBgZErBQKBkS4DA4GRMgQBgZE3AQKBkTkIAYGRPwEBgZFBAwaBkUMBA4GRSgEBgZFOAwOBkVEGAYGRVwECgZFZAQGBkVwDAYGRXwICgZFiBAKBkWYBBIGRaQcDgZFwAQKBkXQFDIGReAICgZIFAQGBkggEAoGSCwECgZIOAwKBkhEEBIGSFQIBgZIaBwKBkh8FAYGSIgsDgZIoAwKBki0JAYGSMgEBgZI0AwOBkjcBAoGSOwEEgZI+AQSBkkMDBYGSSQMCgZJQAQSBklMBA4GSWAEDgZJcAgGBkmACAYGSYgICgZJkAgGBkmcEAYGSagIBgZJsBAGBkm8EAYGScQEGgZJzBQKBknsCAYGSfgQBgZMBAQOBkwMBAYGTBwEEgZMJBASBkw8DBIGTFAECgZMZAQOBkxwCA4GTIAkBgZMnAQSBkykBAYGTLgEBgZMwAQ2BkzIBBYGTQAQCgZNGAwKBk0oDAYGTTgEBgZNQAQeBk1IBAoGTWgUBgZNfAQOBk2EBAoGTZQECgZNoAQGBk2sDB4GTbgEDgZN2AQKBk3oDAYGTfgEBgZQAAQOBlAIBAYGUBgEBgZQIFgKBlA0BAoGUEAUDgZQVBAOBlBoBAoGUHgECgZQhBgaBlCYEAoGULQoBgZQ0BgGBlDgFAoGUPAMDgZRAAQGBlEQBAoGURgEBgZRJAwKBlEwBAoGUTwEBgZRSAQOBlFQDBIGUWQgBgZRhAQGBlGMBAYGUZQEBgZRnAwGBlGkBAYGUaw0CgZRwAQGBlHMBAYGUdQEDgZR3BwGBlHwBAoGUfgUBgZUCAwKBlQULAoGVCwECgZUOAwKBlRIBAYGVFQEBgZUXAQGBlRkBAYGVGwMBgZUeDAKBlSUCAoGVKAQCgZUsBgKBlTEEAYGVNQMBgZU4EgGBlUABAoGVQgMCgZVGCgKBlUwBA4GVTwMBgZVUAwSBlVYBBIGVWwEDgZVgAQmBlWQBA4GVbgIFgZVyBwiBlXoBA4GWAwIBgZYHAgKBlgkBAYGWDAEEgZYOAQGBlhMBCIGWFQECgZYeAQKBliEFBIGWJYEcCIGWNAEDgZY9BAGBlkEBAoGWQwEDgZZGAQOBlkoBBYGWTgIGgZZUAgaBllsBA4GWYgMGgZZmAQGBlm0BAoGWbwQGgZZzAQKBlnoBA4GWfQYDgZcCBgGBlwYcBYGXDgUDgZcVDgGBlx0EBYGXHwEEgZclBgOBlysCAYGXLwkEgZc0AQOBlzk2AYGXPhUCgZdDAwGBl0cBAYGXSQUIgZdLAQGBl1QCA4GXVgIEgZdaAQGBl18CAoGXYQEEgZdkAQKBl2kBA4GXbAEHgZdwBQGBl3gIAoGXfQQDgZgBBwOBmAcCAYGYCwYCgZgOAgKBmBEFAYGYFQECgZgXCwGBmB0ABIGYHwECgZgkBAGBmCgCAoGYKgEHgZgtAwGBmDUCBIGYNwkBgZg/AgKBmEECAYGYRAEBgZhGBQGBmEkGA4GYSwIBgZhPAQKBmFEBCIGYVAEBgZhdAQGBmF8BAYGYYQsCgZhnAwGBmGsDAoGYbhAEgZh1BQGBmHwBAoGYfgICgZkBAwGBmQQBAYGZBgEGgZkIAQSBmQ8BCIGZFAUCgZkdAwWBmSEBAoGZJwEDgZkqAQWBmS4BBYGZNAEEgZk6CAKBmUEIBoGZRwQEgZlPBQSBmVQCAYGZWQIDgZlbAQKBmV8BA4GZYgEBgZlmAQGBmWgCAYGZagUBgZltAQKBmW8CBIGZcgEJgZl3QQKBmgkBAYGaDA0CgZoRAQGBmhQBAoGaFgIBgZoZCASBmh0IAYGaJAgBgZonDwGBmi0CAYGaLwMCgZoxAQGBmjQHAYGaNhsBgZo9AQWBmj8DAYGaRQEBgZpHBAGBmkoEAYGaTQQBgZpQAQKBmlIOAYGaVwsBgZpdAgKBml8CAoGaYhMBgZpqBQKBmm0PAoGadgMBgZp5AQKBmnsSAYGbAgEBgZsEAQGBmwYEAYGbCQECgZsLBgKBmw8BAoGbEggCgZsXAwGBmxoFA4GbHgIBgZsiAQOBmyQDAYGbKQUBgZstAQeBmy8FAYGbOQEDgZs7AQKBmz8CAoGbQgEEgZtFCgGBm00CB4GbTwEBgZtXDQOBm1sBAYGbXwEBgZthAgGBm2MFAoGbZRECgZtrAwSBm24JAYGbdgMCgZt4AQKBm3sDBIGbfgIFgZwDBgOBnAkCA4GcDQEEgZwRGgGBnBwCBIGcHgIBgZwjAwqBnCYGBIGcMwIBgZw4AQKBnDoCAoGcPQUBgZxBAgeBnEMBA4GcSwUFgZxQAwGBnFcCAYGcWQQBgZxbBAOBnF0BAYGcYQICgZxjAQKBnGYBAoGcaQMBgZxtAgGBnG8BAoGccQECgZx0AQSBnHcCBYGcfAECgZ0CBAKBnQYCAYGdCQMHgZ0MAQGBnRQDAYGdFwcCgZ0cAQGBnR8MAYGdJAEEgZ0mBgOBnS0IAoGdNAEBgZ03AQGBnTkBCYGdOwMCgZ1GCAGBnUsFA4GdTQMCgZ1SAQKBnVUCA4GdWQMGgZ1dAwGBnWUBAYGdZwQCgZ1pBAKBnW0DAYGdcQEBgZ1zAgGBnXUCAYGddwMEgZ16BgGBngECAoGeAwMFgZ4HAQKBng0BAYGeEAEHgZ4SAgKBnhoEAoGeHgEDgZ4hAgKBniUBAoGeKAECgZ4rAwGBni8BAYGeMQEDgZ4zAQWBnjcDCIGePgIBgZ5HCwGBnk0DAYGeUAEFgZ5SAQKBnlgBAoGeWwcCgZ5gAQOBnmMDAoGeZwkCgZ5sAQuBnm8FBYGefQACgZ8DAQaBnwYBA4GfDQUCgZ8SAgKBnxUBAYGfGAEEgZ8aAwSBnx8BAoGfJAQBgZ8oAwKBnysCA4GfLgEEgZ8yAwSBnzgDCoGfPgEBgZ9JAwSBn0wDAYGfUgMDgZ9VAwGBn1oEBIGfXE4BgZ9mgR8BgZ93AgaBn3kFAYGgAQEBgaADDAKBoAkBB4GgDAUBgaAVBgOBoBgBAoGgHAEBgaAfBwKBoCIBAYGgJQcCgaApAQKBoCwDBIGgLwMBgaA1AgGBoDcBAYGgOTsGgaBDAQKBoEoBAYGgTQYDgaBPEwGBoFcBAoGgWQIBgaBcAQGBoF4KAYGgYwYCgaBmCQOBoGoBBoGgbgwCgaB4CQmBoH0EBIGhCBIBgaESBgGBoRUEAYGhFwEBgaEZAgGBoRsEAoGhHgQDgaEiAwOBoSYBAYGhKgIBgaEsBgGBoTAEAYGhMwYCgaE2AwKBoTkBAYGhPAEEgaE+AweBoUQBAYGhTAEBgaFOAQGBoVADBIGhUwICgaFYAgKBoVsDAoGhXwEIgaFiAgGBoWsBAYGhbQMBgaFvBQGBoXIBAYGhdAIIgaF2BASBogABB4GiBQEEgaINCgKBohYBBoGiGQEBgaIgAQGBoiIBA4GiJAUBgaIqAweBoi0BBIGiNQEBgaI6AQGBojwEBYGiPwEEgaJFAQGBokoDBoGiTQgEgaJVBAeBolsVAoGiaAICgaJrAQOBom4BAYGicgMFgaJ1AQGBonsBBYGifQIBgaMDAweBowYBBIGjDgMDgaMTAgKBoxcEAYGjGwECgaMdAQGBoyADAoGjIwIBgaMmOgSBoy8GAYGjNgEEgaM4AQaBoz0FBIGjRgEBgaNLBQGBo04EAYGjUAUDgaNTCQGBo1kDBoGjXAQCgaNkAwKBo2gFAYGjbAQDgaNuAQGBo3IBAYGjdAEBgaN2AQWBo3gBBIGjfgEDgaQDAQKBpAcBA4GkCgQCgaQPAwGBpBMFA4GkFQcDgaQbAwKBpCAWAYGkJggBgaQqFgqBpC8BAYGkOgECgaQ8AwGBpD8EC4GkQgENgaROBgGBpF0LCYGkYwECgaRtAQyBpHADAoGkfgEGgaUBAwWBpQgBAYGlDgEQgaUQBgSBpSMDBIGlKAgDgaUuAQGBpTIDBIGlNQMBgaU7AgKBpT0BAYGlQAQDgaVDIwGBpUsFAYGlTRMFgaVRAwOBpVcHAoGlXQMBgaVgAQSBpWICAYGlZwoFgaVrAwOBpXIBA4GldgUIgaV7AwOBpgUAAoGmCQEBgaYMAwOBpg8DAoGmFAEFgaYXAQOBph0BAYGmIQgDgaYmBQeBpisCA4GmMwkCgaY4BQGBpjwBAoGmPgMTgaZCAQOBplYBAYGmWgEIgaZcAwmBpmYFBoGmcQEBgaZ4AgqBpnoFEIGnBgIEgacXBAiBpx0DA4GnJwMCgacsBAGBpzAFA4GnMwECgac3AQeBpzoDB4GnQwICgadLAQGBp04EC4GnUQEBgaddAwGBp2ACAoGnYgECgadlCwGBp2wBBYGnbgEBgad0AgeBp3YHA4GoAAMGgagFAQSBqAwBCYGoEQUBgagdBAGBqCAEAYGoIgsDgagnJASBqDAFAYGoNQcBgag3BwGBqDkEAYGoOwEBgag9AQKBqD8BAYGoQgEFgahEBAiBqEsABYGoVAQKgahbAQSBqGYFAoGobQEBgahwAwWBqHMCCYGoeQECgakDAQGBqQYBDYGpCAMHgakWAgGBqR4CB4GpIAMBgakpAQGBqSsBE4GpLQMIgalCAQOBqUsDCYGpUAECgalaAQSBqV0BA4GpYgEFgalmAgKBqWwFDYGpcQECgal/BAmBqgMCB4GqDQEBgaoVAgOBqhcDBIGqGwALgaogAQeBqiwBA4GqNCEBgao+FQKBqkMKA4GqSQsBgapOBgKBqlIHAYGqVgEDgapYAgGBqlwBBYGqXgICgapkAQSBqmcDBIGqbQIBgapyAQSBqnQBA4GqeQIBgap9AQGBqn8EBIGrAgEDgasHAQGBqwsGAYGrDgECgasQAQGBqxMIAYGrFgYDgasZAQGBqx0DAYGrIAkIgaskCAGBqzAHBYGrNQMIgas8AQGBq0UBBoGrRwgEgatRAQSBq1YCAoGrWwYDgatfAQGBq2MBAYGrZQUBgatoAQKBq2oDBIGrbgEDgatzAQaBq3cCAYGrfgsBgawAAQKBrAICAoGsBQQBgawIAgSBrAoQAYGsNYGQLwzOSyFPgawfoygCgawQAwGBrBQKAoGsFwEBgawaAgKBrByIHwnOKwEDzjUBDc45AQPOR2MUAAAuggGBrx0BAoGvHwEBga8iAgmBryQBAYGvLgELga8wAQGBrzwBAoGvPgEDga9BAQGBr0UCAoGvRwENga9KASiBr1iCPwKBrnsCAoGufoFvAoGvAXMXga8EhEhGgbABASqBsEgBgQuBsHNjAQAANQCBHYGxf2MEAAA1n2CBsx0ADYGzfgEKgbQMAYFkgbQXYwEAADcAgX+BtXxjAQAAOACBf4G3fGMGAAA5ABeBuXwBVIG6FAFfgbppAg2Bu0kBH4G7VwBygbt3YwEAADp0gQuBvGpjAgAAOwBNgb12AYEwgb5EYwEAADwAbYG/dWMBAAA8b3CBwGNjAgAAPOEegcFUAIF/gcFzYwEAAD4AgX+Bw3NjAQAAPwCBf4HFc2MCAABAAFWBx3MBgSiByEljAgAAQQBegclyAYEfgcpRYwEAAEIAgX+By3FjAgAAQwA2gc1xAXOBzihjBAAAQ60Dgc8cASqBzyABIYHPSwCBVYHPbWMCAABE1yiB0UMAgX+B0WxjAwAARgBLgdNsAROB1DgBgR2B1ExjBQAARwAigdVqAQSB1g0BUYHWEgEPgdZkAXGB1nRjAQAASACBf4HXZmMJAABJAEaB2WYBMYHaLQEBgdpfAQOB2mEFE4HaZgECgdp6ARWB2n0CR4HbEwCBf4HbW2MBAABLAIF/gd1bYwEAAEwAdoHfW2MEAABMeCaB4FIFW4HgeQASgeFVB4ETgeFoYwIAAE2vBoHifIGkSoF/geMIYwEAAKEAgX+B5QhjAQAAogCBf4HnCGMBAACjAIF/gekIYwEAAKQAgQyB6whjAQAApJA2gewV","UniGB-UTF32-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pR0ItVVRGMzItSEMRAAAgFIRWEQCfWjEAAxDvNoOdbe8xCgsB7zoOAAHvMxvvMgEAAe8NGwkBAADvBIEEDGMGAAAwCAeESAABhFICAYRGAAGEUIOdcAGERBABhEA=","UniGB-UTF8-H":"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SfePGEMAwEBfwAAXwAAgQEAAIFiAAKBAgEAgQUAAIEHAACBCRoAgQYAAIEICQBAAwCBCmEJA2EAhXYvEIdzAQaIBAcQiAsBBogcNwCIKQ4FiCMAH4gqABmIS2EDA9AA3joAAN5ACQDeP0EKBFGISrcwjUcAhiIMOACKEQCBRgABAC4AiBQACEECHrzJNQAWQQEEW948YQ4gGAGFHgAAeAEBhSAAAHkBAYYIAAB3AgCFHQAAhRwJAIYEAQGFRAUBbgAAhV4CAIJFBQBoYQMgcADJIQMFySIGCckoYQIgPADeTwwA3lBBBCDdhgslgQseh0UIiDxBByCsyQpckDMAAwiELwKGPwqGeASUJkEEIQDcTwQGCYNQJQdhAyGQAYVhAACFYAAAhWNhCCFTAckfBgPJGwEJuxcAAcAhBAm/HAABwGoDAMBvRAHAdmEEIZQA3ykAAN83AAHfLAAB3ypBDiHShXABACsAAQgACQMIACcCAAZjB4EOAgIAgQEBaASBNUEHIcbAdR+EUQADAAIAByeGBQ0GQQUhzN8uAw00IQSBOwg0YQQiJwGFbQAAhWwAAIVrAAGGAUEKIi3AAwCIdwXsEQB+BoFPAIFIBYGxMg6BsT0NgQEAfGEFImYBhT0CAYV7BgHeWQ4BhWkCAYVnQQMipYV1SYEzIoEyQQIiv7tOLoQUQQoild8cAAUABAAFBAMABgELXwMGRIJCgU9hAiRgE7sDgQxLujdhFSR0E78HAAi+fgsZvzA0AMAgZQDAOw0AwDwCAMA+CADAPQIBwDcAAMA6AADAOQACwEUNB8AmAADANAAAwDMAAMAyAADAMQAAwDAAAMAvAADALgQBwDVhAiS2GdBjABnQSUELJaCFWQADEAQAAwgEAAMICwADAwcCAgADQQQlor5PFAsJAweDEEEFJarfTwAFClUJAwuaOWEDJe8AhgsVAIVSAACFUWEGJeIBwD8AAMBCAADAQRoDwBcKAL54DQHAHGECJeYA314rAN8ZQQImQIVCAQNBBCZhvlEAAgEDAgVBBiYewBsABEAXAgIBAwACYQMmagCGBwIAhgYBAIYFYQIndgjAXiIAwA5hCyZoAd5CAgDeRIEVAN8QFwDfUTsA32OOLADvYQEA7CABAO4ZAQDwFAEA7h4AAewJQQkujqBxAYZoAY1pAI8gAE4EhC4BOgOWSwCCAEEELo/xDAZqAIpNAIsIQQEulfgfYQEuoQHyYUEBLqyRVEEJLqbuTQKGWQCEEgOBEwSEFAOBXwEoAoVBAIFLQQcuo/MdAIoQA4lVAoM0AYE9A4E8AANhAS6+Au51QQsuwY8LAossDIVkBoVbC5A1A5tKAKATAZR8AYZPAZpyAqRdQQcuw+wuAoJ5A4MuDIN7BYMSAAIAA0EGLsL2CgmEQACDNwGBGgIPAwxRFC8AiTDwBMJpAqsZqyCMd40El3eZOI41gVKMdA4KEgiQe4x2hFxhAS8UAaFNUQsvFqFTnhmUaIk+CAyJDZtjpnKUL45xYQEvIQGjOlGBHC8jniaPP4cNg0OlWp8PgmOiHgISpmOnVKpje4JpgzeyJgImAgiwU4HJAoGYFQKib6UOrwOGKIFfrDSWdYcDlXeeAJYknBmcbrMRnkKeU4VesG4cBp19hUiYYbEkqy+TN5pShzSgHAKfCaJ3hD6DIC6CWYdPhARAkTSTPIt7hTCBsVCBjVOlX4EolAOZVktwkhGGQYHFWIHTXYdYoGCPLYl0lUeKV8gUoy2pZawinBG9Tr1PvXiuBYsRhGU/j0uWajiFXYQvhxa7CII4tkeRVYJGjQPVCsoZhmGHCI9ohCi3LgTTHZNcgXoog3+EGYQYhSSBv1iBsFuJb4JwiA6iJZN0jDqEK7dUAtt99FLRYYUgpEfZGgLbFaM2XYFDjjODIYRZlCKTbzXRbiBhAS+/AbkDURAvwYxOgQyVAsQ80DfQSrlhgZVygbZDhjjUHATDd5IbjHqLBmEPMAAChHkAAIUPAQKFEQAJhSoAAIVfAACFZAABhSQGAIUZJFKGSgcBhQMAAYUNAlWHHQQAhH4AAIUUAAGFC2EBL9MAnn5hDy/RAbohAQG6MC4AwHQYALs4AQC7OQAAvnoPAN86AgLeTAAAvnldAL4WYgPAeYIlCc8OAAXABgAAwAUAAbtCUREyM79PBQwDcH2IFYgkBQsLDA0SbHkPYQIygAnRXQAF0WhREDKQ0WekDQMCDaREpDWkLKQ9gQCjMgMKoX+CAaNecQwyoAHRdgDRewDRegS7PQC/WgC/XQC/XwC/YwC/WQC/ZAC/WwC/WGEDMtAu0S0BAL5wAAHcYlELMwO+artyuVu5WgYFCAUGAsMLcRMzDgXccQC7IgC+aQC+ZwDceAC+aADcegPcfAC+cwLdAAC+ZgC+awDdAwDdBQC7LAC7JgHdCAC+dAC7LnEgMy0A3QsC3Q4AvnEA3REAwQcB3RQAuygA3RoA3RwAvm4A3R0Avm8A3RYA3R4C3SAA3R8Avm0D3SMAvnIA3ScAuyEAuy8B3SgAuyQAwQgB3SoAuykA3S4A3TIA3S8B3TMAvmxhBjN8ALtHAAC7RgAAu0UPAbs0DAK7MQIAuzdhDTN7AMEDAwC+dgUCvl8AAcAABgC+YwUAvmUAAL5YAAC+WgYAv3oAAL5UAQC+VQAAv3sAAb5WYQMzcQDcVRsA3FgNANxZQQIzxLs2CAhBCTOmv3wJgj0AAwADAAMUgkwCgkEAgiYHgiVBATPC3FBhATPXAdxdQQNOAIkwAJwOAYsrQQEz2txLQRk0AusCApowIZcLYJd2UiNDmDEeg2iEToQJVIQghhCUKC4QZZZ5hgGWak8IgVaTaYFhk25vBIJgk18uk16CeB1Gkx+CJpMugWoESASKORdhAU4EAe9YQRROB50qAJM5AIUhAIUcAJIjAaISAIVEAYMiAKxVAoN0AKheAJZpAJocAKlPAJ4yBJB3ApZsBIVpA4dUApEzQQFOKMEzQQNOH+9aCwAAgh1hAU4vAe9cQQlOMZ9+AKQZA6QYAIGaOgCBwgkAlSgBiTcAm1gCAGEBTkAB715BJE5CoAIAjC8BmXUFmXYBZQCVCQCbUgaGQgCYZwCYZgCrHwOGTgCDDACdIAKMeg6LMwGKCwqbaQGBWgGmagIAAIIHAYE5AJB7AJQ6AJ0JAJAMAYx+AqxXAIpkAQMAi1ECrQwAAwGfGwCOfUEBTlWyUEEGTkTvYAOCZRGCZCQADQAIAGEITp4CoAwAAJxiAACgDwEAjyYAAIkrAACdIAEAjRYCAY0XQVBOrZd+AI4KAYIWAgACAAOXfwWDHwCDHgCYBAEFAQAApkkChkAAikcBqkYAAwCINQSVSwADAIoUAJNyAIkjAIx5A593ALYQAAIDky0AkUYArDcHrhYAqzkBhXoBk1ADkUEAoywDjQUFmmcHp2oArh0CjAgAhVkAnwYAgk0AmycIhAUBqxwAkAsRg0wAi3gDix8BiTIBlm8BhT0BXgCOCwWaWAKCGwCTBAWuJwCdXACKdQCEQwCbUgGPQQGXXwGrRAGDdQCDagACAJ8FAJ8EAIZiCoZVBQQABQKrUQGjEACIMAQGAKIDQQZO4cE0GgADAAIANQAcAEENTrnvZQGHCxSHCg8AHAABAAsACQAlAg0ACgALBxkGYQFPfQHvcUElT3+RFgOKaQKpFAERAoF1AZtLAZ0+AQgEBAEPAqYdAYgRAogQAIUzCbIkAYxbAIMPAJhxBYkYAJYSCIUvApw1AI9sAJZDBY9wA5soAQgABQILApRDAJRGAQQABQGIDwGIBgGYewGSWEEHT4rBOwcDAQQFAy4hAyISiyVBBE+X73MmABAAA5ByYQFP5AGgOEEKT+6SLgCcLgONAQGCQgCKMAGIAwGkFQKByn4AgZ5jAMF2YQFQAAHvd0ENUAWgPwAQApVpAY05AZYyAaNaAZZzAI9hAY9IAaIlAgMAoiAEnGlBAVAewUJBA1AC6EcNjmIKAFEOUCGgQsF6ygOKaZJko2+BwmaBnwEODYJJglSBO4GgKEElUDaNXgKBTgmkBAMAAAYArnkFphoAiFgEAwAGAwMBkR8IknEGpBAFnUEBiCgAg3QAlCcBpUYEqAUCqAQEAgeHZQOcTwaFBACUFgCLEBGgPwCbbgSEUgAEAAkAoEUBhSQGiXEDpRYCpilBBVBAwT8BCgMFKQAjAkEHUDvwABsHDgADACQCBgAFAGEBUMkBoFhBEFDNmQcBhhMBkUcDnz4Ah0ADgy8Dgy4EBAEFAZYdBZYcAAIGAgMDAYkVBJ8PQQJQ2MFIGwNBBlDM8AQMkFYMkFcCAAUAAJBSYQFRAQGgZUEDUQSKLw2PYAyBTkENUQmgZAoIAAMAAwFxAXQGAAiFOQdVBIYOAgMABAADQQVRCPAIAgAEAAoAAgBhAVE/AaBwQQFRQYk4UQxRQ45pgTGIaIlklDuPXotD5DrjE6Fkhj+KKUEIUVCRRwGeVAECBZA5AZoLBapCAo4/AohBQQFRZMFKQQJRX/ANB4V/YQFRaQGgd0EWUWuaQACWKQCgaACCLgKnNwOdWgCLbQCQWwCVCgOTTQOkYAEAAo8DAJ5zAq14AKAjAaAeAKEPAaEQAQAAiCMAiCJBAVGQsFtBAVF57nlhAVGVAaECQQpRl5NRAYMzA98kAutRAIHIVACBnhEBBQCGdwCGdgGKc2EEUakCoQcAAJhZAwChDQABoQtBIVGzoQoAoG8AoHQAhjEAgmoFg0QGmQcAmQYAnFkCnFgBky8AjxgAjFsIkX4EgREBpysCpyoAiA8ElDUAh1IBlHAAjzMCjzICAACsFwOsFgCncwGYCACeEQCQegKPNACNRgGQfUEDUb7BTB2BYQ+BYEEFUbzwDwaQRBqQRQ8ABQBhAVIBAfATQR5SA5QVAJoIAYo9AI19AJJBAQwAqmoCAgKmGwKmFgKDQwWZEQaPOgCDFAGKAgGEeQCEeAMAAZBRApBQApkpAIc/AIRJAKUuAKAXAIItB5AAAJJCApY7AopRQQFSFcFOQQJSE/AVNQBhAVJLAaElQSNSTZUyAZdgBAgBiQkEmV0ComAEpTkAhAQAkygDjg4ABQSKeQCQNwCbPgCrYQCrUgAFAJczB5c4AQMDrBcDhiYApXgAhH0DhHIDCAAHAQMGhDMDn1UAiVUCqXAFmHsAiyQAkTdBA1JdvF4+iWAJAEEDUmHwFwQALABhAVKsAaE3QRxSsZ8tAkYAg1ADpBkCpBQBrFkCrFoBiG8BilkBjG4Bg08DiiQHkGkBkGgAqy8AozADlG0AnGgAig8AihQBmWkAmWAAp28Bp24AqzMKhDgApnwBAEEEUq/CfRCCWRGTRwiTRkEDUsjwGgeEZR+EZGEBUvgBoUVBClL6kgcDhTEAnHQAx1AAxz8AiEsChWIAigoAwBgAwBlhAVMKAfAcQRhTDaFKAQIAAwQCAK4hAKR4AZgdAKFCApdnAoUjAItTAahaBo1BBI1AAQABAAQAAIx7AJptAIhvA59aAJB4AJ4bAYUKQQFTJMFVQQFTPvAeUQlTRaFWA50Vh22lBI4NgasaA4GdDUE8U1GacACJOQByAJJdAphKAIUvAYZoAYUuAYk8AZkbBY4HAqcgBAAAsB8AKwCFXgGTPACSOwCjXgGGCACuUwKuTgOoewKofAGHSRGHSAGFEQGfVQSBDQClcAQCAAMBmn8AlRUDSACvSgEAAqV5AqV4BKlBBoduAKFQBIkPAJl7AIZjAKI4AJB/AIoAAJBVBU4BewAYAYE8AY8mA44uAbAPAJdaAIxFAHEAgjVBBFNywVYgAB4AKgBBB1Nh8CEKABCPWwuONCGBJC4ACwBRDFPooXCWIwOSd4tQnUgFrleYAolFgRePI0EIU/XwJgCByTEAiFIAgj4BoTIGAAGqIQCCf1EKVAiPeYYvljCcaZ8CiQCcL55ejEWSH0EIVBuOBQGnbAGoQwCeOAWEDwCBqmoBgZxZAatDYQFULAGhdkE8VC6heQcAAaoLAI5iAY8qAIt0AAkApTsBpToBhFcDhhEBiH0AkV0AgVYDo3QCkRENkRYIny8BEQWfQgAFAYknAYkeABAACwMEAKYZAJ0gAoh2AwIBAgSiVwCeDgGELgAFABYBCw8OARAADwIGAgAACQJAAqMxAIsVBK18AxIAsT0AsTgBsl0ApSQAjTABCQILAAoAozUOo0AIsT0AsUxBA1SKwVwRAwwCQQ9UM+tACxwNiTAHhAsQhAoEAAgAGAAIAAoACwALAAUABgAGAGEBVOUBohpBHFTokw0AlBIDihAAAwOTbQeTbgIHBrERAY0eAIceB5xKAJMBA5MAAbJvF7MAAIg1AZV9AZ46BAMAEwSYAQGYAAOXKwCXMgCeNwWeLgKIbQOfPUEBVP/BXkEEVQ7wNBwACQAUAGEFVVYBoioEAKIoAACiLgAAu1EBAfA4QSpVY6IlFxwACAEJAQsCEgCaDwKaEAGmEQClegCVbwyVdAAPAK0NAYEAAIFPAK1mAAkHp08Ap2AABQCZTQCRYwB+AaomAakZBYgNDbE0AAUBcAxpBQ0BBgIFA6JNAKJQEgQBCAMFAAMHlzECmFdBAVWGwV9BA1WI8DoFAHkAYQFWDgHwPUEWVhSiRQECAJ5vAJJ3ArFoDa9ZBa9sAZ1jAJ1YAQUBAAECCbFnCZc2AZogAQAKrWsIrXYDrFMBrFYACQAEQQFWU74bQQlWIPgdFo89BwAJAAEAAwAWAAIABQBhAVZxAfBHQQxWdJt+A4UjAYI8BZAYBQMArmsCrmwEBAQDCwMBkVkCkVxBAVaZu2ZBA1Z2+DMej1UEAGEBVqwB8EtBLlauol8FAgEDBQQDBAAFAAUABAQCBQACAAEAAwAAg18BnSkAghsCjFEBgm8CmwoKl1IBpTEBjgMAliAFnRAAp2UCgg4BpVYAAwKMfQCMfgMCAAMBAgEAAahPAokXALFkAgIBAwMEApRLBpRKALQDAI8qBIR5ApFyQQFWyrxaQQlWsfBNFwATAAYAJQAKAAuHJQGHJAsAYQJXMwHwVQIBontBIFc7on4EAAGkVwSGFwKeNgOMLgAEAKUfAIF5D6ccAqVfAY02ApgeAJYXFJYcAp07BZ00AAQBqWMHqWIMAAGnJQCIMQCvVgUABQACBwwPAhQCAASLeQKSf0EFV1nBYAsARgAaAgADQQVXTPBXIwAbAA8AGwBhAVfSAaMQQQlX1KMPAQYFkksCoQUApDYCjxYCgZsOBgAGgblxYQFX9QHwXkFTV/eRZQGQWgCbTwGIXAOYVgGHewKUeQCPQAOZRAAECZljA5liAwADAgKWKQWYNwWDTwCkfgKRXwCJWgSPWQKlEAKOJQCGLgioYwCwTAWbPwCbQgGVAwI1ADQAg1wAhUkDjmEDpUAGsgUBnC4ElVYBCQKeBQOeEgShEQSKZwGrdg2NUwOMcwSDRAKXAAiMTQKMTAIIBI5VBI5QAA0ABAACAqYjApgEA44gAZhPApgdAZE+BJ8sAQMBpmMBpmQAAgADAgQBFwAYBAMABQWkKQCFdAGCfACbOgCdKQCWXwChUASERwGWfAADQQRYL7oyMYQoPIo+EwBBDFf/8GAJABYAEQBJAAMAKAAkAAEAAwAFAA4AYQFY+wKjN0ESWQKjOgaOMwCOMgSxawCxagSKLQCmMQGtHgCeGQCHGACaOgCLDQVvAot8AZlxAYNSAIQjAIpQQQFZC8FpQQJZDPBsFwBhAVksAaNAQTpZLoodAo8QAKM2BLRdALRcBQAFswEChFAAmhQAhhYEjgYAm2MAm14AqmMCnWQAjHgBlU8AlVQBAwUEAQMCslsBslwAoHkAoHoAmVkBmVQBjxcEkgUAiyYDlXQEqDMDqDIAk3UAgjQAhVQFiAUCk3wFrhECozgCgWkBjXoBgU8FBAGaYQKNAAOIRQWWIgaNBwGZMwKFLgehCAKkcwEDBJBBAIt8AYskAJZ1QQZZU8FqBwABAAUAQAAVAEEGWS/wbgmFEyeFEgsAXAAHAGEEWdkBo1sBAKNZAADwcwUB8HRBCVnliVoAhCAPhX8EgSADj0IBkBMBXxyWHg6JP0ELWeijWAGMDwCEXR2QegcFBowvAYwyAQUCBQUDA45nQQVZ7O0tF4cQBwAOim0HimxhAVo1AaNmQQxaPJMTBJh8BIshE5NXC5ZkGIN4EoZnCIIeJaE7B44+AoYxFJEkQRFaQKNjCAIYBAcAAQstCiEAAAYABwMCCAMEGgUPAAcLAwICAgBBClpH8HkNAA0ACQAQAB8ACAAEAAYALABhAVr6AaN1QRRbCYwuAa8SAAMJAgugRwegSgGYCQOcIwG0JAMEBwABBAIFAQAKpUEApUICqRUAqRQBpHcAiR5BAVtWwXBBBVsA8QMYAAsABwATAGEBW1oBpARBBltckSgAg18FhW8AhHQBhw8ElURBCVtfnV4FjE4DAAYAAE4BTwEAAgABAkEBW3zxCGEBW34B8QlBSFuApA4CAAGafwGaDwCRFgCSHwGZJACTWwCLaAGETwWSSgGMawCMfQCWcACBPgCeFQCHLACfYgGVLwKKBQCQRACGTwCYUgCLegeuNQGHCAKKVwCCFwCSHACRGQGzEACLQwWXOwKBBwCkAgCvRwCZdACIFACNOgEAApETA5EUAbBlAIQUAKxKBrBPAZASAKBCAKZXAYxNALMeAQUABgAHAJRvAJ5YAKorAaBEAoopAYooAgIBmUcAmUIBny8BhX0DiUwAiBsBkwYAjS8Bhi8ApEwAohdBA1vAwXEXAhMAQQJbguwQB4l0YQFcBwGkIUEQXAmJFwCaBACEBQGgFACWMQCLawEAAaIYAp4nA4NzBaIYAQABjHUDjHQErVMDiVpBAVwewXVBBVwU7ioEhD8JigAHAAQAYQFcOAGkKEFkXDqSCACDUgCLMgCKZQCNYgCCaQCYLwCtUAOuQwCuQgGsawGWYACdbwGNYACmFAAEAAMArHMBrG4Bl3cIhEUBhGgAjSMCh0oAkhIGixgBAACWCQGQWwSmZAIAEgADsA0AsAwCAAy0GQaWIACSOwGwMgCODQSOBQGVdwKyCAACALBHArA+AAIBBAYDAQIRAAaWWwCXXwaFAwCzOgAIAgUBj38AAwWHSwOXRgCjTwGjSgmgGQOgIAKnXwKnaAIAAA0AsnMAsnIAEAADAAMACQMDAgYGkBMhkB4ABwECAYt3AYtyCRUMoCcCoD4CqGUDqGQCAAsEAQMCAwOXdQCXSAM4DAkEAwkCAQAIBEEJXFu9EgaCC0OLUBMAOgAxABoEEAUZBEERXGPxDwUAEgBOAAYAE4VPDYVOLwABABwAAgADAEcAAQAEAAYAEYwOYQFduAHBfkEjXbqfLgGKbgAHCwYCsRcAsRYEAgADAgIEAAGfNQCFSwKBAAGFbAGMVQCBWACBWQCEZQKvRAKpCQKCVwCrXgCOeQCGcwCVagGqZQOHKwGVeACSNwOHLgCUVAKBcQSUNACwfwSxAkEBXdDCAEEHXdjxHgcAAZFbFZFaBop9AIp8EQBhAV4UAfEjQQheFpc9BoESB4c9BYYNAYcUAYMIAJNvApYCQQNeGaRyAAMABEECXhjxJRUAYQFeNgGkdUEHXjiTVwSSHgeBcQaCMAggC4U7AYMiQQpeQKR5AgMAAwIQBg0FAgIDBwICAAEAQQFeWPEnYQVeawHxKAUAi28AAJwPAACZZQABpQFBGV54jz4Ahx0BhXYAnwIANwCjQwKWGAGQAQCHMgKPMgKPMwQxBYoKAIkAAIgtApFnAZgaCYV3AJBDA4JnAZISB54FAJNgAIZvAJ1eQQNeeqUDBAIgAEEDXpntMA6HcgEAYQJevgHxLAEBpQdBCl7DmgcElgIAixUAJgCBozQDgZhHAAMBgZhIAIHMFQKzTGEIXtoBpQ8BAKUOAQCbMgAAkxsAAKUSAAClEQAApQ0EAaUTQQNe9ooGA4kSAIc1QQ1e7KUVAwQABQEAAAICmh8Amh4Dll0BllwAlxEBhS4BkWAAixFBAV8H8TBRCV8JpR2SG5Ieik0egaJMgb8rj2CXJkEHXxOMdwCVEACcBQC3RgCSWQCYaQKPFmEBXxwB8TJBFF8fmAsFi14Anh0AJAGsRAMAAQoBpjMDil4BlDUAr3oDlBEBiDMCnEIGAAGvfwGvfgEAAgIBmHdBA18hwgESABCBIUEHXyLxNAUADQADjD0AjDwEAA8AYQFfVgGlLEE3X1mlLgIfAAMDIACuMQOaAgKVOwCVWACHTwCHdACTZAKkKQCSaQG3EAMAAY5pAoYVApUAALYtAJRgAKFGAAMArjcAkDYBnggABQEDAI0PAJ8tA4dSAKRoAJllAIt9A40eAJhGAAMEAwEEAKxHBqxGAJMhAJITAqUyAJRlBINpAIMtBIFMApoqALF3BY5oAY5GBp1XAJpQCJdIAKg7QQJfZ8IDTwBBDF9Y8ToLAACIHyOIHhIABwICAwcCBZIRApIQCwAEAGEBX9gBnGhBR1/ciiAAtkoCnD8DnDYGtRkEtXwAYwOXPwKXOgIFAaptAap2DgoACgARAZltApl0AJQFApN2AQgAjEMAnBUCih4AniYDsSMAsTQAogUAlRUAtwoAtSsAtTIDsFMBsEoICgYCABIABQIHAwMAjDcBjDgCsGcBhDAChwADpT4AHQQGACEBtSEAtUYAAgCdIwKNbwCLQQC2PgAUAAMAsG8BkToAlQsEhSgBrn4JFgEEAAIEqAMBqAwAm0kAmzIEDgG1a0EEX97CBX4AJwAEAEEJX+HxRAcAAwAOABoAAgAYAC0AHQBhAWCWAaVsQSNgmqVpAAIDrSEAnXACpEcCg20At2YBl38AoX8HpAYAlSIAWgAGAJARAZAAA5ofAJomB6Q/AKQ+AJkTCYx6AYwMBAoBq1sBiUICly8AuTQABQGgKwOgFACpSweKRgCfPgGgUwCgRkEDYNXCCggDEwRBBWCe8U0FAAsAGgAPAGEBYPYBpX5BCmD48VIAgb8BAKdeAAQECwCnIwGnJgINAY9rAANhBGENAaYHAACJGQEAwg0AAvFTQRhhFaV8BLAlAIoBA4YOAbQiBQ4AAwMIBwAHBQAEABEABgIIAQACFwCofwGpBACfLwCNZQCsbACkAQSkSgGTUUEDYSDCCw8GBgNBAWEc8VZhAWFYAqYXQT1hXaYgAQMCkWkAonEBtFIBsAUAhhMCtg4CjjUAjjYAugUAugYBEwAKAAwAsBEAr3YGjx8DZQSQHgIGA6BTAZMAAI1QAgcBBwIDAAgJlFEChWkBlWEBsBwACwEKA683A4hBA7gEA7UBBLR6AgAArDUArC4ABQADAAwAEQASArZ5ErZ6AgMLnWkBnW4BBQAVAK89Aa9QAQYAAwACAAcABkEBYZjCEEEGYXzxVxAAEQAIABkAHABhAWIIAaZCQRNiCpw6AZQUAAMAp3cBhBAAk1kAKgG3EgG7BwOXWACjLAIAALAjAbAiBKJtA6JsAwAAs28As25BAmITwhEJmltBAmIV8V0TAGEBYjIBpk1BIWI0ljcDjm0CnVYDggcAk20ApzQFoncBi0IBkUEBgzMArCQEoFMBix4Cik0CoAICBQEEAgUEBAWVKQKmDQSlKAKBMwKXPAEEAKZ5AI0RAbQCAAwApwEEpnIAmT0GiRpBAWJIthpBCGI26z0HhV8EkiACAAUABAAEAC6MPWEBYpIBplpBQ2KUpl8Am3cAm24Ari8AingCo1QAmEsBh20MiEoAmHIElVEDiHsDiioBknwAuQMAmgwEnwQCn3MAn2QADAALAAwACQEDAJkJAZh6ALdNALdGALMtAJMOAKASAgQArjUAinABg0EApxAAmUECmXkAg00KPACQQgCmEAAIAQkBsD0BsEQArA0AgWsGhGgAqGYBqjMAqk4EqxsAqxoAu1kCu0wEnlUHlHEFPAezCgC8DwKPDgOHEAqIIgKFMgCYHgCiMUEBYqbCEkEHYsTxZDcADQACAAoAAoZjHYZiYQFjQgHxakFqY0mWCgKKIwCrfgECAAkElQ0BiTEEg3cKjVgAlSMAqhgBAwKlEQOLVQOwVgCnPwKMPABMBJosAqI/BIZ3AKk8AqdHAac4AAgCmXMDmWQBsgsChHkDtxAAkCMAnGsAjGgAoBoBpAMBinMAiUQAlEUAlmoAowAAtEEFgnoBkxoAnjIFokkCokwBAgKhZwChcAELAgIFlzUAhkkBnXwDkXEDNgCkewWGBwG8MgUHBLUrBYRXAboKA5E5C5E+BqFxAaF8Aw0CBwAMBD0JNAEGA5kHAINjBpxYAQYDsXEDhQQDiD4LpDgJnX0OnXQBlBsFlBoGAAGTBwGSKQiMHQSxVgmsQwCsOgEDBJpxA4E3BYFFAJ1sAwABlwUBg00AkhUBiEYBj1AGoy8BuAQAC0EFY/XCEx6LTzwsDosgPABBEmNl8WwOAAgABgACAAgADQAyAAoAEJMxCYhOEYpgBgARADEABgARAA0AYQFkvgHxfEEJZMGeNACRbgIJAQAFow8EowgBgQMDgQgBC0EBZM7CFkEBZMroHWEBZOABpzBBGGTimCEAniICrQMArHYEtTECtToBDwAUAQMBAwMEAgIAp0UBp0AEBhIFAwAATQVQAAMFQQBCABkCrB1BAWUivRdBBmTl8X4RAAMACAARAAIAYQFlNAGnQkEdZTanRQADAAIAuREBiRICmgYAj3MFiyMCsQoEBAGYDwGdFwO1IAADAJp/AJsCALQ/A7RAAAMDty8AihoCkFYFliMDjDQBpigBpXcAhxoBhlwAl3xBAWVOwhdBA2VH8gQfABkAYQFlggGnUUEYZYecCAGOPQKNJgGVbQGUYABFBYQhAY0CApobBJIFAokiAI5IAY1ABJUFAItoAYs5AIUmCJEeAqRpAI4gB5ssBZNFA4FkB5M5QQ1liKQMEocOAwALAAsACQQBBQAEAQUFBAUABgIBA0ECZYXyBzwAYQFl4AGnYEEeZeKMNwKaOACFQQCTXQCISACIbgKFewCTZQO9Wgi7AQC7BgawOwCwNgKvFQCGDAKpAgGpAwGUUACaZQONfwCXLAelcAKmLQCVWQSRagGUaACYZQSFAgGCTASmPEEHZgDCGAgCCwMIBAUACQUCgVtBBGXj6wUMjgYBADkAYQFmNQGnaEEKZjyXKQKhPgE1AKxHAIQFALBEBAABp2EDp1oCrV9BA2Y7vAAbjDwBAEEBZkzyDGEBZlsB8g1BCWZdp3EAAwAIAYGUMgCBlDMAgY0GAIGNEQC0VgDuPWEBZmcBp3NBLWZpmmkEgVIAmmcAsywDpkMBgmMDh1QGkyMBtHAABgK6YwC6WgACBAMCqgsEiCAAm3sAvWYEAASgcQOPZAScUQKWUgVeA5YyAAsCBAEDAgcCCAKdHQGdFAwIAqohAKogAZMlAIgPApsyBQICAAYAAbUVAIcxAItAALECQQVmc8IiJQAGABEADABBBmZr8hALACwAIZJ7AZJ6IwBRCmb3qA6qJ4VQ2QSBbb8JmFsDgXCMA0EOZwOgSwSkDwCfJAGDEwGBPQGYPASuWQCNbgCgaACQdwOFUwGKSwChEgC3M0EBZw7CKEECZwXyFQ0AYQFnJgGoEkEUZyidZgFtABkANQCYLwOCRgKVTgWhFQKBCAuPCASUSgCrMQCPBACLFgGIJwKDIgWJWAKEewGEYwCUHEEKZy6oFQcCAAQAAwYHAQIEBBIEBAUBAEEEZzPyFw+NQQSNQAMAYQFnYwGoH0FMZ2WeUgSTJAKxMwGUfACcLACeeQCdeAAGAbV9AZomBJxMAal9AI5iBZsiAZo5AZokAQoAAwOmZwSQTgGDfgKEDQGlEwCNPgKdAgCQdACnXQOnWAILBbJBA7JWAAUBu0EAuzoACgAKB6QfAotQAZhOA5pLA5pGAJwlAIUMAKFtAZJGAIUjA4pIAYxQApQ2AAMDAgEHAg4BFQIFAQ4AFQGiBQGNMgCYJQCCHQV1AplkAKN9ApkUAIJuAJ5vDpZUAn0AjTEGtHYCsV8Ah2cGuUYAuVkAuWJBBWdmwipUAAQCQAADjE9BCmdu6nEHjlAEADQAAQAkAgEAFgAIBzIGYQFoMAHyI0FKaDKoQQGmVQOTXQCJZAKJaQCKLAKvfgC0CQA1AJUKAp8qAb5nBL5qAAIBtXsAeAGEFQCBWAS3PgKvOQCYagGYNQOvAAOaSQyaXgG8PwC8JgYgACEBkn0BkwgBnHUHnQIBGwO/JQC/JgKxfQOxfgEDAQkAFAGqWwOgLACoRQCfEgSTSAGgdwCaHwCKNgGwSgEeALopAroiAAYBn1sHmF0BuHAClj0AlggAuEMBuE4El2cBl2YAAgEGABkBo2kEhAAAoAQAGwESAw0GqUkAqVpBBWhEwi8NBzuKITmIJAaCAEELaFvyJRYAAgAEAAkAIAAMAB0ABQARAAQAYQFo8AHyMEE5aPKUVwaoJgC5ZQWneACRRAIaAL8XAr58ApYrAJYyAKlxAId0AKFkAh4GqE0AqF4AukMAhgoEtDgAKwAmAQ8AGQEeAQAFIAOfNQGefAIsAwIBohUKjQIIhR0AmiAApR8DpSgApn0BpmgAGAADAZ53AJ5yAJ5/B58EABsBtnEAtnQArCkDjlwAnUwAtnUBtmIAAgAHApI9AKg9ALsCQQFpaMIyQQho/PIyFAABACEABQAbAAsADgBhAWl/AfI6QRtpgakEALtjB4sGA40xAr4qApJ9AJMABaoxAKosAwMGBwYZAjgAPQEkBhECCwAHAQABDgYHALMBAJAoAIN9AKZMAQsCBEECaZjCNC6QA0EDaabyPAYACQBhAWnWAfI/QStp2J43AII/A5duABIIDgAPAhgBBQQLBgMBomkBhAsBpmwCBQIMBAoAnEEAnEoFCwAEAA0Co2sBh24Bm2QCDgCrewGUZACXOgAbBbUtAIhnAIIyArssBqtXAKwOAQwAricAjSsCljYGpQICCAAGArgTQQNp4sI1TQAVAkEJaerqbwuHHgqIAg0ABQASAAsACQAGAGEBalAB8khBEGpYjGYAuRwFuXUBmU4AoCADAgsNBQIGu2kAlxADpGoIBQC0PQG0OAYKBIILQQNqa8I3BwIKAEEGalT4NAGLVQQAJwAFAAcAYQNqnQLyTwAAqTwBAak+QTpqqqlLAQkBgW8EgWoEAwIHBS8AMAADDQoBk3sGk34AtzMCtygAAgieHwGeIg8GAAcIlWMAlWIEYQdkAwAGv3kBv3oAtjEAhh4BiAEDhlMKqEgElhoAAwAEALoFAoFsAIMpBLtCAwMBAgK+HwGYTAGlUAK7RwC7SAQDAQIDAAEAALBtAIZWAIkRAZcgAoEeAIZuBJxPA4IHAJ1yQQJq4sI7AQBBDGrc8lIKAAQAMQAFABAAEAAPAAkABJQhDIYcBIYHYQNreAGpZAEAkS4DAalmQQVrhp0GApQ9AIEhAIINCoUsQQdrg6lpAAMIAgcCAgMFAgUAQQFrgvJbYQFrqgGpb0Eea6+pcQECAAMAAgC/HwCZRAGlWAKyAwCLFQC9FgKidQCVQAStQQC6cgQAAZp5AIEyA4dvAKEyAJ1/AygChR4DmDQLAgADAgQDAxQEBrEjAZgaQQFr1sI9QQZrvvJcDYgxAotxEZQgDwAeAGEBbBMBqgFBSmwXjD4DuwgHAgADD6szAo1+AKJ/BaFYAYURAIsNAIshC5s8AZIBBLBYAbwXAoNFAp5eAKB2ALRtAI8AAaVsBQ4BDwWnUQGSSwC6KAa3JwKDfwC7HgIFAAcAlwEEjV0DgygAoTICDgEDALgzAocZAot6ALNAAAIFmhMAjGMIjSACmWoCAAG/GwSiUACEIACYKACxHwCDNACtWAAKAMAnAYZIArlIAAgDqgMAihwBgSYGnjQBmw8BmxABEAEFAQsDmxUAhSUAmgMBlkICgWkBpWxBBWw/wj4cABICFgNTAkEObDPyYAEABAAeABwABAAJAA8ABgANiD8liD4DAAEACQBhAWzrAfJtQV5s76ogAKdPAKc2AcBRF6kUAJdoBQMEqiUBqhwBlycCixEAoigFpQUDm2cAi0QAtSgGr2sAr3IBAwALAQQCvUUBvUAAoFECiWwCljUAgngTqjIABQGdZQadXAACAcEpAotqAKAKAah7AaBwBYVsAqcTAJF8AKxgCwgCrhkDlVwBmDIECwEKA5YfAYxzAFgSnA0CgjsCwQYCBAOWZwN7BJdsAA0ABwOWQQCWSgSvXQCvXgIIAqM9AKM2BA0CpxcCpyIBFwEKAQwAwhUAwX4BFAKtEwGCMwGSFgGXLwG0MgAaAKQlCYc1AZInAIlyAIVUAK4aAK9dB4hVAbgsAyoArzEAiBMBt15BCW0EwkNqAhcDDgIVACIAIgIFAwMCQRNs7vJvEosKCIsLAwACABwAKAAGAAYAHAAGlRs1lRoEAAUABYp2BYp3A5RRDpRQLYhtUQluH6pYuxWWdIG0ZoGQVRDDU4FA8XJBNG4pijkBwDYAqRMAqH4AAgC1dwi2FgELAxEEDAaaRQKaPgAGB7cvAYhQAocSA6cyB5hxA5h0Ag8Ao0MCo0YDCgeVPwCcGwCXAgGaZgmgPQKgUgC3ewWHdAGvbgOXVwCeRwG2NALCewLCdAQZBAoCAgOYYQCYVAKkeQKkegQOAQ0AmisDmh4BsisAslgEvmcBvjhBBG45wkwCBB8FYgRBB2406BINoEgOinNZlWUblWQCAAMAYQFu1AGqakE5bt2WTAAlDahwAgoCBQGlKQKlNAAVBQAAMQG7FQCcMAOTAwKDRQWfHgGWLgEWAMFlAJc4CokMAZxlAKcIB4QrAIp/BKYSAAIFqw0Fqw4ADQENA71jDoR+A7kUAgsAq1MCkzcEjlIBsEQGDwCmfwCmdgCmHwOmYgNNAQMBEAMNAAMACgGtBwGscgcWAgAFvh0JviQBAwACQQJvUbxgNotgQRFu2fg4DCkWikUcAA8ABAADACYAAwADABoADQABAAQAAQADjSUBjSRhAW+nAfMQQS5vqqsVBqUxAaUiBQYGuTUAkD4AqGYAojkCokQNCAAFAgQCBAMPALY1AJNCAqEuBpcxAJhyAQYAqQ8BqQoBKwYyAwYCBQcJAQADBgEFA59DAp9QAQcAAwEEAKN5AKN6BqdvAIFNBIQJA61CAQILAw11BHYGo19BB2+1wlI/AACWXw6WXgCMCQCMCCAAQQhvtvMSIwADABoAPwACAA0ACQBhAXBdAfMaQRdwY6svB8E/A5w6AJtXB4N0A4oWAIMRC54UAJZDA5RBA8JIBgMSBgCoeQCofAALAwYEAwCldwCeOw2sPgKXdgPDX0EDcIXCVyUAD4JXQQZwZPMcBwARAAIAEwAhAGEBcNMB8yJBD3DZqzsDAwEFEQsHnUUDnVYLAwrCXwTCYgCeewGedgSbewSUJQ+ECgWED0EDcQTCWgoDII17QQVw2PMkAwAqABgAEABhAXFGAcJcQT5xSZ9DApgCAaxRBqxGAAgCwnEIwmoBolsAolAABACwJwGOaAKhQgGzFQ6GQAasVgMRAbsLBLsUBJodAJogCbFlCLFkAwAEo1MHo1QEAASjTwSBdQClRAQCAZhvAZhmAQIAwwkBwnwHkgEAkgwEq1kAiUcAtSAEAwCvWQCcBgaTUgMCASMAHgICBqJXBqJWAgAKAAwAAadLAadMAAMCAgEAArMxAJMSA4REQQRxXMJbPIN9J4QCPABBDXFK8ykHAA0AGAAYACAAFwAHAAIAKQAcAA0ADABhBnI9AJVYAACRUAgAnCIAAJpbAwCaDQUAl0lhBHI7AatkAgGrZgUAq2gEAKtpYQNyQQDzNhEA8zcBAfM4QSZyWKtqAMIHAYQ+AaEUASEBph0AqkoEhTUBgg0Ijj8Brh4EpSEDlQkAuigBtlEAtlIAAwQCCgADAAm+MwG+MgQABLo3ApgGAqIwA7AxArAsCL0JAL0KAAIBAwcCAblpAbloBLwzAY9AAYpnQQJyscJhDABBBnJc8zowAB8ABgALliUGliRhAXLgAat8QQpy4qt7BrNFAo4MAJdfCb0aAKorAKomAYGPAACBp0kAiwdhAXMEAfNAQQ5zCqwCCwIABwOcQwCcRAACAZlzBZl4AwMAqSkAhFwClhUAuloEA0EBcyTCY0ECcyjzQggAYQdzNgGeGwYArAoAAIoQAwDzRAAAkAgAAJEwCAGsC0EDc2OSTQ6ORRGHCEEJc1esDhACAQMFAgQCAa0iAK0nAQQAA0EDc2zzRQ8ABgBhB3OFAfNIAACecAEAjUQBAIomCQDzSgAAjWIHAvNLQRdzqYwdCKYkAJlMBwIEAAHDEwXDCAG2HwKNKgCodA8IAbQHBLQABLwPApkQAKJ8AjQGKwW6YwSDZQG+PgCacQIgQQdzvcJmCwAIBAMFDAARBBEDQQ9zpvNOAYlgAolhCQABAAKPTwGPThIACQAKiUgEiUkKAAgABgAFAGEBdBoB81pBCnQh+DoAgcNJAYG6CgCBjncArRYB4V4A4V0AAwHhXgHhXWEBdC8C819BGXQyrCMAmgsAox8AmwAAgiEDpEYEAgEEEwkDBAC6FQCKXwDEdAGvaQCvYACaBwKaEAUFAAQEHQAWArgBArgEBwAEmxFBAnRiwnEBkHlBC3Q582IKAAIAAwABAAMABQAOAAQABQAOAGEBdIUC821BEXSLrDESAAMpBCgIwGcMiyAMtUQEAAQAB8UzA8U0AaIXAKIWAsEzAMEyAQAEAEECdInCchUAQQ10kPNwBwADAAMAAgAEAAIACQAJAAgAEQADABCKV2EBdPABrD5BQnTyrD0DoXEAoXYAAwoEAAMAAgYAAAIAAwK4dwG4egEDAsEPAZAuAYg4AagmAK9dA4cpAY1bAMReAZwhAoQRAKAwA6gdAIs8AJ0RAIhaA4YKAJR+AZN/AJlFAMNIBwABCAIFAAMAihMAuQcAwxQBxmMBoj4CPgSINACbNAAFAKpxAIUhAotoAYE+AaJsAJtFAKEjALxmAQUAo1cAo1oBAALGdQKUfACxfgEHAKYtAKYoBsA1AsBAQQN1AcJ0LYIFP4IEQQZ1IuteK5A6HYh8CJNVA4pWBwBhCXWGAaxcAQCsYAAArF8AAJsXAgCVRAAAlUMAAPN/AACMWQAB9ABBDHWriXgGogYGjXEEhDEGkw4BkAcMgz8AgmcCkSICghUGjgIGkX1BFHWUrGIFAAIABQIBAwsQAQ0BAgICAwAABQQJAAIGDAIDBAIGAAQCBAMMCkEDdbT0Ai8AB4pjYQF19ACXEmEKdfIBrHsGAKx6AQCsdwEBrHUBAKx4BwCsfwEArH0BAKx+EQCtAAACrQJhBnX5APQEBgD0BQkA9AYKAfQHAgD0CQQA9ApBB3YkrQUCCQgKAwMGAgabdwObekEBdia8LUEDdi30CwcADQBhAXZMAIweYQh2RwGtCQkAngoDAJwaAQCtDQMArQwEAa0OBACtEwACrRBhA3ZLAPQOAgDuUxYA9A9BFXZsrRQDAAEAAwABAAGlKwCDcwCpHAClYwCBegGjZgIAAKlvAZo/AIkgALsKAgACAAG4TwK4UAIDQQF2gsJ2QQR2bfQQAQABAAIAYQF2rgCafWEJdpkBrSEAAMJ5AADCdwEAwngHAMJ6CQCtIwMArSQCALocAAKtJWEBdqQB9BRBFXa/kHwDkh4ChgABpjsBEAydYAOIGwORXgOjFwCdUAmFeAMPAYwPA4NdBYYBAoEKB488AZ4dAIUyEopOAJJwQRF2wq0oCgAEAgMDBYclAYcmAgADAAEAAgAQAggEAgMAAxIOAgcFA0EEdsX0FgYAHwAPAGEDdzoAl0sBAIwfAwCXI2EHdyUBrTkCAK02DQGtPA0AwnwAAK0+EgCtPwAArUJhBHc0APQaAQD0GyUA9BwCAfQdQRZ3YZQtAYlcAahMAKEFAaB8AgANCAQDAAMLBgIDAgIMAgEDBKJbBpJ7AJhaApx6Aqh7Aqh6AgABBkEBd2K9RUEGd2ruVQeLEgoAFwATixcAixZhAXe8Aa1QQRp3v61PBwYFAAkAAgAAoCcAoCYFnzcAnzYBrRkBhiYBmHsDkioArT4AwE8DjwIIsUoFulsJuloFAAG+BQCDVAq6MASqHQCQFQCHPUEBeCHCfkEFd+b0IwkAAwARABsAYQF4LQH0KEEpeDKcUgGFIwWCYQSRRwW7Yhe0Ww2XDACeRwKBeQKXNgGmVAcCBL0LBL0GAKsjBKsmAMUjAMUWAqVHAaJZAY4SAZ42AptYCAIDoxkBjj0AsVYEAAUFBMR5AcUGAQMCuDkDuDoACwMKAAsEpgMApXwCBAUMQQN4TsJ/FQAVAEEJeDD0KgQAGZgbAaA6FoghNQApAAMAAQBhAXjgAfQyQR545610AKFLA6FGAskJBMkOCAMDtQUFtQYGsGcCsGgAAwYCDD0DAgA6AAMNuFEBmzgBmmcBt34Av2MFgmcAMwCJXgaZWAKfSgEDALB7ALByAgJBAXkwwwJBCXjk9DENBAQAAwA1AAIABgABAAcAYQF5WwH0PEEaeV2SVQCCYACzdAAFAag/AoxXAo9wBJVPCZBUAqokBAAAKgDBGQKkJACUWQSxHgLGawCbAACHOg2kLAjBaQDBaAICAwABqFsCqFpBA3mUwwYGAhWMdUEEeYv0PgoAAQAfAGEBebkBrg5BFHm9jVEAhX0AnRIAjVcAggEJggAFj1MAoVQFbQaKcQSJLgGMMQKGLgaHUwqULQSGRAqXIAKGUwWRGgKESUEIecmuEAsACwQBAAMHBAAbBAQAQQd5u/RCDgAPACgAAZAlA5AkBwBhAXoYAa4YQQ56GpcTAY92EZlpA5FPCYI+AIceAYJmAFYBmGIDgRYGkBsAlgkAgRAAgxVBCXofrhsAAxAEBQQDBQIABAIFAg0DQQd6HvRIDgALAAsABgAQAAIAYQF6YQGuJEEQemOTXweQZQiGJAGDAQOBWASOZAGICAGIQwCIPw2MdACCZwuPawoGA4F3AKJ0CqlZQQx6aa4mBgIIAAMACgAMAgACAAcAAhACBgIFAEEFem30TwoAJwACAA8AYQF6uwH0VEENer+uNgPFRQDFQAADAQYADwEOAJ8RAZ8QAQAClW0AlW4BA0EBetHDCUEBesb0VmEGetkBrj4BAJ59AACuQAEAuAgAAJM3AAGuQUEUeuOSYQGMXACqZAOvOwKvOgGvFQCvFAXCUQGnMACTNwCKeQSLNwLFAgEYARUBww8BwwoAGAMdAbYfQQJ658MKAwJBAnsH9FcMAGEBexgBrktBCXsbmCUEmVMEkUYAjmoFih0MizsMlGgBgU0Agw9BBnserk0JAgoLAQYAAg4MQQN7J/RZCQAVAFEKe0uNUsIGBYGMDoG0J6gOrmuDMIGrToGrU0EJe1aQZga8BAKBi2YEgYwJAQIBgYwEAoGMAQCBjAAAgYwBYQF7cAGuXEFue3SuWgAFBA0LpGcAoxUDyCABBwEIAgMBqH0AhhIBmFUAuy4AEAALAQMACQECAcU7CJVqAoM1A4ooAqhwA6hvB4pnALNMAqgTAagYAKUbAYoVAa8iAAICAA0EAroDA45aAKsuAAMCBwOeLQWePAIGAAcICQYABQgDFwCaEwCaHgANAhAHCgHFewHFcgMAAgAABAsDAKd1BKd2AJ8FAIYPAKUaAgcIAwC0IwG0JgACAwcBDAEHBgAALwMuAAIGAAaleQGleAiiSwKgUQBwAMIoBaYhAY8tAZIaAqMwAaA1AokjAYlFAIhCAo4nA5MnAcwqAAUBBQDGcwGPNgC3QgIFAQUADgIDAAMAAwUGAwAAtQcBtQYBAgIDQQJ7nsMNf40lQRN7cvRgHgAdACcAAQAxAAMAEAAFAAoABAAaAAcADQAGAAEACo1DQI1CAgBhAXzIAfRyQQ18yo8GA4xmB4Z2B4YcAIwvAIwrBp5sEJs7AoYdAoJDAYEBA6J0AJxLQQt80q8mBQMDAgUADAICAAEAAQADAAcCAwNBBHzX9HQBAAMADQBhAX0HAvR4QTV9Cq8zAKMDAYgBAoJkA5BxALkIAbpnAIRJAIMwAIhjAJ4EAKZUA7NRAI5MAJgTCIEaAI0GAa54AKAfAJ09Ab1aALZfAbZgA7d/AIY1BL4uAroJAIcFAI0uALNSAAoECwDCHwHCLAAGAMIBBcF0BBACv1MCnXQAqy8AzQICxHsBxHIFAAKtEwCtDAAHAchrAJQCAoxZA8FUCwdBAn1Iww8TAEEJfRP0ewkABQAdABEABQADABwACwBhAX2LAfUEQVF9j69GAwcFwjkAj1YAsmgAszECs0gCCQANBwYAulMAkgsAzFAADgAGAL9zAJwIAYthAK8yAg4BFwCxGwGxIgDNGwCpKAejbALDdQCaWAOKIwGSUACYPwK6BgJNAbRrAbRgAAgAAgGvCwCvDgIJA6ZrAKA7AqMeAqhrAsxyAaAvBqAqBcsVAp5kAKwyAwwADQAMBgkIqmMCkHcAu1oBBwAKAA8CuiUElAgCk3sCuhgAFgIJAQQBBQAGAA0BNQC1MwKLTgGqGgILA7ULAI13AYgYBoJqAIMYALR0QQR9oMMSFgMeAnsAQQt9zPUGFpl5B5l4BQAHAA4ACAADAAoAJgAAjE9hAX5ZAa91QQN+bZ0oAp5PEYYQQQ5+Xa9yAAICmDgEmFEADgEOAAMAl3wNmAEBBgADAAYBAgMJQQN+YvUPCwAEAGECfo8AmDWBJgCMCGEVfogBsAEAAMEnAQCwAwEAsAkBALAFAQCwBAABsAYBALAIBAGwCoEbALAMAQCwDQoAsA4BAMMVBAKwDwEBsBICALAVAACwFAIAsBYGAbAXBgCwGwABsBlhB36NAPUSAwD1EwYA9RSBKwD1FQoA9RYCAfUXDQD1GUEif2qQUQCEUQKRVAGGZAGPGwKOEAGBegCqNACTTQiTTAACAaMhAKMcAAQAAwGjRwGjSAGqIQWqIAUEAgMAAwQEAMQ/A442AJETBMceAAcCAAMEAQAABwPNPwOBNkEBf6HDFkECf5H1Gi0AYQF/xQGwL0EEf8yeTAWYLQ2DcAqQHUEGf8qwMQkCAAMLAgQAAgBBBH/O9RwQAAUABgBhAX/uAfUgQQt/8IwJCqICAIMCAx8AgjwBn30BhEAGVwOJNgSNJwGcCEEGf/OwNwUACgQBAwQCBgBBBX/69SIHjh8Ljh4CAAIAYQGAGAGwPkEGgDORVgKYRAaNeRiEPQeOUgKMMUENgBywQAQABgASAgMDBgQDAwcCBQABAAQAAgAFAEEFgCT1JgEAEwABACMAUQmAb59GohCBiTaBiTsDsgOBuz6BiTm5SUEWgH6fXgiKSwGBUQGMJACKTwmOBQGPQASeJQOFegCEWgKTFgOYSQCcJASaIwEAAIxpAY5UBZJsCKFZAps0BYYeAYcnQQ2AebBRAwABAAQAAAIAAwwEBgAABRAIAAUWDBECQQOAnvUtBwAEAGEBgNcB9TBBFIDenFQCmxcCixEPnx4Dlz0EmH4EkHkCiAcAjm4AlX4AhGUBkQUPkBcWk2wBhh4FhE8UhmUBjnYDl2sAoCxBE4DZsF8ABAALAQQHBQkMAQAKFAwbEQQHAgUDBQIOBgcDBAUFCAEDCyBBB4EW9TIBABKRNQ6RNAaNBQiNBAEAYQGBZQGwdEEPgWuSHASEJQePBgCIRgCNGwSCLA+NMwqXaAGDAgCEAQqDLgqOcwuIdgafBwyXHEEdgW6wcwIDAgYLBgEAAAkEAAEACA4BCQoDAgQAAwQGBgAEAAICAQYCBwAFAQQBAAUMAAsDAAMABgIAAwAEQQSBgfU3AgAvABoAYQGB3wGxEkEJgeOUCQGSQQHMVACjawGbEQKBPgWBfwCLOASBvEphBIH6AbEVAACJUwEAsRcCAbEYQROCCI01ALNyAqRNAYYlA5wiBIc3AKAtApIaAIUJAZIAAJJXCoUpAZV2CIhvAIgCAJZxAYxmDYVcHpgXQRSCBbEaAQACAAIAAgAFABIAAQACGgQZBAMHAhcCAAMABAIDAQICAgEDAwJBB4ID9TwdABAAAQARAAQAAwBhB4JqAbEtAgCQIQAAnxEBALEwAACTbQMAihIAAbExQRuCi4k2DaREA5NNB41ZAIQjBqIaAYt1AZJpAaN8BJxFAIE/A4VVB4FoC4MZAao8AJFrAolwA6E/CY5uAIhXAJMgA4NmBZ5tEKdQAaYJAIIECIUcQRiCfrEzDgAEAAwCCwMABA4DFggGFgIFAQUAEwEFAQAPBgADBAoACQAEBaMoAaMtAgYCAgwGQQeCee51FI0aHwAIAAYABwA3AGEBgxcBsVVBDoMciG8LgQoNm1YBgQ0QgVMAjw8EiRECjAIFjBoeljUDVyKDOgycSgWIQEEfgyOxXQcTAwMBCwADAQUAAwMKBgMEBAoDEaMOEKJtAQAGBwKicAWjBwEOAQwADQMFBDsCNAMJBAIAFAEVBRYBHQoQBypBCIND9UkNAAMAMAAGAAQABQAQAGEBg78B9VFBLYPFlEEEj0MBgWgGhXUCkUAFhWUCkAAJh2QFo0kAiF4AmCAShBMHhwYBpmUaoXgHnQsLpXYLMwRkCI55A5dbBaA0AYVXAqAJBZl8BIdaA6FpBKV2EJBbBIIJA4FDBJgWAoRXFZ9JBZAUA4QoB4JOBI5EAaZVBaRCGoFDAYVeEZsxEJRcAYIeQTuDwbFwBaJUBqJhCQQHCAoTBhIBGQGiZgCiVwMSAR8FAAMIApYYAJYhAQoFGQwaAQMHDAEUCAQCJQMICRABoioZoiEGDwEJAQ0ADgAIBxEBEAgLAQsaHgEQCy0GojQEoiEBCAMJAQwEAAMXAgoCBAUEAg8ABAGeLBeeHwcMAhEGQw1OAANBDIPq9VMkAAEAOAArADEABgAQAAEALQAMAA4AYQGFFwGyHUERhRqJWAucMAacXweYfgeMIAWCTQWOXwCDEwOIfwicaBCIEgCNdwCFVBmCcxKgMQGeUAyIK0EdhR+yIAENAZN+CJN3EZYqAZYjAAYGAwIEB6FoAaFpAgsAoXIAokMISgehdgGhXwkKBgABGwYSABEBAgUSABcCBgYAAAQHFUEDhTT1XykAMABRCYWosjHCeYYqjAufcoGvRoGvP5YT4ExBEoXBn3QLgisWi0kEg0oNj0kDhXALVyWSKCCfKwGEOwSoSgSoCwGjZAGiLwyTAA2ESgGhKQ6DSEEehbmyPgAFDgMFAgACBAAGBAAFBwAEGw4cAAgDAwM/A0ADCwACBwMCkW0AHwKSFAcDDIo1AIo2DgANAAYCCgAHAAkAQQyFt/ViFgAljUcdjUgWACgACJsfB5seCAACAAoAAo1LYQqGiwGyWQAA9WwDAPVtAQCyVQEAkQsCAPVuCgCyVgAAmXgCAfVvAAGyV0EUhseSBAOJdAGRJwCGGQoHCp5gCIFWAIEZCYgjBZdlA6NYFYsFA4w+LJBZAZUoCZdfEJIpD5lkCIUcDYgMQTGGq7JiAw0ABAUJDQIBAAICCgQGCAIJAAQJBQIAAgQJEgEJBAUCAAIHAQAACAAEAgUDBQANByAKBQMACgsCAgMAAwUMEAEABAoDCQEEBREAAwIUBAkBCAMJBQcDBwkaHAMCAwgQQQuG+vVxAgANAAcABQAEAAkAFQAyABYAEABhAYesAfV8QQGHup5QQQ+Hr7MNAw4HBAETAgADBgEEAAMDEQQEASANDwuSDgKSFQIAQQWHtfV+IAAUAAEAB4R2YQGH9gGzH0EVh/mLCAGDJkSDSgWHbgWFKQaFaAOPCQOCRwGTFAOHMQGNBQSkEgeNfwaFeAeTLwhqApBiClMUiVoIl3kCjAVBK4f+sx4GKwGgOAWgEwAGAAsBDAMCAAMIk0ABkz0AAwCBCwOBEgkHBAACAAECBgIBAwiSEwSSFAYABAADAAgABgwCBwcAAAcCAwAMCgoECQQDAQQEEwMSAQIJCQEIAAIDGUELiAH2AgEAAgAEAAgABwA5AAgABAAzABEAYQiIwQCQSwAAnz4CAJV3CQCeagUAnh8GAJw0AgCQMAEAnmthBoi/ALNEAwGzRg8As0gDAbNJAwCzSwoAs1BhBoi9AfYNBwDvCQMA9g8HAPYQCAD2ERQB9hJBB4jzk0AEliAEk2EAOwiOXAigUwGiHEEKiPKzUQEFAJ8uA583AgIFAwEIBQIBAwYCQQGJBvYUYQeJGAL2FQEAwSgAALNhAACzVwYAs1gBAPYYAgGzWUEPiVaKKAiGXBKJRgyETAGTPASFGwCDcQOWOwOEMwaJZACQegKdEwymZAKVKwiPf0EfiTazXgEAAgUFBQELAAoHBgCHXhCHWwEDAwQBAwMEAgMBAgQAAgAGAAQABAABAAgABAAIAAQCAgMCAgIAAgAHAAIAQQSJMPYZDQA8AASTW2EGib8Bs3kRAIsvAQD2HAEA9h0DALN7AQGzfEEtieOKcgKRdhmJdQGSRAWTVQGLXAOJPgSVawORHgCUIQaNcgOJfQacLAKPLwOPZwGhYACQawWCfwCGQACHWROGKQCLZgKFPwCPWAiTbQGPCwKIcAKGGgIDAZxuApUVAZEFAKYCAKkjAJBWE4hxAZ46AplbAJA+BYlzAYQ2Ao4+BZ4BAYsEA4sFQR6J57N+DAADAAoACAQDAwGeSAOeTQQEAQAHABAAAJ5ACZ5BBAQBAAkFCAMGDAkDAAMLnjQCnjkFCAEAAAULCAgEBgkBCEEJieX2HgsAD5VHBZVGBwAFAAwAKwAwAGEBiqUBtBhBH4qslQYAiDQChGkBmCEGoEwCnE8ClWQHgQ0DhEsAkS8CkCQClWADgSYFkCsJgQwGi2QAmRsJgn4BiBMDj0gBjDAApW8AgS0BnywJgQAKlT0Bgg4BhDADmQAKhjcMmx9BIoqnwysAni0VniwDnh0BBQgADAIAFAIDAJ4GAJ4PAA4ADwEJAgMDBQUGAQcCnhoAng8PBgQDAwgDFwESAAICCQUIBQQBBAIFBwcKBgICQQSKquw4SZNaKgAXAGEBi0MB9ilBGotJtD0CBwECAAMGBAHFQwHFRAADALFLArFOBswnBMwiAAICAADPTQDHHgC5GwHBRgLKRwXKRgIAAsZ3Bq0MAZloAQABxBtBAotTwzArAEEBi1T2K2EDi5IBtEoCALRMAgG0TUEJjDeWaQ6EKAOHOA+GUwaLWwiHEQCgEg2JLRKDBEERjDq0TwQCAQMGAgMAAQABAAQADAAJAAsAAQABDgUPAgIDAwACQQWLnPYsAQCBKAAMAB4AYQGMjQG0X0EIjJS0YQMCBNMxAJluAYcuAJYTAIFTAYHNDlEKjKebQaFFoAS0BtEvkVK/Vgi6Z4xuYQGMsgG0aEEXjLSMSAKbIACHNQKJCgCFHQKIegCkEwGpQgCPYQCQGAKcWQKJIgOBTwKISgGDYgeUawBkAYQKAY0oAZZ1A5l0A5NfAo08QQqMtrRrBgkDCgYDBCAMGwgDAAMLnQYDAEEDjNn2MgcAFgBhBYz6AbRyAACPagAAtHEAAPY1BQG0dEEQjQiWAwKTQ1iRLgGFfwSNFwSVDgOLSAKeKQ2WEASbKxiQPgSEPAqDICmReQOPUgaLXUEbjQe0dwIDAgQBAwACAZxyAJxxAAIBAFAABQADAAEAApxiCpxjFwAgBAMDAwMIDgAFAgcGAgMDAAQDBgMAQQqNG/Y2TQACABcACAAHABAAHwAHABUAYQWN7wCfTwMAl1MBAJUrFACeQwQAmH9hBo3qAbUPEAC1EwIAtRYIAbUUBgC1GQwBtRdhAY3sAPZAQRuORJgZGoY7FIR/GJcIHZNpA4xTGog4AYpxAIJ8BIEwDJVKAoIhFY0xBIZhBYV/BYo0CpdQCJ9VC5sIAIoeBJlFCJcaBjwEpUEImUARkF0BhAdBR44ftRoKGgUXAwAABQwDBAgABgAHAAUBBAMABAwDCwYCAgIABw0KAwMFAgQAAgQAAwEDAgYAAwUEAQMAAgQABwIIAwECAwAAAgwAAYxgBIxhAAcBBgIAA5tqC5trBwAHBA8DAAMBBAYCBAMBEAUNAAIBBwMCAQYABQIABgQMAAUCAQMCBgMDAgMACAIDAgMBBAgABABBDo4g9kEqACAAAwAJABcAGwAEAAKRCxqRCgIAJAAdAB4AYQGPYgK1X0EHj5uUDwKEbQifOAADB5UnAIVjAIwIQQaPnLViAgADAAkAAItNAItMQQGPpvZOYQGPtQH2T0EQj7qcJQCIawCPQQKNLAKaNwGnMgCSEwiLUwKBNwKdGBGjDQKdWgGBPAGEAQKLIwaVYkEIj7e1ZyIABwICAwQCBAAEAgMcQQWPxvZRAY5xF45wAwARAGEBj/kBtXBBHo/9l2UCgksAgQ8BhgwCmCMImCIAg0cCgXYAZAKITwGLbACEawKGBQGCTgAVAZovAK00CpIPAogFAIMgBZU7A6NaBINdAIoFAoVKAZJPAqBgAKkBAaUKAKMNQQ+QBbVvBRABBwAYAiEDAAAGBwMCBQUIDQIAAwICBA4KA0EDkAL2VSkAFwBhAZBPA7V+QTWQU5kTAIRlAJp1BplqA5gRAJZwAY1XAZ9AA4w9A4RZAIdvBoFWAYR6AAMBmAkBq1QCiBsEnW0MpCIRiVMChkQDlS8NjCoInVsIjHgDn2gSoy0GmzYEoGkHpWABoVkFliwvZRuCHAGNVwBpAJAIAIVFA4ojAYQmDR8HlGoBmDEIhSsBMACCEA6DQgWHMAKOTQGLBgSLOASQAweCBkEwkFa2BQEAAIhaBIhbCJpkAJplBgACBAMFBgYCAgADAAUAjy0DjmoBSAADBAIYAAYAAQADACUGApo+A5pHAQAdBA8AApo+A5o/DZo+CJo9AQMXAgsAAQAKAAEAAwAIAgADDgYGAwEDFgQHBAAFAItaQRWQiPZYDAADAAEABgARACIABQAWACIABAAUAAgAAgAKABIABQACACkADwAJAGEKka0B9m0AALYuAQC8YQAA9m8BALYxAAC2MAIAk2IBALYyAQD2cAMBtjNBDJHGmmQAlEMAgxIDmTwAmDsAllQAgjIBonUGlQQDmQ8AkHQFh1RBB5HJtjUBAAQABQAEBAMFAQBBA5HXw0ACAwMCYQaR5AHDRAAAnQMAAI10BQHDQgEA9nEEAbY9QQmSDZk3AJwtJagiAqBLDJI+FpwxBqBUA41zCoc3QR2R/LY8AgYGmgoDAgUDAJoHAgcAAggJCoEUAoERDJoYAA0BAgKZfwCZegSaBwIEAAUBCAKZfAGZfQCZfgWaEQGaDACZdQMdBQYCmgxBCpH39nIDAAsAIAAKAAQACgADAAcAEABhAZJ3AcNSQQiSfpx2AZ41AolmAY0GC4dLBpA+AYt3EoRNQQmSiMEqCpUzAQ0ACAQCAAcKmgIPmXcBA0ECkrPqVA6YTmEBkssB9n1BHpLSnF0RkzEFklICpHMEowIAiBEElD0DhTgJghQJhnAHAAeBIwWMMQGbVgKSUwCadAKdQwKdeBiMSQGBZQaBOQaBZRCRfQiBQAiJSA2PZQmJLgCLFgKDVAyZG0Emks+2VACaBAIGAQUBCQEABgYGDQGZew+VMACVLwCaCAMEAgIMmhcJBgACApoGAAUCBwCaAQACAZl4CJoDBgoEAwACCBEDlRwNlQUAmXoEmgUDAA0CAZl6C5l/FwoPmXRBDpLf9n8knEsInEoHAAkABwAfAAKcWQecWBIABAACAC0ADQJhAZOsAbZpQQKTrpdfIoEOQQaTsLZoCAYJCgKZaAGZZQcDQQOTuvcKBgIIAGEBk9YBtm1BDpPhjTg2jCIAim4ehFUYlQ8Bo2iCI4xjCIw6ApEHBY1GAaIXA4JXAYRoAQNBLJPYtnEEAgCZaAWZZQANAgMPmXIKmV8DAAgAAgcAAwUDBhAJBQWZVgOZVwAFAwYGAAICAJlMAgAJmVMHFgAVAgQBBQEABwIFAgQAAQAEBAAFAAQAAgEDggACBAACAAeZLAGZLQEAQQqT4vcOFwACABEAJAAKABUAFQAGAIIFAGEBlZgBtxlBCZWijBQAgUMAiHgAlTIMoRkUgWcQn3RDhS4NlhNBFZWgtxsGAgADBAILBAEDAAMBBAQEBgUBBgADBgQAAwACBQAEAAACAgM7AgYAQQiVpvcYAgABAAWZCwKZCggAHABCAGEBli4BtzFBIJYynHcIjlUDmUsAmwQDimYIl10CgXcKmjwGpSUAlTQAgjEAjWMEnAwFoTECnDYBjmgAjCUBi1QBoBMCnz4HoSkAohQBoX0BkQYDlnEAklQEkgMEhgoBhCQAhXoDlA0CqzZBF5ZCtzMIBAAFAgAMBAACAAMAAgYABQIFAwQNE40XAY0kBwIBAAAFBJheCZhZAIJzAYJuBJhaAJhVQQWWQfcfFgArAB8ABABhBZaxAbdFAQC3SAEAt0kAAJ80AAG3SkE0lruUbQCLQgOMGQCQQQKkAACmbwCPKACGZwHQfAEDAMwZAMwaAAcCzS0DzTgAiQMCok8Bml0AxiYFsUkAikkEn3kBlnIAhksElEgBpEsDqyQAgUEBsXwBvisEjDEDyloBAADHCQDHCAGwQwKwNgAMAAIBAwEFAgYCAALDQwGWNQXZdgK0NQK0NAUAAbAhBZEGAJ8YQQKXM8NyBwBBBpbS9yQLAgoABwAQAAYAYQGXPQG3YkEKl1KUaAOSNAKSNQSMOgOFIAakRwORUgaMSw+EUwiFC0EZl0K3ZwCYGACYIQEAAQAAAgOYGAEAAQADAAaYHwMAAIQ2AoQ3AQABAAICBQAHAAAGAQUEAAMFAAYEAEEEl1r3KwgACgAEAGEBl48Bt3hBCpeYk0wBgcdEAf5rA9YzAYHVHAD+ZwIDAQMChw8BsBFhApezAbd+AAH3MUEYl9OMFhqbBASePQeBawOHZAGdOgCJAwCPCQFBAIV8AYJgB5QSAKQRAJ0CAIJlA4llAJUmAaFLEZ0OAIdrBp4lBqMgAIYgD5AVQROXw7gAAgABAAIAEAAQAAQCAgQAAxUEAgMRBgIDC4lIBolHAAcEBggABAJBCpfZ9zMEABUAFQADAA8ABAAHAA2QDwSQDmEDmE0BizkAALgTAgH3PEEGmFSMJQCFAAKFAQKYJAKNXAigMUEEmFfDeQKOYwqOYgWXS0ECmFn3PhIAYQGYbwK4FkEimHO4GgADM7hhAbhiBAABAAQADAIAAwECFLozAKpgArkVAo5HBtcqAQABrUUAkDAAnWcColEBgQEHkQQAljYAkXEEyHoBtHMDtHIAsz8BqUUDjlQBziwA2nEA2nADAEEBmODsGEEFmLj3QAEABAAIABwAYQiZKACMFy4AjTo+AJIfAgCPcw4AixwDAJoFBgCXGAAAmUNhFJkdAbgqAQC4LQAAuCkCALgsAgDDfQQAuC4BALgvDgG4MAMAuDICALg0AwC4MwEAuDYAALg5AwC4NQABuDcCALg6QQG4OwUAw38GALg9BwG4PmEHmTIB90UMAPdHDAD3SA4A90kCAPdKUQD3SwcB90xBCJnBmjMCiA8AmGUAh1YBAAeTEgGTEwKFc0EHmby4QBQIBgMCBQEAAQUCGkEBmcn3TmECme0BuEYCAbhIQQWZ/5JjDowtA5JeAI4tFI8KQQeZ+LhLAgMFAgMCCQMJBBEAQQWaAvdPBZArDZAqDQACAGEBmi0B91NBA5owmQUplxVNhSRBFZo3uFIGCAEFAQMAAgEHBwoAlkwDjyMChy8BBAMDAwICAAECAAMDAgACAANBAgIAQQSaNvdVAQARAAsAYQOauACLGgsAlDcTAI90YQmavAC4ZQMAuGYOALhnAQC4aAEBuGkEAMQBAgDEAgEBuGsCAbhtYQGatQH3WUECmuqaRQKBJEEMmua4bwQCAgAABQEGAgMCAgMACgARAAEABABBA5r591sJABwAYQ6bIgG4ewEAuH0BA7h+AwG5AgEAqVQAALkECACvKQAAjE4EAIp/AACQIgAAuQYAALkFAACdMQcBuQhhAZstAOg8YQGbMwH3XkEFm1SdEAWfdxSkah6tEwOlcEEKm0+5BwEEBgAZlXABlXEAlWwNlWsLlWwBlW0BBUECm3P3YAUAYQKblgG5EAcBuRJBBZuqnRwAmEMBIwCJDBqMGUEJm6i5FAiVYgKVYwQEAZVcBJVjBQQDBQQEQQObp/diGQAFAGEBm9EBuRtBGpvWkHgEixYMkB8Min0XhRACqGIciG8BpAkJhCoBg2kMmiIJjGQEhAaBDY8XA4VmCYQmAIFgAYhRECUGnVkMJwyDAgKMCACOaw6LFiCMTUE6m9S5IAwAAAcAAwACCwoAAwADDZVIA5UzAQkBAAAJAAoBCQUEAAkABQADBRQFBAIDAAMIBQEIAQIHKwMsBwMABRIGBQAGAA4AAQBuAAMIAAkDABIGAgABBwADCBYCAwkFAwMCBQMDExIAAwEDAgcBCgEABwgAAwcCQROb1/dlB5BNB5BMAwALAAIAAgANABsAAgALAAoAEQAPAAYADACBCgA/AAQAYQGdXQG5VEEInWCQBgCafAqBSyKcXSSTFD2PYgaSSQCLXUEfnWS5VgaUZgOUWQCUVAGUXwcIDAcBAxAICQAEAAELAykCMgUGAQAABQUDAAoBDwEICAADBAODYAGDZQwEBgABAAgHBAYblDJBDZ1j93cFABIAAQAOACMAEQADAA4ACAALAAgAIABhAZ4aAblzQQqeHfgEAPwfVgAC1h0A1hwChAoAhAsB0DsB0DoGAGEBnosBuXtBDJ6Tn2IDVwcpBolfEpRrAJsyAIERAI9kAYl0AJktBKV9CIR8QQyekbl/AAUCAAcCBwADAAACAgAGg3gAgWQChWUTBkEEnqT4BQMAAwAWn3lhAZ7OAroIQQOe0pAHBps+AY5JQQue0cQNApQFA5t9A5t8AAIAAwECBAACAAYABABBAp7n+AgGAGEEnvYBuhQBALoWAQK6FwkBuhpBBJ8OmB4EkhsMjHoaiwZBCp8Vuh0LAAoAEQALAACYLwKNYACGFAKENgEAQQqfEPgKAQAEAAEAFQAHAAEABwADABEAYQSfXwK6JQAAnzgAALokAgG6KEEBn42efkEMn2q6KwEDBQQDAAAFHQQGAACYEwKYEoGzCI9ugTKDCDGEKUEGn2j4FAgAAwAaAAMADQBxGfoPAcFlAMF7AMIhAMIxAMIzAMJeAMJkAMJ7AsMDAMMHAMMLAMMOAMMXAMMiAcMkAMMuAMM2AcM4AMM8AMNYAMNfAMNvAcN7AMN+AMQLYQH7AQFwYQr+MAC9WgABvVQAAL1SAQG9WwABvWEAAb1dAAG9awABvWUAAb1jAAO9Z2EC+wAAyQ4CAckPcSH/AQCFAgC+RwCFTACFSACFSwCFTQC+RgGFIgCFTgCFNACEfACFNQCEfQCFFwmGDAGEfwCFOwCFOQCFPACFAQCFTxmGFgCFJgCFGACFJwCFCACFCgCFBhmGMACFKACFGwCFKQCFGWEH/2E+gkdAAYVJAACFbwAAhQkAAL5FAACFRwIAgkM=","UniJIS-UCS2-HW-H":"AuBSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pSklTLVVDUzItSGEEACA7gWcAAMQPACGCJCYAgiM=","UniJIS-UCS2-HW-V":"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","UniJIS-UCS2-V":"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","UniJIS-UTF16-H":"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","UniJIS-UTF16-V":"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","UniJIS-UTF32-H":"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","UniJIS-UTF32-V":"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","UniJIS-UTF8-H":"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","UniJIS-UTF8-V":"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","UniJIS2004-UTF16-H":"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","UniJIS2004-UTF16-V":"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","UniJIS2004-UTF32-H":"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","UniJIS2004-UTF32-V":"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","UniJIS2004-UTF8-H":"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","UniJISX0213-UTF32-V":"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","UniJISX02132004-UTF32-H":"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","UniJISX02132004-UTF32-V":"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","UniKS-UCS2-H":"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","UniKS-UCS2-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReEMVW5pS1MtVUNTMi1IYRIgEwG+ewEAvn0OAL56n1sBvngFCb8BAQC/CwABvn+DnWsAvwwGAb8NAgC/DwEAvxALBb8RGwC/FwEAvxgBAL8ZGwK/GgAAvn6BBAC/HQ==","UniKS-UTF16-H":"AuBSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TRQEBAACDr38DAdgA3ACf/Id/AQHgAL9/IQEAAB8BQQsAoAEAgxwCCgJ3AGEAEwCIcgCHWQRNABECgQhRCgC2gXSCGYFKiXaCT4dliHoHBog/QVoAxoUaCQAGiDEAiDoFBACBNgYXCQIGiWcAiXIFBBIXFIEzAIE0CQAAgTcAgTYEAAaBOQCBOACBOQCBOAYMAIE9AIE4BoFDAIE4EoE1AIE4gl+IcxAAAAQAAwAEAA8ABIIjjGxPQLc+jwUFGhmBUAp5OIpgCgApi11ZWAWBEgmFbAKFGQoIAAcDhXwEh2tmNgKBGAAEAAUABAAFOG0BACsAAV0AXANdAD4CAAM2AQMIRQICAFkBFghUAAMDKAWBFQBWADgGPxQzDSsAJkMJSVciVoNthWAAFAAVABRBLQK8wFO6XksDAwKFYhEzB4JoBYJJOYU/gjOJVgAHAAMACAAFByADAAyBCwEDAAMATgEAMoIZAkICAAYxCxMCKBSGQwuCZAEDAgIHg1oAIQEDBjwHJxaDZwqEAAADBIQLAAIXg3oAg19Jgm8XhmINL0EKIDXIbgAFgymCDQACAAMAAgIIAAIAAwACURIlDIQJSAMzFToDJRM+AykZPAMnEyhBOCUghB0CCwATACgCCwILABkCHgAIAhUAEwIeAAgCFQAVAh4CCAgVRoRpDYEHAAMBgQACDgADAAMABAiBDwADAmoAAwRlAAMCYgADBG0AAwCBAgADAYEJAgIAAzUFAAMHgSYAAwwCAQAhgUEBAyCBHgALAAQBAAAaAx4AB0EhLwCyPAOBIQFAAToBQgCPegWyOwCCdgGLKAKJGACKbwORRgCjeQG3OgCiKQKCJgCRfQCBPQCkMAGLbACbHwGDAAGGEQGXVQCEOgCHMwCBdwWHRAOcDgCeUQC+RgCiaQCVNEERJbHEIANWAwAFBQMEBggBgikZgg4Igh0tiRgBAA+IXz+BDYEmSAMDIjUYQFELL0KlaIdXhQWONIIHmViFJ4I2lyuyTJBfQQkvT6VWAIVqAIZJAI9KAYJ3AKNOAJBRAJoVAKwgUQ0vWrphmxeGVqgXwAqZeaNHo2qoJ5xwjGSHNI5iQQ4vaacBAYNdAEYAFQCOPgCEUQCEUAOQQwGDIgGEGAGLdgCFAgCaRwCdZkEBL3W1dEEDL2q7MAeEGgCBZ1ENL3+yHHkXiUGLYIcgrzuXappKhB21AZ0enQ5BAy+SnDwAglUBhFJBBy+WogMOhCwAh28BixQAhFgEgRAAhzlBFC+OvEwAXwCUKQOHUQKDFwGcAgCNWQCDfgB9AJBnAJQiAJQjAJNIAYlZAEsDgy4EhSsAjx4CiCIAliVRCi+zsXGVNoJFpQ2HfoFZoFivY41ZKVEKL8GfGZ14jiijeQqDAH+yfqc9qHBBBzADbA+BBIFngQ9oB4E3gjZiA4IYhRxBBS/OnTYAmUYAgmkCiicAiVNBDS/NtGYDLACJAj+UeA07FTqBRYlogjSIPQcAVod8A4M5CYR/BoUcUQozwoIFhiCBDXIchi2FRGBx/2xBATPYggZBBzPPhGMAYAIAAhkECAASAAtBq3xOALI8AINmAYomA6oNAJ0OAJJ9ABQAo1gBpxcDogQCg28AnQkAhGwBmH8AkXYEigAOky4EsGEFv14AuVUBqVYGjH8AnScBhAkFr04BmksAp3wAgnUGul8BnEYAinADpmsAhDUAoxALpHUBjHgFnnYCkwMAgzwGmmUDjCYDgkIBlUwCimkAkiQBgzEBbAAdAJg0AZsxAIoeAqkvApJAAogmApBvAK46Abs1ALtQAJsVAZw+AnsAvyUAr0oAo08Hg1UDoxIFikEAikACjWwCtVcCghoAhz0BrUwGBgCTLwChLgCNGwCWIwCEZgOQfwGsAAOtJQCDXACeCAqJCwGRAgOzcwBTA602BaVPB7gwAJNRAKR5AZ8cAJ8HAI9kAIELAK5uHa8TBIEnAYY/AZM4AYdVAQAAnCUFsgwCpiMApTgAjnAEk1kAhGYAhBgADwCKIQOWFAOaJQCIGgCUFQCUcgyPQAWZLwCNdQKYIQKKYgOnKAOCbQCSfwGHUAGjKQC3JAGoRwGtRgG2UwCKNAGSQgGSIgGIUQSaaQGmHgKycQGoXhCZPQCyAgWJLwCtXwiwCgK7SwC3HgCWcwSEJACNJAOBcQKJQQGnIwC/UAKiKwKOOQKGeAGCegCnHACfTQyCVQCHEQGSfQGQYAGoWgKmZwGMfgeNZwOJTQKpTgG3FQGVfAOCCwCIbwO1VgKECgCYSQGLRAG2IQC0aAFiAaFRAKU2AbRRAKxmALJpAaYYAJY3AKtcAJNfDYQZB2oDpl8AgngAqUIFkyIFgkwEjG8BgjkIsEEOuhwAiV0Ah3sBk2IHuDMEk04HglUDlGEGmjAAgXMSoD4AkH8EgXcAiSABhygBm20GmgsGhU4DsSIAmz0EgS0BlnEDkmoArh4DtjcDmwoGgiUBhxEFlWoLuHcBmFgDg0gAkXQAh3QCjz8BoxECXwiqCgyPIwGMLwiZcAeGEAShUQKEaQGcAAOCRACEGgGBUQCXWACHJQCIFwCTGgCoQwCYWQGCXgC1LACqEQCqMgOaEQmWKwWEQwKlYgGkJQCmdACiUwCdNACSRAC6AQCMRgCxfgK+RwOTTACPJwCCTQCqeAOuYwOGNAWdFgOSUAKIWQScGwI7AZY+CKRrBI5ABB8BhiMJl3YAlkEFaAapOAGDRQKmVQGkYgCiAwCEJQ6EIACbbgCZWgKvJw6tHADDawTFRAGNHwCQBQCSEgKFNgK0awKhfAKUGwCXdgCKGwGndQOVHgKtbgWzPwWqXgaEJgCmKwOGTwCKYgOWewGGZgWmbgCSXQCYbwCwRACJIwCvFwe6NgOCNAKgFwCUCQCFdgCjFAaHTAGfTQSYUwGVCgOJAAePcACCUASXfwKnTAKIVweHRAGFVQOLOAO9NQCPVACGeQOOfwOxCgCxCwiNDAOKOwCFOwKQHACHDwSrEACocQCIQxK/XAK/DQGTYAGlfAGSQQGWQQOQXwSOUgKEHQCdTAGqPwCUKgGxPAGjbQCSLQCDfAKLLACRSgCoRQ69ZAG3JQKHLwGnVACnCwKBXQCOaAWqEAKHKgSHKwEAAKZPBIFUAKluAKoxAYg6Bo0UAKoPAYRvBplqBKpuCYUJBbUxAIRBAJ0eAZVAAIo/AowxAIVcAJ4oALAhAoNXA4gCAJlgAIhgAIVYArg/AotKAYJ6AV0BmXgFrDEBmHoGihUAmVoAgj8CrAsAjjYBhkUFrhIBsncEog4OFwSTEwG0MASaYQCQZgS0MwC4bAaZOw2lRwe2UASNZQCNFACuYQChSgGUHwaLIAGaLgCbKQOKKQWRRgCTBAC0LQCCWQCCWAOCWQCyGACuCwCXQgCfHgG/NwC+LACGQQCbTQCOcASOcQqrJgDHGQPBRgC3HwCmdgGjWwCGOgCyJgC0MwCsIgCECAm6XQGKWAGbHACSAAWlZwJKAacEB5h7BJ5sAIsTAaZfALB2AZ15A5kXBaMyAa5FBrk4Fog7AQMGsH0BkTwBlgMFo24AoB4Ar1kCnGYFjnIFhHYBvXMBkngTozADjgEChxQAsAUGu1AERQSSbQKJPQCbKAKEDAOCewCRCxeEdQOrfQK6eAS1cwDBMgOMIweFeAldAaMXAJp+BqR3AYV1C4cCEpkuAYwaA5N1CJgwBRoBoBsIh2EDkVsCh3wHmDAEnSYYjXsDsV0DnGIBmyYAq1cBuBgAhHkNh3MAjRgAgWEBgjIAxnEJxhABmhkAjyUAkmkAhAsBhQYWuwABqF8MmR4FjjsBnw0CrkQDnAEAoEgYm1MAlCQHiDgCvXsKhxYCljAXgkYClAgBiCYBmTEcn1AUuQkCvgQIrQkRq14enx0GizsBpnAFm3MHiQ4NpG8CvFwDjDsImhEAhHkCqWQBlxMPqWUIixgAi20Iu1AAmWEDnhMCNQGkSAQ7AAMCnwUBgRkGsmwIjV8EqCMCrgoKrHsErHoBiEAEtjMCjkgCiysAiwcBtB4AsxUPvGgCuWcBuGQDgWwDsxsBiREEg1gGtkYFnEUFlFECtwQHgS0MlEcBpkcApGIfhkUDhR4AiywCoisCi3oQhzIAjH8PnxoDlWcClD4BoBsAjg0BAAOBXwGEMAKJNwC7WgG9JQCsAgCIZROVYgKhIQKaTAKMSwKmGwSpCgCDQQCNNQKXCACjMQSIbQ+CKgChQAOmDQGeIgKeAgKxHQBDAa8EA51FApQOAIkjAZ4GEI9PA4FKAoZjAY99BJ5RAZpOA4xKCZVFCKY+AYUdAIwoCK0NAIgHBK9uBKJpBo4MAIc+Aq9pApgOA5BWAZ1LBrsQAoVBAZwTAZ5qArJPAIslBB4AikoElH4GiWMAknwCgQgJgRkAlHgApX0BgwoRn3wEtzkAlGYAizYCh3MAlkEBmhQFkFkEiEEBrSIAhDIApBcBkAAAhGsCgRkFiiIGlQAFnFMCnQEAgSYAjlIEkRUArHAAj2wAwSEClk4AqBoBhBECgzwFkBsBlWkEjEQClRwAkEUAgmYAkWEAg28Ej00AFAOKZwTDSgSdGwCLXQCHUwWbWgilPQKgLACgcwGLdAuoKgKmEQOnNAyrDQGlagJwBIc9Ap4vAppsAYwvBI4GAKxbAZsYAIxaBIJsAIUPAahfALN6CLRxAa1wAYkuAY98AYVhCZplAodUA0oBgwsBgj0NjVcGkSECnWQAng0CnEAAgzkETgORJwypLAWDPwSnRwStOgKVMRCbEAepQwOBCSuGMweCGgCWAAiIaxyjFwChHgGKYASLZgKLRhSRYwSQNgK2SRu5RgOCXgGodwCYHQm5HBOkDxWBYgKIPAyJPACTYgK9eQCqBAEOAIUsAZphAZUyAJZwAbI5A491ADIEvWQBoUEEgSgAjXQDlXMCpxoBlEkBhhEImXMBniIAiW0Ag1ABg30AiFQCowkDknoBpFgAiBQAkTEArxUAr1IAgj8AiTUAhD4FrAMAnGQAhR4AiFgAmEAFpVMBl1MBqGICkToAmwcAhxMAoBMBo2oAhm4FiEkAlxYBh10AhU8AohsApQ4AmD8AjyEEknwDhjcBrVYAli0Ah0kCmCMGh14ApVoBsxcAt1gBlDcAgSgAhgUAmHMArgoAlRcBh3EAljsBizYApGAFhTQAoiEBohIBnwkGgkkCgkgClAAAgV4AhVUAiDoAkF0Bl0sAKACTGAEABJoQApxfCo1EA5NbCKUMBpkvAIouAIwMALURAIcCAYo0AIpDAINRBIVTAIF0AYNyAqEKAYV3AAMCg28DkmQFmRUEjAEBhEIBqyAAqjsGji4CkjkBjmQHqjwWvVsApiYPrlkHo1QBg28An3kEiyYBmAQBnzYBrXEAjlIBlEkDojABkTsYm0QGnx8Hhm4LnkQBtgUEqQoBjSwJoFcFk0UAhTMChFkCtjwBlhkAo38BkD4NkGYBh2MhhQMAlHsDjWoYk3IChxwCjhoXsQUDhWIRgSwCh1kBo0IHgzENgQ4Bl00BjWIAhkYPhSoElnEDkXoGlGAAhDMCkx8Agg0CmmcAr3AArk0AhD0CkxAConICrjUApEgAkgsAokwCgwoFoR8Ani8DoF4AnHQCp1sFry4EiU0Eg18CglUBn1sBm1gHkkUFhHcBghwFkWACo10BkHgEiHsBsggAk1sDjikAm1wBqQMErhwIslEJqWQBpFEAi2UAszoOvy8AvyAAtFUCjWgAqUgAwgEBxGYCu0EFpkAClRcCgjIEQgWTBgGBQgKvIQGWWAODNgWQUQCoIgOwYQGuPgeNcwCGfwCcWQCpHgWCEgOPHwWjRgCxAwCBDwWHbwKBPQKLRAOkGgCDMwOceQCjagGGbgC5XQiJMAarAAKTKQCLYAKwSwDDSAWtJQKHXwWucAScMQErAZsTAKwMAIUhAZN/AKlyApY3A4UwBo8WAIEMAbhpB5pIA4o+BK51Ab88C4MFAbw5AZQ+AYJrB4c5ALgSAYMYAZhTBpUUA50BAIRsAY1uAIcWAIwtAJg3AKNeAoY/AJENBZBDAY9SApleAqVxAI5wAIkYA6Y1AZVOAqNiALQHALRaA6hJAJpXAIlABIEmAIk+AIREBJhOAaVjAJcQBp8kAKwXAIhkA4wlBqIKAasnAa0sA4x2BaJ1AZxiBrcPAKUICIw2AIRbCIVOCoEOCbIhB7lMAaoJD4pIApl/A7RmBa9lAIwCAqFyAI9rA6UBAZYeAIwkAaVLBINVEaw+AIx9AHQJojgCwCcBvFQCo3EDh2wDn30Ev34AlkMAl1wAijsChEwAk10ArTUBim4AhWcBnhIApAYUn30Dg0ECj1YAjU4GhE4BhlsDnj0AkRoDiSUAhAICmDwAiXMCqRcIolgBmWcAjjMAr0YBphMBkhEDiHIArEQHhkEBpTkJtwAIEgGmGwKOJACWfgCfGQ6YZgCyDwGSHAKoBAKfdQCGCQCcfAWbNwSeaQaTYgCpKACRPwWJMQSGMACFVwOkNQeFMgi/IAOMVQK3HQShfgGhfwCqFAKBJwGYWwKbWgCBaAGsKwC7BgCHNAaFFwGrdQeqGgElAqs1AI0rAIVDAsNIAMIHArMSAqU5AZxsBah5AIIBBbgQAI8TApB8AJAvB491A5saAaZHAIwGAp52A4x0AAMAiW8JoxsCjG8BiwkBkzgAkmEBkWgDrTgDnCUDmj0DiwEEh3wDiD8AwWAAlCsAhREAk0EailELrS4DqVEAt0wAgwsBihUBsVMCpnAAnhsGgz8Ahm8Bj2YBjSQAgTEAjCoBjXUAhFoAoCsDwEIDiwEEsF8Bh28IsUADoFsBoCAAlVYCuxcBtzoHtEUAh2oAiFwAnzgFoGEApSAAqHUBhggBj0IFjFYEFhWifQKRJQSQWgKBBgKKJgKCSwCZDwOxAgS3ZQC7aAaYNwCILQKgTgGDHgCPPQKNRA9YBVkDjnsDnWcCkWYAljYEoFkEhUsAihkAg2YCh2YAKwGLYQCEJwGEIQC3OgCiQQGmLgCTLwCiewCtVgGFfgCjDQ+RYQCdPACYdwCraAGxCQGCZgODWQaeJgCYCwGrdAUAAZFpB5dvGageA4F4CoQVAItlAZQPALAcCosJAoZ6ArQ9AJw0BJhwEaYzAIJMBZoXA4YABLIcAq9NACoDknwDgXwEgRAAlCUCoyoFmEcDjVwBnUkCgVkEiHYAqgoAhFgCix8BrTUAth4AlHUAjTYVs1MDrC4BpC8IjEwAnlIFhXcDh3EAnygFoFMLoXUAxCIFmwsBhh8AiDkVgzgBiicEiVYBiX4AnRMElCIFlXIJoDUApyQMiQgDjm0ZhmMHiXAIqFEFo2oKg3ENoh0IrWwAoScAjQIGnwsDgSQFrVwAon8FgWUBqUYAgzMBgw8BoXkIik0FnSwCmFUAqR4BhEYCu08CsS4AsFkDhVoBgmYDjEQBljEGijYAsQYCrm8AqWwAtj8Eq24Fi0YBi0AFhh0DlGEBkzEDp1ATmDkEhjsFj1kGiSEAvkQAtisCp2oGlTEAnGkAqDIAqwsBg0YCkgAAm1AFrkUCwW4EqB0Al0UAj0oBjwUEoU4AlkAGhisDt38Am3gCjzMFig0AokIEoUEBrkIAgT8BlzcAhxQFgj8DjlsAr1wBhkIBsFsEhgIDQwCEMwWIZwGDGgGMJwCXMgKbRgGSewKbfQCwUgGfPwOVUgCIfgKcOwCHNAaYDwGLXAKOcgCDEwOLYQOHcQWPJACUGgKBVgKjFQSHYwiLQgKLQwGlGgCjMQGqfgCCQwKRdwCJFAOVfAKWKwWBJQKcGwGbHAajYQCdbAGLQQCsUgGLCwGkXQCwKgCpeQCRQQGdaACIPwCoZgiuOwCGYgCIGASUHAGoOQCcEASPVwGDAgCdeACVWwKWJwGjcAOgDwCMKAWOdgCQfwaTfgEAA5IxCZESAYx6AY1DAJIoAKgLBIkQAJw+AFgAgXkAoCkAkFUBqkQCpEUAlVUDmwYAm3oBhzsAqlcAqlYBg0wJkBoCxwEAxngAFgSfFQGEPACOHQSTNwCaKAB4BJFdAo9lAbRACIh/Aps5A5taAJNAAIM/BKB5AZt3AooKBZoWAZgJAINdAbowDKEDAocbAot+AJYYArojBcFUCZ4FAaRpAKMuAKRnAoJhAJ00AJYAAAMBoQcBoxwAhCAAcgKKPgSZbwBYAZF9AYFBBoM6AJsAAah1A4Q8AaBcCJ8bAIQJAINyAYEIAIJNAIYeAJ8IAIM+AoZdAp5/AacAA7UZAr4sCMYVApxWBIp7ALAcAJFZAIpCAYUUApATBaIrAYQTAJZaDaEyAaodAJUhAIsiAYcoAZt+AY1iA7NDApU2AJ4gB6N1AY5KAZIvA4xPAJNcApBFAa8SAapFAoECAY4ZALEYEbIXALsWAokBBK9FBZwABYolCnMAgzUAk08AvAwAlT8AhSAFAAKQYAu2PwKGWQJJAIsEAKo6AaNxAJFOAJYWAJ0HBAAClloTkG0Aj2gCk3EAjCEJiysAkTQHnTYEigcIlnwAuTkChhsArgACriEAvzoAvXsAiHYEl2oFknABqXUAj14Bp2AAumMYrFAIhyQIvX8Bjl4DhDQJjmEDq2wAi3gCuR8FsFgBkhQBnHMAkSoEkgMAlk0EihABlzAAr1sAfgGbCAGHaQCCMw2MBwCPAgOEbwGKGQGEZwSUTgKbHAFbAKszAZIIBI0NAIE9BqNKAKtxBZkMA4EABpEbAIcfBaNeBIRCB4pJAJgMA18UpkkIkTQMgT4BlHAKlg0ImlAAoTkAniABuw0BkngApUIDqG0BhxsCiw4EnRACgxYBj0kAijQAjnMFmTMBuS4AhlEAk10bgl4FjEgAn2UIrhwBqj0GjFgFlikGrDoFuUUBkiAHj00AtzAAhUkCslUXXQGDbxCGWAGrXgGrIwKbVAeMRwaIawGCDAOfYAGPKASEbwCLJQGbXQGRMhGUbAKkNwCKaACjUAKOewa0fQOpEgKjRwakcACJIQSZQQCFPAWELQGTVAmoVhS6TQOIcwSwKAOMVQCdIwiPKgStQAXDOwCtYA+UVQeleAa0UwCEXQ+IIAaBBQCmXBqMOASdFQiWdwWGPwGoGgWhXQMSCbhQAI8nAY8WDpx3B6BBAr1EAMFZB8FYAIRdBMJpAb1yAbZTDp9IAZ4+AI5LAINNAIUEAJ8FAINlA5Q+B4l/BJAVAIcrApN+A4c5A5AiAJF+AYZ8Apt5AH0LghYBjDoFhDkPmzcAi0wCg1gCk18BoXoCkEcBnG8CsWgBlHADmHUApmsEjhABXwF5AoYtAJ98AJIRBoZJD682ALxtG6pqBo1tAY4DAYIrD4l9EJcwAoU7AIwEBY9LAZpkAIMSAK8FC5EKAYYYBIFPAaQ2AphHAoIFAJ14AMMtALUmB7FLAaRQAoE/ApV0AbRtA4wiA5JRAoZyAJBcAok0AJoTAJ8EAYJ2AJYGAJplAJV4A69NA4cgAQwAiGUAh3AAgVoApjQCn2kAmioAiEYPq30CnWgEj3gEpW0AkVQBj2YAnE8Am08AtVIAknsBnjYAghUBpCcEmkgAoysBqjIGg3ABrC0Bg3wDhAcFp1oAgRcAkQsBojMCqgICjToCrBMASQCnfgKWKReBcwCWAwSJDgWGXAGBOAGSbQJVBqkyAYolAY1dAKVEB48nApMbAKR8AcEXAKVsAZk8AYIIAIhNAq0rF6ByAIM8AZojBo1kApZIAoN+ALUPAYMeAYdwBZAkApdmAIUHAIYQBYQDBZdjAaQFAJxQAFMCiw4Am14AnxMChlcBhlYBkywZlSMCDgKcFAqOQwKqfwC0TACeGwCnagC8OQOIVAOxOgGiCwaVAwCndACjRwOPNgKUbQanFAGhKQCbcAKYJgKheQGBaQGEfAGdKACKDwCTawCTEAAwG50DAagQAJQVALAVA7ISALEDAIpuAY8wAIUrAI1GAIRSBIoJAJ0sAJAhAZVSAqMbAZ4JAacWAYUCAZdtAWgAmmoAk2gErG8AgWcFn0ICqWkIuDYBpkcCkUsAlz4Bj1YAkj4HmwUDkHoCjGUAjx4CkhEAoRMGjigVkmgFigAFpDMAii0BjQICmlwClHMElgkApHwDiHMBlwgEjEsDnxsHi3oBoUoApG8DsUIBlh8AihABiXQCgXQBlFMAo2MarUoEiQ8DkkwFvwkAjgQBkxIAmhgDgzEIq1sBj08CpT4AjHgKoSsBrjoAsUkHgyYAo0wElTUAl1gFhjcGgiEBiDcPkG0ClAkCtGwAoQ0BixwAjXwCnz0AjgACpxABmCcIoTUAqB4Bq30Jp1QBohEAiygAhlcCimACml4DggYEhEkAiXIBk3MDmE4Cw1MLwHAAgwcCrXcGtU4AjVkBhiUBiSEFnGkEGQGJCQC6cACtSQCEbwadBgqFTQSFHgSLZACQMgCXGQKfdwS3DgG1MQCnGAKHVAGhewyMGwKWQAOdPgC2GQKPCAGHVgOSQQGuXAOkTwKLFwGwagCZOQCFRgCdawCjPACTAwOiBgOxKQAIBpZ8B4ZKBp95DYhxA71iAKJTBpx2BIYqBbEHB7FiBIEQB75nA6hAAIECB60nBLhuA5RlA5MgBYw4AJdvAKkxBq0MApMDBqJeAMBlALtYAYVYA6pVA5xMAIVdAIJoDqJPArcKA54jCJt2ALYnA6duAY8JEaNjB7twA6VfBq0EBKAfAo9ADJ4hAIJyA40NAodiBKVCCZMjBSkQn1gBtxkAtwQBgRUBk1EBig0FnScCnE4ChAgBjikFiTUAsVAAgSQAki8BnBcCjXgBiTYOkFcGhFYEiAIAFASbBAKDFwGYdQSdCAWlWwKILQmPEgSBKQyVGgKVAwE1BJkPAFMEg0oBgSYBjVgBiA0Ajx4JUgWMIACECgCXBQWZaACbVQynHgCjAwGWWQCdCgCYUAWCOQmvZQqBdw6lUAGKTgCOAQKEeQEuAoM4AJVXA4tGAKBYAahrAJBgAZBhBZJiAI8QADkDHAWEewWtAQCWfAGGVgGPJQGHDwEAAINTBINoAXYIiAwGoGwDu3UCmyoAi3sghG8EujQExHkClT4QhR4Bl0EBqzQJjDcBnwoGvHcBqXAHqkkHml4Ojw8AsQgCtC0AsCoMlwMLkFwEpRUAjyQAkU4HinUDiiEAkUIAnAkSsCgAmTsEgwEAjEkKk3gBh0MEoFkQhRgBuFYFngcBnhQCtgsCkR4BlUUAtmwIHgGTOwCOYQGIIAFgAok2BYZKAbJDAKNeAKELBowgB5cWAYN1A41hBItFAINXBbYyBqxBAZZFBpYmAIZWAaN2AIlRAbcDBoVwAmcDwSYAuBMBpwICkx8AiREAlRYAlBICgQgAuw8CjigJgTkBiiQDk0YAj14CpBUBl0MBh1YAgyAAjw4Bj2MJl3IHk1IEiwsAkAcAm04ChkIAuh8BhHUBhHQAj1oAj2gBizAArxUAoWwClQEAiT0AkgoAo1QBgR8BpSUErBgAmUkAljMBpzQAnSEGjUIJlFwBlQ0BoGkAuQIAnBkAhHoBjmkAhDgAkQMBmQQBQwCBDwKOGACMKgCwbQSDYQ6GBwOBBACIIAOMSAGPAwGgRgydcwOzGgGvIQCSeQGzXAGtIQGGPQGUeACfbgGECwWRAgGjeQKFMAOEXQOEJQGBCAaYaAO0EQSNLASXDgOiIwGyTAGyeQO+YgGDYwCBMwKVZQcRCIYoCZZNApYHDLM+A40XAqgZAaMMAJYIA5wnA3sBegCCJAGKPAKRQwCRQgOHMgCFDQCrbQCiSAOYeQCnJgGBDAyqSwSETQKlagGIHAGlfwCKUgSFFwGlUACESgCmQQSrPgKxXwC3egOvAQSdcgCHVQSWRgC4TQGCJwGIUwSIUgaIUwC0DgKEaACGQgKgVQADAY1mC5ELB5sXBaUWBZkMAFAAv1sBrj4Co1cAqzgCqT0AoywAhkADt2MCmHwBnTgFiAEEiCsBlloAikYCuS0AijUBunAGrBkNhiMBhl4BqgAFoUMBlmEDoV4MGwuFaQWIZgCQQgBHAKIdAYUXAY9eFJADBhsJk2gBpEMDrEIDlEMKpCICiikEpBECkEADiigBiHgFrgsCihIAiGwHmjYBr18Aw3YGvxEBggsCv1oag0MLhREEpysClmIAkycCgnIBjTABhkAHkxQDv3kEnWwAkk8BonAAnAcBozIBtiUAlWYChiMGhCADewGjCAOZLwOGYQGLNgKCTwKLUwOpcACnfwGVORK2ZgGjIwiudA26bQCMQgGfUAGPQwOTOAyKXg2PYQWRawGUBQKHOgSlQA2tJwSIRQCjYAuPAgWjBwyBFQaFRgaJTACRDwKQFQKMZAesLAC3UwKEXhezbAOmPwCLIwWZYACKbAGIVgOvNQOEKgCeEgCjGwOXdg6CEQ+BFRKbOgCCPACDeASqQwWtNAGBFRC2Owmebg2TQg2pHQCOCwKjYgyMPwSQawWpGASiRQCUTACEOQKFTwWOHguoaQOXZAGGBBKLZwScXgOYDwSGNQCnDgK0BwGSYheECwOPGQKGOgWJRwWWLAWkAAwAB5QRE5clABYAhxgNjCQDhmEBAACSMQesVAaLWQWJHgCCOAKCOQCyGQDCDACIMQCYEQGHJQSBEAKibASMXwypTwSGTAGHSwu7YACRVQCZdQGRWhSEaQChQAKodQOOPQKDKwGYfAWFAgOhdwC7YAC3RwCUAgCEeQeDSQCNdwCwTAW2FQC1OgKfUQIABpkCBIhwAYVzAJIVAZJAEYkrBJk0BKd7Ap8pArJeAYdSBotpApAWAYgtAIVoAappAq5KAIwdDUYCiCgEkW8Ai0oDqXMAjRUAhBIBOAAqBY96Aqd4A4slAIk9CIZRCYNRAIo+Bl4BnAQEnwUDnQYBu2kCSgCCTwKtfAGGPgGsFwKqTgOODQmNRgCBKAGEVwKsUQYODgYAohwKoVkJr3IAr3MBhTwCpD4An2kLgjYBo04Dn2cBlSsArGIChU4BqBcEk0wCoF0BinYGiAcCshIAhgwEuy0PxAwBpDUHgi0Bk1ACjFIBq0MFhzYFmU4Ao0ULj1AMoQICslUBhSUAqRgAj20BihEAkgsAtWQAgkYBsikBrRYJsFkLlwIBgUEGiRYHgTwJpwcDsCwDgSMEmjkAjCsBkmYCmxYCtQcDglYLrDIDlEkCki4DgRYHgSYAkxwCrTMBmWwAjSQBg0sImDkNgx0Dkm8EjwodmBQKg1wLrF0CixEFxRYClV8Aj18RmXQAqhEAigYDiy8Ipl4Ag30SoFMDqSQHp3kGg1QPhS4FVQiHfQKDYgGdcgCBZQaSCQWVHgGFMwahFwIAAKkWALZBBZ9CBJFqC5B4C7d5B44sAJlaALMBBo1sE4sVAoQyAYFQAaswAY9pAJ8CAJlVAJweAIIFBLpDAkIDlnwChWkAlhUAsDQArTkAkSwEhUoAiHEAhjIIkVgAhgIBgwQApx0AjjwCg3ABjTYDkHMAnyMHs3AAjgYAjksAsGUAkyAJk3MNg0wCh2wAtEIDuVUBpBIBgSQDkE8CoCIAoXsAmw8CsQoCr1UFhDwOq3wAkW0DnWsIsSQDpBsBpGgJlAsAi0IDq00AkXwBpk4AaQKnNwGHUwCzVAGOBwCdZwCCBgeoYAKyMwCQcgqCbgGjMgGiXwKYfACsFwGucgCkMQGREgSYDgCVfQKVPQKYIgScRQatAA2FPwCRdQqDTgWSSwGgbgCMcgCZcwGGMgGSHAepKwKiHACURQGNRgWjSQWpeACJZQKZPQGCYgKFQwCUZgqMFgFOAJgNCIskAohZB4EqAKMYAMF5AYEhArFGCI09AqJrBbQiCZdvApFSA4oTAohbAZkIAqsFAIEugRmLLAGnaAG+exGiPAOfXQONUACteBSMIQCuewK2VAGkVQGGAgKKSQGrIAGsUwuDeQKEFwGbcgGkUwGUQAWRNQWLVAORJAWZYwOXEgCPDgiZYAW1QQCQLwOpFAOBdwOGAQSLLgEAAZ4tA5I4AYUJAKlqCZVzAIpiAKEDB6QUAZV9BJdqCLpjAqd6A4QzAJlTAYwBAap6AKUtAoJtAqcCA6M7BIcjAZEAAJZoFKEnBaQWAohdBpgeAbohA4goAoQeA3YLjj4Bg3EBoEYDpl8QhWkAq0IBm1UAinwDjCYFgzgAqUUAnEIEeACMLwCFQwCXcgGHFQGbMQCHWQmwWgSHBAHBNwOEAACyGAKbNwOYPwCURASOAwGDBwCmdgGZCAWGTwiTNQCIbAedPQGmOAumOQCWTwK+dAKEGAKWcwCPFQuYEQKHXAO5LgS7cQSrOAKMPgCGdQCGdACvSwGlag2QAwGpLwCDPAeeUAVnAZwqA4IaCYcHBJ1XDIoIAoFZBaIpAKgOD4lvAJQ9BKlaBIphAKdzBq4IAJcHAIVGBJ9MAKcNB5RbAZNgBJF1CpVKAYcpAI9eApt/ArEIBIdUCqA7AZ0iBI4zAqFpALoEALpvAIJsAY0oA4p+Bo0sCqRzBqFGA4xTAYVCAYcOAJ1rAZx2AoxsBYVNAIYEBbArAKpqALADAaVUBqVVAZ8yAKBYAcANAZdmAIJVBIFYCJtEAJc7AYx9AKAYAbQPCMBCAKpHAEcIpkAApnUArEABpAsGhGEEjEoBjEIRhVwKiwMBk0gHwQcAjlYBjlcAnRwDiWIBkyoFlVEMhWQBhFQAp28Diz4GhmIAjBMCqF4BmVkFmysAwjwCuxECkUIApBwAllEAhB0BoGoBrT0Dny4AiysAokkBslIApncAj04BinQRgyEAhC8BlkoAgyEBpW8DlRcCwBQAuFsBpwADiFkAoREArEoJiRELozsAvCACimcAoFsAgngAmDMAlF4DgTcNfhCbIgKcDwOFdAGIFAKkQgCXIwCjMQGfIACDcwaEOwagAgGHNQCISgSUOwFZAJcmILdjA7MKA48/DZ8lAJ4QA5NzB5hvAaAKBYVkA5lcBqkNAIoKAJE5EUgDpn4DtFcDingAiQ0BfgaDGwKzTgUSDKALAZAZA7t8AMApAI0sAIkyAYlKBIwaA48VBZoUAK8TBYF6AYRoAKteAJMjGo8eAqhBBLNaBplnBJ5JC5kcDYlAA7BBBb8wAbIjAp5CBJd0AJNtAopdBZ0fBK1aFZRXA4FQBI4jAogABIU9EKhSBYljApBPAJMoAoscAKNXAYwvAadQAZ0xAowSAahzAaEwA4ZTCIR+EYdxAYlvBZJCB5EXFIJ0AX8Ahh4ClhYAkjcBjjgDmhsCp2oBiGMBinAGmwkAjS4BiVgNiDABkzEBoDEBjAgFonAEtC0EpG4FmBwJoTEEmh8AtXAAqFMCinQWiWcCSQeYCgGsSwKvAAaRJQqaSgGMegCpXQCGXgSFRwCoOgmSfQavDweqdgOgZwCVAgCMVgWFMQabUwCYaAaaDQCXRAONVQCJOgyPUgKeYwChegOubwKiXgOXYwCPYAKIXAuCSQCOAQKGOBKQLREjDrV8AYMTA75vALcGBYkWALIBAZpGAJkYB4JcEYIrEK8PAYFqBpcoD6lDAK8SBIgyHaAlA5BzCLowBJxjAYwgA653BLsGCIoBEJMzAZZmAaE5AIoOBIUAD41+AZs5AYUVMZVBBqJaAaIiB5ktBpRUAZ47C6FcAZFZAYktCZovCp5CEZkbAq8iELcjBoIECa5oG6YlC4gGAoseApF0BoYEAZQRAo5bBoM8GZN/AqcQAKZBDYptBKsqBJxvBK98BY0BBYwgAJsBBJtQAKBFA6JHAaQwAYgIAY9cA4c2ALwZAKZUBJIuAqMnBINcAZYNBLEuCZAZAJdRBZQzAoxGAbNMBLQ5A5VwAJVkBrIvDLtUCLwFDKwMAKBpDIIqBJYCAIRYA6UnApEyAJcsAZN3AYojBokKCoIYBI8hBKUwCZoxCJhVAb80AKZ/BJMgAJRTC5JIBJQSC5ttAZElAo1mBZ1fAqRKGpxxBIVKBYQ8B480DIQ5AYt6AZ4bAo0uAKVwA7w3A4VQA4swAo8mCqA/B4osAK9wB7QDB4hjAo5MAokDEYVLEMF8EKRJA51AB5RbAYxuAJkNBJYPAZ9aAaB0AYYzBIgsAkwAiVkAszkCnw4BhH8Bg00DnWEBiCAEjBoCh1wDoywCoiEBoC8DtzQAgWkUmH8Dl2wAixQFjjMClFEBizgBhVkAhXoChRECAAObAwCpegGVSgCCbQCCXwCkSQGBKAObGguETQGwFQSxMgCIBQWQRwGfRAKQYwWGaQGGRQCbSwGRIACTOACkFwCcCgGlJgGmbQWCLAGcEwaVegKSUgFDAIZyAoVcAZdpApYvA640AYlLAYpcAqwvA4FCBJwiAI0gBJcLBJcoAIdQAo5zALJhAaw+AII+ApcuBKJxAJw8AIxnAY0pA5tvAYoKAJAQAIdMAZ4dCYdcASQDqnYBoFUAiQUBlDkAq0AArQ0BmxACjUwHlUUCnG4An3sGih0FgUYHu3wHjk0EkFwAvHEImR4BlzcBjQ4JlT8Fl14Ciz4AhxIDqx0CwTwFnAECmn0JixQFiQQBlwoAklECklADJ4Ecs0kHXQHBHgS3NwGDXwG2KgGXAQiGKQSVXwaQDgimWgCcAQ2YCACdFweXWAenIwF+EKpIAIt7AZkPAJZEAKs/BJYyAKkgAIV5AIERALgPALNAAogJAJE1Ao5KAKYTAbceAKt1AIcPAo50AJ5wAIt3AZkDAKtUAKYzAIldAJ4QAJZ8ApZBAK9PAbFMBoVmAZtZBopfAYtSAYECAYVxAascAK8xAKYQAZ9HA506AqpRBoNyBokgAJJtAJYmBpkOAIUsAY5tAIh+AYIGApkLBZESAo99TZEGAZR7BKYIBI0RAq0NAJFgApAFDbBeBI53DogyCYdyBGMKhn8Gmi0DnEgHhygEpxUAoFYCt18LvnQBvGkDr0ABklMEmUMGiwwDgz0WnUoEnksArVYNt1kLsmgFh28Eh24Mh28BhlQCsTsAimQAqnwAi1AOh2sFiiUAh3QTgi4Bs2cKrCwFgx8ChCwCj28ckycAkS4Am3cTPwmwVgCTJQCcTwA/BLpwDJshC5ACDIRCArt5AqM6BJxrAYl2A6AYCIlGAKcdAIYEAJU/BYtGAK1KAIoMALNDAKZGBqoZAIkIAYENAIYFBKYGA4IbBJQDAIgdAQACmGIAizUEmlIAlT0DhhwDh2YAsy8OoBABoD0CiSY4lBgAnxcGiXgCsDIBpj0EhAoBhAsAnmoAjQkAnxkPn3gChyMIhBgCnw0CjXQRlnEDsU4AmxMBoRwClSEBn3cEkzABm1gDiXoCgnAAnWEAmnMAhx4BuTYAn1EBnFACgzkBn2kBniIAglUAtEMChVgAiTkBiiABoyQAjRQCoBcAjgcAkCgAk3gAgTwAnCcAiW8Kql4ChHkAgWQCrncCpjQDkXgBk2MCnwsAk0gEiUACgXoAgU8Bk3wAugMBu0wAhFIBuEsAgTEAoFIDghsCiU8AlEEArjoBjk8Ai1MBnT0FrmQDgmoAg0wAqgkCqGYCcQGDZgCaawGOEgGbfQCPBwG+RgCWOQCWTQCuRgCgSwCjUAKWbQCbSwGFXASKHwGfLgOESwOVWwiwEAC5BQKMdgGjVgGeQwSbVwC9GAC2YQOYcgKQdAiFeQikVxOIIgKHGwaSRASUXwelSgedfwSXMA+XCAKGZAOmfw2NHwWlDgSnVRahOgCGGACIJACLcwCXewCdagMAD4UoBqZdAIVrAZMYCKRWAYFzAKdFDoU6AZl+AYExAYcfBJQLCZt6Do1LAII0AYpAAIhaAaxbAoZZAI47CqQUBpMQAYwHAY5TAIwdAKNkAJA9AJYxAIMGAIdxBZY0AJI+A5kJAKJmBYhNA4UkAo5VCo4GF6sVAotLALxEAKFxBJAYBqRhFYdMBZhYBIkiALENBIEAA8BwDb99A6QoAoRWA5UDAY9NAJsCAJBwGYVrAo1iAa1DC5EUAZMcApBJAY0xA60kFpkdAqBzAJhwAYEmEpFaAo9wAqlNEYRIBaFuDb4BA1cHjxwLqnoHAAGKawOOPQCWLwCnLgCpFwCnfgGnfwGBCwGLcAKJOgKZbwCzQBiQEQGYHwCKLwGHWAaXMAaYcRKhPAaqbwa6ZgGIFw2xcwenTgGJbwOabgiHcAPBaQTCSACMdwKIQRKFVg2CewyGfQKnAQKNVBGmOA2OJhORFwyVfQWTHgmHYAKDTAuHexavTyGyLAEdgXeHWQiadQKJXAWgMAG9eQOrSAOsaQCVTAOVBwp5AME+AKlHAo9RBIZ4A5d8CQ4AgmEKDgKgNAmDVwC5SwC2QgW4cQS0BAChLzmBagSfQgiFGAOVPwOSCQidAgOQGwCZBAGDJgGmLwaIeQCCJgCSHQK/cAqBUQCBegCiLwCDOACWXAKNSQCLOgCDVwWbfQWVaAKJaAGlQwCEYwC0MgCveQSUNAeFCgCZLwOFJwCVFAGkBADBTwWBNwCoZAKGHQCcRwGrBgCDIwaeCwawFgaVCwWdGwOpGASJZwCLBwKGcACHIwCTPgCzFQG4EgGGbQCGNwCGNwCIDgaDIACSaQKCLAGXTgCLYQWdUwCHXQaUTASJTQCFBAGQagObJQBeAYVAAZtgBJBDBZFUAIQGCYR5AYoXApVpApVAAoo3AaM0CKtZCIdCAYwtBodyA5soBKQXAZVSA5UHCKoWBIcBBQABmAEChUEAgXkGrlgDk3cGlhIClhMCm0kQsD4BnwMBnzsQgigHhnMChnIBt2wYhVEEjTcHlHgItBkWoDgCjSUEixIDlnIAgXYAgSUAj1EAr2EBvhwAn0cBUwGJSAGKSwOHTgCBFgCSWQCJMQOxMACuUxSCJwK1KAe/SQC6YgGiaQqWHQWuKgCONwBrBRQDhx4BhiIDoFcGsmIBv1kDrUoDkFw4gj0GozMBoQISgh4CAxOkfQCDMwKLMAGCbQCWLwqyUgCPIQCWYwSXQgeRYwCjPACcVwScaQW7YgCcLwGILAOJfAKUCwSCNgWLQAGZNweTDRyNKAOKFQFhALAcAJk5A5RfAJ96AYELApkkPqBZAqBYA4FTB6c5AqoYA7BzAJM+AJosAoMZAUUAmjkEjEIHmDkOnxQAqksAg1EChz0DmigDowYBoF0NpUIDs2MNp0YBmiEGgm8QpkoRvRcEi3AFrUAAmy0IjFcCrF4BuH0HvmoHv1UBu3oCvnUAoxYDlTgCrHUChRUDungAtWU9ij0PvRgaoDkAmGQDtXEMom4IkEUril4MkFMCrTYGkwcKoyUEggUAviIArTsAbACEJQmYZASZXQWTPhSVUx6hegKNTA2bNQueCQKYKBqMWQyoDA21OwOBHyS3fAKXFQGLFwKnVA+EGAycPQiVWQuRUwGXDg2GFYENogoBmhsBkm0JkhYAhTUBkwoSgwMRh1AKhnMBDxKfWhXBbwuhQAKfRwCQRgqFNAWUeDaafwWQUgSbWg+9BRKDMBq0bgWKVACZJwCdFx+UbAOWc1aCBAOwfAOaAQGWcxKGMQCGMAOBHQWNFgGKHQWBHg6MDQCMMAWBJQK0GASBGwmnPQCOYQK3UALEVwOSdgKIdQCvPgGJOwmmJwuJVhKSbgCQGwWaagSuYQyZRhqCaQ6YLACDCQIAA4wIDItLAaEDBY54Aph8AZF9CoFTFZM3AoYoBJY/BoZAmGesVRsiAwAXDgMACgABAAYAAwADABcEBQQVFAMAFxAUDgIAAwADAAgAAQAMBAUEAQAGBgwIAwABAAgEAQAGAAMAAwAIAA4IAwAKBAEABgADAAMACAABAAwEDg4MCAMAEwQSAAwEAwAKBAgAAwADABcEAgALCAEABgAfBAUECAQGBAUGAwABAA4KBgQDABsOMwYDABcOCwACAAEABgADAAMAEAQCAB8EAQABAAoEEAooCAYAAwADAAwEBgAfBAMACgYIBAcAFwgDAAsEBwADAAMAEwQfBAEAAQABAAgGAQADACIEAwAKBAEACgYUFgYGAwAXDgMABwAEACoIFxQDABcOAwAPCAMAAwAbBAMAAQAIBAEACgYDAAsAIwADAAMACgQMBAMACAABAAEACgQOCAEABgATAAcAGwADAAMAGwgMBAoEDgoGBAEAAwADABcEAwABAAgEAQAEAAUGFhoEBAMAEwo7Bg4MAQABAAIABQQDABMKAwADABMEAwAbBAUEAQAGBAEAAQABAAIAAwADABMAEwAHAAMAAwAKBAgAHwQDAAoEAQAGABMABwAUAAYAAwADAAgAAQABAAYAAwADAAcABAAKBAUECAQBAAYAHwQbFAMAFxADAE8OAwAXFAMAEwoTACcEAwAMAAYABwATABsAAwA3BAMADAQiABsAAwADAAwEJgQOCAgAAwADABMEAwADAAoEAQAKBAMAFxQDABcODgABACYEAwAKBAwKAwAKBAEACgQDABMKAwAMAAEADAQDAAoEAQAGAAMAEAAaAAcAAwADAAoEAQAGAAMAAwAIAAEAAQAKBAMACgQBAAYAEwAHAB8EAwAHAAIAAQAKBAMACgQBAAoEAwAKBCgMAwAKBAEACgQODgUEBgYDABsQDAAmBAMAAQAIBAwKAwAXDgMADgYEACMIAQAIBAEABgADADMEAwADAAgAAQABAAYAAwADAAgAAQAMBg4MAQADAAYEAwAIAAEACAAbAAMAAwATAAMAAwAHAAIACAADAAMABwACACgEAgAAAAEADAoBABUYAQADAAYEAwAQCgYEDAAqBAUECAQMCBsSAwAIAAcGAgADABsGAwAKBAEABgADAA8ABwATAAsEAwATBAMAGwQODAEABgQHAAsABwAfBAMADAAGAAMAAwAHAAIAAQAKBAMACgQoBAMAAQAIBAwKAwABABUQAwAjDisECwQLBhQAQhIDAAwEPgAbABQACgQDAAcAAgABAFoAFAAGAAMAAwAzCAMACgQBAB8aBgQDABcOAwAKBAEABgADAAMABwAEACAcBQQDABcOAwATCgMAAwAMAAoGAwABAAgEAQADAAYEAwAMAAYAAwADAAcACwQDAAMACgQMBAMACgQBAAoEDggBAAEABAQTAAsEAwAHAAQACgQDAAoEAQAOBAcAAgABAAoEDggBACYEDgoBAAQACQgXDgMAKAgmBAMAAQARCAMAAwAzABsEBQQKBAoEDwAHABMABwADAAMAEwQfBAMADAQGABMABwAbAAMALAAKBAMAAQAEAAwEAwADAAcADwQDAAoEAQAmJAMAFw4DAAIABwQBAAMABgQDAAgAIh4BAAUEAwAKBAEACgYDABcYAwAXDAcGBgYBAAEACAQDABcOCwACAAEACgQDAAoEAQAKBAMACgQBAAoEDgoBAAoEAwAXDAMADAQKBAMACgQBAAoEAwAKBAEAAQAIBAMABQAEBAwQAwAHAAIADAQVFAUEBQYVEAMAFw4BAAEABwAEAAYAAwADABcEAwABAAgEDAgDAAoEAQAGAAMAAwATCB8EAwABAAgEEAwIAAEAAQAGABsEAwADAAoEAQAKBBAACgQOCgEABgATAAcAHwQDAAoECAADAAMABwAPBAMACgQBACYEBQQIBAwMAQABAAIAFA4DABMKAwAQACYEAwATChQABgATACcEAwAKBAEAAQAMBAsABwATAAcAAwADACgECgQDAAwEBgA3BBsAGwAPAAIAAQAmBAMAFw4BAAEAFxADABMKAwABAAEABwAEACYEAwAXDgMACgQBAAYAAwAPAAcAAwAQAAoEAwAKBAEABgADAAMADAAiAAMAAwAKBAEABgAPAA8EAwAKBAEABgATAAcAAwAXAAMAAwAKBAEABgADAAMABwAEAAoEAwAKBAEAJgQOCgEACgQDAAoEAQAKBAMAKA4mBBsSAwAKBAEABgADAAMAEwofBAMACgQBAAoEAwAHAAQABgAUAAYABwATAB8EAwAKBAEABgADAAMADAAGABQACgQDAAoEAQAGAAMAAwAHAA8EAwAMBCYEAwAKBAEACgQbEgMAEwoUACYEAwABABUOAwAKBAEABgADAA8ABwADABsEAwAKBAEABAABAAMAFwAbAAMADgABAAYAHwQDAAoEAQAGABMABwAfBAMADAQGAAMAAwAHAAQACgQFBAgECAADAAMAFwgDAAoEAQAKBgMAAQAOCgYEAwBPEgMAFw4DAAoEAQAGAAMAAwATCAcACAABAAwEAwAKBAEABgAUACIAAwAXAAMAAwAIAAEADAQFBAgEAQAGABQAIgADAAMABwACAAgAAwADAAcAAgABAAYAAwADAAoEKAQDAAoEAQAKBAMABAAFBAEACgQDABMKFAAmBAMAAQAIBAEACgQDAAoEAQAKBAMAEwoDAAMACAAOBAMABAAFBAEAAwAGBAMACgABAAoEDgABAAoEAwAIAAEAAQAGAAMAAwAIAAEADAQDAAQAAgACAAEABgADAAMABwAEAAoEAwAMAAoEAwAKBAEACgQDAAcAAgABAAoEDgwBAAMAAgADAAMADAQKBAMACgQBAEEnrBjIfhUYHSosRggKGx4MDA4SGyYSGAEABgQBABAUCAoBADVQAQAZKBsgAQBRgQI3VgEALEoICgEABgYDAAUGCAobIkR2DhQdKkRyAQAKDgEAQQKvys5EAQBBGLBJzywBAAEACAgBADVaAQAKDA4OBQABABMYQ3AGBggIGyJKcAgKAQBRgQobKgEAGSIBAEElsqLSeAEABgYlPAgKAQAGCAMADgobHkR6BQQICAEAAQAEBBIYSnYBAAYGAQABAAEATYEEN14BAFGBEAEALEIICgEANVgbIhsiSoEGCAgbIkEwtzraNjdYAQAZJBseHSw1XBsiAQAZJBsqGygBAFGBDgEAGSgBABkkAQBTgRIZJAEAGSQBADVWAQAMEAwKAQAFBBMYSnwICgEAGSAfKiM+BgYICgEAUYEQAQAZKAwQDg4BAAUGExxBD7wB4XgICgMAAQAVEAEAGSJKeggKAQAZIBsmKD4OFAEAQQ29kuQlAQAGBmiBNBkkLlIICgEAEBIIChsicYFCGShBAb/g6BVBI8Ci6UkBAAkMDw4bIhskAQAsPggICAgSGBskKDwFBggKAQBRfhsoAQAZIgEAAQABAAIASngBABsqGSIBADVYAQAGCAIAdoFCb4FCQUzE+fA1QGQBAA4QCggIBhIYGyIBAAUGIzQQCgEAAQASGAEACgwFBiQoFBgGBAEAAQAXIB0qGSQBABkkAQAZIAEAUXYBABkkAQABABQcAgABADVACAYFBAMACAobIg4QAQA5XggKAQAZIgEASHYICgEAGSIBADVYAQA1UAEAUYEON1gBACxMCAoBAAYEBQQBAAoMGyRTgQ5vgUQBAAEAQSDL6Pp1RG4BAAoOGyIOEgEAQnIbJAEAN2IZJAEAUYEOAQA1WAEAUYEOAQA1UgEANVgBABkkAQAZJFOBDBskAQAZJjdaAQBBEs/ygYE9AQBRgQgBAG2BNgEAGSIbJEqBAggKGyQBAFGBCgEABghMgQw1WgEAQQ7SwYGGEAgKN1YBAAoMBQYIChsiU4EQGyQBADVUGygBAEEh1G6BiGkSGAgKAQBvgUQZJjdgAQAZIgEAGSRKgQIICgEAGSQBABkkN1IBABsoGywZJgEAGSgdKlGBAAEAGygMEAwMAQA1TgEAUQ35AKAUhm20XLgTxS7ABYFGVgGDXYZMg2SDNUEI+RStKAyVcwAGCygAgSwZTAAaBhZRG/laoV6CbZl+mXtoMwiVRo1Ok3ODS6hGpg86pwKfT4Mzmmaac4F0iAaIO4IfmjaFUJo5gwZBKfl+olcChDEAhDgABAIKBhIAhF8CAAMAAoRuAAMIEgCFAQAEAIR8AwoAhQkEhRIAAgQMB4UNAIVsBQ4CGgCGFQCGFgIIAAIAAgCGKQyGRAAUAAIAAgOGXwCGagACAAIDDAICCBZBB/mesi8CjzcXhSAFBAaFBBSIdwSGGkEC+a68ZxaDGFES+fqpZ5Fsi3dOmFmjaIMOpUusVq0ZJIESsj6maah4wG+BKoJUQQj6LqJDAIE0igzEXSEAgQOBIACCRAGDKQCCYmEBACBeAWGEdQCyAYZLhV0Qg1cBBoNoBxCDbwEGhABGBYd8AB+IAwAZiCS3QwFtAwFyAgF0AgGBdQMBaQsBgQtNA4ZPgU4BhW0GA4VxAQmDTQYJg0MWAYErAQGBLYESAYFAAgGBNjcBgQYcAYE8AgGBOoNYDoVdBQ6GOxkZhiEaGYVDNAGELwEBhDEDAYQzAQGENQIBhDcCAYQ5AgGEOwIBhD0CAYQ/AQGEQQEHhENZAYFpKgGBZoEOAYFeBwGBfZMVAmUFCXgCAXYrUoZTDVWHJjoygmYBKYMZcRuGBUQbhSeCBASEcwMBhGQAAoUGAAKEYAAEhH4AAoRLAQmEVQADhFEAAYRnAAOFDwAChQsACYRpAAWEeAABhQTndAGaeNkZAZtHry0BiD4FA4hBBQeIRQEEiE0OAYhUAQKIVgYBiFk2AYhiBQGIZQcBiGgBA4hqAgOIbg8BiHQBAoh2BgKIeQQBiH0HAYh/AQKJASIBiQoFAYkNBgKJEQMBiRUFAYkXDgGJHB4BiSQGAYkmDgGJKiYBiTMFA4k2BAKJOgMBiT4FAYlAEgGJRCIBiUgOAYlMJgGJUgYBiVYGAYlYJgGJXQUBiWAHAYljAwGJZgUCiWkNAYlvAQKJcQYBiXUOAYl5AQKJewYBiX42AooBDQGKBgECiggGAYoLLQGKFCMBihgOAYodAwKKIAQBiiMSAYomBgGKKCoBii4mAYoyDQKKNgMBijoZAYo+BgGKQA4BikQaAYpKJgGKTQ0CilMmAYpZDgGKXQoCimEEA4plBQGKaQEEimsDAopxDgGKdgECingGAYp7NgGLAQEBiwMFAYsGBAGLCAECiwoFAosNDgGLEgECixQGAYsXDgGLGwIBix0iAYsiDgGLJwgCiytHAYs0CgGLNxoBiz4FAYtBBwGLQ1IBi00KAYtPDgGLUgoBi1UGAotYBQGLWwMBi14hAYtkDgGLaQoCi24EBItyAwKLdwEEi3oEAYwADgGMBAECjAY+AowKBAGMDgEBjBAEAYwSCgGMGA4BjBwBAoweGgGMJCIBjCgFAYwrBwGML1IBjD0mAYxBDgGMRXoBjFgFAYxbBwGMXiYBjGMFAYxmBwGMaAEDjGoFAYxuDgGMcgECjHQFAox3DgGMfAECjH4+AY0BCAGNBQQBjQcBAo0JBQKNDA4BjREBAo0TPgGNGIEKAY0iDQGNJlMBjS0mAY0wBQGNMwcBjTUaAY07GgGNQAoBjUQOAY1IAQONSgMDjU4OAY1UAQKNVgYBjVk2AY1eDgGNYgIBjWUFAo1nDgGNbAoBjXAOAY10AQKNdiIBjX0OAY4BUgGODCYBjhYOAY4aQgGOIRoBjigOAY4sCgGOMA4BjjQDAY43AgGOOR0BjjsOAY4/CgGOQwQEjkYFAY5LAwGOTgQCjlEOAY5WAQOOWAUBjlw2AY5gDgGOZQMBjmgEAo5qDgGObwECjnEGAY50EQKOeCIBjn0BAY5/CwGPAx4BjwlaAo8WBAOPGgUBjx4JAY8jgScBjzcOAY89AQKPPwYEj0QCBI9JBAGPTgoBj1MOAY9XAQKPWQYBj102AY9hBQGPZAcBj2cDAY9qBQGPbAUBj28HAY9xAQKPcwYBj3YRAo97IgKQAQ0BkAZCAZAPDgGQEyYBkBcFA5AaBQGQHgcBkCI5AZAoNgGQMw4BkDcmAZA6DgGQPwMCkEIEAZBFDgGQSgECkEwFApBPDgGQVAECkFYGAZBZNgGQXAUBkF8KApBiIgGQZw4BkGkBApBrIgGQbg4BkHJ6AZB4gRoBkQQmAZEGDgGRCgoBkQ4BAZEQAgOREgUBkRYBApEYBgGRHA4BkSABApEiBgGRJQ4BkSkmBJEyAgGRNwEBkTkEAZE7AQKRPQYBkUEOAZFFAQKRRwYBkUoOAZFOAQKRUCICkVcNAZFdCgGRYi0BkWsXAZFwCgGRcw4BkXcKAZF7BQGRfgcBkgAHAZIFHQGSCRoBkg8OAZITCgGSFxoBkh0GAZIgBgGSIiYBkiYFAZIpBgKSKwoBkjEBAZIzCwGSNgIBkjgFApI6DgGSPwIBkkE+AZJEDgGSSQIBkktaAZJRBQGSVAcBklcKAZJaRgGSYyYBkmYOAZJqegGScw4BknkmAZJ/DgGTAwoBkwcCApMJAQKTDAQCkw8BApMSAwGTFQEBkxcOAZMbAQKTHQYBkyAOAZMlCQGTKhsBky8CAZMxAQOTMwUGkzcFAZNADgGTRAoCk0gHAZNNBAOTTwABk1MDA5NVDwGTWwEBk10HAZNfBgKTYgQCk2YKAZNsDgGTcAECk3IGAZN1GgGTew4Bk38KAZQDDgGUBwoBlAsGApQOBQGUEQoBlBUOAZQZAgGUGwYBlB0OAZQhCgGUJA4BlCgKAZQsDgGUMAoBlDUOAZQ6AweUPRsBlEkGApRMBAKUTwEDlFIFAZRXBAKUWgcBlF4BA5RgBQGUZA4BlGgBApRqBgGUbTYBlHcOAZR8AwGUfwUBlQEOAZUFGgGVDAIBlQ4iAZURDgGVFgMClRkDApUcLgGVJBYBlSkKAZUtGgGVMQYClTQFAZU3QgGVPg4BlUImAZVJDgGVTSYBlVEFAZVUBwGVVwMBlVoCAZVcAQGVXg4BlWQBApVmBgGVaQ4BlW0BApVvPgGVdQ4BlXkBApV7WgGWAg4BlgYKAZYLRgGWFCYBlhcOAZYbHgGWH4ESAZYnDgGWKwMBli0EApYvDgGWNQEDljcFAZY7DgGWPwEClkE+AZZKDgGWTgECllAGAZZTDgGWV0IBlmEOAZZlUgGWcCYBlnYOAZZ6UgGXBSYBlw4OAZcSJgGXFgUClxkGAZccCgGXIA4BlyQKAZcoDgGXLAECly4GAZcxNgGXNAUBlzcHAZc5AQKXOwYBlz4OAZdCGgGXSQECl0siAZdPDgGXUwoBl1duAZdiDgGXZkIBl3AOAZd0JgGXfA4BmAAmAZgDDgGYBwoBmAsGAZgOBgGYEAECmBIGAZgVDgGYGQECmBs+AZggDgGYJQECmCcGAZgqDgGYLkIBmDcOAZg7egGYSA4BmExCAZhTDgGYVyYBmF8FAZhiBwGYZRoBmGsKAZhtDgGYcQoCmHUNAZh7AQKYfQYBmQEOAZkFAQKZBwYBmQo2AZkMDgGZEAECmRIGAZkVDgGZGRoBmSACAZkiIgGZKA4BmSx6AZk5BQGZPAcBmT+BCgGZUyYBmVYOAZlaCgGZXg4BmWMKAZlnDgGZawECmW0+AZlyDgGZdwoBmXsOAZl/CgGaAw4BmgcBApoJIgGaEA4BmhUKAZoaGgGaIBoBmiU2AZoxNgGaPhoBmkMOAZpHCgGaSxoBmlIEA5pVBgGaWRoBmmEKAZpkDgGaaM5nOoIIASCCRIECAYEPYQVnHgGfc6QnAaAInjUBn0+jDgGgGoG/WwGgXGEyX9gBpFqJHgGlIoMBAaYLrg0BpWqB+AEGohcBAqIeAAWiIgACoioCAaI2AAaiOQABokMCAaMhAAWjJQACoywABaMwAAKjNwABoz0AAqNBAgOjVgABo1sBA6N8AAOkARsCokkAAqJNAAKiUwEBoloDAaJhAQWiZwIBonEBAqJ0AQGidwIBonsAAaJ+AQGjAQUCowcCAqMNAwOjFQECoxwBAqNHAwGjTAABo1AGAaNlBAOjbgACo3MAA6N3BgGkDAQCpBgEAqQgAASkJAECpC1hAnZ9AacBpHUBpnVhA1zvAadonWUCqE2qdwGoDWEBlqcBq3RhAXqpAa9VYQVefAGxLYUKAbEykFcBsTmTUwGxP8cwAbBTYQFhWAG3LWEBlZEBu11hAmZDAb1npHUBvUdhAXG5Ab5xYQsgegHALwEBwDqDcQPCIQIBwikCAcIbBAHCH0wBwh0KAcIsg1oZwUSFOgnBFpECA8AbYQggOQHDJINqAcQPPwHEFAYBxCklAsQXIwHEL4MyBMRXhgIJw2FhASHEAcVAYQEkgwTGUmGJXzAeAchqhGoFyFWB8nIByHUBAch3BATIeQ4ByH8BAskBAQbJBAYFyQwCAckSAQLJFAEJyRcDBckiAQLJKAECySsBEskuAgHJQQEByUMEBMlGBwHJTAQCyU4BAslRAQbJVAYFyVwFAcljAgbJZQYCyW0BAclwAQLJcgECyXUBB8l4AwfKAQIBygkBAcoLBgHKDwgEyhMCAcoYAQLKGgMEyh4GBcolAQLKKwECyi4BB8oxAQHKOQIFyjsCAcpBAQLKQwEGykYGBcpPAQLKVQECylgBB8pbAwfKZAIBymwBAcpuBAPKcAgEynYCAcp7AQLKfQEKywACBcsLARHLEQEHyyMCAcsrAQLLLQEGyzAEB8s4AQLLQAECy0MBEstGAgHLWQEBy1sDBctdBgXLZQEay2sCAcwGAQHMCAQEzAsHAswSBwLMFwMEzBsGAswhAQHMJAIBzCYBAswoAQbMKwYFzDMCBcw5AS7MPwUCzG8BBsxyBgXMegIBzQABCs0CAQHNDQMFzRABAs0WAQLNGQECzRwABs0fAgPNJgEBzSoBGs0sAgHNRwUGzUsIA81UAgXNWAEKzV4CBc1pAhLNbwEFzgIBAs4IAQLOCwEGzg4CAs4VAQXOGAEazh4CAc45AQLOOwEFzj4IBM5GAQbOSwEKzlICBc5dAgHOYwECzmUBBs5oAgHObwEGznEBAs54AQLOewEGzn4CCc8FARrPDwIBzyoHA88vBwLPNQEdzzgCAc9WAQLPWAEGz1sGBc9kBQHPawQEz20OAc91AQLPdwEGz3oGBdACAgHQCAEC0AoBBtANAQPQFAEZ0BgAB9AyBQLQOwQD0D8GBNBEAwHQSQEC0EsBBtBOBgXQVgIB0FwBAtBeAQbQYQIB0GgCAdBqAQLQbAEC0G8BFtByAgHRCQEC0QsDBNEPBgPRFgMC0RoBAtEdAQrRIAEi0SsBAtFOAQLRUQEG0VQEB9FcAgHRZAEC0WYBB9FpBQHRcwAD0XUCAdF5AQHRewIG0X0GBdIGARLSDAEG0h8BGtImAQLSQQEC0kQBBtJHAgnSTgIF0lgBBtJeAgLSZQEF0mgCAdJuAQLScAME0nMHAtJ6AwLSfgEC0wEBEtMEAgHTFwEC0xkDBNMdBgPTJAcB0yoFAtMsCQLTMAMB0zMBAtM1AQbTOAYF00ABNtNGBQHTfgUD1AEIAdQIBAHUCwEC1A0BBtQQBgXUGAEC1B4BAtQhAQrUJAIF1C8BAtQ1ARbUOAIB1E8BAdRRBgLUVQoB1FwBAtReAQLUYQES1GQBAtR3AA/UegEG1QoBAtURAQLVFAEG1RcEB9UfARrVJwIB1UIBAtVEAQbVRwYF1VABEtVWAQbVaQET1XABBdYEAQLWCgEC1g0BB9YQBQXWGgEC1iABAtYjAQbWJgED1i0BBdYxAgHWNwEB1jkEBNY8BgXWQwEG1kkAE9ZQAgHWZAEB1mYCBtZoBwTWcAIB1nUBAtZ3AQbWegYE1wIDAdcHAQLXCQEG1wwGPdcUAgHXUgEC11QEA9dYBgTXXQMB12IBAtdkAQbXZwYF128BEtd1ARLYCAAP2BsCAdgrAQLYLQEL2DABBdg8AQbYQgES2EkBGthcAQLYdwEy2HoCAdktAQLZLwEF2TICA9k4ASHZPAEa2V4BAtl5AQLZfAEG2X8CAtoGASHaCQIB2isBAdotAgbaLwQH2jcBAto/AQLaQgEG2kUCCdpMAQLaVgEC2lkBBtpcBgXaZQIB2msBAtptAQbacAcC2ngEAdp7AQLafQEG2wAGBdsIAgHbDgEN2xADIdsfAgHbQQEC20MBBttGBgTbTgMB21MBAttVAQbbWAYF22ECAdtnAQLbaQEG22wGBdt0AQLbegEL230DB9wKAgHcEgEC3BQBBtwXBgXcIAEC3CYBD9wpARncOQEG3FMBAtxaAQLcXQEG3GAGBdxpAQLcbwEC3HIBB9x1BQXcfwIB3QUBAt0HAQbdCgYB3RMAA90VARLdGQEG3SwBGt0zAgHdTgEC3VABBt1TAQHdWgMF3V0CAd1jAQLdZQEG3WgGBd1xAgHddwEC3XkBBt18BwHeBQIc3gcCAd4kAQLeJgEG3ikGBd4yAgHeOAcE3jsHAd5CBQHeRQEC3kcBBt5KBwTeUgIF3lcBC95dASHeaQIB3wsBAt8NAwTfEQcD3xgDAd8cAQLfHgEG3yEGBd8pAgHfLwEC3zEBCd80BQPfPwEa30MFAt9fAwTfYwYF32oBAt9wAQ7fcwIh4AIBAuAkAQLgJwEH4CoFBeA0AQLgOgEC4D0BB+BAAwfgSQUB4FIEBOBUBgLgWwQC4F8BAuBiAQfgZQMH4G4BGuB2AQLhEQEC4RQBEuEXAQLhKgEC4S0BBuEwAQHhNwEH4TkBAuFBAQLhRAEG4UcBAeFOASPhUAIB4XQBAeF2BATheQoB4gEFAeIDBQPiBQYC4gsBAeIOAgHiEAEC4hIBBuIVBgLiHQEB4iACAeIiAQviJAEl4jACAeJWAQHiWAQE4lsHBOJiAgHiZwEB4mkCBuJrBgXicwIB4nkBAuJ7AQfifgUC4wcBAeMKAQLjDAEW4w8FAuMnAQLjKgAD4y0GBeMzAQLjOQEO4zwBBuNLARLjUgEG42UCAeNsAQLjbgEG43ECCeN4AQLkAgEW5AUCAeQcAQHkHgQE5CAGAuQnBAbkKwEK5DIBBuQ9ARrkRAIB5F8BAuRhAQvkZAEF5HABAuR2AQLkeQEG5HwBAeUDAwXlBgIB5QwBAuUOAQblEQQj5RkCAeU9AQLlPwME5UMIA+VKAgHlTgEC5VADBOVUBgTlWgMB5V8BAuVhAQblZAYF5WwCDeVyASbmAAIB5icBAeYpAgbmKwEB5jIDBeY0ARLmOgIF5k4CDeZUBiHmYwIB5wUBAucHAQbnCgIC5xEBPecUARrnUgET520BBegBAgHoBwEC6AkBBugMAQHoEwMd6BYAO+g0ARPocAEF6QQBAukKAQLpDQEG6RACJekXAgHpPQEC6T8BBulCBgXpSwUB6VIEBOlUBgLpWgEB6V0CAelfAQLpYQEG6WQGBelsAgHpcgEC6XQBBul3BgXqAAEC6gYBAuoJAQbqDAED6hMBBeoXBQHqHQUD6iAGA+olBAHqKgEC6iwBBuovBgXqNwIB6j0BAuo/AQbqQgYF6koBAupQAQLqUwEL6lYBBepiBQLqaQME6m0GAup0AQHqdwIB6nkBAup7AQvqfgEF6woBAusQAQLrEwEG6xYBAesdAgbrHwEC6yYBAuspAQbrLAQH6zQCAes8AQLrPgEG60EGBetKAgHrUAEB61ICButUDRLrYAEG63MCAet6AQLrfAEG638BA+wGAQXsCgIB7BABAuwSAQbsFQYF7B4CBewkAQbsKgEB7DEDBew0AgHsOgEC7DwCBew/BiHsRwIB7GkBAexrAgXsbQcD7HUHAux7AQbsfgIB7QUCBO0HAwHtDAEC7Q4BBu0RAgHtGAIa7RoBIe01AgHtVwEC7VkDBO1dAgHtYgIF7WQBAu1qAQLtbQEy7XABFu4jAgHuOgEB7jwEBO4/AgLuRAEF7kcCAe5NAQbuTwAH7lYBBu5eARLuZQEG7ngBAu5/AQLvAgEG7wUCCe8MARrvFgIB7zEBAu8zAQbvNgIC7z0BBe9AARLvRgEG71kBGu9gAQLvewEr734BBfAqAgHwMAEC8DIDA/A2AwnwOgEC8EQBAvBHAQbwSgEK8FECAfBcAQLwXgEG8GEGBfBqAgHwcAcD8HMHAvB4BQHwfAEC8H4BBvEBBgXxCQIB8Q8BAvERAQHxFAED8RYGAvEcBALxIAEC8SMBB/EmAQnxLgIB8TgHBPE7DgHxQwEC8UUBBvFIBgXxUQUC8VgEA/FcBgLxYAQC8WMBAvFmAQbxaQUG8XECAfF4AQLxegUB8X4JA/IDAgHyBwEC8gkBBvIMBgXyFAIB8hoBCvIcAQHyJwMF8ioCAfIwAQLyMgEG8jUGBfI+AgHyRAEC8kYBBvJJBgXyUgIB8lgBAvJaAwTyXQYF8mQCAfJqAQLybAEG8m8CAfJ2AgXyeAIB8n4BAvMAAQbzAwIC8woBAfMNAAPzDwIB8xMBAvMVAQbzGAYF8yECAfMnAQLzKQEG8ywIA/M2AgHzOgEC8zwBBPM/DwLzRwEC80oBBvNNAQHzVAEH81YCAfNeAQLzYAMD82MIAvNoBAHzbAcE83AHBPN2AgHzewEC830BBvQABgX0CAIB9A4FBvQSAQP0GQEF9B0BAvQjAQL0JgES9CkCAfQ8AQL0PgME9EIHBPRJAgH0TgEC9FABBvRTBgX0XAEC9GIBAvRlAQb0aAIB9G8CBfRxARr0dwIB9RIBAvUUAwT1GAgC9R8DBfUiAQf1KAUF9TIBEvU4AgX1SwEC9VEBAvVUAQb1VwYF9WACAfVmAQ/1aAEF9XgCAfV+AQL2AAME9gMGBfYKARL2EAEG9iMBGvYqAgH2RQEC9kcBBvZKBAf2UgEC9loBAvZdAQb2YAEK9mcCAfZyAQL2dAEG9ncGIfcAAgH3IgEB9yQEBPcnBwH3LgUB9zEFAfc1AQP3NwYF9zwCAfdCAQL3RAEG90cGBfdPAQL3VQEP91gBIfdoAgH4CgEC+AwBBvgPBgX4FwET+B0BBfgxARL4NwEi+EoCAfhtAQL4bwEG+HIIA/h8AgX5AAEK+QYBBvkRAQr5GAAH+SMBBvkrAQL5MgEC+TUBBvk4Ah75PwEF+V4CAflkAQL5ZgEG+WkCAvlwAQX5cwES+XkCIfoMARr6LgEa+kkBDvpkAQH6cwMV+nYAC/sMAgH7GAEC+xoBBvsdAgL7JAID+ycDAfsrBQb7LwcE+zcCAfs8AQL7PgEG+0EGBftJAQL7TwUG+1QBA/tbASH7XwIB/AEBAvwDAQb8BgYF/A4CAfwUAQL8FgEG/BkGBfwiAQL8KAEO/CsBBvw6AQL8QQEO/EQCBfxUAgH8WgEC/FwBBvxfBgX8aAEC/G4BAvxxAQv8dAEh/QABAv0iAQL9JQEG/SgGBf0xAQ79NwEK/UYCAf1RAQL9UwEG/VYGBf1fARL9ZQEG/XgBAv1/ARb+AgEC/hkBAv4cAQb+HwYB/igAA/4qAQL+LgEC/jEBBv40AQP+OwEF/j8CAf5FAQL+RwEG/koGIf5TAgH+dQEB/ncDBf55BgX/AQIB/wcBAv8JAQb/DAYF/xUCAf8bAQL/HQEG/yAGBf8oAhL/LgEh/0ECAf9jAQH/ZQIG/2cGBf9vAgH/dQEC/3cBBv96BgWBgAMBAoGACQECgYAMAQaBgA8GBYGAFwEagYAdAgGBgDgBAoGAOgEGgYA9BgWBgEYCAYGATAECgYBOAQaBgFEBA4GAWAEFgYBcAROBgGIBBYGAdgEGgYB8ARKBgQMBGoGBFgIBgYExAQKBgTMBBoGBNgYFgYE/AQKBgUUBAoGBSAELgYFLAQWBgVcBE4GBXQEFgYFxAgGBgXcBAoGBeQEGgYF8BgWBggUBAoGCCwECgYIOAQaBghEBCoGCGAIBgYIjAQKBgiUBBoGCKAICgYIvASGBgjICAYGCVAECgYJWAQaBglkGBYGCYgIBgYJoAQKBgmoCBYGCbQYFgYJ0AgGBgnoBAoGCfAEGgYJ/BgWBgwcBBoGDDQAMgYMUASGBgyECAYGDQwECgYNFAwSBg0kGBYGDTwIBgYNVAQKBg1cBBoGDWgYFgYNjAQKBg2kBDoGDbAEGgYN7AQKBhAIBFoGEBQIBgYQcAQKBhB4BBoGEIQYDgYQqAwKBhC8BFoGEMgEagYRJAQKBhGQBBoGEZwAGgYRuAwWBhHYBGoGEfAIBgYUXAQKBhRkBBoGFHAYFgYUlARKBhSsBBoGFPgEagYVFAgGBhWABAoGFYgEGgYVlAgKBhWwBBYGFbwECgYV1AQKBhXgBBoGFewEDgYYCAQWBhgYCAYGGDAEBgYYOBASBhhEEB4GGFwECgYYfAQKBhiIBBoGGJQIJgYYsAgGBhjYBAoGGOAEGgYY7BgWBhkQFAoGGSwMEgYZPBgKBhlUBAYGGWAIBgYZaAQKBhlwBBoGGXwYFgYZnAjWBhm0CAYGHIwECgYclAQaBhygGBYGHMAIBgYc2AQKBhzgBBoGHOwYFgYdEAQKBh0oBAoGHTQEGgYdQAgGBh1cCBYGHWQEGgYdfAQeBh2YDB4GHbwIBgYd3AQKBh3kBBoGHfAYFgYgFAROBiAsBIYGIHwECgYhBARaBiEQBAoGIWwECgYheAQeBiGEDB4GIagIBgYhyAQGBiHQEBIGIdwYFgYh+AROBiQQBIYGJGAECgYk6AQKBiT0BBoGJQAEBgYlHAQeBiUkBAoGJUQECgYlUAQaBiVcBAYGJXgMBgYlhAAOBiWMBAoGJZwECgYlqAQaBiW0EI4GJdQIBgYoZAQKBihsBBoGKHgYFgYonAgGBii0BAoGKLwEDgYoyAQGBijYGBYGKOgIBgYpAAQKBikIBBoGKRQYFgYpNAROBilMBIYGKZwIBgYsJAQKBiwsDBIGLDwYFgYsWAgGBixwBAoGLHgEGgYshBgWBiyoCAYGLMAECgYsyAQaBizUGBYGLPQECgYtDAQKBi0YBB4GLSQEJgYtRAgGBi1sBAoGLXQEDgYtgAQGBi2QGAoGLaAEBgYtrAgGBi20BAoGLbwEJgYtyAwWBi30CAYGMAwENgYwFAwWBjBQCAYGMGgECgYwcAQeBjB8FBYGMKQECgYwvAQKBjDIBB4GMNQMHgYw+AgGBjEYBAoGMSAEDgYxLAQGBjE8BAYGMUQMFgYxUAQKBjFoBAoGMXQEGgYxgAQOBjGcBBYGMawIBgYxxAQKBjHMBC4GMdgEFgY0CAgGBjQgBAoGNCgEGgY0NBgWBjRYCAYGNHAECgY0eAQaBjSEBAYGNKAMFgY0rAgGBjTEGBYGNNAYCgY08AQGBjT8BAoGNQQECgY1EAQaBjUcCAoGNTgEFgY1RAgGBjVcBAoGNWQEGgY1cBgWBjWU=","UniKS-UTF16-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pS1MtVVRGMTYtSEELIBa+fQ4Hn20gg51tAAoEAQAsDAEAAQAeN4EEPGEHIBMBvnufbAG+eAUJvwECAb5/g51yAb8NEAW/ETsCvxo=","UniKS-UTF32-H":"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","UniKS-UTF32-V":"A+BSQ29weXJpZ2h0IDE5OTAtMjAwOSBBZG9iZSBTeXN0ZW1zIEluY29ycG9yYXRlZC4KQWxsIHJpZ2h0cyByZXNlcnZlZC4KU2VlIC4vTElDRU5TReENVW5pS1MtVVRGMzItSEMLAAAgFr59DgefbSCDnW0ACgQBACwMAQABAB43gQQ8YwcAACATAb57n2wBvngFCb8BAgG+f4OdcgG/DRAFvxE7Ar8a","UniKS-UTF8-H":"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magic number bytes read")}case B.INFLATE:case B.GUNZIP:case B.INFLATERAW:for(this.err=i.inflate(this.strm,this.flush),this.err===B.Z_NEED_DICT&&this.dictionary&&(this.err=i.inflateSetDictionary(this.strm,this.dictionary),this.err===B.Z_OK?this.err=i.inflate(this.strm,this.flush):this.err===B.Z_DATA_ERROR&&(this.err=B.Z_NEED_DICT));this.strm.avail_in>0&&this.mode===B.GUNZIP&&this.err===B.Z_STREAM_END&&0!==this.strm.next_in[0];)this.reset(),this.err=i.inflate(this.strm,this.flush);break;default:throw new Error("Unknown mode "+this.mode)}},w.prototype._checkError=function(){switch(this.err){case B.Z_OK:case B.Z_BUF_ERROR:if(0!==this.strm.avail_out&&this.flush===B.Z_FINISH)return this._error("unexpected end of file"),!1;break;case B.Z_STREAM_END:break;case B.Z_NEED_DICT:return null==this.dictionary?this._error("Missing dictionary"):this._error("Bad dictionary"),!1;default:return this._error("Zlib error"),!1}return!0},w.prototype._after=function(){if(this._checkError()){var A=this.strm.avail_out,B=this.strm.avail_in;this.write_in_progress=!1,this.callback(B,A),this.pending_close&&this.close()}},w.prototype._error=function(A){this.strm.msg&&(A=this.strm.msg),this.onerror(A,this.err),this.write_in_progress=!1,this.pending_close&&this.close()},w.prototype.init=function(A,g,C,Q,t){e(4===arguments.length||5===arguments.length,"init(windowBits, level, memLevel, strategy, [dictionary])"),e(A>=8&&A<=15,"invalid windowBits"),e(g>=-1&&g<=9,"invalid compression level"),e(C>=1&&C<=9,"invalid memlevel"),e(Q===B.Z_FILTERED||Q===B.Z_HUFFMAN_ONLY||Q===B.Z_RLE||Q===B.Z_FIXED||Q===B.Z_DEFAULT_STRATEGY,"invalid strategy"),this._init(g,A,C,Q,t),this._setDictionary()},w.prototype.params=function(){throw new Error("deflateParams Not 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B.DEFLATERAW:this.err=t.deflateSetDictionary(this.strm,this.dictionary)}this.err!==B.Z_OK&&this._error("Failed to set dictionary")}},w.prototype._reset=function(){switch(this.err=B.Z_OK,this.mode){case B.DEFLATE:case B.DEFLATERAW:case B.GZIP:this.err=t.deflateReset(this.strm);break;case B.INFLATE:case B.INFLATERAW:case B.GUNZIP:this.err=i.inflateReset(this.strm)}this.err!==B.Z_OK&&this._error("Failed to reset stream")},B.Zlib=w}).call(this,g(4).Buffer,g(2))},function(A,B,g){"use strict";
/*
object-assign
(c) Sindre Sorhus
@license MIT
*/var C=Object.getOwnPropertySymbols,e=Object.prototype.hasOwnProperty,Q=Object.prototype.propertyIsEnumerable;function t(A){if(null==A)throw new TypeError("Object.assign cannot be called with null or undefined");return Object(A)}A.exports=function(){try{if(!Object.assign)return!1;var A=new String("abc");if(A[5]="de","5"===Object.getOwnPropertyNames(A)[0])return!1;for(var B={},g=0;g<10;g++)B["_"+String.fromCharCode(g)]=g;if("0123456789"!==Object.getOwnPropertyNames(B).map((function(A){return B[A]})).join(""))return!1;var C={};return"abcdefghijklmnopqrst".split("").forEach((function(A){C[A]=A})),"abcdefghijklmnopqrst"===Object.keys(Object.assign({},C)).join("")}catch(A){return!1}}()?Object.assign:function(A,B){for(var g,i,o=t(A),E=1;E<arguments.length;E++){for(var w in g=Object(arguments[E]))e.call(g,w)&&(o[w]=g[w]);if(C){i=C(g);for(var I=0;I<i.length;I++)Q.call(g,i[I])&&(o[i[I]]=g[i[I]])}}return o}},function(A,B){A.exports=function(A){return A&&"object"==typeof A&&"function"==typeof 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B=A.state,g=B.pending;g>A.avail_out&&(g=A.avail_out),0!==g&&(e.arraySet(A.output,B.pending_buf,B.pending_out,g,A.next_out),A.next_out+=g,B.pending_out+=g,A.total_out+=g,A.avail_out-=g,B.pending-=g,0===B.pending&&(B.pending_out=0))}function n(A,B){Q._tr_flush_block(A,A.block_start>=0?A.block_start:-1,A.strstart-A.block_start,B),A.block_start=A.strstart,a(A.strm)}function r(A,B){A.pending_buf[A.pending++]=B}function s(A,B){A.pending_buf[A.pending++]=B>>>8&255,A.pending_buf[A.pending++]=255&B}function G(A,B){var g,C,e=A.max_chain_length,Q=A.strstart,t=A.prev_length,i=A.nice_match,o=A.strstart>A.w_size-262?A.strstart-(A.w_size-262):0,E=A.window,w=A.w_mask,I=A.prev,a=A.strstart+258,n=E[Q+t-1],r=E[Q+t];A.prev_length>=A.good_match&&(e>>=2),i>A.lookahead&&(i=A.lookahead);do{if(E[(g=B)+t]===r&&E[g+t-1]===n&&E[g]===E[Q]&&E[++g]===E[Q+1]){Q+=2,g++;do{}while(E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&E[++Q]===E[++g]&&Q<a);if(C=258-(a-Q),Q=a-258,C>t){if(A.match_start=B,t=C,C>=i)break;n=E[Q+t-1],r=E[Q+t]}}}while((B=I[B&w])>o&&0!=--e);return t<=A.lookahead?t:A.lookahead}function D(A){var B,g,C,Q,o,E,w,I,a,n,r=A.w_size;do{if(Q=A.window_size-A.lookahead-A.strstart,A.strstart>=r+(r-262)){e.arraySet(A.window,A.window,r,r,0),A.match_start-=r,A.strstart-=r,A.block_start-=r,B=g=A.hash_size;do{C=A.head[--B],A.head[B]=C>=r?C-r:0}while(--g);B=g=r;do{C=A.prev[--B],A.prev[B]=C>=r?C-r:0}while(--g);Q+=r}if(0===A.strm.avail_in)break;if(E=A.strm,w=A.window,I=A.strstart+A.lookahead,a=Q,n=void 0,(n=E.avail_in)>a&&(n=a),g=0===n?0:(E.avail_in-=n,e.arraySet(w,E.input,E.next_in,n,I),1===E.state.wrap?E.adler=t(E.adler,w,n,I):2===E.state.wrap&&(E.adler=i(E.adler,w,n,I)),E.next_in+=n,E.total_in+=n,n),A.lookahead+=g,A.lookahead+A.insert>=3)for(o=A.strstart-A.insert,A.ins_h=A.window[o],A.ins_h=(A.ins_h<<A.hash_shift^A.window[o+1])&A.hash_mask;A.insert&&(A.ins_h=(A.ins_h<<A.hash_shift^A.window[o+3-1])&A.hash_mask,A.prev[o&A.w_mask]=A.head[A.ins_h],A.head[A.ins_h]=o,o++,A.insert--,!(A.lookahead+A.insert<3)););}while(A.lookahead<262&&0!==A.strm.avail_in)}function h(A,B){for(var g,C;;){if(A.lookahead<262){if(D(A),A.lookahead<262&&0===B)return 1;if(0===A.lookahead)break}if(g=0,A.lookahead>=3&&(A.ins_h=(A.ins_h<<A.hash_shift^A.window[A.strstart+3-1])&A.hash_mask,g=A.prev[A.strstart&A.w_mask]=A.head[A.ins_h],A.head[A.ins_h]=A.strstart),0!==g&&A.strstart-g<=A.w_size-262&&(A.match_length=G(A,g)),A.match_length>=3)if(C=Q._tr_tally(A,A.strstart-A.match_start,A.match_length-3),A.lookahead-=A.match_length,A.match_length<=A.max_lazy_match&&A.lookahead>=3){A.match_length--;do{A.strstart++,A.ins_h=(A.ins_h<<A.hash_shift^A.window[A.strstart+3-1])&A.hash_mask,g=A.prev[A.strstart&A.w_mask]=A.head[A.ins_h],A.head[A.ins_h]=A.strstart}while(0!=--A.match_length);A.strstart++}else A.strstart+=A.match_length,A.match_length=0,A.ins_h=A.window[A.strstart],A.ins_h=(A.ins_h<<A.hash_shift^A.window[A.strstart+1])&A.hash_mask;else C=Q._tr_tally(A,0,A.window[A.strstart]),A.lookahead--,A.strstart++;if(C&&(n(A,!1),0===A.strm.avail_out))return 1}return A.insert=A.strstart<2?A.strstart:2,4===B?(n(A,!0),0===A.strm.avail_out?3:4):A.last_lit&&(n(A,!1),0===A.strm.avail_out)?1:2}function Y(A,B){for(var g,C,e;;){if(A.lookahead<262){if(D(A),A.lookahead<262&&0===B)return 1;if(0===A.lookahead)break}if(g=0,A.lookahead>=3&&(A.ins_h=(A.ins_h<<A.hash_shift^A.window[A.strstart+3-1])&A.hash_mask,g=A.prev[A.strstart&A.w_mask]=A.head[A.ins_h],A.head[A.ins_h]=A.strstart),A.prev_length=A.match_length,A.prev_match=A.match_start,A.match_length=2,0!==g&&A.prev_length<A.max_lazy_match&&A.strstart-g<=A.w_size-262&&(A.match_length=G(A,g),A.match_length<=5&&(1===A.strategy||3===A.match_length&&A.strstart-A.match_start>4096)&&(A.match_length=2)),A.prev_length>=3&&A.match_length<=A.prev_length){e=A.strstart+A.lookahead-3,C=Q._tr_tally(A,A.strstart-1-A.prev_match,A.prev_length-3),A.lookahead-=A.prev_length-1,A.prev_length-=2;do{++A.strstart<=e&&(A.ins_h=(A.ins_h<<A.hash_shift^A.window[A.strstart+3-1])&A.hash_mask,g=A.prev[A.strstart&A.w_mask]=A.head[A.ins_h],A.head[A.ins_h]=A.strstart)}while(0!=--A.prev_length);if(A.match_available=0,A.match_length=2,A.strstart++,C&&(n(A,!1),0===A.strm.avail_out))return 1}else if(A.match_available){if((C=Q._tr_tally(A,0,A.window[A.strstart-1]))&&n(A,!1),A.strstart++,A.lookahead--,0===A.strm.avail_out)return 1}else A.match_available=1,A.strstart++,A.lookahead--}return A.match_available&&(C=Q._tr_tally(A,0,A.window[A.strstart-1]),A.match_available=0),A.insert=A.strstart<2?A.strstart:2,4===B?(n(A,!0),0===A.strm.avail_out?3:4):A.last_lit&&(n(A,!1),0===A.strm.avail_out)?1:2}function c(A,B,g,C,e){this.good_length=A,this.max_lazy=B,this.nice_length=g,this.max_chain=C,this.func=e}function l(){this.strm=null,this.status=0,this.pending_buf=null,this.pending_buf_size=0,this.pending_out=0,this.pending=0,this.wrap=0,this.gzhead=null,this.gzindex=0,this.method=8,this.last_flush=-1,this.w_size=0,this.w_bits=0,this.w_mask=0,this.window=null,this.window_size=0,this.prev=null,this.head=null,this.ins_h=0,this.hash_size=0,this.hash_bits=0,this.hash_mask=0,this.hash_shift=0,this.block_start=0,this.match_length=0,this.prev_match=0,this.match_available=0,this.strstart=0,this.match_start=0,this.lookahead=0,this.prev_length=0,this.max_chain_length=0,this.max_lazy_match=0,this.level=0,this.strategy=0,this.good_match=0,this.nice_match=0,this.dyn_ltree=new e.Buf16(1146),this.dyn_dtree=new e.Buf16(122),this.bl_tree=new e.Buf16(78),I(this.dyn_ltree),I(this.dyn_dtree),I(this.bl_tree),this.l_desc=null,this.d_desc=null,this.bl_desc=null,this.bl_count=new e.Buf16(16),this.heap=new e.Buf16(573),I(this.heap),this.heap_len=0,this.heap_max=0,this.depth=new e.Buf16(573),I(this.depth),this.l_buf=0,this.lit_bufsize=0,this.last_lit=0,this.d_buf=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}function M(A){var B;return A&&A.state?(A.total_in=A.total_out=0,A.data_type=2,(B=A.state).pending=0,B.pending_out=0,B.wrap<0&&(B.wrap=-B.wrap),B.status=B.wrap?42:113,A.adler=2===B.wrap?0:1,B.last_flush=0,Q._tr_init(B),0):E(A,-2)}function F(A){var B,g=M(A);return 0===g&&((B=A.state).window_size=2*B.w_size,I(B.head),B.max_lazy_match=C[B.level].max_lazy,B.good_match=C[B.level].good_length,B.nice_match=C[B.level].nice_length,B.max_chain_length=C[B.level].max_chain,B.strstart=0,B.block_start=0,B.lookahead=0,B.insert=0,B.match_length=B.prev_length=2,B.match_available=0,B.ins_h=0),g}function d(A,B,g,C,Q,t){if(!A)return-2;var i=1;if(-1===B&&(B=6),C<0?(i=0,C=-C):C>15&&(i=2,C-=16),Q<1||Q>9||8!==g||C<8||C>15||B<0||B>9||t<0||t>4)return E(A,-2);8===C&&(C=9);var o=new l;return 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A.insert=0,4===B?(n(A,!0),0===A.strm.avail_out?3:4):(A.strstart>A.block_start&&(n(A,!1),A.strm.avail_out),1)})),new c(4,4,8,4,h),new c(4,5,16,8,h),new c(4,6,32,32,h),new c(4,4,16,16,Y),new c(8,16,32,32,Y),new c(8,16,128,128,Y),new c(8,32,128,256,Y),new c(32,128,258,1024,Y),new c(32,258,258,4096,Y)],B.deflateInit=function(A,B){return d(A,B,8,15,8,0)},B.deflateInit2=d,B.deflateReset=F,B.deflateResetKeep=M,B.deflateSetHeader=function(A,B){return A&&A.state?2!==A.state.wrap?-2:(A.state.gzhead=B,0):-2},B.deflate=function(A,B){var g,e,t,o;if(!A||!A.state||B>5||B<0)return A?E(A,-2):-2;if(e=A.state,!A.output||!A.input&&0!==A.avail_in||666===e.status&&4!==B)return 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G=8+(e.w_bits-8<<4)<<8;G|=(e.strategy>=2||e.level<2?0:e.level<6?1:6===e.level?2:3)<<6,0!==e.strstart&&(G|=32),G+=31-G%31,e.status=113,s(e,G),0!==e.strstart&&(s(e,A.adler>>>16),s(e,65535&A.adler)),A.adler=1}if(69===e.status)if(e.gzhead.extra){for(t=e.pending;e.gzindex<(65535&e.gzhead.extra.length)&&(e.pending!==e.pending_buf_size||(e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),a(A),t=e.pending,e.pending!==e.pending_buf_size));)r(e,255&e.gzhead.extra[e.gzindex]),e.gzindex++;e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),e.gzindex===e.gzhead.extra.length&&(e.gzindex=0,e.status=73)}else e.status=73;if(73===e.status)if(e.gzhead.name){t=e.pending;do{if(e.pending===e.pending_buf_size&&(e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),a(A),t=e.pending,e.pending===e.pending_buf_size)){o=1;break}o=e.gzindex<e.gzhead.name.length?255&e.gzhead.name.charCodeAt(e.gzindex++):0,r(e,o)}while(0!==o);e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),0===o&&(e.gzindex=0,e.status=91)}else e.status=91;if(91===e.status)if(e.gzhead.comment){t=e.pending;do{if(e.pending===e.pending_buf_size&&(e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),a(A),t=e.pending,e.pending===e.pending_buf_size)){o=1;break}o=e.gzindex<e.gzhead.comment.length?255&e.gzhead.comment.charCodeAt(e.gzindex++):0,r(e,o)}while(0!==o);e.gzhead.hcrc&&e.pending>t&&(A.adler=i(A.adler,e.pending_buf,e.pending-t,t)),0===o&&(e.status=103)}else e.status=103;if(103===e.status&&(e.gzhead.hcrc?(e.pending+2>e.pending_buf_size&&a(A),e.pending+2<=e.pending_buf_size&&(r(e,255&A.adler),r(e,A.adler>>8&255),A.adler=0,e.status=113)):e.status=113),0!==e.pending){if(a(A),0===A.avail_out)return e.last_flush=-1,0}else if(0===A.avail_in&&w(B)<=w(g)&&4!==B)return E(A,-5);if(666===e.status&&0!==A.avail_in)return E(A,-5);if(0!==A.avail_in||0!==e.lookahead||0!==B&&666!==e.status){var h=2===e.strategy?function(A,B){for(var g;;){if(0===A.lookahead&&(D(A),0===A.lookahead)){if(0===B)return 1;break}if(A.match_length=0,g=Q._tr_tally(A,0,A.window[A.strstart]),A.lookahead--,A.strstart++,g&&(n(A,!1),0===A.strm.avail_out))return 1}return A.insert=0,4===B?(n(A,!0),0===A.strm.avail_out?3:4):A.last_lit&&(n(A,!1),0===A.strm.avail_out)?1:2}(e,B):3===e.strategy?function(A,B){for(var g,C,e,t,i=A.window;;){if(A.lookahead<=258){if(D(A),A.lookahead<=258&&0===B)return 1;if(0===A.lookahead)break}if(A.match_length=0,A.lookahead>=3&&A.strstart>0&&(C=i[e=A.strstart-1])===i[++e]&&C===i[++e]&&C===i[++e]){t=A.strstart+258;do{}while(C===i[++e]&&C===i[++e]&&C===i[++e]&&C===i[++e]&&C===i[++e]&&C===i[++e]&&C===i[++e]&&C===i[++e]&&e<t);A.match_length=258-(t-e),A.match_length>A.lookahead&&(A.match_length=A.lookahead)}if(A.match_length>=3?(g=Q._tr_tally(A,1,A.match_length-3),A.lookahead-=A.match_length,A.strstart+=A.match_length,A.match_length=0):(g=Q._tr_tally(A,0,A.window[A.strstart]),A.lookahead--,A.strstart++),g&&(n(A,!1),0===A.strm.avail_out))return 1}return A.insert=0,4===B?(n(A,!0),0===A.strm.avail_out?3:4):A.last_lit&&(n(A,!1),0===A.strm.avail_out)?1:2}(e,B):C[e.level].func(e,B);if(3!==h&&4!==h||(e.status=666),1===h||3===h)return 0===A.avail_out&&(e.last_flush=-1),0;if(2===h&&(1===B?Q._tr_align(e):5!==B&&(Q._tr_stored_block(e,0,0,!1),3===B&&(I(e.head),0===e.lookahead&&(e.strstart=0,e.block_start=0,e.insert=0))),a(A),0===A.avail_out))return e.last_flush=-1,0}return 4!==B?0:e.wrap<=0?1:(2===e.wrap?(r(e,255&A.adler),r(e,A.adler>>8&255),r(e,A.adler>>16&255),r(e,A.adler>>24&255),r(e,255&A.total_in),r(e,A.total_in>>8&255),r(e,A.total_in>>16&255),r(e,A.total_in>>24&255)):(s(e,A.adler>>>16),s(e,65535&A.adler)),a(A),e.wrap>0&&(e.wrap=-e.wrap),0!==e.pending?0:1)},B.deflateEnd=function(A){var B;return A&&A.state?42!==(B=A.state.status)&&69!==B&&73!==B&&91!==B&&103!==B&&113!==B&&666!==B?E(A,-2):(A.state=null,113===B?E(A,-3):0):-2},B.deflateSetDictionary=function(A,B){var g,C,Q,i,o,E,w,a,n=B.length;if(!A||!A.state)return-2;if(2===(i=(g=A.state).wrap)||1===i&&42!==g.status||g.lookahead)return-2;for(1===i&&(A.adler=t(A.adler,B,n,0)),g.wrap=0,n>=g.w_size&&(0===i&&(I(g.head),g.strstart=0,g.block_start=0,g.insert=0),a=new 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B;for(B=0;B<286;B++)A.dyn_ltree[2*B]=0;for(B=0;B<30;B++)A.dyn_dtree[2*B]=0;for(B=0;B<19;B++)A.bl_tree[2*B]=0;A.dyn_ltree[512]=1,A.opt_len=A.static_len=0,A.last_lit=A.matches=0}function K(A){A.bi_valid>8?l(A,A.bi_buf):A.bi_valid>0&&(A.pending_buf[A.pending++]=A.bi_buf),A.bi_buf=0,A.bi_valid=0}function u(A,B,g,C){var e=2*B,Q=2*g;return A[e]<A[Q]||A[e]===A[Q]&&C[B]<=C[g]}function J(A,B,g){for(var C=A.heap[g],e=g<<1;e<=A.heap_len&&(e<A.heap_len&&u(B,A.heap[e+1],A.heap[e],A.depth)&&e++,!u(B,C,A.heap[e],A.depth));)A.heap[g]=A.heap[e],g=e,e<<=1;A.heap[g]=C}function m(A,B,g){var C,e,i,o,E=0;if(0!==A.last_lit)do{C=A.pending_buf[A.d_buf+2*E]<<8|A.pending_buf[A.d_buf+2*E+1],e=A.pending_buf[A.l_buf+E],E++,0===C?F(A,e,B):(F(A,(i=a[e])+256+1,B),0!==(o=Q[i])&&M(A,e-=n[i],o),F(A,i=c(--C),g),0!==(o=t[i])&&M(A,C-=D[i],o))}while(E<A.last_lit);F(A,256,B)}function H(A,B){var 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f(A,B,g){var C,e,Q=-1,t=B[1],i=0,o=7,E=4;for(0===t&&(o=138,E=3),C=0;C<=g;C++)if(e=t,t=B[2*(C+1)+1],!(++i<o&&e===t)){if(i<E)do{F(A,e,A.bl_tree)}while(0!=--i);else 0!==e?(e!==Q&&(F(A,e,A.bl_tree),i--),F(A,16,A.bl_tree),M(A,i-3,2)):i<=10?(F(A,17,A.bl_tree),M(A,i-3,3)):(F(A,18,A.bl_tree),M(A,i-11,7));i=0,Q=e,0===t?(o=138,E=3):e===t?(o=6,E=3):(o=7,E=4)}}e(D);var S=!1;function R(A,B,g,e){M(A,0+(e?1:0),3),function(A,B,g,e){K(A),e&&(l(A,g),l(A,~g)),C.arraySet(A.pending_buf,A.window,B,g,A.pending),A.pending+=g}(A,B,g,!0)}B._tr_init=function(A){S||(!function(){var A,B,g,C,e,o=new 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A.pending_buf[A.d_buf+2*A.last_lit]=B>>>8&255,A.pending_buf[A.d_buf+2*A.last_lit+1]=255&B,A.pending_buf[A.l_buf+A.last_lit]=255&g,A.last_lit++,0===B?A.dyn_ltree[2*g]++:(A.matches++,B--,A.dyn_ltree[2*(a[g]+256+1)]++,A.dyn_dtree[2*c(B)]++),A.last_lit===A.lit_bufsize-1},B._tr_align=function(A){M(A,2,3),F(A,256,E),function(A){16===A.bi_valid?(l(A,A.bi_buf),A.bi_buf=0,A.bi_valid=0):A.bi_valid>=8&&(A.pending_buf[A.pending++]=255&A.bi_buf,A.bi_buf>>=8,A.bi_valid-=8)}(A)}},function(A,B,g){"use strict";A.exports={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"}},function(A,B,g){"use strict";var C=g(9),e=g(21),Q=g(22),t=g(51),i=g(52);function o(A){return(A>>>24&255)+(A>>>8&65280)+((65280&A)<<8)+((255&A)<<24)}function E(){this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new C.Buf16(320),this.work=new C.Buf16(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}function w(A){var B;return A&&A.state?(B=A.state,A.total_in=A.total_out=B.total=0,A.msg="",B.wrap&&(A.adler=1&B.wrap),B.mode=1,B.last=0,B.havedict=0,B.dmax=32768,B.head=null,B.hold=0,B.bits=0,B.lencode=B.lendyn=new C.Buf32(852),B.distcode=B.distdyn=new C.Buf32(592),B.sane=1,B.back=-1,0):-2}function I(A){var B;return A&&A.state?((B=A.state).wsize=0,B.whave=0,B.wnext=0,w(A)):-2}function a(A,B){var g,C;return 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A;n--,s+=E[I++]<<G,G+=8}g.head&&(g.head.time=s),512&g.flags&&(R[0]=255&s,R[1]=s>>>8&255,R[2]=s>>>16&255,R[3]=s>>>24&255,g.check=Q(g.check,R,4,0)),s=0,G=0,g.mode=4;case 4:for(;G<16;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}g.head&&(g.head.xflags=255&s,g.head.os=s>>8),512&g.flags&&(R[0]=255&s,R[1]=s>>>8&255,g.check=Q(g.check,R,2,0)),s=0,G=0,g.mode=5;case 5:if(1024&g.flags){for(;G<16;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}g.length=s,g.head&&(g.head.extra_len=s),512&g.flags&&(R[0]=255&s,R[1]=s>>>8&255,g.check=Q(g.check,R,2,0)),s=0,G=0}else g.head&&(g.head.extra=null);g.mode=6;case 6:if(1024&g.flags&&((l=g.length)>n&&(l=n),l&&(g.head&&(m=g.head.extra_len-g.length,g.head.extra||(g.head.extra=new Array(g.head.extra_len)),C.arraySet(g.head.extra,E,I,l,m)),512&g.flags&&(g.check=Q(g.check,E,l,I)),n-=l,I+=l,g.length-=l),g.length))break A;g.length=0,g.mode=7;case 7:if(2048&g.flags){if(0===n)break A;l=0;do{m=E[I+l++],g.head&&m&&g.length<65536&&(g.head.name+=String.fromCharCode(m))}while(m&&l<n);if(512&g.flags&&(g.check=Q(g.check,E,l,I)),n-=l,I+=l,m)break A}else g.head&&(g.head.name=null);g.length=0,g.mode=8;case 8:if(4096&g.flags){if(0===n)break A;l=0;do{m=E[I+l++],g.head&&m&&g.length<65536&&(g.head.comment+=String.fromCharCode(m))}while(m&&l<n);if(512&g.flags&&(g.check=Q(g.check,E,l,I)),n-=l,I+=l,m)break A}else g.head&&(g.head.comment=null);g.mode=9;case 9:if(512&g.flags){for(;G<16;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}if(s!==(65535&g.check)){A.msg="header crc mismatch",g.mode=30;break}s=0,G=0}g.head&&(g.head.hcrc=g.flags>>9&1,g.head.done=!0),A.adler=g.check=0,g.mode=12;break;case 10:for(;G<32;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}A.adler=g.check=o(s),s=0,G=0,g.mode=11;case 11:if(0===g.havedict)return A.next_out=a,A.avail_out=r,A.next_in=I,A.avail_in=n,g.hold=s,g.bits=G,2;A.adler=g.check=1,g.mode=12;case 12:if(5===B||6===B)break A;case 13:if(g.last){s>>>=7&G,G-=7&G,g.mode=27;break}for(;G<3;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}switch(g.last=1&s,G-=1,3&(s>>>=1)){case 0:g.mode=14;break;case 1:if(D(g),g.mode=20,6===B){s>>>=2,G-=2;break A}break;case 2:g.mode=17;break;case 3:A.msg="invalid block type",g.mode=30}s>>>=2,G-=2;break;case 14:for(s>>>=7&G,G-=7&G;G<32;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}if((65535&s)!=(s>>>16^65535)){A.msg="invalid stored block lengths",g.mode=30;break}if(g.length=65535&s,s=0,G=0,g.mode=15,6===B)break A;case 15:g.mode=16;case 16:if(l=g.length){if(l>n&&(l=n),l>r&&(l=r),0===l)break A;C.arraySet(w,E,I,l,a),n-=l,I+=l,r-=l,a+=l,g.length-=l;break}g.mode=12;break;case 17:for(;G<14;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}if(g.nlen=257+(31&s),s>>>=5,G-=5,g.ndist=1+(31&s),s>>>=5,G-=5,g.ncode=4+(15&s),s>>>=4,G-=4,g.nlen>286||g.ndist>30){A.msg="too many length or distance symbols",g.mode=30;break}g.have=0,g.mode=18;case 18:for(;g.have<g.ncode;){for(;G<3;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}g.lens[Z[g.have++]]=7&s,s>>>=3,G-=3}for(;g.have<19;)g.lens[Z[g.have++]]=0;if(g.lencode=g.lendyn,g.lenbits=7,p={bits:g.lenbits},H=i(0,g.lens,0,19,g.lencode,0,g.work,p),g.lenbits=p.bits,H){A.msg="invalid code lengths set",g.mode=30;break}g.have=0,g.mode=19;case 19:for(;g.have<g.nlen+g.ndist;){for(;U=(S=g.lencode[s&(1<<g.lenbits)-1])>>>16&255,k=65535&S,!((d=S>>>24)<=G);){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}if(k<16)s>>>=d,G-=d,g.lens[g.have++]=k;else{if(16===k){for(f=d+2;G<f;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}if(s>>>=d,G-=d,0===g.have){A.msg="invalid bit length repeat",g.mode=30;break}m=g.lens[g.have-1],l=3+(3&s),s>>>=2,G-=2}else if(17===k){for(f=d+3;G<f;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}G-=d,m=0,l=3+(7&(s>>>=d)),s>>>=3,G-=3}else{for(f=d+7;G<f;){if(0===n)break A;n--,s+=E[I++]<<G,G+=8}G-=d,m=0,l=11+(127&(s>>>=d)),s>>>=7,G-=7}if(g.have+l>g.nlen+g.ndist){A.msg="invalid bit length 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{\n v_TexCoord = TexCoord;\n gl_Position = (MVPMatrix * Position);\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n varying vec2 v_TexCoord;\n void main()\n {\n gl_FragColor = texture2D(Texture, v_TexCoord);\n } "},defaultTextureAndOpacity:{attribNames:["Position","TexCoord"],uniformNames:["MVPMatrix","Texture","Opacity"],vertex:" #ifdef GL_ES\n precision highp float;\n #endif\n uniform mat4 MVPMatrix;\n attribute vec4 Position;\n attribute vec2 TexCoord;\n varying vec2 v_TexCoord;\n void main()\n {\n v_TexCoord = TexCoord;\n gl_Position = (MVPMatrix * Position);\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n uniform float Opacity;\n varying vec2 v_TexCoord;\n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n gl_FragColor = vec4(Opacity) * texColor;\n } 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MVPMatrix;\n attribute vec4 Position;\n attribute vec2 TexCoord;\n varying vec2 v_TexCoord;\n void main()\n {\n v_TexCoord = TexCoord;\n gl_Position = (MVPMatrix * Position);\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n uniform sampler2D Texture2;\n uniform float mixFactor;\n varying vec2 v_TexCoord;\n void main()\n {\n vec4 outgoingColor = texture2D(Texture2, v_TexCoord);\n vec4 incomingColor = texture2D(Texture, v_TexCoord);\n vec4 result = mix(outgoingColor, incomingColor, mixFactor);\n gl_FragColor = result;\n } "},iris:{attribNames:["Position","TexCoord"],uniformNames:["PercentForAlpha","Scale","Mix","Texture","MVPMatrix","Opacity"],vertex:" #ifdef GL_ES\n precision highp float;\n #endif\n uniform mat4 MVPMatrix;\n attribute vec4 Position;\n attribute vec2 TexCoord;\n varying vec2 v_TexCoord;\n void main()\n {\n v_TexCoord = TexCoord;\n gl_Position = MVPMatrix * Position;\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n uniform float Opacity;\n uniform float PercentForAlpha;\n uniform float Scale;\n uniform float Mix;\n varying vec2 v_TexCoord;\n void main()\n {\n vec4 incomingTexColor = texture2D(Texture, v_TexCoord);\n vec4 clear = vec4(0.0, 0.0, 0.0, 0.0);\n float tolerance = PercentForAlpha/5.0;\n vec2 powers = vec2((v_TexCoord.x - 0.5) * Scale,v_TexCoord.y - 0.5);\n powers *= powers;\n float radiusSqrd = PercentForAlpha * PercentForAlpha;\n float dist = (powers.x+powers.y)/((0.5*Scale)*(0.5*Scale)+0.25);\n float gradient = smoothstep(radiusSqrd, radiusSqrd+tolerance, dist);\n gl_FragColor = vec4(Opacity) * mix(clear, incomingTexColor, abs(Mix - gradient));\n } "},twist:{attribNames:["Position","TexCoord","Normal"],uniformNames:["TextureMatrix","SpecularColor","FlipNormals","MVPMatrix","Texture"],vertex:" #ifdef GL_ES\n precision highp float;\n #endif\n uniform mat4 MVPMatrix;\n uniform mat3 TextureMatrix;\n uniform float SpecularColor;\n uniform mediump float FlipNormals;\n attribute vec3 Position;\n attribute vec3 Normal;\n attribute vec2 TexCoord;\n varying vec2 v_TexCoord;\n varying vec3 v_DiffuseColor;\n varying vec3 v_SpecularColor;\n const vec3 c_AmbientColor = vec3(0.2);\n const vec3 c_DiffuseColor = vec3(1);\n const float c_LightExponent = 32.0;\n const vec3 c_LightDirection = vec3(0.1580, +0.5925, 0.7900);\n const vec3 c_LightHalfPlane = vec3(0.0835, +0.3131, 0.9460);\n void main()\n {\n vec3 thisNormal = Normal * FlipNormals;\n // Lighting\n float ndotl = max(0.0, dot(thisNormal, c_LightDirection));\n float ndoth = max(0.0, dot(thisNormal, c_LightHalfPlane));\n v_DiffuseColor = (c_AmbientColor + ndotl * c_DiffuseColor);\n v_SpecularColor = (ndoth <= 0.0) ? vec3(0) : (pow(ndoth, c_LightExponent) * vec3(SpecularColor));\n gl_Position = MVPMatrix * vec4(Position, 1.0);\n v_TexCoord = (TextureMatrix * vec3(TexCoord,1.0)).xy;\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n varying vec2 v_TexCoord;\n varying vec3 v_DiffuseColor;\n varying vec3 v_SpecularColor;\n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n // Lighting\n texColor.xyz = texColor.xyz * v_DiffuseColor + v_SpecularColor;\n gl_FragColor = texColor;\n } "},colorPlanes:{attribNames:["Position","TexCoord"],uniformNames:["MVPMatrix","FlipTexCoords","Texture","ColorMask"],vertex:" #ifdef GL_ES\n precision highp float;\n #endif\n uniform mat4 MVPMatrix;\n uniform vec2 FlipTexCoords;\n attribute vec2 Position;\n attribute vec2 TexCoord;\n varying vec2 v_TexCoord;\n void main()\n {\n v_TexCoord = vec2(FlipTexCoords.x == 0.0 ? TexCoord.x : 1.0-TexCoord.x, FlipTexCoords.y == 0.0 ? TexCoord.y : 1.0-TexCoord.y);\n gl_Position = MVPMatrix * vec4(Position, 0,1);\n } ",fragment:" #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D Texture;\n uniform vec4 ColorMask;\n varying vec2 v_TexCoord;\n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n texColor *= ColorMask;\n gl_FragColor = texColor;\n } "},flop:{attribNames:["Position","TexCoord","Normal"],uniformNames:["TextureMatrix","FlipNormals","MVPMatrix","Texture"],vertex:" \n #ifdef GL_ES\n precision highp float;\n #endif\n \n uniform mat4 MVPMatrix;\n uniform mat3 TextureMatrix;\n uniform float FlipNormals;\n \n attribute vec3 Position;\n attribute vec3 Normal;\n attribute vec2 TexCoord;\n \n varying vec2 v_TexCoord;\n varying vec3 v_DiffuseColor;\n \n const vec3 c_AmbientColor = vec3(0.1);\n const vec3 c_DiffuseColor = vec3(1);\n const float c_LightExponent = 32.0;\n \n const vec3 c_LightDirection = vec3(0.000, +0.000, 0.900);\n \n void main()\n {\n vec3 thisNormal = Normal * FlipNormals;\n \n // Lighting\n vec3 lightDirection = vec3(c_LightDirection.x,c_LightDirection.y,c_LightDirection.z);\n \n float ndotl = max(0.0, dot(thisNormal, lightDirection));\n \n v_DiffuseColor = (c_AmbientColor + ndotl * c_DiffuseColor);\n \n gl_Position = MVPMatrix * vec4(Position, 1);\n v_TexCoord = (TextureMatrix * vec3(TexCoord,1)).xy;\n } ",fragment:" \n #ifdef GL_ES\n precision mediump float;\n #endif\n \n uniform sampler2D Texture;\n \n varying vec2 v_TexCoord;\n varying vec3 v_DiffuseColor;\n \n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n \n // Lighting\n texColor.xyz = texColor.xyz * v_DiffuseColor;\n gl_FragColor = texColor;\n } "},anvilsmoke:{attribNames:["Rotation","Speed","Scale","LifeSpan","ParticleTexCoord","Center","Position"],uniformNames:["Percent","Opacity","ParticleTexture","MVPMatrix"],vertex:" \n uniform mat4 MVPMatrix;\n uniform float Percent;\n uniform float Opacity;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 ParticleTexCoord;\n attribute vec3 Rotation;\n attribute vec3 Speed;\n attribute float Scale;\n attribute vec2 LifeSpan;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n const float Pi = 3.1415926;\n const float Pi_2 = 1.5707963;\n const float TwoPi = 6.2831852;\n \n const float sineConstB = 1.2732396; /* = 4./Pi; */\n const float sineConstC = -0.40528476; /* = -4./(Pi*Pi); */\n \n vec3 fastSine(vec3 angle)\n {\n vec3 theAngle = mod(angle + Pi, TwoPi) - Pi;\n return sineConstB * theAngle + sineConstC * theAngle * abs(theAngle);\n }\n \n mat3 fastRotationMatrix(vec3 theRotation)\n {\n vec3 sinXYZ = fastSine(theRotation);\n vec3 cosXYZ = fastSine(Pi_2 - theRotation);\n mat3 rotMatrix = mat3( cosXYZ.y*cosXYZ.z, sinXYZ.x*sinXYZ.y*cosXYZ.z+cosXYZ.x*sinXYZ.z, -cosXYZ.x*sinXYZ.y*cosXYZ.z+sinXYZ.x*sinXYZ.z,\n -cosXYZ.y*sinXYZ.z, -sinXYZ.x*sinXYZ.y*sinXYZ.z+cosXYZ.x*cosXYZ.z, cosXYZ.x*sinXYZ.y*sinXYZ.z+sinXYZ.x*cosXYZ.z,\n sinXYZ.y, -sinXYZ.x*cosXYZ.y, cosXYZ.x*cosXYZ.y);\n return rotMatrix;\n }\n \n void main()\n {\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n realPercent = clamp(realPercent, 0.0, 1.0);\n realPercent = sqrt(realPercent);\n \n /* SCALE */\n vec4 originalPosition = vec4(Position,0,1);\n vec4 center = vec4(Center, 0,1);\n vec3 scaleDirectionVec = vec3(originalPosition.xy-center.xy,0) * Scale * mix(0.1, 1.0, realPercent);\n \n /* ROTATE */\n mat3 rotMatrix = fastRotationMatrix(Rotation * realPercent);\n vec3 rotatedVec = rotMatrix * scaleDirectionVec;\n vec4 position = center + vec4(rotatedVec,0);\n \n float speedAdjust = realPercent;\n vec3 thisSpeed = Speed;\n thisSpeed.x *= sqrt(realPercent);\n thisSpeed.y *= realPercent*realPercent;\n position += vec4(thisSpeed, 0);\n \n float thisOpacity = Opacity;\n thisOpacity *= (1.0 - realPercent); /* fade out gradually */\n thisOpacity *= min(1.0, realPercent*20.0); /* fade in quickly */\n \n /* output */\n gl_Position = MVPMatrix * position;\n //v_Color = vec4(1.0, 1.0, 1.0, thisOpacity); //we applied a fix here, might not work everywhere\n v_Color = vec4(thisOpacity);\n v_TexCoord = ParticleTexCoord;\n }\n ",fragment:" \n #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D ParticleTexture;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 texColor = texture2D(ParticleTexture, v_TexCoord);\n \n texColor *= v_Color;\n \n gl_FragColor = texColor;\n }\n "},anvilspeck:{attribNames:["Speed","Scale","LifeSpan","ParticleTexCoord","Center","Position"],uniformNames:["Percent","Opacity","ParticleTexture","MVPMatrix"],vertex:" \n uniform mat4 MVPMatrix;\n uniform float Percent;\n uniform float Opacity;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 ParticleTexCoord;\n attribute vec3 Speed;\n attribute float Scale;\n attribute vec2 LifeSpan;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n const float Pi = 3.1415926;\n const float Pi_2 = 1.5707963;\n const float TwoPi = 6.2831852;\n \n const float sineConstB = 1.2732396; /* = 4./Pi; */\n const float sineConstC = -0.40528476; /* = -4./(Pi*Pi); */\n \n vec3 fastSine(vec3 angle)\n {\n vec3 theAngle = mod(angle + Pi, TwoPi) - Pi;\n return sineConstB * theAngle + sineConstC * theAngle * abs(theAngle);\n }\n \n void main()\n {\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n realPercent = clamp(realPercent, 0.0, 1.0);\n \n /* SCALE */\n vec4 originalPosition = vec4(Position,0,1);\n vec4 center = vec4(Center, 0,1);\n vec3 thisScale = Scale * vec3(1, Speed.z, 1) * mix(0.1, 1.0, realPercent);\n vec3 scaleDirectionVec = vec3(originalPosition.xy-center.xy,0) * thisScale;\n \n vec4 position = center + vec4(scaleDirectionVec,0);\n \n float speedAdjust = realPercent;\n vec3 thisPos = vec3(Speed.x * realPercent,\n Speed.y * fastSine(Pi*0.85*vec3(realPercent,0,0)).x, /* arc with gravity */\n 0);\n position += vec4(thisPos, 0);\n \n float thisOpacity = Opacity;\n thisOpacity *= (1.0 - realPercent); /* fade out gradually */\n thisOpacity *= min(1.0, realPercent*20.0); /* fade in quickly */\n \n /* output */\n gl_Position = MVPMatrix * position;\n v_Color = vec4(thisOpacity);\n v_TexCoord = ParticleTexCoord;\n } ",fragment:" \n #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D ParticleTexture;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 texColor = texture2D(ParticleTexture, v_TexCoord);\n \n texColor *= v_Color;\n \n gl_FragColor = texColor;\n } "},flame:{attribNames:["Rotation","Speed","LifeSpan","ParticleTexCoord","Center","Position"],uniformNames:["Percent","Duration","Opacity","RotationMax","SpeedMax","ParticleTexture","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n uniform float Percent;\n uniform float Duration;\n \n attribute vec3 Rotation;\n attribute vec3 Speed;\n uniform float Opacity;\n attribute vec2 LifeSpan;\n attribute vec2 ParticleTexCoord;\n attribute vec2 Position;\n attribute vec2 Center;\n \n uniform mediump float RotationMax;\n uniform mediump float SpeedMax;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n const float Pi = 3.1415926;\n const float Pi_2 = 1.5707963;\n const float TwoPi = 6.2831852;\n \n const float sineConstB = 1.2732396; /* = 4./Pi; */\n const float sineConstC = -0.40528476; /* = -4./(Pi*Pi); */\n \n float fastSine(float angle)\n {\n float theAngle = mod(angle + Pi, TwoPi) - Pi;\n return sineConstB * theAngle + sineConstC * theAngle * abs(theAngle);\n }\n \n const vec4 kStartColor = vec4( 1.0, 1.0, 1.0, 0.0 ); /* white */\n const vec4 kMidColor = vec4( 0.97, 1.0, 0.32, 0.0 ); /* yellow */\n const vec4 kEndColor = vec4( 0.9, 0.0, 0.0, 0.0 ); /* red */\n const float kColorMidPoint = 0.1;\n \n vec4 flameColor(float aPercent)\n {\n float thePercent = aPercent;\n /* CONSTANTS */\n float beginCutoff = 0.4/Duration; /* start slow (not bright white) */\n float smokeCutoff = 1.0 - (0.95/Duration); /* end with black, basically */\n float alphaCutoff = 1.0 - 0.5/Duration; /* fade out towards the end */\n \n float alpha = (thePercent < alphaCutoff) ? 1.0 : (1.0-(thePercent-alphaCutoff)/(1.0-alphaCutoff));\n vec4 theColor = vec4(0,0,0, alpha * 0.75);\n \n if (Percent < beginCutoff) {\n float colorCutoff = beginCutoff*3.0;\n thePercent += mix(colorCutoff, 0.0, Percent/beginCutoff);\n }\n \n if (thePercent < kColorMidPoint) {\n float newPercent = thePercent/kColorMidPoint;\n theColor += mix(kStartColor, kMidColor, newPercent);\n } else {\n float newPercent = (thePercent-kColorMidPoint)/(1.0-kColorMidPoint);\n theColor += mix(kMidColor, kEndColor, newPercent);\n }\n \n if (Percent > smokeCutoff) {\n /* smoke */\n float smokeAmount = (Percent - smokeCutoff)/(1.0 - smokeCutoff);\n smokeAmount = sqrt(smokeAmount);\n smokeAmount *= (0.25+thePercent*thePercent);\n theColor = vec4(theColor.rgb * max(0.0, 1.0-smokeAmount), theColor.a);\n }\n \n return theColor;\n }\n \n void main()\n {\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n bool shouldDiscard = realPercent < 0.0 || realPercent > 1.0;\n realPercent = clamp(realPercent, 0.0, 1.0);\n \n vec4 scaleDirectionVec = vec4(Position-Center,0,0);\n \n /* ROTATE */\n float halfPercent = realPercent/2.0;\n vec3 thisRotation = Rotation * RotationMax;\n float theRotation = thisRotation.x + thisRotation.z * (halfPercent * (halfPercent + 1.0));\n float sinRot = fastSine(theRotation);\n float cosRot = fastSine(Pi_2 - theRotation);\n mat3 rotMatrix = mat3(cosRot,-sinRot,0, sinRot,cosRot,0, 0,0,1);\n vec3 rotatedVec = rotMatrix * scaleDirectionVec.xyz;\n \n /* SCALE */\n float scaleAdjust = (0.1 + 1.0-(1.0-realPercent)*(1.0-realPercent));\n vec4 position = vec4(Center,0,1) + vec4(rotatedVec * scaleAdjust * (shouldDiscard ? 0.001 : 1.0), 0);\n \n /* POSITION */\n vec3 thisSpeed = Speed * SpeedMax;\n vec4 upVector = vec4(0.0, realPercent*realPercent * -thisSpeed.y, 0.0, 0.0);\n position += upVector;\n \n v_Color = flameColor(realPercent)*Opacity;\n gl_Position = MVPMatrix * position;\n v_TexCoord = ParticleTexCoord;\n } ",fragment:" \n #ifdef GL_ES\n precision mediump float;\n #endif\n uniform sampler2D ParticleTexture;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 texColor = texture2D(ParticleTexture, v_TexCoord);\n \n texColor *= v_Color;\n \n gl_FragColor = texColor;\n }\n "},confetti:{attribNames:["Rotation","Speed","TexCoord","Center","Position"],uniformNames:["Percent","Opacity","ParticleTexture","MVPMatrix"],vertex:" \n precision highp float;\n uniform mat4 MVPMatrix;\n \n uniform float Percent;\n uniform mediump float Opacity;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 TexCoord;\n attribute vec3 Rotation;\n attribute vec3 Speed;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n const float Pi = 3.1415926;\n const float Pi_2 = 1.5707963;\n const float TwoPi = 6.2831852;\n \n const float sineConstB = 1.2732396;\n const float sineConstC = -0.40528476;\n \n vec3 fastSine(vec3 angle)\n {\n vec3 theAngle = mod(angle + Pi, TwoPi) - Pi;\n return sineConstB * theAngle + sineConstC * theAngle * abs(theAngle);\n }\n \n mat3 fastRotationMatrix(vec3 theRotation)\n {\n vec3 sinXYZ = fastSine(theRotation);\n vec3 cosXYZ = fastSine(Pi_2 - theRotation);\n mat3 rotMatrix = mat3( cosXYZ.y*cosXYZ.z, sinXYZ.x*sinXYZ.y*cosXYZ.z+cosXYZ.x*sinXYZ.z, -cosXYZ.x*sinXYZ.y*cosXYZ.z+sinXYZ.x*sinXYZ.z,\n -cosXYZ.y*sinXYZ.z, -sinXYZ.x*sinXYZ.y*sinXYZ.z+cosXYZ.x*cosXYZ.z, cosXYZ.x*sinXYZ.y*sinXYZ.z+sinXYZ.x*cosXYZ.z,\n sinXYZ.y, -sinXYZ.x*cosXYZ.y, cosXYZ.x*cosXYZ.y);\n return rotMatrix;\n }\n \n void main()\n {\n /* SCALE */\n vec4 originalPosition = vec4(Position, 0, 1);\n vec3 scaleDirectionVec = vec3(Position-Center,0);\n \n /* ROTATE */\n mat3 rotMatrix = fastRotationMatrix(Rotation * Percent);\n vec3 rotatedVec = scaleDirectionVec * rotMatrix;\n vec4 position = vec4(Center,0,1) + vec4(rotatedVec,0);\n \n float colorAdjust = abs((rotMatrix * vec3(0,0,1)).z);\n \n float speedAdjust = Percent;\n position += vec4(Speed, 0) * speedAdjust;\n \n /* output */\n gl_Position = MVPMatrix * position;\n v_Color = vec4(vec3(colorAdjust), Opacity);\n v_TexCoord = TexCoord;\n } ",fragment:" \n precision mediump float;\n \n uniform sampler2D ParticleTexture;\n //uniform float Opacity;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 texColor = texture2D(ParticleTexture, v_TexCoord);\n \n texColor *= v_Color;\n //texColor.a = Opacity;\n \n gl_FragColor = texColor;\n } "},diffuse:{attribNames:["Rotation","Speed","TexCoord","Center","Position","LifeSpan"],uniformNames:["Percent","Opacity","ParticleTexture","MVPMatrix","RotationMax","SpeedMax"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n uniform float Percent;\n uniform mediump float Opacity;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 TexCoord;\n \n attribute mediump vec3 Rotation;\n uniform mediump float RotationMax;\n attribute mediump vec3 Speed;\n uniform mediump float SpeedMax;\n attribute mediump vec2 LifeSpan;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n const float Pi = 3.1415926;\n const float Pi_2 = 1.5707963;\n const float TwoPi = 6.2831852;\n \n const float sineConstB = 1.2732396;\n const float sineConstC = -0.40528476;\n \n vec3 fastSine(vec3 angle)\n {\n vec3 theAngle = mod(angle + Pi, TwoPi) - Pi;\n return sineConstB * theAngle + sineConstC * theAngle * abs(theAngle);\n }\n \n mat3 fastRotationMatrix(vec3 theRotation)\n {\n vec3 sinXYZ = fastSine(theRotation);\n vec3 cosXYZ = fastSine(Pi_2 - theRotation);\n mat3 rotMatrix = mat3( cosXYZ.y*cosXYZ.z, sinXYZ.x*sinXYZ.y*cosXYZ.z+cosXYZ.x*sinXYZ.z, -cosXYZ.x*sinXYZ.y*cosXYZ.z+sinXYZ.x*sinXYZ.z,\n -cosXYZ.y*sinXYZ.z, -sinXYZ.x*sinXYZ.y*sinXYZ.z+cosXYZ.x*cosXYZ.z, cosXYZ.x*sinXYZ.y*sinXYZ.z+sinXYZ.x*cosXYZ.z,\n sinXYZ.y, -sinXYZ.x*cosXYZ.y, cosXYZ.x*cosXYZ.y);\n return rotMatrix;\n }\n \n void main()\n {\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n float doDiscard = (realPercent > 1.0) ? 0.0 : 1.0;\n realPercent = clamp(realPercent, 0.0,1.0);\n float revPercent = 1.0-realPercent;\n \n //SCALE\n vec4 originalPosition = vec4(Position, 0, 1);\n vec3 scaleDirectionVec = vec3(Position-Center,0);\n \n //ROTATE\n vec3 thisRotation = Rotation * RotationMax;\n mat3 rotMatrix = fastRotationMatrix(thisRotation * realPercent);\n vec3 rotatedVec = scaleDirectionVec * rotMatrix;\n vec4 position = vec4(Center,0,1) + vec4(rotatedVec,0) * doDiscard;\n \n vec3 thisSpeed = Speed * SpeedMax;\n float l2r = -thisSpeed.x/abs(thisSpeed.x);\n float reverseVector = l2r*(thisSpeed.x+abs(thisSpeed.y)) * realPercent/8.0;\n \n float speedMultiplier = 1.-pow(revPercent, 2.0);\n vec3 dist = thisSpeed * speedMultiplier;\n dist.x += reverseVector;\n position.xyz += dist;\n \n float colorAdjust = abs((rotMatrix * vec3(0,0,1)).z);\n \n //output\n gl_Position = MVPMatrix * position;\n v_Color = vec4(vec3(colorAdjust), 1) * (revPercent*Opacity);\n v_TexCoord = TexCoord;\n } ",fragment:" \n precision mediump float;\n \n uniform sampler2D Texture;\n uniform float Opacity;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n \n texColor *= v_Color;\n \n gl_FragColor = texColor;\n } "},fireworks:{attribNames:["Color","Speed","LifeSpan","Scale","ParticleTexCoord","Center","Position"],uniformNames:["Percent","PreviousPercent","Gravity","StartScale","ShouldSparkle","SparklePeriod","ParticleBurstTiming","PreviousParticleBurstTiming","SpeedMax","ParticleTexture","Opacity","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n uniform float Percent;\n uniform float PreviousPercent;\n uniform float Gravity;\n uniform float StartScale;\n uniform float ShouldSparkle;\n uniform float SparklePeriod;\n uniform float ParticleBurstTiming;\n uniform float PreviousParticleBurstTiming;\n uniform float SpeedMax;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 ParticleTexCoord;\n \n attribute vec4 Color;\n attribute vec3 Speed;\n attribute vec2 LifeSpan;\n attribute float Scale;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n realPercent = clamp(realPercent, 0.0, 1.0);\n \n float prevRealPercent = (PreviousPercent-LifeSpan.x)/LifeSpan.y;\n prevRealPercent = clamp(prevRealPercent, 0.0,1.0);\n \n vec4 center = vec4(Center,0,1);\n vec4 scaleDirectionVec = vec4(Position-Center,0,0);\n \n // TRANSLATE\n vec3 translation = Speed * (SpeedMax * ParticleBurstTiming); // (1.0-pow(1.0-realPercent, ExplosionPower));\n translation.y -= Gravity * (Percent - LifeSpan.x); // Gravity is in terms of global percent, not particle system percent\n \n vec3 prevTranslation = Speed * (SpeedMax * PreviousParticleBurstTiming);\n prevTranslation.y -= Gravity * (PreviousPercent - LifeSpan.x); // Gravity is in terms of global percent, not particle system percent\n \n vec3 blurOffset = translation - prevTranslation; // Blur in direction of velocity\n \n // project centerVec onto translationOffset to get direction\n blurOffset *= (dot(blurOffset, scaleDirectionVec.xyz) >= 0.0 ? 1.0 : -1.0);\n \n center.xyz += translation;\n \n // SCALE\n float scalePercent = (1.0-(1.0-realPercent)*(1.0-realPercent));\n float scaleAdjust = mix(StartScale, Scale, scalePercent);\n // scale down to zero, unless we're sparkling\n scaleAdjust *= (ShouldSparkle>0.5 ? 0.25 : 1.0-scalePercent);\n vec4 position = center + scaleDirectionVec * scaleAdjust;\n position += vec4(blurOffset,0);\n \n // SPARKLE\n float sparkleOpacity = fract(realPercent*realPercent * SparklePeriod);\n sparkleOpacity = smoothstep(0.0, 1.0, sparkleOpacity);\n \n // COLOR\n vec4 color = mix(vec4(1), Color, scalePercent * (ShouldSparkle<0.5 ? 1.0 : 0.5)); // white to color\n color *= (ShouldSparkle<0.5 ? 1.0 : sparkleOpacity); // apply sparkle opacity\n color *= (realPercent>=1.0 ? 0.0 : 1.0);\n v_Color = color;\n \n gl_Position = MVPMatrix * position;\n v_TexCoord = ParticleTexCoord;\n } ",fragment:" \n precision mediump float;\n \n uniform sampler2D ParticleTexture;\n uniform float Opacity;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n //varying float particleTexPercent;\n \n void main()\n {\n vec4 texColor = texture2D(ParticleTexture, v_TexCoord);\n \n texColor *= v_Color * Opacity;\n //texColor.a *= Opacity;\n \n //texColor = vec4(v_TexCoord, 0, 1);\n \n gl_FragColor = texColor;\n } "},fireworkstrails:{attribNames:["Position","TexCoord"],uniformNames:["Texture","Opacity","NoiseAmount","NoiseSeed","NoiseMax","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n attribute vec2 Position;\n attribute vec2 TexCoord;\n \n varying vec2 v_TexCoord;\n \n void main()\n {\n gl_Position = MVPMatrix * vec4(Position, 0,1);\n v_TexCoord = TexCoord;\n } ",fragment:" precision mediump float;\n \n uniform sampler2D Texture;\n uniform float Opacity;\n uniform float NoiseAmount;\n uniform vec2 NoiseSeed;\n uniform float NoiseMax;\n \n //varying vec4 v_Color;\n varying vec2 v_TexCoord;\n //varying float particleTexPercent;\n \n float rand(vec2 co){\n return fract(sin(dot(co.xy ,vec2(12.9898,78.233))) * 43758.5453);\n }\n \n float inverseSquare(float a) {\n return 1.0-(1.0-a)*(1.0-a);\n }\n \n void main()\n {\n vec4 texColor = texture2D(Texture, v_TexCoord);\n \n //texColor = bloom(texColor);\n \n // Dither transparency to add noise\n float randomNoise = NoiseMax*rand(v_TexCoord*NoiseSeed);\n float randomAmount = NoiseAmount * 1.5*max(0.0, texColor.a-0.3333);\n \n float thisOpacity = Opacity * mix(1.0, randomNoise, randomAmount);\n texColor *= thisOpacity;\n \n //texColor = vec4(v_TexCoord, 0, 1);\n \n gl_FragColor = texColor;\n } "},horizontalGaussianBlur:{attribNames:["Position"],uniformNames:["Texture","TextureSize","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n attribute vec2 Position;\n \n void main()\n {\n gl_Position = MVPMatrix * vec4(Position, 0, 1);\n } ",fragment:" precision highp float;\n \n uniform sampler2D Texture;\n uniform vec2 TextureSize;\n \n const vec2 offset1 = vec2(1.3846153846, 0);\n const vec2 offset2 = vec2(3.2307692308, 0);\n const float weight0 = 0.2270270270;\n const float weight1 = 0.3162162162;\n const float weight2 = 0.0702702703;\n \n void main()\n {\n vec4 color = texture2D(Texture, gl_FragCoord.xy*TextureSize) * weight0;\n \n color += texture2D(Texture, (gl_FragCoord.xy + offset1)*TextureSize) * weight1;\n color += texture2D(Texture, (gl_FragCoord.xy - offset1)*TextureSize) * weight1;\n \n color += texture2D(Texture, (gl_FragCoord.xy + offset2)*TextureSize) * weight2;\n color += texture2D(Texture, (gl_FragCoord.xy - offset2)*TextureSize) * weight2;\n \n gl_FragColor = color;\n } "},verticalGaussianBlur:{attribNames:["Position"],uniformNames:["Texture","TextureSize","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n attribute vec2 Position;\n \n void main()\n {\n gl_Position = MVPMatrix * vec4(Position, 0, 1);\n } ",fragment:" precision highp float;\n \n uniform sampler2D Texture;\n uniform vec2 TextureSize;\n \n const vec2 offset1 = vec2(0, 1.3846153846);\n const vec2 offset2 = vec2(0, 3.2307692308);\n const float weight0 = 0.2270270270;\n const float weight1 = 0.3162162162;\n const float weight2 = 0.0702702703;\n \n void main()\n {\n vec4 color = texture2D(Texture, gl_FragCoord.xy*TextureSize) * weight0;\n \n color += texture2D(Texture, (gl_FragCoord.xy + offset1)*TextureSize) * weight1;\n color += texture2D(Texture, (gl_FragCoord.xy - offset1)*TextureSize) * weight1;\n \n color += texture2D(Texture, (gl_FragCoord.xy + offset2)*TextureSize) * weight2;\n color += texture2D(Texture, (gl_FragCoord.xy - offset2)*TextureSize) * weight2;\n \n gl_FragColor = color;\n } "},bloom:{attribNames:["Position","TexCoord"],uniformNames:["Texture","BlurTexture","BloomAmount","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n \n attribute vec2 Position;\n attribute vec2 TexCoord;\n \n varying vec2 v_TexCoord;\n \n void main()\n {\n v_TexCoord = TexCoord;\n gl_Position = MVPMatrix * vec4(Position, 0, 1);\n } ",fragment:" precision mediump float;\n \n uniform sampler2D Texture;\n uniform sampler2D BlurTexture;\n uniform float BloomAmount;\n \n varying vec2 v_TexCoord;\n \n void main()\n {\n vec4 color = texture2D(Texture, v_TexCoord);\n vec4 blurColor = texture2D(BlurTexture, v_TexCoord);\n \n color += (blurColor + color) * BloomAmount;\n gl_FragColor = color;\n } "},shimmerObject:{attribNames:["Position","Center","TexCoord","Color","Speed"],uniformNames:["Percent","Opacity","RotationMatrix","SpeedMax","Texture","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n uniform float Percent;\n uniform float Opacity;\n \n uniform mat3 RotationMatrix;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 TexCoord;\n attribute vec4 Color;\n \n attribute vec3 Speed;\n uniform float SpeedMax;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n void main()\n {\n float thisPercent = Percent;\n float invPercent = 1.0-thisPercent;\n float thisPercent2 = thisPercent*thisPercent;\n \n /* CENTER */\n vec3 scaleDirectionVec = vec3((Position.x-Center.x),(Position.y-Center.y),0);\n \n /* ROTATE */\n vec3 rotatedVec = RotationMatrix * scaleDirectionVec.xyz;\n \n /* SCALE */\n float scale = invPercent;\n vec4 position = vec4(Center.xy,0,1) + vec4(rotatedVec,0) * scale;\n \n vec3 thisSpeed = Speed * SpeedMax;\n position.xyz += thisSpeed * thisPercent*(3.0 + mix(thisPercent2*thisPercent, 1.0-invPercent*invPercent, thisPercent2));\n \n vec4 outColor = Color;\n outColor = vec4(Opacity);\n \n /* output */\n gl_Position = MVPMatrix * position;\n v_Color = outColor;\n v_TexCoord = TexCoord;\n }\n ",fragment:" precision mediump float;\n \n uniform sampler2D Texture;\n \n varying vec4 v_Color;\n\t\tvarying vec2 v_TexCoord;\n \n void main()\n {\n vec4 color = texture2D(Texture, v_TexCoord);\n \n color *= v_Color;\n \n gl_FragColor = color;\n } "},shimmerParticle:{attribNames:["Position","Center","ParticleTexCoord","Color","LifeSpan","Speed","Scale"],uniformNames:["Percent","Opacity","ParticleScalePercent","RotationMatrix","SpeedMax","ParticleTexture","MVPMatrix"],vertex:" \n precision highp float;\n \n uniform mat4 MVPMatrix;\n uniform float Percent;\n uniform float Opacity;\n \n uniform float ParticleScalePercent;\n uniform mat3 RotationMatrix;\n \n attribute vec2 Position;\n attribute vec2 Center;\n attribute vec2 ParticleTexCoord;\n attribute vec4 Color;\n attribute vec2 LifeSpan;\n \n attribute vec3 Speed;\n uniform float SpeedMax;\n attribute float Scale;\n \n varying vec4 v_Color;\n varying vec2 v_TexCoord;\n \n float scaleUpDown(float x) {\n float result = 1.0 - abs(2.0*(x-0.5));\n result *= result;\n return result;\n }\n \n void main()\n {\n /* LIFESPAN */\n float realPercent = (Percent-LifeSpan.x)/LifeSpan.y;\n float doDiscard = (realPercent > 1.0 || realPercent < 0.0) ? 0.0 : 1.0;\n realPercent = clamp(realPercent, 0.0,1.0);\n float realPercent2 = realPercent*realPercent;\n float invPercent2 = 1.0-realPercent;\n invPercent2 *= invPercent2;\n \n vec3 scaleDirectionVec = vec3((Position.x-Center.x),(Position.y-Center.y),0);\n \n /* ROTATE */\n vec3 rotatedVec = RotationMatrix * scaleDirectionVec.xyz;\n \n /* SCALE */\n float scalePercent = (LifeSpan.x <= 0.001 ? ParticleScalePercent : scaleUpDown(realPercent));\n float scale = scalePercent * Scale * doDiscard;\n vec4 position = vec4(Center,0,1) + vec4(rotatedVec,0) * scale;\n \n vec3 thisSpeed = Speed * SpeedMax;\n position.xyz += thisSpeed * realPercent*(3.0 + mix(realPercent*realPercent2, 1.0-invPercent2, realPercent2));\n \n // Only adjust opacity on particles that last the duration of the animation\n float thisOpacity = (LifeSpan.x <= 0.001 ? 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";var 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";var 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wrgt+ga0bCB1b0BiuvlQ4eVkrPz5jBEtz6V6eIC+SriLGuEeVw9T2UY8/DxeKlZaI1hS//sZDOCVFFJLGasZQNq3tnQTxBxDkJLj5lKe3Erk8bhGyjDYdN3BoISa3FYxoaDwk9MHpX0h1sphXAFcZI0gicpbr6E/9crSvYNKwaztFZRihDnenxOM3TVAriKITGUQxgxCq4V7IwBcJoSkxhC23DQqzCz8+ILKnuZgMFb+whp1gBQlWzafLvmdeIXNNXcNKw0BWsz3lWle80qgJJRKNIAFKFoWkDI8jKKy9caRWgdOMHp+aS9hjglSMb8pACzZgORBVo+3LFs/J/b3AoDmwd6YPUhjA4KhvbswgGVLkjnqP25cp8Rdqoz9WhYBoYYBoxYIiqGlWr51jqS15l862qrJfgGagZHIBqxaIPe+UBD7ewAgxwSldQPpkRRB10QXDIrHS/GFjOq0pHI4Fyip13Pr81oKTj0AYNUAVvUvgReWbKAHA0iG94WebgVAKFT/rQBADYCQ+nyq9Nw89pcAwKoFJE+zaoEckkOGfSRmkgBaup1bai9hbTv5+P8lvXy5/7eI/V3qANPtyijTMZFL37QYnfu/tLkjOgBg+poVAFbP90rJvHlNoKYzSNMCpIgpLW3UPDfFLGToOyBjA+bYKJUFTDeO8gatgAyDamxREvsXZwDJk1JjAEuKT6mQsksAIGYgK7OU1AMglK9DIQCkmJ8bDd1l76ABeq8YZSpNAfnVvqRKlZbmlHR5aruStdw7OAeAYKx0WtgxKMLUEvu1jKF5X0Ds9fHwLSd4aIvsY9rtG+/SkQKwFt5ir45BG3tmSeVQ0hMhwQhd+wFqARAydQKLqMqJR62OkNqqXdobJ3QQgQR5tpIEAAtDwFALsNYEVtEAFiaINz/0xgqdNVvQQkEtA6SolgoB4A3UHZbyeisANC1QStepESqkvDc1IYSETMRa+Knd1j2gLNZbVHtQah8Wxiiq/C3NAHE8iz3fI73hsmXTSW17umBkDk0EUgMASM9TTmXpB+jCALUUWZLWSXUELcVJvVeqENZ0M5eo51DgodZYb/Fqq+dbGX1RBkiJPpfJ20v/xhECoCmV9xSBQRFToYIFtIJGSjfEjeIUqu8NACSKOVA8Hko1FBVAQSETLM4AuQKStXBjGdO3FQCEmQZddAXUwZjnl2iEEiBYDZOai+iN1xkqAYAGTGAFGs0IBdb/r5oF5C6kdCBIqedjJQCUUHhY2vNL6gBkNKTWl2BlipI+CRgqf3OpNTQCSCnld/X8NRlAo+bSkUNWRkBnAMwVa6swAIVg/l3rNqdWw1j6+6cxv1bcUWMAWEOBxlQoBE4pc2BrDAAjtccN548MADCKw7Cm59cAwJodlGoHLfZbtUSXiRMzsp1gZIJWoWLVEUE9G1TTBqGRp7fSBLRlj28BgLkeXovYUoZYWsyWFpRaicNNjwfo4WmkaIWlDl/4+iaPoaEn1CKztn6wdggIjRiitt3C2gBYWxtsIo/ubaAt1QHm1gvmfo4KGaRbmzWKzWELgBpw/EfYyO8tHYo2ywCtmWEttb8WEBcFtMM3x9f6GDbkIbRFD/mqi8NvGOBrfvx/AFET0M7WlM6UAAAAAElFTkSuQmCC";var HA=function(){function A(B,g,C,e,Q,t,i,o){lA(this,A),this.renderer=B,this.program=g;var E=this.gl=this.renderer.gl;this.uniforms=g.uniforms,this.attribs=g.attribs;x.enableAttribs(E,g),this.texture=o,this.objectSize=C,this.slideSize=e,this.duration=Q,this.particleSize=i,this.particleSystemSize=t,this.particleCount=t.width*t.height,this.particlesWide=t.width,this.particlesHigh=t.height,this.particleSystemVisibilities=[],this.shouldDraw=!0,this.percentfinished=0}return FA(A,[{key:"animationWillBeginWithContext",value:function(){var A=this.gl,B=this.uniforms,g=this.attribs;void 0!==B.SpeedMax&&(this._speedMax=this.speedMax(),A.uniform1f(B.SpeedMax,this._speedMax)),void 0!==B.RotationMax&&(this._rotationMax=this.rotationMax(),A.uniform1f(B.RotationMax,this._rotationMax)),void 0!==B.Duration&&(this._duration=this.duration/1e3,A.uniform1f(B.Duration,this._duration));var C,e=this.particleSize,Q=this.objectSize,t=eA(0,0,Q.width,Q.height),i=Q.width,o=Q.height;if(this.pixels){var E=A.createFramebuffer();C=new Uint8Array(i*o*4),A.bindFramebuffer(A.FRAMEBUFFER,E),A.framebufferTexture2D(A.FRAMEBUFFER,A.COLOR_ATTACHMENT0,A.TEXTURE_2D,this.texture,0),A.checkFramebufferStatus(A.FRAMEBUFFER)===A.FRAMEBUFFER_COMPLETE&&A.readPixels(0,0,i,o,A.RGBA,A.UNSIGNED_BYTE,C),A.bindFramebuffer(A.FRAMEBUFFER,null)}var w=void 0!==g.TexCoord;A.useProgram(this.program.shaderProgram);var I=this.attributeBuffers={};I.Position=[],I.Center=[],I.TexCoord=[],I.ParticleTexCoord=[],I.Speed=[],I.Rotation=[],I.Scale=[],I.LifeSpan=[],I.Color=[];for(var a=this.numberOfVerticesPerParticle,n=0,r=this.particlesHigh;n<r;n++)for(var s=0,G=this.particlesWide;s<G;s++){var D=T.makePoint(s,n),h=(u=this.particlesWide*D.y+D.x)*a,Y=eA(s*e.width,n*e.height,e.width,e.height);!w||s!==G-1&&n!==r-1||(Y=z(Y,t));var c=Y,l=!0;if(this.pixels){for(var M=T.makePoint4D(0,0,0,0),F=0,d=c.origin.x+c.size.width,U=c.origin.y+c.size.height,k=c.origin.y;k<U;++k)for(var K=c.origin.x;K<d;++K)if(K<i&&k<o){var u=k*i*4+4*K;if(void 0!==g.Color){var J=1;if(c.size.width>1){var m=2*(K-c.origin.x)/c.size.width-1,H=2*(k-c.origin.y)/c.size.height-1;J=1-m*m+(1-H*H)}var p=C[u],f=C[u+1],S=C[u+2],R=C[u+3],Z=T.makePoint4D(p/255,f/255,S/255,R/255);0!==Z.w&&(M.x+=J*Z.x/Z.w,M.y+=J*Z.y/Z.w,M.z+=J*Z.z/Z.w,M.w+=J*Z.w,F+=J)}else{R=C[u+3]/255;M.w+=R}}if(l=M.w>0,this.particleSystemVisibilities.push(l),void 0!==g.Color){0===F&&(F=1);var y=1/F,L=T.multiplyPoint4DByScalar(M,y),O=I.Color;x.setPoint4DAtIndexForAttribute(L,h,O),x.setPoint4DAtIndexForAttribute(L,h+1,O),x.setPoint4DAtIndexForAttribute(L,h+2,O),x.setPoint4DAtIndexForAttribute(L,h+3,O)}}this.willOverrideStartingPoints&&(Y.origin=T.setOrigin(Y.origin,this.startingPointAtIndexPoint(D)));var b=[];b[0]=T.makePoint(Y.origin.x,Y.origin.y),a>1&&(b[1]=T.makePoint(Y.origin.x+Y.size.width,Y.origin.y),b[2]=T.makePoint(Y.origin.x+Y.size.width,Y.origin.y+Y.size.height),b[3]=T.makePoint(Y.origin.x,Y.origin.y+Y.size.height));for(var W=0;W<a;W++)x.setPoint2DAtIndexForAttribute(b[W],h+W,I.Position);if(void 0!==g.Center){var V=Y.origin.x+Y.size.width/2,N=Y.origin.y+Y.size.height/2;x.setPoint2DAtIndexForAttribute(T.makePoint(V,N),h,I.Center),x.setPoint2DAtIndexForAttribute(T.makePoint(V,N),h+1,I.Center),x.setPoint2DAtIndexForAttribute(T.makePoint(V,N),h+2,I.Center),x.setPoint2DAtIndexForAttribute(T.makePoint(V,N),h+3,I.Center)}if(void 0!==g.TexCoord)for(W=0;W<a;W++){var v=T.makePoint(b[W].x/Q.width,b[W].y/Q.height);x.setPoint2DAtIndexForAttribute(v,h+W,I.TexCoord)}if(void 0!==g.ParticleTexCoord&&(x.setPoint2DAtIndexForAttribute(T.makePoint(0,0),h,I.ParticleTexCoord),x.setPoint2DAtIndexForAttribute(T.makePoint(1,0),h+1,I.ParticleTexCoord),x.setPoint2DAtIndexForAttribute(T.makePoint(1,1),h+2,I.ParticleTexCoord),x.setPoint2DAtIndexForAttribute(T.makePoint(0,1),h+3,I.ParticleTexCoord)),void 0!==g.Speed){var X=this.speedAtIndexPoint(D);x.setPoint3DAtIndexForAttribute(X,h,I.Speed),x.setPoint3DAtIndexForAttribute(X,h+1,I.Speed),x.setPoint3DAtIndexForAttribute(X,h+2,I.Speed),x.setPoint3DAtIndexForAttribute(X,h+3,I.Speed)}if(void 0!==g.Rotation){var P=this.rotationAtIndexPoint(D);x.setPoint3DAtIndexForAttribute(P,h,I.Rotation),x.setPoint3DAtIndexForAttribute(P,h+1,I.Rotation),x.setPoint3DAtIndexForAttribute(P,h+2,I.Rotation),x.setPoint3DAtIndexForAttribute(P,h+3,I.Rotation)}if(void 0!==g.Scale){var j=this.scaleAtIndexPoint(D);x.setFloatAtIndexForAttribute(j,h,I.Scale),x.setFloatAtIndexForAttribute(j,h+1,I.Scale),x.setFloatAtIndexForAttribute(j,h+2,I.Scale),x.setFloatAtIndexForAttribute(j,h+3,I.Scale)}if(void 0!==g.LifeSpan){var q=this.lifeSpanAtIndexPoint(D);x.setPoint2DAtIndexForAttribute(q,h,I.LifeSpan),x.setPoint2DAtIndexForAttribute(q,h+1,I.LifeSpan),x.setPoint2DAtIndexForAttribute(q,h+2,I.LifeSpan),x.setPoint2DAtIndexForAttribute(q,h+3,I.LifeSpan)}if(void 0!==g.Color&&this.willOverrideColors){var _=this.colorAtIndexPoint(D);x.setPoint4DAtIndexForAttribute(_,h,I.Color),x.setPoint4DAtIndexForAttribute(_,h+1,I.Color),x.setPoint4DAtIndexForAttribute(_,h+2,I.Color),x.setPoint4DAtIndexForAttribute(_,h+3,I.Color)}}var $=0,AA=this.elementArray=[];for(W=0;W<this.particleCount;W++)AA[$++]=4*W+0,AA[$++]=4*W+1,AA[$++]=4*W+2,AA[$++]=4*W+0,AA[$++]=4*W+2,AA[$++]=4*W+3;this.buffer={},x.bindAllAvailableAttributesToBuffers(A,g,I,{LifeSpan:2,Scale:1,Rotation:3,Speed:3,ParticleTexCoord:2,TexCoord:2,Center:2,Position:2,Color:4},this.buffer,A.DYNAMIC_DRAW),this.elementArrayBuffer=A.createBuffer(),A.bindBuffer(A.ELEMENT_ARRAY_BUFFER,this.elementArrayBuffer),A.bufferData(A.ELEMENT_ARRAY_BUFFER,new Uint16Array(AA),A.DYNAMIC_DRAW),this.uniforms.Texture&&A.uniform1i(this.uniforms.Texture,0),this.uniforms.ParticleTexture&&A.uniform1i(this.uniforms.ParticleTexture,0)}},{key:"drawFrame",value:function(A,B){var g=this.gl,C=this.program,e=this.uniforms;this.percentfinished=A,g.useProgram(C.shaderProgram),g.bindTexture(g.TEXTURE_2D,this.texture),g.uniform1f(e.Percent,A),g.uniform1f(e.Opacity,B),x.bindAllAvailableAttributesToBuffers(g,this.attribs,this.attributeBuffers,{LifeSpan:2,Scale:1,Rotation:3,Speed:3,ParticleTexCoord:2,TexCoord:2,Center:2,Position:2,Color:4},this.buffer,g.DYNAMIC_DRAW),g.bindBuffer(g.ELEMENT_ARRAY_BUFFER,this.elementArrayBuffer),g.bufferData(g.ELEMENT_ARRAY_BUFFER,new Uint16Array(this.elementArray),g.DYNAMIC_DRAW),this.draw()}},{key:"draw",value:function(){var A=this.gl;A.drawElements(A.TRIANGLES,this.elementArray.length,A.UNSIGNED_SHORT,0)}},{key:"setColor",value:function(A){var B=this.gl;B.useProgram(this.program.shaderProgram),B.uniform4fv(this.uniforms.Color,A)}},{key:"setMVPMatrix",value:function(A){var B=this.gl;B.useProgram(this.program.shaderProgram),B.uniformMatrix4fv(this.uniforms.MVPMatrix,!1,A)}},{key:"indexFromPoint",value:function(A){return this.particlesWide*A.y+A.x}},{key:"point3DRandomDirection",value:function(){var A=T.randomBetween(-1,1),B=T.randomBetween(0,2*Math.PI),g=Math.sqrt(1-A*A);return T.makePoint3D(g*Math.cos(B),g*Math.sin(B),A)}}],[{key:"particleSystemSizeWithRequestedNumber",value:function(A,B,g){var C=65535/g;if(A=Math.min(A,C),0===B.width&&0===B.height||this.willOverrideStartingPoints||1===A)return T.makeSize(A,1);if(A>=B.width*B.height)return B;if(A<1)return A=1,T.makeSize(A,1);var e=0,Q=0,t=Math.round(Math.sqrt(B.width*B.height));if((e=Math.ceil(B.width/t)*Math.ceil(B.height/t))===A)return T.makeSize(t,t);if(e<A){do{Q=e,t--,e=Math.ceil(B.width/t)*Math.ceil(B.height/t)}while(e<A&&t>2);return t<=2?T.makeSize(Math.ceil(B.width/2),Math.ceil(B.height/2)):Math.abs(e-A)<Math.abs(Q-A)?T.makeSize(Math.ceil(B.width/t),Math.ceil(B.height/t)):T.makeSize(Math.ceil(B.width/(t+1)),Math.ceil(B.height/(t+1)))}do{Q=e,t++,e=Math.ceil(B.width/t)*Math.ceil(B.height/t)}while(e>A&&t>2);return t<=2?T.makeSize(Math.ceil(B.width/2),Math.ceil(B.height/2)):Math.abs(e-A)<Math.abs(Q-A)?T.makeSize(Math.ceil(B.width/t),Math.ceil(B.height/t)):T.makeSize(Math.ceil(B.width/(t+1)),Math.ceil(B.height/(t+1)))}}]),A}(),pA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E){var w;return lA(this,g),(w=B.call(this,A,C,e,Q,t,i,o,E)).willOverrideStartingPoints=!0,w.numberOfVerticesPerParticle=4,w.setupWithTexture(),w}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"startingPointAtIndexPoint",value:function(A){var B=this.indexFromPoint(A);return T.makePoint(B/this.particleCount*this.objectSize.width-8,8)}},{key:"speedAtIndexPoint",value:function(A){var B=2*this.indexFromPoint(A)/this.particleCount-1;B=(B<0?-1:1)*Math.sqrt(Math.abs(B));var g=(Math.abs(B)+.25)*T.randomBetween(-1,.1);return B*=T.randomBetween(.25,1),T.makePoint3D(5.6*this.p_anvilGlobalScale()*B,5*this.p_anvilGlobalScale()*-g,0)}},{key:"rotationAtIndexPoint",value:function(A){var B=(2*this.indexFromPoint(A)/this.particleCount-1)*T.randomBetween(.5,1)*Math.PI;return B*=this.duration/1e3,T.makePoint3D(0,0,B)}},{key:"scaleAtIndexPoint",value:function(A){var B=Math.abs(2*this.indexFromPoint(A)/this.particleCount-1);B+=1.25;var g=T.randomBetween(0,1);return g*=g*g,B*=T.mix(1,2.5,g),B*=this.p_anvilGlobalScale()/16}},{key:"lifeSpanAtIndexPoint",value:function(A){return T.makePoint(0,this.duration/1e3*T.randomBetween(.15,1))}},{key:"p_anvilGlobalScale",value:function(){return T.mix(1.25,.75,this.objectSize.width/this.slideSize.width)*(this.objectSize.width/7)}}]),g}(HA),fA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E){var w;return lA(this,g),(w=B.call(this,A,C,e,Q,t,i,o,E)).willOverrideStartingPoints=!0,w.numberOfVerticesPerParticle=4,w.setupWithTexture(),w}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"startingPointAtIndexPoint",value:function(A){var B=this.indexFromPoint(A);return T.makePoint(B/this.particleCount*this.objectSize.width-8,8)}},{key:"speedAtIndexPoint",value:function(A){var B=T.makePoint3D(0,0,0),g=this.indexFromPoint(A);return B.x=2*g/this.particleCount-1,B.y=T.randomBetween(.2,1),g%3!=1?(B.z=.2,B.y*=.025*(T.randomBetween(0,1)<.5?-1:1),B.x*=10,B.y*=10):B.z=1,B.x*=5.25*this.p_anvilGlobalScale(),B.y*=4*this.p_anvilGlobalScale(),B}},{key:"rotationAtIndexPoint",value:function(A){var B=(2*this.indexFromPoint(A)/this.particleCount-1)*T.randomBetween(.5,1)*Math.PI;return B*=this.duration/1e3,T.makePoint3D(0,0,B)}},{key:"scaleAtIndexPoint",value:function(A){var B=this.indexFromPoint(A),g=T.randomBetween(3,5);return B%3!=1&&(g*=3),g*=this.p_anvilGlobalScale()/16}},{key:"lifeSpanAtIndexPoint",value:function(A){var B=this.indexFromPoint(A),g=T.makePoint(0,Math.min(1,this.duration/1e3)*T.randomBetween(.2,.5));return B%3!=1&&(g.y*=10),g}},{key:"p_anvilGlobalScale",value:function(){return T.mix(1.25,.75,this.objectSize.width/this.slideSize.width)*(this.objectSize.width/7)}}]),g}(HA),SA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o){var E;lA(this,g);var w=e.width,I=e.height,a=HA.particleSystemSizeWithRequestedNumber(i,T.makeSize(w,I),4),n=T.makeSize(Math.ceil(w/a.width),Math.ceil(I/a.height));return(E=B.call(this,A,C,e,Q,t,a,n,o)).willOverrideStartingPoints=!0,E.numberOfVerticesPerParticle=4,E}return FA(g,[{key:"p_setupParticleDataWithTexture",value:function(A){var B=this.gl,g=Math.round(A.width),C=Math.round(A.height),e=B.createFramebuffer(),Q=new Uint8Array(g*C*4);B.bindFramebuffer(B.FRAMEBUFFER,e),B.framebufferTexture2D(B.FRAMEBUFFER,B.COLOR_ATTACHMENT0,B.TEXTURE_2D,A.texture,0),B.checkFramebufferStatus(B.FRAMEBUFFER)===B.FRAMEBUFFER_COMPLETE&&B.readPixels(0,0,g,C,B.RGBA,B.UNSIGNED_BYTE,Q);for(var t,i={x:g,y:C},o={x:0,y:0},E=[],w=g,I=0;I<4*g;I+=4){for(var a=I/4,n=Number.MAX_VALUE,r=0,s=!1,G={x:a/g,y:-1},D=C-1;D>=0;D--){var h=C-D;Q[4*a+D*g*4+3]/255>.1&&(n=Math.min(h,n),r=Math.max(h,r),s=!0)}s&&(G.y=r/C,i.x=Math.min(i.x,a),o.x=Math.max(o.x,a),i.y=Math.min(i.y,n),o.y=Math.max(o.y,r)),E[a]=G}t={width:o.x-i.x,height:o.y-i.y},this._actualSize=t,this._bottomRow=E,this._bottomRowCount=w,B.bindFramebuffer(B.FRAMEBUFFER,null),this.animationWillBeginWithContext();for(var Y=this.attributeBuffers.Position,c=this.attributeBuffers.Center,l=this._actualSize.height/2,M=this.numberOfVerticesPerParticle,F=0,d=this.particleCount;F<d;F++){var U=F*M,k={x:Y[2*U],y:Y[2*U+1]};k.x-=l/2,k.y-=l/2;var K=T.makeRect(k.x,k.y,l,l),u=T.makePoint(k.x+l/2,k.y+l/2);x.setPoint2DAtIndexForAttribute(T.makePoint(K.x,K.y),U,Y),x.setPoint2DAtIndexForAttribute(T.makePoint(K.x+K.width,K.y),U+1,Y),x.setPoint2DAtIndexForAttribute(T.makePoint(K.x+K.width,K.y+K.height),U+2,Y),x.setPoint2DAtIndexForAttribute(T.makePoint(K.x,K.y+K.height),U+3,Y);for(I=0;I<4;I++)x.setPoint2DAtIndexForAttribute(u,U+I,c)}}},{key:"startingPointAtIndexPoint",value:function(A){for(var B=0,g=0,C=!1,e=0;e<this._bottomRowCount;e++)if(-1!==this._bottomRow[e].y){C=!0;break}if(this._bottomRow&&C)do{var Q=T.randomBetween(0,this._bottomRowCount-1);Q=Math.round(Q),B=this._bottomRow[Q].x,g=this._bottomRow[Q].y}while(-1===g);return{x:B*this.objectSize.width,y:g*this.objectSize.height}}},{key:"speedAtIndexPoint",value:function(A){var B=4*this.indexFromPoint(A),g=this.attributeBuffers.Position[2*B+1];g=Math.min(g,this._actualSize.height);var C=(.2*this._actualSize.height+.9*g)*(1+T.randomBetween(0,.1)),e=T.makePoint3D(0,C,0);return e=T.multiplyPoint3DByScalar(e,1/this.speedMax())}},{key:"speedMax",value:function(){return 1.1*this._actualSize.height*1.1}},{key:"lifeSpanAtIndexPoint",value:function(A){var B=Math.min(1,1/Math.max(2,this._duration))*T.randomBetween(.8,1),g=this.indexFromPoint(A)/this.particleCount;return g=g*g*.25+.75*g,g*=1-B,T.makePoint(g,B)}},{key:"rotationAtIndexPoint",value:function(A){return T.makePoint3D(T.randomBetween(-1,1),0,T.randomBetween(-1,1))}},{key:"rotationMax",value:function(){return 2*Math.PI}}]),g}(HA),RA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o){var E;lA(this,g);var w=e.width,I=e.height,a=HA.particleSystemSizeWithRequestedNumber(i,T.makeSize(w,I),4),n=T.makeSize(Math.ceil(w/a.width),Math.ceil(I/a.height));return(E=B.call(this,A,C,e,Q,t,a,n,o)).willOverrideStartingPoints=!1,E.numberOfVerticesPerParticle=4,E.setupWithTexture(),E}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"startingPointAtIndexPoint",value:function(A){var B=this.indexFromPoint(A);return T.makePoint(B/this.particleCount*this.objectSize.width-8,8)}},{key:"speedAtIndexPoint",value:function(A){var B=.025,g=20*B,C=this.objectSize.width/this.slideSize.width*this.objectSize.height/this.slideSize.height;B*=C=1-.75*(C=Math.sqrt(C)),g*=C;var e=Math.min(this.objectSize.height,this.objectSize.width),Q=e*g,t=e*B,i=(this.particleSystemSize.width*this.particleSystemSize.width+this.particleSystemSize.height*this.particleSystemSize.height)/4,o=T.makePoint3D(T.randomBetween(-1,1),T.randomBetween(-1,1),T.randomBetween(-1,1));o.z=-Math.abs(o.z),o=T.multiplyPoint3DByScalar(o,Q);var E=T.makePoint3D(A.x-this.particlesWide/2,A.y-this.particlesHigh/2,0),w=E.x*E.x+E.y*E.y;E.z=Math.sqrt(i-w);var I=T.multiplyPoint3DByScalar(E,t);return I=T.addPoint3DToPoint3D(I,o)}},{key:"rotationAtIndexPoint",value:function(A){var B=8*Math.PI,g=T.makePoint3D(T.randomBetween(-1,1),T.randomBetween(-1,1),T.randomBetween(-1,1));return T.multiplyPoint3DByScalar(g,B)}},{key:"scaleAtIndexPoint",value:function(A){return 1}}]),g}(HA),ZA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E){var w;lA(this,g);var I=e.width,a=e.height,n=HA.particleSystemSizeWithRequestedNumber(i,T.makeSize(I,a),4),r=T.makeSize(Math.ceil(I/n.width),Math.ceil(a/n.height));return(w=B.call(this,A,C,e,Q,t,n,r,o)).willOverrideStartingPoints=!1,w.numberOfVerticesPerParticle=4,w.l2r=E,w.setupWithTexture(),w}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"speedAtIndexPoint",value:function(A){var B=this.l2r,g=T.makePoint3D(T.randomBetween(-1,1),T.randomBetween(-1,1),T.randomBetween(-1,1)),C=2*A.y/this.particleSystemSize.height-1;g=T.multiplyPoint3DByScalar(g,8*(1.1-C*C));var e=T.makePoint3D((2-Math.abs(C))*(B?-1:1),2*C,0);e=T.multiplyPoint3DByScalar(e,5);var Q=T.addPoint3DToPoint3D(e,g);return 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C=T.colorWithHSBA(T.randomBetween(0,1),1,1,1);this._startingColorRGB=T.makePoint3D(C.red,C.green,C.blue),this.animationWillBeginWithContext()}},{key:"startingPointAtIndexPoint",value:function(A){return this._startingPoint}},{key:"colorAtIndexPoint",value:function(A){var B=this.point3DRandomDirection(),g=T.multiplyPoint3DByScalar(B,this.colorRandomness),C=T.addPoint3DToPoint3D(this._startingColorRGB,g);return C.x=T.clamp(C.x,0,1),C.y=T.clamp(C.y,0,1),C.z=T.clamp(C.z,0,1),{x:C.x,y:C.y,z:C.z,w:1}}},{key:"speedAtIndexPoint",value:function(A){var B=this.point3DRandomDirection(),g=T.randomBetween(.8,1);return T.multiplyPoint3DByScalar(B,g)}},{key:"speedMax",value:function(){return this.maxDistance}},{key:"scaleAtIndexPoint",value:function(A){return T.randomBetween(this.randomParticleSizeMinMax.width,this.randomParticleSizeMinMax.height)}},{key:"lifeSpanAtIndexPoint",value:function(A){return T.makePoint(0,T.randomBetween(this.lifeSpanMinDuration,1))}}]),g}(HA),LA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E){return lA(this,g),B.call(this,A,C,e,Q,t,i,o,E)}return FA(g,[{key:"speedMax",value:function(){return.075*Math.sqrt(this.objectSize.width*this.objectSize.height)}},{key:"speedAtIndexPoint",value:function(A){var B=this.point3DRandomDirection();return B.z=0,B}}]),g}(HA),OA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E){var w;lA(this,g);var I=e.width,a=e.height,n=HA.particleSystemSizeWithRequestedNumber(i,T.makeSize(I,a),4),r=T.makeSize(Math.ceil(I/n.width),Math.ceil(a/n.height));return(w=B.call(this,A,C,e,Q,t,n,r,o,E)).willOverrideStartingPoints=!1,w.willOverrideColors=!1,w.numberOfVerticesPerParticle=4,w.pixels=!0,w.direction=E,w.setupWithTexture(),w}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"drawGLSLWithPercent",value:function(A,B,g,C){var e=Math.max(0,1.1*A-.1),Q=1-Math.min(1,wA(5*A,A*A,A)),t=j(e*(C?1:-1)*2),i=T.makeMat3WithAffineTransform(t);this.gl.uniformMatrix3fv(this.uniforms.RotationMatrix,!1,i),this.drawFrame(e,B*Q)}}]),g}(LA),bA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E,w,I){var a;lA(this,g);return(a=B.call(this,A,C,e,Q,t,i,o,w,I)).kNumHullPoints=20,a.willOverrideStartingPoints=!0,a.willOverrideColors=!0,a.numberOfVerticesPerParticle=4,a.direction=I,a.objectSystem=E,a.objectSystemVertexCount=4*E.particleCount,a.p_particleHullArray=[{x:.3,y:.3},{x:.7,y:.3},{x:.7,y:.7},{x:.3,y:.7},{x:.48828125,y:.7},{x:.51171875,y:.7},{x:.51171875,y:.98},{x:.48828125,y:.98},{x:.7,y:.51171875},{x:.98,y:.51171875},{x:.98,y:.48828125},{x:.7,y:.48828125},{x:.48828125,y:.02},{x:.51171875,y:.02},{x:.51171875,y:.3},{x:.48828125,y:.3},{x:.02,y:.48828125},{x:.3,y:.48828125},{x:.3,y:.51171875},{x:.02,y:.51171875}],a.setupWithTexture(),a}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext(),this.p_setupVertexData()}},{key:"p_setupVertexData",value:function(){for(var A=eA(0,0,1,1),B=(this.numberOfVerticesPerParticle,this.particleCount),g=5*this.particleCount,C=(this.attributeBuffers,{Position:[],Center:[],TexCoord:[],ParticleTexCoord:[],Speed:[],Rotation:[],Scale:[],LifeSpan:[],Color:[]}),e=0;e<B;++e){var Q=4*e,t=this.attributeBuffers.Scale[Q],i=T.makePoint3D(this.attributeBuffers.Speed[3*Q],this.attributeBuffers.Speed[3*Q+1],this.attributeBuffers.Speed[3*Q+2]),o=T.makePoint4D(this.attributeBuffers.Color[4*Q],this.attributeBuffers.Color[4*Q+1],this.attributeBuffers.Color[4*Q+2],this.attributeBuffers.Color[4*Q+3]),E=aA(T.makePoint(this.attributeBuffers.Position[2*Q],this.attributeBuffers.Position[2*Q+1]),T.makePoint(this.attributeBuffers.Position[2*Q+4],this.attributeBuffers.Position[2*Q+5]));!1===this.objectSystem.particleSystemVisibilities[e]&&(E=aA(T.makePoint(0,0),T.makePoint(0,0)));for(var w=T.makePoint(this.attributeBuffers.Center[2*Q],this.attributeBuffers.Center[2*Q+1]),I=T.makePoint(this.attributeBuffers.LifeSpan[2*Q],this.attributeBuffers.LifeSpan[2*Q+1]),a=this.p_particleHullArray,n=this.kNumHullPoints,r=0;r<n;++r){var s=e*n+r,G=a[r],D=this.p_hullPoint(G,E);x.setPoint2DAtIndexForAttribute(D,s,C.Position);var 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B=4*this.indexFromPoint(A),g=this.objectSystemVertexCount,C=this.objectSystem.attributeBuffers.Speed;return B<g?T.makePoint3D(C[3*B],C[3*B+1],C[3*B+2]):T.makePoint3D(0,0,0)}},{key:"scaleAtIndexPoint",value:function(A){var B=T.randomBetween(0,1);return v(1,25,B*B)}},{key:"lifeSpanAtIndexPoint",value:function(A){if(4*this.indexFromPoint(A)<this.objectSystemVertexCount)return T.makePoint(0,1);var B=Math.min(2/(this.duration/1e3),.9),g=wA(.01,.99,1-nA(T.randomBetween(0,1)));return B*=nA(g),g=Math.min(g,.99-B),T.makePoint(g,B)}},{key:"colorAtIndexPoint",value:function(A){var B=4*this.indexFromPoint(A),g=this.objectSystemVertexCount,C=this.objectSystem.attributeBuffers.Color;return B<g?T.makePoint4D(C[4*B],C[4*B+1],C[4*B+2],C[4*B+3]):T.makePoint4D(1,1,1,1)}},{key:"drawGLSLWithPercent",value:function(A,B,g,C){var e=j(A*(C?1:-1)*2),Q=T.makeMat3WithAffineTransform(e);this.gl.uniformMatrix3fv(this.uniforms[Bg],!1,Q);var t=1-A,i=v(t*t,25*A,Math.pow(t,15));this.gl.uniform1f(this.uniforms[Ag],i),this.drawFrame(A,B)}}]),g}(LA),xA=function(A){GA(g,A);var B=hA(g);function g(A,C,e,Q,t,i,o,E,w){var I;return lA(this,g),(I=B.call(this,A,C,e,Q,t,i,o,E)).willOverrideStartingPoints=!0,I.numberOfVerticesPerParticle=4,I.direction=w,I.cachedGlobalScale=I.p_globalScale(),I.setupWithTexture(),I}return FA(g,[{key:"setupWithTexture",value:function(){this.animationWillBeginWithContext()}},{key:"p_globalScale",value:function(){var A=this.objectSize,B=this.slideSize,g=Math.min(A.width,A.height),C=g/Math.min(B.width,B.height);return g=g/Math.sqrt(Math.sqrt(C))*.25}},{key:"startingPointAtIndexPoint",value:function(A){var B=.1/(this.duration/1e3),g=this.direction===S||this.direction===R,C=this.direction===f||this.direction===S,e=this.indexFromPoint(A)/this.particleCount,Q=(e=C?1-e:e)+B*T.doubleBetween(-1,1),t=Math.random();t=2*t-1,t=((t*=Math.abs(t))+1)/2;var i=g?t:Q,o=g?Q:t;return T.makePoint(i*this.objectSize.width-this.particleSize.width/2,o*this.objectSize.height-this.particleSize.height/2)}},{key:"speedAtIndexPoint",value:function(A){var B=this.point3DRandomDirection();B.z*=.01;var g=Math.random();return T.multiplyPoint3DByScalar(B,g)}},{key:"speedMax",value:function(){var A=Math.min(this.objectSize.width,this.objectSize.height),B=A/Math.min(this.slideSize.width,this.slideSize.height);return A=A/Math.pow(B,.667)*.25*1.5}},{key:"scaleAtIndexPoint",value:function(A){return this.cachedGlobalScale/this.particleSize.width}},{key:"lifeSpanAtIndexPoint",value:function(A){var B=this.indexFromPoint(A)/this.particleCount,g=gg/Math.max(.75,this.duration/1e3);return B*=1-g,T.makePoint(B,g)}}]),g}(HA);function TA(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function WA(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function VA(A,B,g){return B&&WA(A.prototype,B),g&&WA(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var 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B=this.parameterGroup[A].dblValue;return B||(B=this.parameterGroup[A]),B>0}},{key:"doubleForAnimationCurve",value:function(A,B){return this.pathForAnimationCurve(A).yValueFromXValue(B)}},{key:"pathForAnimationCurve",value:function(A){var B=this.animationCurves[A];if(!B){var g=this.parameterGroup[A];B=new vA(g.controlPoints[0],g.controlPoints[1]),this.animationCurves[A]=B}return B}}]),A}();function PA(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function jA(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function qA(A,B,g){return B&&jA(A.prototype,B),g&&jA(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}function zA(A){var B=0;switch(A){case 5120:B=5120;break;case 5121:B=5121;break;case 5123:B=5123;break;case 5122:B=5122;break;case 5126:B=5126;break;case 0:console.log("Unknown TSDGLdataBufferDataType!")}return B}function _A(A){var B=0;switch(A){case 5120:case 5121:B=1;break;case 5122:case 5123:B=2;break;case 5126:B=4}return B}function $A(A,B){return B&&(A*=127),A}function AB(A,B){return B&&(A*=255),A}function BB(A,B){return B&&(A*=32767),A}function gB(A,B){return B&&(A*=65535),A}function CB(A,B,g,C,e){switch(g){case 5120:var Q=function(A,B){var g=$A(A.x,B),C=$A(A.y,B),e=new Int8Array(2);return e.set([g,C],0),e}(e,C);new Int8Array(A).set(Q,B);break;case 5121:Q=function(A,B){var g=AB(A.x,B),C=AB(A.y,B),e=new Uint8Array(2);return e.set([g,C],0),e}(e,C);new Uint8Array(A).set(Q,B);break;case 5122:Q=function(A,B){var g=BB(A.x,B),C=BB(A.y,B),e=new Int16Array(4);return e.set([g,C],0),e}(e,C);new Int16Array(A).set(Q,B/2);break;case 5123:Q=function(A,B){var g=gB(A.x,B),C=gB(A.y,B),e=new Uint16Array(4);return e.set([g,C],0),e}(e,C);new Uint16Array(A).set(Q,B/2);break;case 5126:new Float32Array(A).set([e.x,e.y],B/4);break;case 0:console.log("Unknown data type!")}}var eB=function(){function 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t=this._vertexAttributes[e];t.dataArrayBuffer=this;var i=_A(t.dataType);0===this._bufferUsage&&(this._bufferUsage=t.bufferUsage),t.bufferOffset=C;var o=t.componentCount*i;C+=o=o+3&-4,4*t.componentCount}this.GLDataBufferEntrySize=C,this.GLDataBufferEntrySize>0&&(this.mGLData=new ArrayBuffer(this.mVertexCount*this.GLDataBufferEntrySize)),this.bufferCount=g,this.mNeedsUpdateFirstIndex=[],this.mNeedsUpdateLastIndex=[];for(e=0;e<g;e++)this.mNeedsUpdateFirstIndex[e]=-1,this.mNeedsUpdateLastIndex[e]=-1}},{key:"p_setupGLDataBufferIfNecessary",value:function(){var A=this.gl;if(!this.mGLDataBufferHasBeenSetup){for(var B=0;B<this.bufferCount;B++)this.mGLDataBuffers[B]=A.createBuffer(),A.bindBuffer(A.ARRAY_BUFFER,this.mGLDataBuffers[B]),A.bufferData(A.ARRAY_BUFFER,this.mGLData,this._bufferUsage),this.mNeedsUpdateFirstIndex[B]=-1,this.mNeedsUpdateLastIndex[B]=-1;this.mGLDataBufferHasBeenSetup=!0}}},{key:"updateDataBufferIfNecessary",value:function(){if(this.p_setupGLDataBufferIfNecessary(),this.hasUpdatedData())if(35044!==this._bufferUsage){for(var A=this.gl,B=Number.MAX_SAFE_INTEGER,g=-1,C=0;C<this.bufferCount;C++){var e=this.mNeedsUpdateFirstIndex[C];-1!==e&&(B=Math.min(B,e)),-1!==this.mNeedsUpdateLastIndex[C]&&(g=Math.max(g,this.mNeedsUpdateLastIndex[C]))}var Q=B;Q*=this.GLDataBufferEntrySize,this.GLDataBufferEntrySize,A.bindBuffer(A.ARRAY_BUFFER,this.mGLDataBuffers[this.currentBufferIndex]),A.bufferSubData(A.ARRAY_BUFFER,Q,this.mGLData),this.mNeedsUpdateFirstIndex[this.currentBufferIndex]=-1,this.mNeedsUpdateLastIndex[this.currentBufferIndex]=-1}else console.log("We're GL_STATIC_DRAW but trying (and FAILING) to update the array after initial setup!")}},{key:"p_bufferOffsetOfAttribute",value:function(A,B,g){var C=B*this.GLDataBufferEntrySize;return C+=A.bufferOffset,0!==g&&(C+=_A(A.dataType)*g),C}},{key:"setGLPoint2D",value:function(A,B,g){var C=this.p_bufferOffsetOfAttribute(B,g,0);CB(this.mGLData,C,B.dataType,B.isNormalized,A),this.addIndexNeedsUpdate(g)}},{key:"enableVertexAttributeArrayBuffersWithShader",value:function(A){var B=this.gl;this.updateDataBufferIfNecessary(),B.bindBuffer(B.ARRAY_BUFFER,this.mGLDataBuffers[this.currentBufferIndex]);for(var g=0,C=this._vertexAttributes.length;g<C;g++){var e=this._vertexAttributes[g],Q=e.locationInShader;-1===Q&&(-1===(Q=A.locationForAttribute(e.name))&&console.log("Could not find attribute "+e.name+"in shader!"),e.locationInShader=Q);var t=0;this._vertexAttributes.length>1&&(t=this.GLDataBufferEntrySize);var i=zA(e.dataType);B.enableVertexAttribArray(Q),B.vertexAttribPointer(Q,e.componentCount,i,e.isNormalized?1:0,t,e.bufferOffset)}}},{key:"disableVertexAttributeArrayBuffersWithShader",value:function(A){for(var B=this.gl,g=0,C=this._vertexAttributes.length;g<C;g++){var e=this._vertexAttributes[g];B.disableVertexAttribArray(e.locationInShader)}B.bindBuffer(B.ARRAY_BUFFER,null)}},{key:"hasUpdatedData",value:function(){for(var A=0;A<this.bufferCount;A++)if(-1!==this.mNeedsUpdateFirstIndex[A])return!0;return!1}},{key:"addIndexNeedsUpdate",value:function(A){var B=this.currentBufferIndex,g=this.mNeedsUpdateFirstIndex,C=this.mNeedsUpdateLastIndex;g[B]=-1===g[B]?A:Math.min(g[B],A),C[B]=-1===C[B]?A:Math.max(C[B],A)}}]),A}(),tB=function(){function A(B){PA(this,A),this.gl=B,this.mCurrentBufferIndex=0,this.mArrayBuffers=[],this.mAttributeToArrayBuffersDictionary={},this.mElementArrayCount=0,this.mGLElementData=null,this.mGLElementDataBufferWasSetup=!1,this.mGLElementDataBuffer=null,this.mGLElementMeshSize={width:0,height:0},this.mGLElementQuadParticleCount=0}return qA(A,[{key:"p_setupGLElementArrayBufferIfNecessary",value:function(){var A=this.gl;if(!this.mGLElementDataBufferWasSetup)if(this.mGLElementData){var B=0;if(tA(this.mGLElementMeshSize,iA)){if(0!==this.mGLElementQuadParticleCount){!0,this.drawMode=4;for(var g=0;g<this.mGLElementQuadParticleCount;++g)this.setGLushort(4*g+0,B++),this.setGLushort(4*g+1,B++),this.setGLushort(4*g+2,B++),this.setGLushort(4*g+0,B++),this.setGLushort(4*g+2,B++),this.setGLushort(4*g+3,B++)}}else{!0;for(var C=0;C<this.mGLElementMeshSize.height-1;++C)for(var e=0;e<this.mGLElementMeshSize.width;++e)this.setGLushort((C+0)*this.mGLElementMeshSize.width+e,B++),this.setGLushort((C+1)*this.mGLElementMeshSize.width+e,B++)}this.mGLElementDataBuffer=A.createBuffer(),A.bindBuffer(A.ELEMENT_ARRAY_BUFFER,this.mGLElementDataBuffer),this.mGLElementDataBufferWasSetup=!0}else this.mGLElementDataBufferWasSetup=!0}},{key:"newDataBufferWithVertexAttributes",value:function(A,B,g){var C=B.width*B.height,e=2*B.width*(B.height-1);this.initWithVertexAttributesDesignated(A,C,e,g),this.mGLElementMeshSize=B}},{key:"initWithVertexAttributes",value:function(A,B){var g=B.width*B.height,C=2*B.width*(B.height-1);this.initWithVertexAttributesDesignated(A,g,C,!1),this.mGLElementMeshSize=B}},{key:"initWithVertexAttributesDesignated",value:function(A,B,g,C){this._doubleBuffered=C,this.drawMode=5,this._vertexAttributes=A,this._vertexCount=B,this.mArrayBuffers=[],this.mAttributeToArrayBuffersDictionary={};for(var e=A.slice();e.length>0;){for(var Q=e[0],t=[],i=0,o=e.length;i<o;i++){(I=e[i]).bufferUsage===Q.bufferUsage&&t.push(I)}var E=C&&35044!==Q.bufferUsage?2:1,w=new QB(this.gl);w.initWithVertexAttributes(t,B,E);for(i=0,o=t.length;i<o;i++){var I;(I=t[i]).dataBuffer=this,this.mAttributeToArrayBuffersDictionary[I.name]=w}this.mArrayBuffers.push(w);for(i=0,o=t.length;i<o;i++){var a=t[i];e.splice(e.indexOf(a),1)}}g>0&&(this.mElementArrayCount=g,this.mGLElementData=new ArrayBuffer(2*this.mElementArrayCount))}},{key:"initWithVertexRect",value:function(A,B,g,C,e){this.gl;var Q,t,i=!CA(B,oA),o=[],E=new eB("Position",35044,5126,!1,2);if(o.push(E),i){var w=5122;CA(B,eA(0,0,1,1))&&tA(g,QA(2,2))&&(w=5121),Q=new eB("TexCoord",35044,w,!0,2),o.push(Q)}e&&(t=new eB("Center",35044,5126,!1,2),o.push(t)),this.initWithVertexAttributes(o,g);for(var I,a=0,n=(I=A,T.makePoint(function(A){return A.origin.x+A.size.width/2}(I),function(A){return A.origin.y+A.size.height/2}(I))),r=parseInt(g.width-1),s=parseInt(g.height-1),G=0;G<=s;++G)for(var D=0;D<=r;++D){var h=T.makePoint(D/r,G/s),Y=IA(h,A);if(this.setGLPoint2D(Y,E,a),i){var c=IA(h,B);C&&(c=T.makePoint(c.x,1-c.y)),this.setGLPoint2D(c,Q,a)}e&&this.setGLPoint2D(n,t,a),a++}}},{key:"setGLPoint2D",value:function(A,B,g){B.dataArrayBuffer.setGLPoint2D(A,B,g)}},{key:"setGLushort",value:function(A,B){var g=B;new Uint16Array(this.mGLElementData).set([A],g)}},{key:"enableElementArrayBuffer",value:function(){var A=this.gl;this.p_setupGLElementArrayBufferIfNecessary(),this.mGLElementDataBufferWasSetup&&A.bindBuffer(A.ELEMENT_ARRAY_BUFFER,this.mGLElementDataBuffer)}},{key:"disableElementArrayBuffer",value:function(){var A=this.gl;this.mGLElementDataBufferWasSetup&&A.bindBuffer(A.ELEMENT_ARRAY_BUFFER,null)}},{key:"enableDataBufferWithShader",value:function(A){A.isActive||A.activate();for(var B=0,g=this.mArrayBuffers.length;B<g;B++){this.mArrayBuffers[B].enableVertexAttributeArrayBuffersWithShader(A)}this.enableElementArrayBuffer(),this._enabledShader=A,this._isEnabled=!0}},{key:"disableDataBufferWithShader",value:function(A){if(this._isEnabled){this.disableElementArrayBuffer();for(var B=0,g=this.mArrayBuffers.length;B<g;B++){this.mArrayBuffers[B].disableVertexAttributeArrayBuffersWithShader(A)}this._enabledShader=null,this._isEnabled=!1}}},{key:"drawWithShader",value:function(A,B){var g=this.gl,C={location:0,length:this.mElementArrayCount>0?this.mElementArrayCount:this._vertexCount};if(this.enableDataBufferWithShader(A),this.mGLElementDataBufferWasSetup&&this.mElementArrayCount>0)if(g.bufferData(g.ELEMENT_ARRAY_BUFFER,this.mGLElementData,g.STATIC_DRAW),tA(this.mGLElementMeshSize,iA))g.drawElements(this.drawMode,C.length,g.UNSIGNED_SHORT,2*C.location);else for(var e=this.mGLElementMeshSize.width,Q=0;Q<this.mGLElementMeshSize.height-1;++Q)g.drawElements(this.drawMode,2*e,g.UNSIGNED_SHORT,2*Q*e*2);else g.drawArrays(this.drawMode,C.location,C.length);if(this.disableDataBufferWithShader(A),this.isDoubleBuffered){this.mCurrentBufferIndex=(this.mCurrentBufferIndex+1)%2;for(var t=0,i=this.mArrayBuffers.length;t<i;t++){var o=this.mArrayBuffers[t];1!==o.bufferCount&&(o.currentBufferIndex=this.mCurrentBufferIndex)}}B&&A.deactivate()}},{key:"vertexAttributeNamed",value:function(A){for(var B in this._vertexAttributes){var g=this._vertexAttributes[B];if(g.name===A)return g}return null}}]),A}();function iB(A){return(iB="function"==typeof Symbol&&"symbol"==typeof Symbol.iterator?function(A){return typeof A}:function(A){return A&&"function"==typeof Symbol&&A.constructor===Symbol&&A!==Symbol.prototype?"symbol":typeof A})(A)}function oB(A,B){if("function"!=typeof B&&null!==B)throw new TypeError("Super expression must either be null or a function");A.prototype=Object.create(B&&B.prototype,{constructor:{value:A,writable:!0,configurable:!0}}),Object.defineProperty(A,"prototype",{writable:!1}),B&&EB(A,B)}function EB(A,B){return(EB=Object.setPrototypeOf||function(A,B){return A.__proto__=B,A})(A,B)}function wB(A){var B=function(){if("undefined"==typeof Reflect||!Reflect.construct)return!1;if(Reflect.construct.sham)return!1;if("function"==typeof Proxy)return!0;try{return Boolean.prototype.valueOf.call(Reflect.construct(Boolean,[],(function(){}))),!0}catch(A){return!1}}();return function(){var g,C=aB(A);if(B){var e=aB(this).constructor;g=Reflect.construct(C,arguments,e)}else g=C.apply(this,arguments);return IB(this,g)}}function IB(A,B){if(B&&("object"===iB(B)||"function"==typeof B))return B;if(void 0!==B)throw new TypeError("Derived constructors may only return object or undefined");return function(A){if(void 0===A)throw new ReferenceError("this hasn't been initialised - super() hasn't been called");return A}(A)}function aB(A){return(aB=Object.setPrototypeOf?Object.getPrototypeOf:function(A){return A.__proto__||Object.getPrototypeOf(A)})(A)}function nB(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function rB(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function sB(A,B,g){return B&&rB(A.prototype,B),g&&rB(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var GB=0,DB=1,hB=2,YB=3,cB=4,lB=5,MB=6,FB=7;function dB(A){var B=GB;switch(A){case 5126:B=hB;break;case 35664:B=YB;break;case 35665:B=cB;break;case 35666:B=lB;break;case 35670:case 35678:case 5124:B=DB;break;case 35675:B=MB;break;case 35676:B=FB;break;case 35667:case 35668:case 35669:case 35671:case 35672:case 35673:case 35674:case 35680:default:console.log("Unimplemented GLenum type "+A)}return B}var UB=function(){function A(B,g){nB(this,A),this.gl=B,this._uniformLocation=-1,this._needsUpdate=!0,this._name=g}return sB(A,[{key:"updateUniformLocationWithShaderProgramObject",value:function(A){-1===this._uniformLocation&&(this._uniformLocation=this.gl.getUniformLocation(A,this._name))}}]),A}(),kB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._GLintValue=0,e._proposedGLintValue=0,e}return sB(g,[{key:"setProposedGLintValue",value:function(A){this._proposedGLintValue!==A&&(this._proposedGLintValue=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniform1i(this._uniformLocation,this._proposedGLintValue),this._GLintValue=this._proposedGLintValue,this._needsUpdate=!1}}]),g}(UB),KB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._GLfloatValue=0,e._proposedGLfloatValue=0,e}return sB(g,[{key:"setProposedGLfloatValue",value:function(A){this._proposedGLfloatValue!==A&&(this._proposedGLfloatValue=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniform1f(this._uniformLocation,this._proposedGLfloatValue),this._GLfloatValue=this._proposedGLfloatValue,this._needsUpdate=!1}}]),g}(UB),uB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._GLPoint2DValue={},e._proposedGLPoint2DValue={},e}return sB(g,[{key:"setProposedGLPoint2DValue",value:function(A){this._proposedGLPoint2DValue.x===A.x&&this._proposedGLPoint2DValue.y===A.y||(this._proposedGLPoint2DValue=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniform2fv(this._uniformLocation,[this._proposedGLPoint2DValue.x,this._proposedGLPoint2DValue.y]),this._GLPoint2DValue=this._proposedGLPoint2DValue,this._needsUpdate=!1}}]),g}(UB),JB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._GLPoint3DValue={},e._proposedGLPoint3DValue={},e}return sB(g,[{key:"setProposedGLPoint3DValue",value:function(A){this._proposedGLPoint3DValue.x===A.x&&this._proposedGLPoint3DValue.y===A.y&&this._proposedGLPoint3DValue.z===A.z||(this._proposedGLPoint3DValue=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniform3fv(this._uniformLocation,[this._proposedGLPoint3DValue.x,this._proposedGLPoint3DValue.y,this._proposedGLPoint3DValue.z]),this._GLPoint3DValue=this._proposedGLPoint3DValue,this._needsUpdate=!1}}]),g}(UB),mB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._GLPoint4DValue={},e._proposedGLPoint4DValue={},e}return sB(g,[{key:"setProposedGLPoint4DValue",value:function(A){this._proposedGLPoint4DValue.x===A.x&&this._proposedGLPoint4DValue.y===A.y&&this._proposedGLPoint4DValue.z===A.z&&this._proposedGLPoint4DValue.w===A.w||(this._proposedGLPoint4DValue=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniform4fv(this._uniformLocation,[this._proposedGLPoint4DValue.x,this._proposedGLPoint4DValue.y,this._proposedGLPoint4DValue.z,this._proposedGLPoint4DValue.w]),this._GLPoint4DValue=this._proposedGLPoint4DValue,this._needsUpdate=!1}}]),g}(UB),HB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._affineTransform=new Float32Array(9),e._proposedAffineTransform=new Float32Array(9),e}return sB(g,[{key:"setProposedAffineTransform",value:function(A){var B,g;B=this._proposedAffineTransform,g=A,(B.a!==g.a||B.b!==g.b||B.c!==g.c||B.d!==g.d||B.tx!==g.tx||B.ty!==g.ty)&&(this._proposedAffineTransform=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){var g=[this._proposedAffineTransform.a,this._proposedAffineTransform.b,0,this._proposedAffineTransform.c,this._proposedAffineTransform.d,0,this._proposedAffineTransform.tx,this._proposedAffineTransform.ty,1];A.uniformMatrix3fv(this._uniformLocation,!1,g),this._affineTransform=this._proposedAffineTransform,this._needsUpdate=!1}}]),g}(UB),pB=function(A){oB(g,A);var B=wB(g);function g(A,C){var e;return nB(this,g),(e=B.call(this,A,C))._transform3D=new Float32Array(16),e._proposedTransform3D=new Float32Array(16),e}return sB(g,[{key:"setProposedTransform3D",value:function(A){var B,g;B=this._proposedTransform3D,g=A,(B[0]!==g[0]||B[1]!==g[1]||B[2]!==g[2]||B[3]!==g[3]||B[4]!==g[4]||B[5]!==g[5]||B[6]!==g[6]||B[7]!==g[7]||B[8]!==g[8]||B[9]!==g[9]||B[10]!==g[10]||B[11]!==g[11]||B[12]!==g[12]||B[13]!==g[13]||B[14]!==g[14]||B[15]!==g[15])&&(this._proposedTransform3D=A,this._needsUpdate=!0)}},{key:"setGLUniformWithShader",value:function(A,B){A.uniformMatrix4fv(this._uniformLocation,!1,this._proposedTransform3D),this._transform3D=this._proposedTransform3D,this._needsUpdate=!1}}]),g}(UB),fB=function(){function A(B){nB(this,A),this.gl=B,this._uniforms={},this.name="",this.programObject=null,this.isActive=!1,this._uniformsNeedingUpdate=[]}return sB(A,[{key:"initWithDefaultTextureShader",value:function(){this.initWithShaderFileNames("defaultTexture","defaultTexture"),this.setGLint(0,"Texture")}},{key:"initWithDefaultTextureAndOpacityShader",value:function(){this.initWithShaderFileNames("defaultTexture","defaultTextureAndOpacity")}},{key:"initWithDefaultHorizontalBlurShader",value:function(){this.initWithShaderFileNames("horizontalGaussianBlur","horizontalGaussianBlur"),this.setGLint(0,"Texture")}},{key:"initWithDefaultVerticalBlurShader",value:function(){this.initWithShaderFileNames("verticalGaussianBlur","verticalGaussianBlur"),this.setGLint(0,"Texture")}},{key:"initWithContentsShader",value:function(){this.initWithShaderFileNames("contents","contents")}},{key:"initWithContentsAndOpacityShader",value:function(){this.initWithShaderFileNames("contentsAndOpacity","contentsAndOpacity")}},{key:"initWithShaderFileNames",value:function(A,B){var g=b[A].vertex,C=b[B].fragment;this.initWithShaders(g,C)}},{key:"initWithShaders",value:function(A,B){var g=this.gl,C=x.loadShader(g,g.VERTEX_SHADER,A),e=x.loadShader(g,g.FRAGMENT_SHADER,B);this.programObject=x.createShaderProgram(g,C,e),this.p_updateUniformsAndAttributesFromShader()}},{key:"p_updateUniformsAndAttributesFromShader",value:function(){var A,B=this.gl,g=this.programObject;A=B.getProgramParameter(g,B.ACTIVE_UNIFORMS);for(var C=0;C<A;C++){var e=(o=B.getActiveUniform(g,C)).name,Q=o.type,t=(o.size,dB(Q));this.shaderQualifierForUniform(e,t)}var i;i=B.getProgramParameter(g,B.ACTIVE_ATTRIBUTES);for(C=0;C<i;C++){var o;e=(o=B.getActiveAttrib(g,C)).name,Q=o.type,o.size;this.locationForAttribute(e)}}},{key:"shaderQualifierForUniform",value:function(A,B){var g=this.gl,C=this._uniforms[A];if(!C){switch(B){case GB:console.log("Unknown Shader Qualifier Type!");break;case DB:C=new kB(g,A);break;case hB:C=new KB(g,A);break;case YB:C=new uB(g,A);break;case cB:C=new JB(g,A);break;case lB:C=new mB(g,A);break;case MB:C=new HB(g,A);break;case FB:C=new pB(g,A)}C.updateUniformLocationWithShaderProgramObject(this.programObject),this._uniforms[A]=C}return C}},{key:"setGLint",value:function(A,B){var g=this.shaderQualifierForUniform(B,DB);g.setProposedGLintValue(A),g._needsUpdate&&this._uniformsNeedingUpdate.push(g),this.p_setQualifiersIfNecessary()}},{key:"setGLFloat",value:function(A,B){var g=this.shaderQualifierForUniform(B,hB);g.setProposedGLfloatValue(A),g._needsUpdate&&this._uniformsNeedingUpdate.push(g),this.p_setQualifiersIfNecessary()}},{key:"setPoint2D",value:function(A,B){var g=this.shaderQualifierForUniform(B,YB);g.setProposedGLPoint2DValue(A),g._needsUpdate&&this._uniformsNeedingUpdate.push(g),this.p_setQualifiersIfNecessary()}},{key:"setMat4WithTransform3D",value:function(A,B){var g=this.shaderQualifierForUniform(B,FB);g.setProposedTransform3D(A),g._needsUpdate&&this._uniformsNeedingUpdate.push(g),this.p_setQualifiersIfNecessary()}},{key:"locationForUniform",value:function(A){var B,g=this._uniforms[A];return g&&(B=g._uniformLocation),B||(B=this.gl.getUniformLocation(this.programObject,A)),B}},{key:"locationForAttribute",value:function(A){this._attributeLocations||(this._attributeLocations={});var B=this._attributeLocations[A];return void 0===B&&(B=-1),B<0&&(B=this.gl.getAttribLocation(this.programObject,A),this._attributeLocations[A]=B),B}},{key:"p_setQualifiersIfNecessary",value:function(){if(this.isActive&&0!==this._uniformsNeedingUpdate.length){for(var A=0,B=this._uniformsNeedingUpdate.length;A<B;A++){var g=this._uniformsNeedingUpdate[A];-1===g._uniformLocation&&g.updateUniformLocationWithShaderProgramObject(this.programObject),g.setGLUniformWithShader(this.gl,this)}this._uniformsNeedingUpdate=[]}}},{key:"activate",value:function(){var A=this.gl;this.isActive||(A.useProgram(this.programObject),this.isActive=!0),this.p_setQualifiersIfNecessary()}},{key:"deactivate",value:function(){this.isActive&&(this.isActive=!1)}}]),A}();function SB(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function RB(A,B,g){return B&&SB(A.prototype,B),g&&SB(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}function ZB(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}var yB=function A(B,g,C){ZB(this,A),this.hidden=!1,this.wantsBackFaceCulling=!1,this.isBackground=!1,this.isForeground=!0,this.isMoving=!0,this.isBlending=!1,this.opacity=1,this.textureInfo=B,this.effectDuration=g,this.baseTransform=C},LB=function A(B){ZB(this,A),this.name="CoreAnimationWrapperBasedEffect",this.effect=B.effect,this.textures=B.textures,this.data={name:this.name,programNames:[],effect:this.effect,textures:this.textures}},OB=function(){function A(B){ZB(this,A),this.gl=B,this.setupWithContext()}return RB(A,[{key:"setupWithContext",value:function(){this.animParameterGroup=new XA("timingFunction")}},{key:"renderFrameWithContext",value:function(A,B,g){for(var C,e=this.gl,Q=this.animParameterGroup,t=g.textureInfo,i=t.textureRect,o=t.initialState,E=g.effectDuration,w=g.baseTransform,I=g.percent,a=g.isBlending,n={x:i.size.width/2,y:i.size.height/2},r=0,s=0,G=0,D=0,h=1,Y=1,c=1,l=1,M=!1,F=0,d=0,U=1,k=1,K=0,u=t.texture,J=t.animations[0].animations,m=0,H=J.length;m<H;m++){var p=J[m],f=p.property,S=p.from,R=p.to,Z=I,y=1e3*p.beginTime,L=1e3*p.duration;switch(p.timingFunction&&"Linear"!==p.timingFunction&&(Z=Q.doubleForAnimationCurve(p.timingFunction,I)),f){case"transform.translation":r=S.pointX,s=S.pointY,R.pointX,R.pointY,G=(R.pointX-S.pointX)*Z,D=(R.pointY-S.pointY)*Z;break;case"transform.rotation.z":M=!0,F=S.scalar,d=R.scalar;break;case"transform.scale.x":h=S.scalar,c=R.scalar;break;case"transform.scale.y":Y=S.scalar,l=R.scalar;break;case"opacity":if(U=S.scalar,k=R.scalar,E!==L){var O=I*E;K=O<y?0:O>y+L?1:(O-y)/L,p.timingFunction&&"Linear"!==p.timingFunction&&(K=Q.doubleForAnimationCurve(p.timingFunction,K))}else K=Z;break;case"contents":C=t.toTexture}}var b=o.hidden?0:t.parentOpacity*o.opacity;U!==k&&(b=U+(k-U)*K),A.setGLFloat(b,"Opacity");var x=T.translateMatrix4(w,r,-s,0);x=T.translateMatrix4(x,G,-D,0);var W=o.anchorPoint;.5===W.pointX&&.5===W.pointY||(n.x=W.pointX*i.size.width,n.y=(1-W.pointY)*i.size.height),x=T.translateMatrix4(x,n.x,n.y,0);var V=o.rotation;M&&(F!==V&&(V=F),V+=(d-F)*Z),0!==V&&(x=T.rotateMatrix4AboutXYZ(x,-V,0,0,1));var N=o.scale;1!==N&&(x=T.scaleMatrix4(x,N,N,1)),h===c&&Y===l||(x=T.scaleMatrix4(x,(c-h)*Z+h,(l-Y)*Z+Y,1)),x=T.translateMatrix4(x,-n.x,-n.y,0),A.setMat4WithTransform3D(x,"MVPMatrix"),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),a?(e.activeTexture(e.TEXTURE1),e.bindTexture(e.TEXTURE_2D,C),e.activeTexture(e.TEXTURE0),e.bindTexture(e.TEXTURE_2D,u),A.setGLFloat(Z,"mixFactor")):e.bindTexture(e.TEXTURE_2D,u),B.drawWithShader(A,!0)}}]),A}(),bB=function(){function A(B,g,C,e,Q,t,i,o,E,w){ZB(this,A),this.renderer=B,this.gl=B.gl,this.program=g,this.slideRect=C,this.texture=e,this.frameRect=Q,this.baseTransform=t,this.duration=i,this.direction=o,this.buildType=E,this.parentOpacity=w,this.animParameterGroup=new XA("timingFunction"),this.percentfinished=0,this.prepareAnimationWithContext(),this.animationWillBeginWithContext()}return RB(A,[{key:"isOrthographicProjection",value:function(){return!0}},{key:"prepareAnimationWithContext",value:function(){this.coreAnimationWrapper=this.renderer.coreAnimationWrapper,(this.textureDrawOptions=new yB(this.texture,this.duration,this.baseTransform)).isBlending=!!this.texture.toTexture}},{key:"animationWillBeginWithContext",value:function(){this.renderer;var A=this.gl,B=(this.frameRect,QA(2,2)),g=(this.texture,this.objectShader=new fB(A));g.initWithContentsAndOpacityShader(),g.setMat4WithTransform3D(this.baseTransform,"MVPMatrix"),g.setGLint(0,"Texture2"),g.setGLint(1,"Texture");var C=this.texture.textureRect,e=eA(0,0,C.size.width,C.size.height);(this.objectDataBuffer=new tB(A)).initWithVertexRect(e,EA,B,!1,!1)}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=(this.buildOut,this.percentfinished);(e+=A/g)>=1&&(e=1,this.isCompleted=!0),this.percentfinished=e,C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA);var Q=this.texture,t=(Q.initialState,Q.animations,this.objectShader),i=this.objectDataBuffer;if(Q.animations.length>0){var o=e,E=this.textureDrawOptions;E.percent=o,this.coreAnimationWrapper.renderFrameWithContext(t,i,E)}else{var w=Q.initialState.hidden?0:this.parentOpacity*Q.initialState.opacity;t.setGLFloat(w,"Opacity"),C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA),C.bindTexture(C.TEXTURE_2D,Q.texture),i.drawWithShader(t,!0)}}}]),A}();function xB(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var TB=function(){function A(B,g,C){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.gl=B,this.size=g,this.textureCount=C,this.currentTextureIndex=0,this.setupFramebuffer(B,g,C)}var B,g,C;return B=A,C=[{key:"currentGLFramebuffer",value:function(A){return A.getParameter(A.FRAMEBUFFER_BINDING)}}],(g=[{key:"setupFramebuffer",value:function(A,B,g){var C=this.buffer=A.createFramebuffer();A.bindFramebuffer(A.FRAMEBUFFER,C);for(var e=this.textures=[],Q=0;Q<g;Q++){var t=A.createTexture();A.bindTexture(A.TEXTURE_2D,t),A.pixelStorei(A.UNPACK_PREMULTIPLY_ALPHA_WEBGL,!0),A.pixelStorei(A.UNPACK_FLIP_Y_WEBGL,!1),A.texParameteri(A.TEXTURE_2D,A.TEXTURE_WRAP_S,A.CLAMP_TO_EDGE),A.texParameteri(A.TEXTURE_2D,A.TEXTURE_WRAP_T,A.CLAMP_TO_EDGE),A.texParameteri(A.TEXTURE_2D,A.TEXTURE_MIN_FILTER,A.LINEAR),A.texParameteri(A.TEXTURE_2D,A.TEXTURE_MAG_FILTER,A.LINEAR),A.texImage2D(A.TEXTURE_2D,0,A.RGBA,B.width,B.height,0,A.RGBA,A.UNSIGNED_BYTE,null),A.bindTexture(A.TEXTURE_2D,null),e.push(t)}A.framebufferTexture2D(A.FRAMEBUFFER,A.COLOR_ATTACHMENT0,A.TEXTURE_2D,e[this.currentTextureIndex],0),A.bindFramebuffer(A.FRAMEBUFFER,null)}},{key:"currentGLTexture",value:function(){return this.textures[this.currentTextureIndex]}},{key:"setCurrentTextureToNext",value:function(){var A=this.textureCount;if(this.textureCount>0){var B=(this.currentTextureIndex+1)%A;this.currentTextureIndex=B,this.bindFramebuffer()}}},{key:"bindFramebuffer",value:function(){var A=this.gl;A.bindFramebuffer(A.FRAMEBUFFER,this.buffer),A.framebufferTexture2D(A.FRAMEBUFFER,A.COLOR_ATTACHMENT0,A.TEXTURE_2D,this.textures[this.currentTextureIndex],0)}},{key:"unbindFramebufferAndBindGLFramebuffer",value:function(A){var B=this.gl;B.bindFramebuffer(B.FRAMEBUFFER,A)}}])&&xB(B.prototype,g),C&&xB(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();function WB(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var VB=function(){function A(B){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.gl=B}var B,g,C;return B=A,(g=[{key:"initWithEffectSize",value:function(A,B){this._effectSize=A,this._blurBufferSize=QA(Math.max(16,Math.ceil(A.width/B)),Math.max(16,Math.ceil(A.height/B))),this.p_setupShaders(),this.p_setupBuffers()}},{key:"p_setupShaders",value:function(){var A=this.gl,B=this._blurBufferSize,g=T.makePoint(1/B.width,1/B.height),C=T.makeOrthoMatrix4(0,B.width,0,B.height,-1,1),e=this._blurHorizontalShader=new fB(A);e.initWithDefaultHorizontalBlurShader(),e.setMat4WithTransform3D(C,"MVPMatrix"),e.setPoint2D(g,"TextureSize");var Q=this._blurVerticalShader=new fB(A);Q.initWithDefaultVerticalBlurShader(),Q.setMat4WithTransform3D(C,"MVPMatrix"),Q.setPoint2D(g,"TextureSize");var t=this._fboTransferShader=new fB(A);t.initWithDefaultTextureShader(),t.setMat4WithTransform3D(C,"MVPMatrix");var i=this._bloomShader=new fB(A);i.initWithShaderFileNames("bloom","bloom"),i.setGLint(0,"Texture"),i.setGLint(1,"BlurTexture")}},{key:"p_setupBuffers",value:function(){var A=this.gl,B=this._effectSize,g=this._blurBufferSize,C=QA(2,2),e=eA(0,0,B.width,B.height),Q=eA(0,0,g.width,g.height);(this._dataBuffer=new tB(A)).initWithVertexRect(e,EA,C,!1,!1),(this._blurDataBuffer=new tB(A)).initWithVertexRect(Q,oA,C,!0,!1),(this._blurTransferDataBuffer=new tB(A)).initWithVertexRect(Q,EA,C,!1,!1),this._colorFramebuffer=new TB(A,B,1),this._blurFramebuffer=new TB(A,g,2)}},{key:"bindFramebuffer",value:function(){this._colorFramebuffer.bindFramebuffer()}},{key:"unbindFramebufferAndBindGLFramebuffer",value:function(A){this._colorFramebuffer.unbindFramebufferAndBindGLFramebuffer(A)}},{key:"p_blurColorBufferWithPreviousFramebuffer",value:function(A){var B=this.gl,g=this._blurFramebuffer,C=this._blurBufferSize;g.bindFramebuffer(),B.clear(B.COLOR_BUFFER_BIT),B.viewport(0,0,C.width,C.height),B.bindTexture(B.TEXTURE_2D,this._colorFramebuffer.currentGLTexture()),this._blurTransferDataBuffer.drawWithShader(this._fboTransferShader,!0);var e=g.currentGLTexture();g.setCurrentTextureToNext(),B.clear(B.COLOR_BUFFER_BIT),B.bindTexture(B.TEXTURE_2D,e),this._blurDataBuffer.drawWithShader(this._blurHorizontalShader,!0),B.bindTexture(B.TEXTURE_2D,null),e=g.currentGLTexture(),g.setCurrentTextureToNext(),B.clear(B.COLOR_BUFFER_BIT),B.bindTexture(B.TEXTURE_2D,e),this._blurDataBuffer.drawWithShader(this._blurVerticalShader,!0),g.unbindFramebufferAndBindGLFramebuffer(A),B.bindTexture(B.TEXTURE_2D,null)}},{key:"drawBloomEffectWithMVPMatrix",value:function(A,B,g){var C=this.gl,e=this._effectSize,Q=C.getParameter(C.VIEWPORT);this.p_blurColorBufferWithPreviousFramebuffer(g),C.viewport(0,0,e.width,e.height),C.activeTexture(C.TEXTURE1),C.bindTexture(C.TEXTURE_2D,this._blurFramebuffer.currentGLTexture()),C.activeTexture(C.TEXTURE0),C.bindTexture(C.TEXTURE_2D,this._colorFramebuffer.currentGLTexture());var t=this._bloomShader;t.setMat4WithTransform3D(A,"MVPMatrix"),t.setGLFloat(B,"BloomAmount"),this._dataBuffer.drawWithShader(t,!0),C.activeTexture(C.TEXTURE1),C.bindTexture(C.TEXTURE_2D,null),C.activeTexture(C.TEXTURE0),C.bindTexture(C.TEXTURE_2D,null),C.viewport(Q[0],Q[1],Q[2],Q[3])}}])&&WB(B.prototype,g),C&&WB(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();function NB(A){return(NB="function"==typeof Symbol&&"symbol"==typeof Symbol.iterator?function(A){return typeof A}:function(A){return A&&"function"==typeof Symbol&&A.constructor===Symbol&&A!==Symbol.prototype?"symbol":typeof A})(A)}function vB(A,B){if("function"!=typeof B&&null!==B)throw new TypeError("Super expression must either be null or a function");A.prototype=Object.create(B&&B.prototype,{constructor:{value:A,writable:!0,configurable:!0}}),Object.defineProperty(A,"prototype",{writable:!1}),B&&XB(A,B)}function XB(A,B){return(XB=Object.setPrototypeOf||function(A,B){return A.__proto__=B,A})(A,B)}function PB(A){var B=function(){if("undefined"==typeof Reflect||!Reflect.construct)return!1;if(Reflect.construct.sham)return!1;if("function"==typeof Proxy)return!0;try{return Boolean.prototype.valueOf.call(Reflect.construct(Boolean,[],(function(){}))),!0}catch(A){return!1}}();return function(){var g,C=qB(A);if(B){var e=qB(this).constructor;g=Reflect.construct(C,arguments,e)}else g=C.apply(this,arguments);return jB(this,g)}}function jB(A,B){if(B&&("object"===NB(B)||"function"==typeof B))return B;if(void 0!==B)throw new TypeError("Derived constructors may only return object or undefined");return function(A){if(void 0===A)throw new ReferenceError("this hasn't been initialised - super() hasn't been called");return A}(A)}function qB(A){return(qB=Object.setPrototypeOf?Object.getPrototypeOf:function(A){return A.__proto__||Object.getPrototypeOf(A)})(A)}function zB(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function _B(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function $B(A,B,g){return B&&_B(A.prototype,B),g&&_B(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var Ag="ParticleScalePercent",Bg="RotationMatrix",gg=.667,Cg=function(){function A(B,g){zB(this,A),this.renderer=B,this.gl=B.gl,this.textures=g.textures;var C=this.effect=g.effect,e=this.type=C.type;this.direction=C.attributes?C.attributes.direction:null,this.duration=1e3*C.duration,this.buildOut="buildOut"===e,this.buildIn="buildIn"===e,this.program={},this.isCompleted=!1,g.programNames&&this.setupProgram(g)}return $B(A,[{key:"setupProgram",value:function(A){for(var B=this.gl,g=0,C=A.programNames.length;g<C;g++){var e=A.programNames[g];this.program[e]=x.setupProgram(B,e)}B.enable(B.BLEND),B.blendFunc(B.SRC_ALPHA,B.ONE_MINUS_SRC_ALPHA)}}]),A}(),eg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"contents",effect:C.effect,textures:C.textures};return(e=B.call(this,A,Q)).programData=Q,e.percentfinished=0,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.textures[0].textureRect,C=eA(0,0,g.size.width,g.size.height),e=QA(2,2),Q=this.contentsShader=new fB(B);Q.initWithContentsShader(),Q.setMat4WithTransform3D(A.slideProjectionMatrix,"MVPMatrix"),Q.setGLint(0,"Texture2"),Q.setGLint(1,"Texture"),(this.contentsDataBuffer=new tB(B)).initWithVertexRect(C,EA,e,!1,!1)}},{key:"drawFrame",value:function(A,B,g){this.renderer,this.gl;var C=this.percentfinished;(C+=A/g)>=1&&(C=1,this.isCompleted=!0),this.percentfinished=C,this.p_drawContents(C)}},{key:"p_drawContents",value:function(A){var B=this.gl,g=this.textures,C=g[0].texture,e=g[1].texture,Q=X(A);A>=1&&(Q=1),B.activeTexture(B.TEXTURE1),B.bindTexture(B.TEXTURE_2D,C),B.activeTexture(B.TEXTURE0),B.bindTexture(B.TEXTURE_2D,e),this.contentsShader.setGLFloat(Q,"mixFactor"),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),this.contentsDataBuffer.drawWithShader(this.contentsShader,!0)}}]),g}(Cg),Qg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"WebDrawable",programNames:["defaultTextureAndOpacity"],effect:C.effect,textures:C.textures};return(e=B.call(this,A,Q)).programData=Q,e.Opacity=1,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.defaultTextureAndOpacity,C=(g.uniforms,g.attribs,this.textures[0]);B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA);var e=this.textureCoordinateBuffer=B.createBuffer(),Q=this.textureCoordinates=[0,0,0,1,1,0,1,1];B.bindBuffer(B.ARRAY_BUFFER,e),B.bufferData(B.ARRAY_BUFFER,new Float32Array(Q),B.STATIC_DRAW);var t=this.positionBuffer=B.createBuffer(),i=this.boxPosition=[0,0,0,0,C.height,0,C.width,0,0,C.width,C.height,0];B.bindBuffer(B.ARRAY_BUFFER,t),B.bufferData(B.ARRAY_BUFFER,new Float32Array(i),B.STATIC_DRAW),this.MVPMatrix=T.translateMatrix4(A.slideProjectionMatrix,C.offset.pointX,B.viewportHeight-C.offset.pointY-C.height,0)}},{key:"drawFrame",value:function(){this.renderer;var A=this.gl,B=this.program.defaultTextureAndOpacity,g=B.uniforms,C=B.attribs,e=this.textures[0].texture;A.useProgram(B.shaderProgram),A.bindBuffer(A.ARRAY_BUFFER,this.textureCoordinateBuffer),A.vertexAttribPointer(C.TexCoord,2,A.FLOAT,!1,0,0),A.enableVertexAttribArray(C.TexCoord),A.bindBuffer(A.ARRAY_BUFFER,this.positionBuffer),A.vertexAttribPointer(C.Position,3,A.FLOAT,!1,0,0),A.enableVertexAttribArray(C.Position),A.uniformMatrix4fv(g.MVPMatrix,!1,this.MVPMatrix),A.uniform1f(g.Opacity,this.Opacity),A.activeTexture(A.TEXTURE0),A.uniform1i(g.Texture,0),A.bindTexture(A.TEXTURE_2D,e),A.drawArrays(A.TRIANGLE_STRIP,0,4)}}]),g}(Cg),tg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=A.gl,t=C.frameRect,i=Q.createTexture();Q.bindTexture(Q.TEXTURE_2D,i),Q.pixelStorei(Q.UNPACK_PREMULTIPLY_ALPHA_WEBGL,!0),Q.pixelStorei(Q.UNPACK_FLIP_Y_WEBGL,!1),Q.texParameteri(Q.TEXTURE_2D,Q.TEXTURE_WRAP_S,Q.CLAMP_TO_EDGE),Q.texParameteri(Q.TEXTURE_2D,Q.TEXTURE_WRAP_T,Q.CLAMP_TO_EDGE),Q.texParameteri(Q.TEXTURE_2D,Q.TEXTURE_MIN_FILTER,Q.LINEAR),Q.texParameteri(Q.TEXTURE_2D,Q.TEXTURE_MAG_FILTER,Q.LINEAR),Q.texImage2D(Q.TEXTURE_2D,0,Q.RGBA,t.size.width,t.size.height,0,Q.RGBA,Q.UNSIGNED_BYTE,null),Q.bindTexture(Q.TEXTURE_2D,null);var o={width:t.size.width,height:t.size.height,offset:{pointX:0,pointY:0},texture:i},E={name:"FramebufferDrawable",programNames:["defaultTexture"],effect:C.effect,textures:[o]};return(e=B.call(this,A,E)).frameRect=t,e.texture=i,e.programData=E,e.buffer=e.createFramebuffer(Q,i),e.drawableFrame=C.drawableFrame,e.animationWillBeginWithContext(),e}return $B(g,[{key:"createFramebuffer",value:function(A,B){var g=A.createFramebuffer();return A.bindFramebuffer(A.FRAMEBUFFER,g),A.framebufferTexture2D(A.FRAMEBUFFER,A.COLOR_ATTACHMENT0,A.TEXTURE_2D,B,0),g}},{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.defaultTexture,C=(g.uniforms,g.attribs,this.textures[0]);B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA);var e=this.textureCoordinateBuffer=B.createBuffer(),Q=this.textureCoordinates=[0,1,0,0,1,1,1,0];B.bindBuffer(B.ARRAY_BUFFER,e),B.bufferData(B.ARRAY_BUFFER,new Float32Array(Q),B.STATIC_DRAW);var t=this.positionBuffer=B.createBuffer(),i=this.boxPosition=[0,0,0,0,C.height,0,C.width,0,0,C.width,C.height,0];B.bindBuffer(B.ARRAY_BUFFER,t),B.bufferData(B.ARRAY_BUFFER,new Float32Array(i),B.STATIC_DRAW),this.MVPMatrix=T.translateMatrix4(A.slideProjectionMatrix,C.offset.pointX,B.viewportHeight-C.offset.pointY-C.height,0)}},{key:"drawFrame",value:function(){this.renderer;var A=this.gl,B=this.program.defaultTexture,g=B.uniforms,C=B.attribs,e=this.textures[0].texture;A.useProgram(B.shaderProgram),A.bindBuffer(A.ARRAY_BUFFER,this.textureCoordinateBuffer),A.vertexAttribPointer(C.TexCoord,2,A.FLOAT,!1,0,0),A.enableVertexAttribArray(C.TexCoord),A.bindBuffer(A.ARRAY_BUFFER,this.positionBuffer),A.vertexAttribPointer(C.Position,3,A.FLOAT,!1,0,0),A.enableVertexAttribArray(C.Position),A.uniformMatrix4fv(g.MVPMatrix,!1,this.MVPMatrix),A.activeTexture(A.TEXTURE0),A.uniform1i(g.Texture,0),A.bindTexture(A.TEXTURE_2D,e),A.drawArrays(A.TRIANGLE_STRIP,0,4)}}]),g}(Cg),ig=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"dissolve",programNames:["defaultTextureAndOpacity"],effect:C.effect,textures:C.textures};return(e=B.call(this,A,Q)).programData=Q,e.percentfinished=0,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.defaultTextureAndOpacity,C=(g.uniforms,g.attribs,this.textures[0]);B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA);var e=this.textureCoordinateBuffer=B.createBuffer(),Q=this.textureCoordinates=[0,0,0,1,1,0,1,1];B.bindBuffer(B.ARRAY_BUFFER,e),B.bufferData(B.ARRAY_BUFFER,new Float32Array(Q),B.STATIC_DRAW);var t=this.positionBuffer=B.createBuffer(),i=this.boxPosition=[0,0,0,0,C.height,0,C.width,0,0,C.width,C.height,0];B.bindBuffer(B.ARRAY_BUFFER,t),B.bufferData(B.ARRAY_BUFFER,new Float32Array(i),B.STATIC_DRAW),this.MVPMatrix=T.translateMatrix4(A.slideProjectionMatrix,C.offset.pointX,B.viewportHeight-(C.offset.pointY+C.height),0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){var C=this.percentfinished;(C+=A/g)>1&&(C=1);var e=X(C);1===C&&(e=1),this.buildOut&&(e=1-e),this.percentfinished=C,this.percentAlpha=e,this.draw()}},{key:"draw",value:function(){this.renderer;var A,B=this.gl,g=this.program.defaultTextureAndOpacity,C=g.uniforms,e=g.attribs,Q=this.textures,t=Q[0].texture;Q.length>1&&(A=Q[1].texture),B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),B.bindBuffer(B.ARRAY_BUFFER,this.textureCoordinateBuffer),B.vertexAttribPointer(e.TexCoord,2,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.TexCoord),B.bindBuffer(B.ARRAY_BUFFER,this.positionBuffer),B.vertexAttribPointer(e.Position,3,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.Position),B.uniformMatrix4fv(C.MVPMatrix,!1,this.MVPMatrix),B.activeTexture(B.TEXTURE0),B.uniform1i(C.Texture,0),A&&(B.bindTexture(B.TEXTURE_2D,A),B.uniform1f(C.Opacity,1),B.drawArrays(B.TRIANGLE_STRIP,0,4)),B.bindTexture(B.TEXTURE_2D,t),B.uniform1f(C.Opacity,this.percentAlpha),B.drawArrays(B.TRIANGLE_STRIP,0,4)}}]),g}(Cg),og=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"apple:wipe-iris",programNames:["iris"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.direction===Z,i=e.buildOut;return i&&t||!i&&!t?(e.mix=0,e.percentfinished=1):(e.mix=1,e.percentfinished=0),e.percentAlpha=0,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.iris,C=(g.attribs,g.uniforms,this.textures[0]);B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),this.scale=C.width/C.height;var e=this.textureCoordinatesBuffer=B.createBuffer(),Q=this.textureCoordinates=[0,0,0,1,1,0,1,1];B.bindBuffer(B.ARRAY_BUFFER,e),B.bufferData(B.ARRAY_BUFFER,new Float32Array(Q),B.STATIC_DRAW);var t=this.positionBuffer=B.createBuffer(),i=this.boxPosition=[0,0,0,0,C.height,0,C.width,0,0,C.width,C.height,0];B.bindBuffer(B.ARRAY_BUFFER,t),B.bufferData(B.ARRAY_BUFFER,new Float32Array(i),B.STATIC_DRAW),this.MVPMatrix=T.translateMatrix4(A.slideProjectionMatrix,C.offset.pointX,B.viewportHeight-(C.offset.pointY+C.height),0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){var C=this.buildOut,e=this.direction===Z,Q=this.percentfinished;C&&e||!C&&!e?(Q-=A/g)<0&&(Q=0):(Q+=A/g)>1&&(Q=1);var t=X(Q);1===Q&&(t=1),C&&(t=1-t),this.percentAlpha=t,this.percentfinished=Q,this.draw()}},{key:"draw",value:function(){this.renderer;var A,B=this.gl,g=this.program.iris,C=g.attribs,e=g.uniforms,Q=this.textures,t=Q[0].texture,i=(Q[0],this.scale);Q.length>1&&(A=Q[1].texture),B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),B.bindBuffer(B.ARRAY_BUFFER,this.textureCoordinatesBuffer),B.vertexAttribPointer(C.TexCoord,2,B.FLOAT,!1,0,0),B.enableVertexAttribArray(C.TexCoord),B.bindBuffer(B.ARRAY_BUFFER,this.positionBuffer),B.vertexAttribPointer(C.Position,3,B.FLOAT,!1,0,0),B.enableVertexAttribArray(C.Position),B.uniformMatrix4fv(e.MVPMatrix,!1,this.MVPMatrix),B.activeTexture(B.TEXTURE0),B.uniform1i(e.Texture,0),B.uniform1f(e.Opacity,1),A&&(B.bindTexture(B.TEXTURE_2D,A),B.uniform1f(e.PercentForAlpha,0),B.uniform1f(e.Scale,i),B.uniform1f(e.Mix,0),B.drawArrays(B.TRIANGLE_STRIP,0,4)),B.bindTexture(B.TEXTURE_2D,t),B.uniform1f(e.PercentForAlpha,this.percentAlpha),B.uniform1f(e.Scale,i),B.uniform1f(e.Mix,this.mix),B.drawArrays(B.TRIANGLE_STRIP,0,4)}}]),g}(Cg),Eg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"apple:wipe-iris",programNames:["iris"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t;var i=e.direction===Z,o=e.buildOut;o&&i||!o&&!i?(e.mix=0,e.percentfinished=1):(e.mix=1,e.percentfinished=0),e.percentAlpha=0,e.drawableObjects=[];for(var E=0,w=e.textures.length;E<w;E++){var I=C.textures[E],a=new Qg(A,{effect:Q,textures:[I]});e.drawableObjects.push(a)}return e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.iris;g.attribs,g.uniforms;B.useProgram(g.shaderProgram),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA);var C=B.createBuffer();B.bindBuffer(B.ARRAY_BUFFER,C),B.bufferData(B.ARRAY_BUFFER,new Float32Array([0,0,0,1,1,0,1,1]),B.STATIC_DRAW);B.viewportWidth,B.viewportHeight;this.irisSystems=[];for(var e=0,Q=this.textures.length;e<Q;e++){var t=this.textures[e],i=(t.width,t.height,t.width/t.height),o=B.createBuffer(),E=[0,0,0,0,t.height,0,t.width,0,0,t.width,t.height,0];B.bindBuffer(B.ARRAY_BUFFER,o),B.bufferData(B.ARRAY_BUFFER,new Float32Array(E),B.STATIC_DRAW);var w=T.translateMatrix4(A.slideProjectionMatrix,t.offset.pointX,B.viewportHeight-(t.offset.pointY+t.height),0),I=t.initialState;0===I.rotation&&1===I.scale||(w=rA(I,w)),this.irisSystems[e]={textureCoordinatesBuffer:C,positionBuffer:o,MVPMatrix:w,scale:i}}}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=this.buildOut,Q=this.direction===Z,t=this.percentfinished;e&&Q||!e&&!Q?(t-=A/g)<=0&&(t=0,this.isCompleted=!0):(t+=A/g)>=1&&(t=1,this.isCompleted=!0);var i=X(t);1===t&&(i=1),e&&(i=1-i),this.percentAlpha=i,this.percentfinished=t,C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA);for(var o=0,E=this.textures.length;o<E;o++){var w=this.textures[o],I=w.initialState,a=w.animations;if(w.hasHighlightedBulletAnimation){if(!I.hidden){var n;if(a.length>0&&"opacity"===a[0].property){var r=a[0].from.scalar,s=a[0].to.scalar-r;n=e?r+s*(1-this.percentfinished):r+s*this.percentfinished}else n=w.initialState.opacity;this.drawableObjects[o].Opacity=this.parentOpacity*n,this.drawableObjects[o].drawFrame()}}else if(w.animations.length>0){if(this.isCompleted){e||(this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame());continue}var G=this.program.iris,D=G.attribs,h=G.uniforms,Y=this.irisSystems[o],c=Y.scale;C.useProgram(G.shaderProgram);var l=Y.textureCoordinatesBuffer;C.bindBuffer(C.ARRAY_BUFFER,l),C.vertexAttribPointer(D.TexCoord,2,C.FLOAT,!1,0,0),C.enableVertexAttribArray(D.TexCoord);var M=Y.positionBuffer;C.bindBuffer(C.ARRAY_BUFFER,M),C.vertexAttribPointer(D.Position,3,C.FLOAT,!1,0,0),C.enableVertexAttribArray(D.Position);var F=Y.MVPMatrix;C.uniformMatrix4fv(h.MVPMatrix,!1,F),C.activeTexture(C.TEXTURE0),C.uniform1i(h.Texture,0),C.uniform1f(h.Opacity,this.parentOpacity*w.initialState.opacity),C.bindTexture(C.TEXTURE_2D,w.texture),C.uniform1f(h.PercentForAlpha,this.percentAlpha),C.uniform1f(h.Scale,c),C.uniform1f(h.Mix,this.mix),C.drawArrays(C.TRIANGLE_STRIP,0,4)}else w.initialState.hidden||(this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame())}}}]),g}(Cg),wg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.BUKTwist",programNames:["twist"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.gl;e.direction=e.effect.attributes.direction,e.percentfinished=0;var i,o,E=e.mNumPoints=24,w=t.viewportWidth/(E-1),I=t.viewportHeight/(E-1),a=1/(E-1),n=e.TexCoords=[],r=e.PositionCoords=[],s=e.NormalCoords=[];for(o=0;o<E;o++)for(i=0;i<E;i++){r[3*(G=o*E+i)]=i*w,r[3*G+1]=o*I,r[3*G+2]=0,n.push(i*a),n.push(o*a),s.push(0),s.push(0),s.push(-1)}var G=0,D=e.elementArray=[];for(o=0;o<E-1;o++)for(i=0;i<E;i++)D[G++]=o*E+i,D[G++]=(o+1)*E+i;return e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.twist,C=g.uniforms,e=g.attribs;B.enable(B.CULL_FACE),this.buffers={},this.buffers.TexCoord=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,this.buffers.TexCoord),B.bufferData(B.ARRAY_BUFFER,new Float32Array(this.TexCoords),B.STATIC_DRAW),B.vertexAttribPointer(e.TexCoord,2,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.TexCoord),this.buffers.Position=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,this.buffers.Position),B.bufferData(B.ARRAY_BUFFER,new Float32Array(this.PositionCoords),B.DYNAMIC_DRAW),B.vertexAttribPointer(e.Position,3,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.Position),this.buffers.Normal=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,this.buffers.Normal),B.bufferData(B.ARRAY_BUFFER,new Float32Array(this.NormalCoords),B.DYNAMIC_DRAW),B.vertexAttribPointer(e.Normal,3,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.Normal),this.MVPMatrix=A.slideProjectionMatrix,B.uniformMatrix4fv(C.MVPMatrix,!1,this.MVPMatrix),this.AffineTransform=new V,this.AffineTransform.affineScale(1,-1),this.AffineTransform.affineTranslate(0,1),this.AffineIdentity=new V,this.elementIndicesBuffer=B.createBuffer(),B.bindBuffer(B.ELEMENT_ARRAY_BUFFER,this.elementIndicesBuffer),B.bufferData(B.ELEMENT_ARRAY_BUFFER,new Uint16Array(this.elementArray),B.STATIC_DRAW),B.activeTexture(B.TEXTURE0),B.uniform1i(C.Texture,0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){var C,e,Q=this.gl,t=this.program.twist.attribs,i=this.percentfinished;(i+=A/g)>1&&(i=1),this.specularcolor=.5*X(2*i);var o=Q.viewportHeight/2,E=this.mNumPoints,w=this.TexCoords,I=this.PositionCoords,a=this.NormalCoords;for(C=0;C<E;C++)for(e=0;e<E;e++){var n=C*E+e,r={};r.x=w[2*n],r.y=w[2*n+1];var s=-Math.PI*P(this.direction===p?r.x:1-r.x,i),G={};G.y=o-o*(1-2*r.y)*Math.cos(s),G.z=o*(1-2*r.y)*Math.sin(s),I[3*n+1]=G.y,I[3*n+2]=G.z}for(C=0;C<E;C++)for(e=0;e<E;e++){for(var D=new W,h=(n=C*E+e,0);h<4;h++){var Y=0,c=0,l=0,M=0;switch(h){case 0:Y=1,M=1;break;case 1:c=1,l=-1;break;case 2:Y=-1,M=-1;break;case 3:c=-1,l=1}if(!(e+Y<0||e+l<0||C+c<0||C+M<0||e+Y>=E||e+l>=E||C+c>=E||C+M>=E)){var F=new W([I[3*n],I[3*n+1],I[3*n+2]]),d=new W([I[3*((C+c)*E+(e+Y))],I[3*((C+c)*E+(e+Y))+1],I[3*((C+c)*E+(e+Y))+2]]),U=new W([I[3*((C+M)*E+(e+l))],I[3*((C+M)*E+(e+l))+1],I[3*((C+M)*E+(e+l))+2]]);d.subtract(F),U.subtract(F),d.cross(U),D.add(d)}}D.normalize(),D.scale(-1),D=D.getArray(),a[3*n]=D[0],a[3*n+1]=D[1],a[3*n+2]=D[2]}Q.bindBuffer(Q.ARRAY_BUFFER,this.buffers.Position),Q.bufferData(Q.ARRAY_BUFFER,new Float32Array(I),Q.DYNAMIC_DRAW),Q.vertexAttribPointer(t.Position,3,Q.FLOAT,!1,0,0),Q.bindBuffer(Q.ARRAY_BUFFER,this.buffers.Normal),Q.bufferData(Q.ARRAY_BUFFER,new Float32Array(a),Q.DYNAMIC_DRAW),Q.vertexAttribPointer(t.Normal,3,Q.FLOAT,!1,0,0),this.percentfinished=i,this.draw()}},{key:"draw",value:function(){this.renderer;var A,B=this.gl,g=this.program.twist.uniforms,C=this.textures,e=C[0].texture,Q=C[1].texture,t=this.mNumPoints,i=this.specularcolor,o=this.AffineTransform.getColumnMajorFloat32Array(),E=this.AffineIdentity.getColumnMajorFloat32Array(),w=this.elementIndicesBuffer;if(i||(i=0),B.uniform1f(g.SpecularColor,i),this.percentfinished<.5){for(B.cullFace(B.BACK),B.bindTexture(B.TEXTURE_2D,e),B.bindBuffer(B.ELEMENT_ARRAY_BUFFER,w),B.uniformMatrix3fv(g.TextureMatrix,!1,o),B.uniform1f(g.FlipNormals,1),A=0;A<t-1;A++)B.drawElements(B.TRIANGLE_STRIP,2*t,B.UNSIGNED_SHORT,A*t*2*2);for(B.cullFace(B.FRONT),B.bindTexture(B.TEXTURE_2D,Q),B.uniformMatrix3fv(g.TextureMatrix,!1,E),B.uniform1f(g.FlipNormals,-1),A=0;A<t-1;A++)B.drawElements(B.TRIANGLE_STRIP,2*t,B.UNSIGNED_SHORT,A*t*2*2)}else{for(B.cullFace(B.FRONT),B.bindTexture(B.TEXTURE_2D,Q),B.uniformMatrix3fv(g.TextureMatrix,!1,E),B.uniform1f(g.FlipNormals,-1),A=0;A<t-1;A++)B.drawElements(B.TRIANGLE_STRIP,2*t,B.UNSIGNED_SHORT,A*t*2*2);for(B.cullFace(B.BACK),B.bindTexture(B.TEXTURE_2D,e),B.bindBuffer(B.ELEMENT_ARRAY_BUFFER,w),B.uniformMatrix3fv(g.TextureMatrix,!1,o),B.uniform1f(g.SpecularColor,i),B.uniform1f(g.FlipNormals,1),A=0;A<t-1;A++)B.drawElements(B.TRIANGLE_STRIP,2*t,B.UNSIGNED_SHORT,A*t*2*2)}}}]),g}(Cg),Ig=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.KLNColorPlanes",programNames:["colorPlanes"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.effect.attributes.direction;return t!==p&&t!==f&&t!==S&&t!==R&&(t=p),e.direction=t,e.mNumColors=3,e.percentfinished=0,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.colorPlanes,C=g.uniforms,e=g.attribs,Q=this.textures[0];B.disable(B.CULL_FACE),B.blendFunc(B.ONE,B.ONE);var t=this.buffers={};t.TexCoord=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,t.TexCoord);var i=this.TexCoords=[0,0,0,1,1,0,1,1];B.bufferData(B.ARRAY_BUFFER,new Float32Array(i),B.STATIC_DRAW),B.vertexAttribPointer(e.TexCoord,2,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.TexCoord),t.Position=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,t.Position);var o=this.PositionCoords=[0,0,0,0,Q.height,0,Q.width,0,0,Q.width,Q.height,0];B.bufferData(B.ARRAY_BUFFER,new Float32Array(o),B.STATIC_DRAW),B.vertexAttribPointer(e.Position,3,B.FLOAT,!1,0,0),B.enableVertexAttribArray(e.Position),this.MVPMatrix=A.slideProjectionMatrix,B.uniformMatrix4fv(C.MVPMatrix,!1,this.MVPMatrix),B.activeTexture(B.TEXTURE0),B.uniform1i(C.Texture,0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=this.program.colorPlanes,Q=e.uniforms,t=(e.attribs,this.textures),i=t[0],o=t[1];this.percentfinished+=A/g,this.percentfinished>1&&(this.percentfinished=1);var E=this.percentfinished,w=this.direction,I=w===f||w===R,a=w===p||w===f,n=1-(1-E)*(1-E),r=a?i.width:i.height,s=X(2*E)*r*.25,G=Math.sin(2*-n*Math.PI);G*=n*r*1,E<.5?(C.bindTexture(C.TEXTURE_2D,o.texture),C.uniform2fv(Q.FlipTexCoords,new Float32Array([0,0]))):(C.bindTexture(C.TEXTURE_2D,i.texture),w===S||w===R?C.uniform2fv(Q.FlipTexCoords,new Float32Array([0,1])):C.uniform2fv(Q.FlipTexCoords,new Float32Array([1,0])));for(var D=0,h=this.mNumColors;D<h;D++){var Y=D/h,c=T.colorWithHSBA(Y,1,1,1/h);C.uniform4fv(Q.ColorMask,new Float32Array([c.red,c.green,c.blue,c.alpha]));var l=Math.PI/180*(180*X(E)),M=T.translateMatrix4(this.MVPMatrix,i.width/2,i.height/2,G);M=T.rotateMatrix4AboutXYZ(M,l,(I?-1:1)*(a?0:1),(I?-1:1)*(a?1:0),0),M=T.translateMatrix4(M,-i.width/2,-i.height/2,s*(D-1)),C.uniformMatrix4fv(Q.MVPMatrix,!1,M),C.drawArrays(C.TRIANGLE_STRIP,0,4)}}}]),g}(Cg),ag=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.BUKFlop",programNames:["flop","defaultTexture"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.effect.attributes.direction;t!==p&&t!==f&&t!==S&&t!==R&&(t=p),e.direction=t,e.percentfinished=0;var i=e.elementArray=[],o=e.gl,E=o.viewportWidth,w=o.viewportHeight,I=E,a=w;t===S||t===R?a*=.5:I*=.5;var n=e.mNumPoints=8,r=0;for(c=0;c<n-1;c++)for(l=0;l<n;l++)i[r++]=(c+0)*n+l,i[r++]=(c+1)*n+l;for(var s=I/(n-1),G=a/(n-1),D=t===S?a:0,h=t===f?I:0,Y=e.attributeBufferData={Position:[],TexCoords:[],Normal:[],ShadowPosition:[],ShadowTexCoord:[],PreviousPosition:[],PreviousTexCoords:[],PreviousNormal:[]},c=0;c<n;c++)for(var l=0;l<n;l++)r=c*n+l,x.setPoint3DAtIndexForAttribute(T.makePoint3D(l*s+h,c*G,0),r,Y.Position),x.setPoint2DAtIndexForAttribute(T.makePoint((l*s+h)/E,(c*G+D)/w),r,Y.TexCoords),x.setPoint3DAtIndexForAttribute(T.makePoint3D(0,0,1),r,Y.Normal);return e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.program.flop,C=g.attribs,e=g.uniforms,Q=this.program.defaultTexture,t=this.MVPMatrix=A.slideProjectionMatrix,i=B.viewportWidth,o=B.viewportHeight,E=this.direction;E===S||E===R?o*=.5:i*=.5;var w=[0,0,0,.5,1,0,1,.5],I=[0,0,0,0,o,0,i,0,0,i,o,0],a=[0,.5,0,1,1,.5,1,1],n=[0,o,0,0,2*o,0,i,o,0,i,2*o,0];x.enableAttribs(B,g);var r=this.attributeBufferData,s=this.buffers={},G=this.Coordinates={};s.TexCoord=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,s.TexCoord),B.bufferData(B.ARRAY_BUFFER,new Float32Array(r.TexCoords),B.DYNAMIC_DRAW),B.vertexAttribPointer(C.TexCoord,2,B.FLOAT,!1,0,0),s.Position=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,s.Position),B.bufferData(B.ARRAY_BUFFER,new Float32Array(r.Position),B.DYNAMIC_DRAW),B.vertexAttribPointer(C.Position,3,B.FLOAT,!1,0,0),s.Normal=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,s.Normal),B.bufferData(B.ARRAY_BUFFER,new Float32Array(r.Normal),B.DYNAMIC_DRAW),B.vertexAttribPointer(C.Normal,3,B.FLOAT,!1,0,0),B.uniformMatrix4fv(e.MVPMatrix,!1,t);var D=this.AffineTransform=new V;E===S?(D.affineScale(1,-1),D.affineTranslate(0,1)):E===R?(D.affineScale(1,-1),D.affineTranslate(0,1),w=[0,.5,0,1,1,.5,1,1],a=[0,0,0,.5,1,0,1,.5],I=[0,o,0,0,2*o,0,i,o,0,i,2*o,0],n=[0,0,0,0,o,0,i,0,0,i,o,0]):E===f?(D.affineScale(-1,1),D.affineTranslate(1,0),w=[0,0,0,1,.5,0,.5,1],a=[.5,0,.5,1,1,0,1,1],n=[i,0,0,i,o,0,2*i,0,0,2*i,o,0]):E===p&&(D.affineScale(-1,1),D.affineTranslate(1,0),I=[i,0,0,i,o,0,2*i,0,0,2*i,o,0],w=[.5,0,.5,1,1,0,1,1],a=[0,0,0,1,.5,0,.5,1],n=[0,0,0,0,o,0,i,0,0,i,o,0]),this.AffineIdentity=new V,this.elementIndicesBuffer=B.createBuffer(),B.bindBuffer(B.ELEMENT_ARRAY_BUFFER,this.elementIndicesBuffer),B.bufferData(B.ELEMENT_ARRAY_BUFFER,new Uint16Array(this.elementArray),B.STATIC_DRAW),G.DefaultTexture=w,G.DefaultTexture2=a,G.DefaultPosition=I,G.DefaultPosition2=n,x.enableAttribs(B,Q),s.TextureCoordinates=B.createBuffer(),s.PositionCoordinates=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,s.TextureCoordinates),B.bindBuffer(B.ARRAY_BUFFER,s.PositionCoordinates),B.bufferData(B.ARRAY_BUFFER,new Float32Array(w),B.DYNAMIC_DRAW),B.vertexAttribPointer(Q.attribs.TexCoord,2,B.FLOAT,!1,0,0),B.bufferData(B.ARRAY_BUFFER,new Float32Array(I),B.DYNAMIC_DRAW),B.vertexAttribPointer(Q.attribs.Position,3,B.FLOAT,!1,0,0),B.uniform1i(Q.uniforms.Texture,0),B.uniformMatrix4fv(Q.uniforms.MVPMatrix,!1,t),B.useProgram(g.shaderProgram),B.activeTexture(B.TEXTURE0),B.uniform1i(g.uniforms.Texture,0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){this.percentfinished+=A/g,this.percentfinished>1&&(this.percentfinished=1),this.updateFlopWithPercent(),this.draw()}},{key:"updateFlopWithPercent",value:function(){for(var A=this.gl,B=this.direction,g=A.viewportWidth,C=A.viewportHeight,e=this.percentfinished*Math.PI,Q=this.percentfinished*this.percentfinished*this.percentfinished*Math.PI,t=C/2,i=g/2,o=0,E=this.mNumPoints,w=this.attributeBufferData,I=0;I<E;I++)for(var a=0;a<E;a++){var n=I*E+a,r=x.getPoint2DForArrayAtIndex(w.TexCoords,n);r.x*=g,r.y*=C;var s=(o=B===R?r.y/t:B===S?(2*t-r.y)/t:B===p?r.x/i:(2*i-r.x)/i)*e+(1-o)*Q;B!==p&&B!==S||(s*=-1);var G=Math.sin(s),D=Math.cos(s),h=x.getPoint3DForArrayAtIndex(w.Position,n),Y=x.getPoint3DForArrayAtIndex(w.Normal,n);if(B===S||B===R){var c=T.makePoint3D(h.x,t-(t-r.y)*D,(t-r.y)*G);x.setPoint3DAtIndexForAttribute(c,n,w.Position);var l=T.makePoint3D(Y.x,-G,D);x.setPoint3DAtIndexForAttribute(l,n,w.Normal)}else{c=T.makePoint3D(i-(i-r.x)*D,h.y,-(i-r.x)*G);x.setPoint3DAtIndexForAttribute(c,n,w.Position);l=T.makePoint3D(-G,Y.y,D);x.setPoint3DAtIndexForAttribute(l,n,w.Normal)}}}},{key:"draw",value:function(){this.renderer;var A=this.gl,B=this.program.flop,g=this.program.defaultTexture,C=this.textures,e=C[1].texture,Q=C[0].texture;A.useProgram(g.shaderProgram),A.disable(A.CULL_FACE),A.bindTexture(A.TEXTURE_2D,e);var t=this.mNumPoints,i=this.buffers,o=this.Coordinates,E=this.attributeBufferData;x.bindDynamicBufferWithData(A,g.attribs.Position,i.PositionCoordinates,o.DefaultPosition,3),x.bindDynamicBufferWithData(A,g.attribs.TexCoord,i.TextureCoordinates,o.DefaultTexture,2),A.drawArrays(A.TRIANGLE_STRIP,0,4),A.useProgram(g.shaderProgram),A.disable(A.CULL_FACE),A.bindTexture(A.TEXTURE_2D,Q),x.bindDynamicBufferWithData(A,g.attribs.Position,i.PositionCoordinates,o.DefaultPosition2,3),x.bindDynamicBufferWithData(A,g.attribs.TexCoord,i.TextureCoordinates,o.DefaultTexture2,2),A.drawArrays(A.TRIANGLE_STRIP,0,4),A.enable(A.CULL_FACE),A.useProgram(B.shaderProgram),A.bindBuffer(A.ARRAY_BUFFER,i.Position),A.bufferData(A.ARRAY_BUFFER,new Float32Array(E.Position),A.DYNAMIC_DRAW),A.vertexAttribPointer(B.attribs.Position,3,A.FLOAT,!1,0,0),A.bindBuffer(A.ARRAY_BUFFER,i.Normal),A.bufferData(A.ARRAY_BUFFER,new Float32Array(E.Normal),A.DYNAMIC_DRAW),A.vertexAttribPointer(B.attribs.Normal,3,A.FLOAT,!1,0,0),A.bindBuffer(A.ARRAY_BUFFER,i.TexCoord),A.bufferData(A.ARRAY_BUFFER,new Float32Array(E.TexCoords),A.DYNAMIC_DRAW),A.vertexAttribPointer(B.attribs.TexCoord,2,A.FLOAT,!1,0,0),A.cullFace(A.BACK),A.bindTexture(A.TEXTURE_2D,Q),A.uniformMatrix3fv(B.uniforms.TextureMatrix,!1,this.AffineTransform.getColumnMajorFloat32Array()),A.uniform1f(B.uniforms.FlipNormals,-1);for(var w=0;w<t-1;w++)A.drawElements(A.TRIANGLE_STRIP,2*t,A.UNSIGNED_SHORT,w*t*2*2);A.bindTexture(A.TEXTURE_2D,e),A.cullFace(A.FRONT),A.uniformMatrix3fv(B.uniforms.TextureMatrix,!1,this.AffineIdentity.getColumnMajorFloat32Array()),A.uniform1f(B.uniforms.FlipNormals,1);for(w=0;w<t-1;w++)A.drawElements(A.TRIANGLE_STRIP,2*t,A.UNSIGNED_SHORT,w*t*2*2)}}]),g}(Cg),ng=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"com.apple.iWork.Keynote.BUKAnvil",programNames:["anvilsmoke","anvilspeck"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t;var i=e.gl;e.smokeTexture=x.bindTextureWithImage(i,dA),e.speckTexture=x.bindTextureWithImage(i,UA),e.percentfinished=0,e.drawableObjects=[];for(var o=0,E=e.textures.length;o<E;o++){var w=C.textures[o],I=new Qg(A,{effect:Q,textures:[w]});e.drawableObjects.push(I)}return e.objectY=1,e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl;this.smokeSystems=[],this.speckSystems=[];for(var g=0,C=this.textures.length;g<C;g++){var e=this.textures[g],Q=e.width,t=e.height,i=B.viewportWidth,o=B.viewportHeight,E=300,w=new pA(A,this.program.anvilsmoke,{width:Q,height:t},{width:i,height:o},this.duration,{width:E,height:1},{width:16,height:16},this.smokeTexture);E=40;var I=new fA(A,this.program.anvilspeck,{width:Q,height:t},{width:i,height:o},this.duration,{width:E,height:1},{width:16,height:16},this.speckTexture);this.smokeSystems.push(w),this.speckSystems.push(I)}}},{key:"drawFrame",value:function(A,B,g){var C=this.renderer,e=this.gl;this.percentfinished+=A/g,this.percentfinished>=1&&(this.percentfinished=1,this.isCompleted=!0),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA);for(var Q=0,t=this.textures.length;Q<t;Q++){var i=this.textures[Q],o=i.initialState,E=i.animations;if(i.hasHighlightedBulletAnimation){if(!o.hidden){var w;if(E.length>0&&"opacity"===E[0].property){var I=E[0].from.scalar;w=I+(E[0].to.scalar-I)*this.percentfinished}else w=i.initialState.opacity;this.drawableObjects[Q].Opacity=this.parentOpacity*w,this.drawableObjects[Q].drawFrame()}}else if(i.animations.length>0){if(this.isCompleted){this.drawableObjects[Q].Opacity=this.parentOpacity*i.initialState.opacity,this.drawableObjects[Q].drawFrame();continue}i.width;var a=i.height,n=i.offset.pointX,r=i.offset.pointY,s=e.viewportWidth,G=e.viewportHeight;g/=1e3;var D=Math.min(.2,.4*g),h=Math.min(.25,.5*g),Y=this.cameraShakePointsWithRandomGenerator(),c=(this.percentfinished*g-D)/h,l=T.makePoint(0,0);if(0<c&&c<1){var M=Math.floor(10*c),F=Math.ceil(T.clamp(10*c,0,Y.length-1)),d=Y[M],U=Y[F],k=10*c-M;l=T.makePoint(T.mix(d.x,U.x,k),T.mix(d.y,U.y,k))}var K=T.clamp(this.percentfinished*g/D,0,1),u=T.clamp((this.percentfinished*g-D)/(g-D),0,1);this.percentfinished;this.objectY=r+a,this.objectY*=1-K*K,this.drawableObjects[Q].MVPMatrix=T.translateMatrix4(C.slideOrthoMatrix,n+l.x*s,G-r-a+this.objectY+l.y*G,0),this.drawableObjects[Q].Opacity=this.parentOpacity*i.initialState.opacity,this.drawableObjects[Q].drawFrame();var J=T.translateMatrix4(C.slideProjectionMatrix,n,G-(r+(a+16))*(1-u*u*.02),0),m=this.smokeSystems[Q];if(m.setMVPMatrix(J),m.drawFrame(u,1-u*u),u<.5){J=T.translateMatrix4(C.slideOrthoMatrix,n,G-(r+a+16),0);var H=this.speckSystems[Q];H.setMVPMatrix(J),H.drawFrame(u,T.clamp(1-2*T.sineMap(u),0,1))}}else i.initialState.hidden||(this.drawableObjects[Q].Opacity=this.parentOpacity*i.initialState.opacity,this.drawableObjects[Q].drawFrame())}}},{key:"cameraShakePointsWithRandomGenerator",value:function(){for(var A=[],B=0;B<10;B++){var g=1-B/10;g*=g;var C=T.makePoint(.025*T.randomBetween(-1,1)*g*.4,.025*Math.pow(-1,B)*g);A[B]=C}return A}}]),g}(Cg),rg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.KLNFlame",programNames:["flame"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.gl;e.flameTexture=x.bindTextureWithImage(t,kA),e.percentfinished=0,e.drawableObjects=[],e.framebufferDrawableObjects=[],e.slideSize={width:t.viewportWidth,height:t.viewportHeight};for(var i=e.effect,o=0,E=e.textures.length;o<E;o++){var w=C.textures[o],I=new Qg(A,{effect:i,textures:[w]});e.drawableObjects.push(I);var a={size:{width:w.width,height:w.height},origin:{x:w.offset.pointX,y:w.offset.pointY}},n=e.frameOfEffectWithFrame(a),r=new tg(A,{effect:i,textures:[],drawableFrame:a,frameRect:n});e.framebufferDrawableObjects.push(r)}return e.parentOpacity=i.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"frameOfEffectWithFrame",value:function(A){var B=A.size,g=this.slideSize,C=1.2-Math.min(1,Math.sqrt(B.width/g.width))+1,e=1.25-Math.min(1,Math.sqrt(B.height/g.height))+1,Q={width:Math.round(B.width*C),height:Math.round(B.height*e)};B.width/B.height<1&&(Q.width=Math.max(Q.width,B.width+B.height));var t={size:Q,origin:{x:A.origin.x+(B.width-Q.width)/2,y:A.origin.y+(B.height-Q.height)/2}};t.origin.y-=.25*(t.size.height-A.size.height);var i=this.gl,o=z(t,{origin:{x:0,y:0},size:{width:i.viewportWidth,height:i.viewportHeight}});return o=_(o)}},{key:"p_orthoTransformWithScale",value:function(A,B,g){var C={width:g.size.width*A,height:g.size.height*A},e=T.makeOrthoMatrix4(0,C.width,0,C.height,-1,1);return T.translateMatrix4(e,B.x,-B.y,0)}},{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.duration/1e3;this.flameSystems=[];for(var C=0,e=this.textures.length;C<e;C++){var Q=this.textures[C],t=Q.width,i=Q.height,o=B.viewportWidth,E=B.viewportHeight,w=this.framebufferDrawableObjects[C],I=w.frameRect,a=w.drawableFrame,n={x:Q.offset.pointX-I.origin.x,y:Q.offset.pointY+i-(I.origin.y+I.size.height)},r=a.origin.y-I.origin.y,s=I.origin.y+I.size.height-(a.origin.y+a.size.height);n.y+=s-r,w.MVPMatrix=this.p_orthoTransformWithScale(1,n,I);var G=t/i,D=Math.round(150*G);D*=g+Math.max(0,1-g/2);var h=new SA(A,this.program.flame,{width:t,height:i},{width:o,height:E},Math.max(2,this.duration),D,this.flameTexture);h.p_setupParticleDataWithTexture(Q),this.flameSystems.push(h)}}},{key:"drawFrame",value:function(A,B,g){var C=this.renderer,e=this.gl,Q=this.program.flame.uniforms,t=this.buildOut,i=this.percentfinished;(i+=A/g)>=1&&(i=1,this.isCompleted=!0),this.percentfinished=i,e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA);for(var o=0,E=this.textures.length;o<E;o++){var w=this.textures[o],I=w.initialState,a=w.animations;if(w.hasHighlightedBulletAnimation){if(!I.hidden){var n;if(a.length>0&&"opacity"===a[0].property){var r=a[0].from.scalar;n=r+(a[0].to.scalar-r)*this.percentfinished}else n=w.initialState.opacity;this.drawableObjects[o].Opacity=this.parentOpacity*n,this.drawableObjects[o].drawFrame()}}else if(w.animations.length>0){if(this.isCompleted){t||(this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame());continue}w.width;var s=w.height;w.offset.pointX,w.offset.pointY,e.viewportWidth,e.viewportHeight;g/=1e3;var G=i;t&&(G=1-G);var D=t?.25:.5,h=Math.min(D,1/g);if(G>h){var Y=(G-h)/(1-h),c=X(Math.min(1,2*Y));c*=this.parentOpacity*w.initialState.opacity;var l=this.drawableObjects[o];l.Opacity=c,l.drawFrame()}var M=this.framebufferDrawableObjects[o],F=M.drawableFrame,d=M.frameRect,U={x:w.offset.pointX-d.origin.x,y:w.offset.pointY+s-(d.origin.y+d.size.height)},k=F.origin.y-d.origin.y,K=d.origin.y+d.size.height-(F.origin.y+F.size.height);U.y+=K-k;var u=this.p_orthoTransformWithScale(1,U,d);e.viewport(0,0,d.size.width,d.size.height),e.bindFramebuffer(e.FRAMEBUFFER,M.buffer),e.clear(e.COLOR_BUFFER_BIT),e.enable(e.BLEND),e.blendFunc(e.SRC_ALPHA,e.ONE);var J=0===i||1===i?0:1;e.bindTexture(e.TEXTURE_2D,M.texture);var m=this.flameSystems[o];m.setMVPMatrix(u),e.uniform1f(Q.SpeedMax,m._speedMax),m.drawFrame(i,J),e.bindFramebuffer(e.FRAMEBUFFER,null),e.bindTexture(e.TEXTURE_2D,null),e.viewport(0,0,e.viewportWidth,e.viewportHeight),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),M.MVPMatrix=T.translateMatrix4(C.slideProjectionMatrix,d.origin.x,e.viewportHeight-(d.origin.y+d.size.height),0),M.drawFrame()}else w.initialState.hidden||(this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame())}}}]),g}(Cg),sg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.KLNConfetti",programNames:["confetti","defaultTexture"],effect:C.effect,textures:C.textures};return(e=B.call(this,A,Q)).programData=Q,e.useGravity=e.direction===y,e.percentfinished=0,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.textures,C=g[0],e=C.width,Q=C.height,t=B.viewportWidth,i=B.viewportHeight;B.blendFunc(B.SRC_ALPHA,B.ONE_MINUS_SRC_ALPHA),this.confettiSystem=new RA(A,this.program.confetti,{width:e,height:Q},{width:t,height:i},this.duration,1e4,g[1].texture),this.confettiSystem.setMVPMatrix(A.slideProjectionMatrix);var o=this.program.defaultTexture;x.enableAttribs(B,o);var E=[0,0,-1,0,i,-1,t,0,-1,t,i,-1];this.textureCoordinatesBuffer=B.createBuffer(),B.bindBuffer(B.ARRAY_BUFFER,this.textureCoordinatesBuffer),B.bufferData(B.ARRAY_BUFFER,new Float32Array([0,0,0,1,1,0,1,1]),B.STATIC_DRAW),B.vertexAttribPointer(o.attribs.TexCoord,2,B.FLOAT,!1,0,0),this.positionBuffer=B.createBuffer(),x.bindDynamicBufferWithData(B,o.attribs.Position,this.positionBuffer,E,3),B.uniformMatrix4fv(o.uniforms.MVPMatrix,!1,A.slideOrthoMatrix),B.activeTexture(B.TEXTURE0),B.uniform1i(o.uniforms.Texture,0),this.drawFrame(0,0,4)}},{key:"drawFrame",value:function(A,B,g){var C=this.gl,e=C.viewportWidth,Q=C.viewportHeight,t=this.percentfinished;if((t+=A/g)>1&&(t=1,this.isCompleted=!0),this.isCompleted){var i=this.program.defaultTexture;return C.useProgram(i.shaderProgram),C.uniformMatrix4fv(i.uniforms.MVPMatrix,!1,this.renderer.slideProjectionMatrix),void this.draw()}var o=this.percentfinished=t,E=1-o,w=1-E*E*E;w=w*(1-o*o)+o*o*(1-E*E)+o,w*=.5,w*=w;var I=.75+.25*(1-Math.pow(E,4)),a=T.translateMatrix4(this.renderer.slideProjectionMatrix,e/2,Q/2,0);a=T.scaleMatrix4(a,I,I,1),a=T.translateMatrix4(a,-e/2,-Q/2,0);i=this.program.defaultTexture;C.useProgram(i.shaderProgram),C.uniformMatrix4fv(i.uniforms.MVPMatrix,!1,a),this.draw();var n=1-o;if(n=T.clamp(n,0,1),w=T.clamp(w,0,1),this.useGravity){var r=this.renderer.slideProjectionMatrix;r=T.translateMatrix4(r,0,2*-Q*o*o*.5,0),this.confettiSystem.setMVPMatrix(r)}this.confettiSystem.drawFrame(w,n)}},{key:"draw",value:function(){var A=this.gl,B=this.program.defaultTexture,g=B.attribs,C=A.viewportWidth,e=A.viewportHeight;A.useProgram(B.shaderProgram);var Q=[0,0,-1,0,e,-1,C,0,-1,C,e,-1];A.bindBuffer(A.ARRAY_BUFFER,this.textureCoordinatesBuffer),A.bufferData(A.ARRAY_BUFFER,new Float32Array([0,0,0,1,1,0,1,1]),A.STATIC_DRAW),A.vertexAttribPointer(g.TexCoord,2,A.FLOAT,!1,0,0),x.bindDynamicBufferWithData(A,g.Position,this.positionBuffer,Q,3),A.bindTexture(A.TEXTURE_2D,this.textures[0].texture),A.drawArrays(A.TRIANGLE_STRIP,0,4)}}]),g}(Cg),Gg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"com.apple.iWork.Keynote.KLNConfetti",programNames:["confetti"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t,e.useGravity=e.direction===y,e.percentfinished=0,e.drawableObjects=[];for(var i=0,o=e.textures.length;i<o;i++){var E=C.textures[i],w=new Qg(A,{effect:Q,textures:[E]});e.drawableObjects.push(w)}return e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=B.viewportWidth,C=B.viewportHeight;this.confettiSystems=[];for(var e=0,Q=this.textures.length;e<Q;e++){var t=this.textures[e],i=t.width,o=t.height,E=o/C*i/g;E=Math.sqrt(Math.sqrt(E));var w=Math.round(1e4*E),I=new RA(A,this.program.confetti,{width:i,height:o},{width:g,height:C},this.duration,w,t.texture);I.ratio=E,this.confettiSystems.push(I)}}},{key:"drawFrame",value:function(A,B,g){var C=this.renderer,e=this.gl,Q=(e.viewportWidth,e.viewportHeight),t=this.buildIn,i=(this.buildOut,this.percentfinished);(i+=A/g)>1&&(i=1,this.isCompleted=!0),this.percentfinished=i;for(var o=0,E=this.textures.length;o<E;o++){var w=this.textures[o],I=w.initialState,a=w.animations;if(w.hasHighlightedBulletAnimation){if(!I.hidden){var n;if(a.length>0&&"opacity"===a[0].property){var r=a[0].from.scalar;n=r+(a[0].to.scalar-r)*i}else n=w.initialState.opacity;e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),this.drawableObjects[o].Opacity=this.parentOpacity*n,this.drawableObjects[o].drawFrame()}}else if(w.animations.length>0){if(this.isCompleted){t&&(this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame());continue}w.width;var s=w.height,G=t?1-i:i,D=1-G,h=1-D*D*D;h=h*(1-G*G)+G*G*(1-D*D)+G,h*=.5,t&&(h*=h);var Y=this.confettiSystems[o],c=T.translateMatrix4(C.slideProjectionMatrix,w.offset.pointX,Q-(w.offset.pointY+s),0);0===(I=w.initialState).rotation&&1===I.scale||(c=rA(I,c));var l=1-G;if(l=T.clamp(l,0,1),h=T.clamp(h,0,1),this.useGravity){var M=Y.ratio;c=T.translateMatrix4(c,0,2*-Q*G*G*(1-.5*M),0)}e.blendFunc(e.SRC_ALPHA,e.ONE_MINUS_SRC_ALPHA),Y.setMVPMatrix(c),Y.drawFrame(h,l)}else w.initialState.hidden||(e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),this.drawableObjects[o].Opacity=this.parentOpacity*w.initialState.opacity,this.drawableObjects[o].drawFrame())}}}]),g}(Cg),Dg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"com.apple.iWork.Keynote.KLNDiffuse",programNames:["diffuse"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t,e.percentfinished=0,e.drawableObjects=[];for(var i=0,o=e.textures.length;i<o;i++){var E=C.textures[i],w=new Qg(A,{effect:Q,textures:[E]});e.drawableObjects.push(w)}return e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=B.viewportWidth,C=B.viewportHeight;this.diffuseSystems=[];for(var e=0,Q=this.textures.length;e<Q;e++){var t=this.textures[e],i=t.width,o=t.height,E=o/C*i/g;E=Math.sqrt(Math.sqrt(E));var w=Math.round(4e3*E),I=new ZA(A,this.program.diffuse,{width:i,height:o},{width:g,height:C},this.duration,w,t.texture,this.direction===f);this.diffuseSystems.push(I)}}},{key:"drawFrame",value:function(A,B,g){var C=this.renderer,e=this.gl,Q=(e.viewportWidth,e.viewportHeight),t=this.percentfinished;(t+=A/g)>1&&(t=1,this.isCompleted=!0),this.percentfinished=t,e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA);for(var i=0,o=this.textures.length;i<o;i++){var E=this.textures[i],w=E.initialState,I=E.animations;if(E.hasHighlightedBulletAnimation){if(!w.hidden){var a;if(I.length>0&&"opacity"===I[0].property){var n=I[0].from.scalar;a=n+(I[0].to.scalar-n)*t}else a=E.initialState.opacity;this.drawableObjects[i].Opacity=this.parentOpacity*a,this.drawableObjects[i].drawFrame()}}else if(E.animations.length>0){E.width;var r=E.height,s=E.offset.pointX,G=E.offset.pointY,D=this.diffuseSystems[i],h=T.translateMatrix4(C.slideProjectionMatrix,s,Q-(G+r),0);0===(w=E.initialState).rotation&&1===w.scale||(h=rA(w,h)),D.setMVPMatrix(h),D.drawFrame(this.percentfinished,this.parentOpacity*w.opacity)}else E.initialState.hidden||(this.drawableObjects[i].Opacity=this.parentOpacity*E.initialState.opacity,this.drawableObjects[i].drawFrame())}}}]),g}(Cg),hg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q={name:"com.apple.iWork.Keynote.KNFireworks",programNames:["fireworks"],effect:C.effect,textures:C.textures};(e=B.call(this,A,Q)).programData=Q;var t=e.gl;e.animParameterGroup=new XA("Fireworks"),e.fireworksTexture=x.bindTextureWithImage(t,KA),e.fireworksCenterBurstTexture=x.bindTextureWithImage(t,uA),e.percentfinished=0,e.prevpercentfinished=0,e.drawableObjects=[],e.frameRect=e.frameOfEffectWithFrame(),e.slideSize={width:t.viewportWidth,height:t.viewportHeight};for(var i=e.effect,o=0,E=e.textures.length;o<E;o++){var w=C.textures[o],I=new Qg(A,{effect:i,textures:[w]});e.drawableObjects.push(I)}return e.parentOpacity=i.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"frameOfEffectWithFrame",value:function(){var A=this.gl;return{origin:{x:0,y:0},size:{width:A.viewportWidth,height:A.viewportHeight}}}},{key:"p_orthoTransformWithScale",value:function(A,B,g){var C={width:g.size.width*A,height:g.size.height*A},e=T.makeOrthoMatrix4(0,C.width,0,C.height,-1,1);return T.translateMatrix4(e,B.x,-B.y,0)}},{key:"p_setupFBOWithSize",value:function(A){this.framebuffer=new TB(this.gl,A,2)}},{key:"p_fireworksSystemsForTR",value:function(A){var B=this.renderer,g=this.gl,C=g.viewportWidth,e=g.viewportHeight,Q=this.duration/1e3,t=this.animParameterGroup,i=Q*t.doubleForKey("FireworksCount");i=Math.max(2,i);for(var o=[],E=parseInt(T.randomBetween(0,i-1)),w=0;w<i;w++){var I=t.doubleForKey("ParticleCount"),a=Math.min(C,e),n=a*T.doubleBetween(t.doubleForKey("FireworkSizeMin"),t.doubleForKey("FireworkSizeMax")),r=new yA(B,this.program.fireworks,{width:A.width,height:A.height},{width:C,height:e},this.duration,{width:I,height:1},{width:1,height:1},this.fireworksTexture),s=T.makeSize(t.doubleForKey("ParticleSizeMin"),t.doubleForKey("ParticleSizeMax"));s.width=s.width*a/100,s.height=s.height*a/100,r.randomParticleSizeMinMax=s,r.maxDistance=n,r.colorRandomness=t.doubleForKey("ParticleColorRandomness"),r.lifeSpanMinDuration=t.doubleForKey("ParticleLifeSpanMinDuration"),r.randomParticleSpeedMinMax=T.makePoint(t.doubleForKey("FireworkSpeedMin"),t.doubleForKey("FireworkSpeedMax")),w%2==0?r.fireworkStartingPositionX=T.randomBetween(0,.5):w%2==1&&(r.fireworkStartingPositionX=T.randomBetween(.5,1)),0===w&&(r.fireworkStartingPositionX=0),1===w&&(r.fireworkStartingPositionX=1);var G=T.randomBetween(t.doubleForKey("FireworkDurationMin"),t.doubleForKey("FireworkDurationMax"));G/=Q;var D=T.randomBetween(0,1-G);w===E&&(D=0),D=Math.max(D,.001),r.lifeSpan={start:D,duration:G},r.setupWithTexture(A),o.push(r)}return o}},{key:"animationWillBeginWithContext",value:function(){var A=this.renderer,B=this.gl,g=this.animParameterGroup,C=eA(0,0,512,512),e=(eA(0,0,this.slideSize.width,this.slideSize.height),eA(0,0,1,1),QA(2,2)),Q=this.frameRect;this.fireworksSystems=[];for(var t=0,i=this.textures.length;t<i;t++){var o=this.textures[t],E={x:o.offset.pointX-Q.origin.x,y:o.offset.pointY+o.height-(Q.origin.y+Q.size.height)},w=T.makeOrthoMatrix4(0,Q.size.width,0,Q.size.height,-1,1),I=T.translateMatrix4(w,E.x,-E.y,0),a=new fB(B);a.initWithDefaultTextureAndOpacityShader(),a.setMat4WithTransform3D(I,"MVPMatrix"),a.setGLint(0,"Texture");var n=o.textureRect,r=eA(0,0,n.size.width,n.size.height),s=new tB(B);s.initWithVertexRect(r,EA,e,!1,!1);var G=A.slideProjectionMatrix;G=T.translateMatrix4(G,E.x,-E.y,0);var D=this.p_fireworksSystemsForTR(o);this.p_setupFBOWithSize(Q.size);var h=this.fboShader=new fB(B);h.initWithShaderFileNames("fireworkstrails","fireworkstrails"),h.setMat4WithTransform3D(w,"MVPMatrix"),h.setGLint(0,"Texture"),(this.fboDataBuffer=new tB(B)).initWithVertexRect(eA(0,0,Q.size.width,Q.size.height),EA,e,!1,!1);var Y=this.centerBurstShader=new fB(B);Y.initWithDefaultTextureAndOpacityShader(),Y.setGLFloat(1,"Opacity"),(this.centerBurstDataBuffer=new tB(B)).initWithVertexRect(C,EA,e,!1,!1),(this._bloomEffect=new VB(B)).initWithEffectSize(Q.size,g.doubleForKey("BloomBlurScale"));var c={baseOrthoTransform:w,baseTransform:I,objectShader:a,objectDataBuffer:s,fireworksMVP:G,systems:D};this.fireworksSystems.push(c),B.clearColor(0,0,0,0),B.enable(B.BLEND),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),B.disable(B.DEPTH_TEST)}}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=this.program.fireworks,Q=e.uniforms,t=this.buildOut,i=this.percentfinished,o=this.animParameterGroup,E=o.doubleForKey("ParticleTrailsDitherAmount"),w=o.doubleForKey("ParticleTrailsDitherMax"),I=o.doubleForKey("BloomPower");(i+=A/g)>=1&&(i=1,this.isCompleted=!0),this.percentfinished=i,C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA);for(var a=0,n=this.textures.length;a<n;a++){var r=this.textures[a],s=r.initialState,G=r.animations;if(r.hasHighlightedBulletAnimation){if(!s.hidden){var D;if(G.length>0&&"opacity"===G[0].property){var h=G[0].from.scalar;D=h+(G[0].to.scalar-h)*this.percentfinished}else D=r.initialState.opacity;this.drawableObjects[a].Opacity=this.parentOpacity*D,this.drawableObjects[a].drawFrame()}}else if(r.animations.length>0){if(this.isCompleted){t||(this.drawableObjects[a].Opacity=this.parentOpacity*r.initialState.opacity,this.drawableObjects[a].drawFrame());continue}r.width,r.height,r.offset.pointX,r.offset.pointY;var Y=C.viewportWidth,c=C.viewportHeight;g/=1e3;var l=i,M=TB.currentGLFramebuffer(C),F=this.fireworksSystems[a],d=F.objectShader,U=F.objectDataBuffer;this.p_drawObject(l,r,d,U);var k=this.framebuffer,K=this.fboShader,u=this.fboDataBuffer,J=k.currentGLTexture();k.setCurrentTextureToNext(),k.bindFramebuffer(),C.clear(C.COLOR_BUFFER_BIT),C.viewport(0,0,k.size.width,k.size.height),C.bindTexture(C.TEXTURE_2D,J);var m=o.doubleForKey("FireworkDurationMin")/g;m=Math.min(m/2,1);var H=T.clamp((i-m)/(1-m),0,1),p=1-T.mix(o.doubleForKey("TrailsFadeOutMin"),o.doubleForKey("TrailsFadeOutMax"),Math.pow(H,2));K.setGLFloat(p,"Opacity"),K.setGLFloat(E,"NoiseAmount"),K.setGLFloat(w,"NoiseMax");var f=T.makePoint(T.randomBetween(0,1),T.randomBetween(0,1));K.setPoint2D(f,"NoiseSeed"),u.drawWithShader(this.fboShader,!0),C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA),C.useProgram(e.shaderProgram);var S=o.doubleForKey("Gravity");S*=.001*Math.min(Y,c),S*=g,C.uniform1f(Q.Gravity,S);var R=Math.min(Y,c)*o.doubleForKey("ParticleSizeStart")/100;C.uniform1f(Q.StartScale,R),C.uniform1f(Q.SparklePeriod,o.doubleForKey("SparklePeriod")),this.drawParticleSystemsWithPercent(i,!1,1,F),C.viewport(0,0,C.viewportWidth,C.viewportHeight),k.unbindFramebufferAndBindGLFramebuffer(M);var Z=o.doubleForKey("FireworkDurationMax");Z=Math.min(Z,.999);var y=T.clamp((i-Z)/(1-Z),0,1),L=1-o.doubleForAnimationCurve("ParticleTransparency",y);this._bloomEffect.bindFramebuffer(),C.clear(C.COLOR_BUFFER_BIT),K.setGLFloat(L,"Opacity"),K.setGLFloat(0,"NoiseAmount"),C.blendFunc(C.SRC_ALPHA,C.ONE_MINUS_SRC_ALPHA),C.bindTexture(C.TEXTURE_2D,k.currentGLTexture()),u.drawWithShader(K,!0),C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA),C.useProgram(e.shaderProgram),this.drawParticleSystemsWithPercent(i,!0,L,F),this._bloomEffect.unbindFramebufferAndBindGLFramebuffer(M),C.blendFunc(C.ONE,C.ONE),this._bloomEffect.drawBloomEffectWithMVPMatrix(F.baseOrthoTransform,I,M),C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA)}else r.initialState.hidden||(this.drawableObjects[a].Opacity=this.parentOpacity*r.initialState.opacity,this.drawableObjects[a].drawFrame())}this.prevpercentfinished=this.percentfinished}},{key:"p_drawObject",value:function(A,B,g,C){var e=this.gl,Q=this.animParameterGroup,t=Q.doubleForKey("TextOpacityBeginTime"),i=Q.doubleForKey("TextOpacityEndTime");A=T.clamp((A-t)/(i-t),0,1);var o=this.parentOpacity*B.initialState.opacity;o*=Q.doubleForAnimationCurve("TextOpacityTiming",A),g.setGLFloat(o,"Opacity"),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),e.bindTexture(e.TEXTURE_2D,B.texture),C.drawWithShader(g,!0)}},{key:"drawParticleSystemsWithPercent",value:function(A,B,g,C){this.renderer;var e=this.gl,Q=this.program.fireworks,t=Q.uniforms,i=this.animParameterGroup,o=C.systems,E=C.baseTransform,w=C.fireworksMVP;e.useProgram(Q.shaderProgram),e.uniform1f(t.ShouldSparkle,B?1:0);for(var I=0,a=o.length;I<a;I++){var n=o[I],r=n.lifeSpan;if(!((s=(A-r.start)/r.duration)<=0||s>=1)){var s=T.clamp(s,0,1),G=(this.prevpercentfinished-r.start)/r.duration;G=T.clamp(G,s/2,1);var D=g;B&&(D=1-i.doubleForAnimationCurve("ParticleTransparency",s));var h=i.doubleForAnimationCurve("ParticleBurstTiming",G),Y=i.doubleForAnimationCurve("ParticleBurstTiming",s);if(e.uniform1f(t.ParticleBurstTiming,Y),e.uniform1f(t.PreviousParticleBurstTiming,h),e.uniform1f(t.PreviousPercent,G),!B&&!n.didDrawCenterBurst){e.bindTexture(e.TEXTURE_2D,this.fireworksCenterBurstTexture);var c=e.viewportHeight/512;c*=T.randomBetween(i.doubleForKey("CenterBurstScaleMin"),i.doubleForKey("CenterBurstScaleMax"));var l=n._startingPoint,M=T.translateMatrix4(E,l.x,l.y,0),F=T.makePoint(-256*c,-256*c);M=T.translateMatrix4(M,F.x,F.y,0),M=T.scaleMatrix4(M,c,c,1),this.centerBurstShader.setGLFloat(i.doubleForKey("CenterBurstOpacity"),"Opacity"),this.centerBurstShader.setMat4WithTransform3D(M,"MVPMatrix"),e.blendFunc(e.SRC_ALPHA,e.ONE_MINUS_SRC_ALPHA),this.centerBurstDataBuffer.drawWithShader(this.centerBurstShader,!0),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),n.didDrawCenterBurst=!0}e.useProgram(Q.shaderProgram),n.setMVPMatrix(w),n.drawFrame(s,D)}}}}]),g}(Cg),Yg=function(){function A(B,g,C,e,Q,t,i,o,E,w){zB(this,A),this.renderer=B,this.gl=B.gl,this.program=g,this._slideRect=C,this._texture=e,this._destinationRect=Q,this._translate=t,this._duration=i,this._direction=o,this._buildType=E,this._baseTransform=new Float32Array(16),this._isSetup=!1,this.parentOpacity=w,this.shimmerTexture=x.bindTextureWithImage(this.gl,JA),this.setupEffectIfNecessary()}return $B(A,[{key:"setupEffectIfNecessary",value:function(){if(!this._isSetup){var A=this.gl,B=this._texture,g=(QA(2,2),{origin:{x:0,y:0},size:{width:A.viewportWidth,height:A.viewportHeight}}),C={x:B.offset.pointX-g.origin.x,y:B.offset.pointY+B.height-(g.origin.y+g.size.height)},e=T.makeOrthoMatrix4(0,g.size.width,0,g.size.height,-1,1),Q=T.translateMatrix4(e,C.x,-C.y,0),t=B.initialState;0===t.rotation&&1===t.scale||(Q=rA(t,Q)),this._objectSystem=this.objectSystemForTR(this._texture,this._slideRect,this._duration),this._objectSystem.setMVPMatrix(Q),this._objectSystem.shouldDraw&&(this._particleSystem=this.particleSystemForTR(this._texture,this._slideRect,this._duration),this._particleSystem.setMVPMatrix(Q)),this.baseTransform=Q,this._isSetup=!0}}},{key:"p_numberOfParticlesForTR",value:function(A,B,g){var C=this._destinationRect,e=B.size,Q=C.size.width/e.width*C.size.height/e.height,t=A.size.width/C.size.width*A.size.height/C.size.height;return parseInt(Math.min(Q*t*2e3,3276))}},{key:"objectSystemForTR",value:function(A,B,g){var C=A.textureRect,e=this.p_numberOfParticlesForTR(C,B,g);return new OA(this.renderer,this.program.shimmerObject,{width:C.size.width,height:C.size.height},{width:B.size.width,height:B.size.height},g,e,A.texture,this._direction)}},{key:"particleSystemForTR",value:function(A,B,g){var C=A.textureRect,e=this.p_numberOfParticlesForTR(C,B,g);e=Math.max(2,e/40);var Q=this._objectSystem.particleCount;return Q+=e,Q=Math.min(Q,3276),new bA(this.renderer,this.program.shimmerParticle,{width:C.size.width,height:C.size.height},{width:B.size.width,height:B.size.height},g,QA(Q,1),this._objectSystem.particleSize,this._objectSystem,this.shimmerTexture,this._direction)}},{key:"p_drawObject",value:function(A,B,g,C){var e=this.gl,Q=this.parentOpacity*B.initialState.opacity;Q*=X(A),g.setGLFloat(Q,"Opacity"),e.bindTexture(e.TEXTURE_2D,B.texture),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),C.drawWithShader(g,!0)}},{key:"renderEffectAtPercent",value:function(A){var B=this.gl,g=this._texture;"buildOut"===this._buildType&&(A=1-A);var C=(1-A)*(1-A),e="buildIn"===this._buildType,Q=(nA(A)*this._duration/1e3+A)*Math.PI/2;e||(Q*=-1);var t=T.makePoint(.2,.4),i=(A-t.x)/t.y;i=X(i=T.clamp(i,0,1));var o=this.parentOpacity*g.initialState.opacity;i*=o,B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),B.useProgram(this.program.shimmerObject.shaderProgram),this._objectSystem.setMVPMatrix(this.baseTransform),this._objectSystem.drawGLSLWithPercent(C,i,Q,e,g.texture),B.useProgram(this.program.shimmerParticle.shaderProgram),this._particleSystem.setMVPMatrix(this.baseTransform),this._particleSystem.drawGLSLWithPercent(C,.5*o,Q,e,this.shimmerTexture)}}]),A}(),cg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"com.apple.iWork.Keynote.KLNShimmer",programNames:["shimmerObject","shimmerParticle"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t;var i=e.gl;e.percentfinished=0,e.drawableObjects=[],e.slideOrigin={x:0,y:0},e.slideSize={width:i.viewportWidth,height:i.viewportHeight},e.slideRect={origin:e.slideOrigin,size:e.slideSize};for(var o=0,E=e.textures.length;o<E;o++){var w=C.textures[o],I=w.textureRect,a={effect:Q,textures:[w]},n=e.frameOfEffectWithFrame(I),r=new Qg(A,a);r.frameRect=n,e.drawableObjects.push(r)}return e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"frameOfEffectWithFrame",value:function(A){this.gl;var B={x:$(A),y:AA(A)},g={x:BA(A),y:gA(A)},C=Math.max(A.size.width,A.size.height);C=Math.max(C,this.slideSize.height/3),B.y-=C,g.y+=C,B.x-=C,g.x+=C;var e=aA(B,g);return e=_(e=z(e,this.slideRect))}},{key:"animationWillBeginWithContext",value:function(){var A=this.renderer;this.shimmerEffects=[];for(var B=this.program,g=this.slideRect,C=this.duration,e=this.direction,Q=this.type,t=this.parentOpacity,i=0,o=this.textures.length;i<o;i++){var E=this.textures[i],w=(this.textures[i].textureRect,this.drawableObjects[i].frameRect),I={x:E.offset.pointX-w.origin.x,y:E.offset.pointY+E.height-(w.origin.y+w.size.height)},a=T.makeOrthoMatrix4(0,w.size.width,0,w.size.height,-1,1),n=T.translateMatrix4(a,I.x,-I.y,0),r=new Yg(A,B,g,E,w,n,C,e,Q,t);this.shimmerEffects.push(r)}}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=(C.viewportWidth,C.viewportHeight,this.percentfinished);(e+=A/g)>1&&(e=1,this.isCompleted=!0),this.percentfinished=e,C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA);for(var Q=0,t=this.textures.length;Q<t;Q++){var i=this.textures[Q],o=i.initialState,E=i.animations;if(i.hasHighlightedBulletAnimation){if(!o.hidden){var w;if(E.length>0&&"opacity"===E[0].property){var I=E[0].from.scalar;w=I+(E[0].to.scalar-I)*e}else w=i.initialState.opacity;this.drawableObjects[Q].Opacity=this.parentOpacity*w,this.drawableObjects[Q].drawFrame()}}else if(i.animations.length>0){if(this.isCompleted){this.buildIn&&(this.drawableObjects[Q].Opacity=this.parentOpacity*i.initialState.opacity,this.drawableObjects[Q].MVPMatrix=rA(o,this.drawableObjects[Q].MVPMatrix),this.drawableObjects[Q].drawFrame());continue}i.width,i.height,i.offset.pointX,i.offset.pointY;this.shimmerEffects[Q].renderEffectAtPercent(this.percentfinished)}else i.initialState.hidden||(this.drawableObjects[Q].Opacity=this.parentOpacity*i.initialState.opacity,this.drawableObjects[Q].drawFrame())}}}]),g}(Cg),lg=function(){function A(B,g,C,e,Q,t,i,o,E,w){zB(this,A),this.renderer=B,this.gl=B.gl,this.program=g,this._slideRect=C,this._texture=e,this._destinationRect=Q,this._translate=t,this._duration=i,this._direction=o,this._buildType=E,this._baseTransform=new Float32Array(16),this._isSetup=!1,this.parentOpacity=w,this.sparkleTexture=x.bindTextureWithImage(this.gl,mA),this.setupEffectIfNecessary()}return $B(A,[{key:"setupEffectIfNecessary",value:function(){if(!this._isSetup){var A=this.gl,B=this._texture,g=QA(2,2),C={origin:{x:0,y:0},size:{width:A.viewportWidth,height:A.viewportHeight}},e={x:B.offset.pointX-C.origin.x,y:B.offset.pointY+B.height-(C.origin.y+C.size.height)},Q=T.makeOrthoMatrix4(0,C.size.width,0,C.size.height,-1,1),t=T.translateMatrix4(Q,e.x,-e.y,0),i=B.initialState;0===i.rotation&&1===i.scale||(t=rA(i,t));var o=this._objectShader=new fB(A);o.initWithDefaultTextureAndOpacityShader(),o.setMat4WithTransform3D(t,"MVPMatrix"),o.setGLint(0,"Texture");var E=new eB("Position",35040,5126,!1,2),w=new eB("TexCoord",35040,5126,!1,2);(this._objectDataBuffer=new tB(A)).newDataBufferWithVertexAttributes([E,w],g,!0),this.sparkleSystem=this.sparkleSystemForTR(this._texture,this._slideRect,this._duration),this.sparkleSystem.setMVPMatrix(t),this.sparkleSystem.setColor(new Float32Array([1,1,1,1])),this.baseTransform=t,this._isSetup=!0}}},{key:"p_numberOfParticlesForTR",value:function(A,B,g){var C=this._destinationRect,e=B.size,Q=C.size.width/e.width*C.size.height/e.height,t=A.size.width/C.size.width*A.size.height/C.size.height;return parseInt(Math.min(Q*t*2e3,3276))}},{key:"sparkleSystemForTR",value:function(A,B,g){var C=A.textureRect,e=this._slideRect.size,Q=this._destinationRect,t=Math.min(Q.size.width,e.width)/e.width*Math.min(Q.size.height,e.height)/e.height,i=parseInt((2-Math.sqrt(t))/2*1500*this._duration/1e3);return new xA(this.renderer,this.program.sparkle,{width:C.size.width,height:C.size.height},{width:B.size.width,height:B.size.height},g,QA(i,1),{width:128,height:128},this.sparkleTexture,this._direction)}},{key:"p_drawObject",value:function(A,B,g,C){var e=this.gl,Q=this.parentOpacity*B.initialState.opacity;Q*=X(A),g.setGLFloat(Q,"Opacity"),e.bindTexture(e.TEXTURE_2D,B.texture),e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA),C.drawWithShader(g,!0)}},{key:"renderEffectAtPercent",value:function(A){var B=this.gl,g=this._texture,C=this._direction,e=g.textureRect,Q=C===f||C===S,t=C===f||C===p,i=(this._translate,this.parentOpacity*g.initialState.opacity),o=this._duration/1e3,E=.2/o,w=e.size.width,I=e.size.height,a=A/(1-gg/Math.max(.75,o)),n=0,r=0,s=0,G=0,D=0,h=0,Y=0,c=0;"buildOut"===this._buildType?(a-=E,n=t?Q?0:w:0,r=t||Q?0:I,s=t?Q?w-w*T.clamp(a,0,1):w*T.clamp(a,0,1):w,G=t?I:Q?I-I*T.clamp(a,0,1):I*T.clamp(a,0,1),D=t?Q?0:1:0,h=t||Q?0:1,Y=t?Q?1-1*T.clamp(a,0,1):1*T.clamp(a,0,1):1,c=t?1:Q?1-1*T.clamp(a,0,1):1*T.clamp(a,0,1)):(a-=E,n=t&&Q?w:0,r=t?0:Q?I:0,s=t?Q?w-w*T.clamp(a,0,1):w*T.clamp(a,0,1):w,G=t?I:Q?I-I*T.clamp(a,0,1):I*T.clamp(a,0,1),D=t&&Q?1:0,h=t?0:Q?1:0,Y=t?Q?1-1*T.clamp(a,0,1):1*T.clamp(a,0,1):1,c=t?1:Q?1-1*T.clamp(a,0,1):1*T.clamp(a,0,1)),B.bindTexture(B.TEXTURE_2D,g.texture),this._objectShader.setGLFloat(i,"Opacity");var l=this._objectDataBuffer,M=l.vertexAttributeNamed("Position"),F=l.vertexAttributeNamed("TexCoord");l.setGLPoint2D(T.makePoint(n,r),M,0),l.setGLPoint2D(T.makePoint(s,r),M,1),l.setGLPoint2D(T.makePoint(n,G),M,2),l.setGLPoint2D(T.makePoint(s,G),M,3),l.setGLPoint2D(T.makePoint(D,h),F,0),l.setGLPoint2D(T.makePoint(Y,h),F,1),l.setGLPoint2D(T.makePoint(D,c),F,2),l.setGLPoint2D(T.makePoint(Y,c),F,3),l.drawWithShader(this._objectShader,!0),B.blendFunc(B.ONE,B.ONE_MINUS_SRC_ALPHA),B.useProgram(this.program.sparkle.shaderProgram),this.sparkleSystem.setMVPMatrix(this.baseTransform),this.sparkleSystem.drawFrame(A,1)}}]),A}(),Mg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=C.effect,t={name:"com.apple.iWork.Keynote.KLNSparkle",programNames:["sparkle"],effect:Q,textures:C.textures};(e=B.call(this,A,t)).programData=t;var i=e.gl;e.percentfinished=0,e.drawableObjects=[],e.slideOrigin={x:0,y:0},e.slideSize={width:i.viewportWidth,height:i.viewportHeight},e.slideRect={origin:e.slideOrigin,size:e.slideSize};for(var o=0,E=e.textures.length;o<E;o++){var w=C.textures[o],I=w.textureRect,a={effect:Q,textures:[w]},n=e.frameOfEffectWithFrame(I),r=new Qg(A,a);r.frameRect=n,e.drawableObjects.push(r)}return e.parentOpacity=Q.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"frameOfEffectWithFrame",value:function(A){var B=T.makePoint($(A),AA(A)),g=T.makePoint(BA(A),gA(A)),C=Math.max(A.size.width,A.size.height);C=Math.max(C,128),B.y=Math.max(AA(this.slideRect),B.y-C),g.y=Math.min(gA(this.slideRect),g.y+C),B.x=Math.max($(this.slideRect),B.x-C),g.x=Math.min(BA(this.slideRect),g.x+C);var e=aA(B,g);return e=_(e)}},{key:"animationWillBeginWithContext",value:function(){var A=this.renderer;this.sparkleEffects=[];for(var B=this.program,g=this.slideRect,C=this.duration,e=this.direction,Q=this.type,t=this.parentOpacity,i=0,o=this.textures.length;i<o;i++){var E=this.textures[i],w=(e=this.direction,this.textures[i].textureRect,this.drawableObjects[i].frameRect),I={x:E.offset.pointX-w.origin.x,y:E.offset.pointY+E.height-(w.origin.y+w.size.height)},a=T.makeOrthoMatrix4(0,w.size.width,0,w.size.height,-1,1),n=T.translateMatrix4(a,I.x,-I.y,0),r=new lg(A,B,g,E,w,n,C,e,Q,t);this.sparkleEffects.push(r)}}},{key:"drawFrame",value:function(A,B,g){this.renderer;var C=this.gl,e=(C.viewportWidth,C.viewportHeight,this.buildIn),Q=(this.buildOut,this.percentfinished);(Q+=A/g)>1&&(Q=1,this.isCompleted=!0),this.percentfinished=Q,C.blendFunc(C.ONE,C.ONE_MINUS_SRC_ALPHA);for(var t=0,i=this.textures.length;t<i;t++){var o=this.textures[t],E=o.initialState,w=o.animations;if(o.hasHighlightedBulletAnimation){if(!E.hidden){var I;if(w.length>0&&"opacity"===w[0].property){var a=w[0].from.scalar;I=a+(w[0].to.scalar-a)*Q}else I=o.initialState.opacity;this.drawableObjects[t].Opacity=this.parentOpacity*I,this.drawableObjects[t].drawFrame()}}else if(o.animations.length>0){if(this.isCompleted){e&&(this.drawableObjects[t].Opacity=this.parentOpacity*o.initialState.opacity,this.drawableObjects[t].MVPMatrix=rA(E,this.drawableObjects[t].MVPMatrix),this.drawableObjects[t].drawFrame());continue}this.sparkleEffects[t].renderEffectAtPercent(this.percentfinished)}else o.initialState.hidden||(this.drawableObjects[t].Opacity=this.parentOpacity*o.initialState.opacity,this.drawableObjects[t].drawFrame())}}}]),g}(Cg),Fg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=new LB(C);(e=B.call(this,A,Q.data)).coreAnimationWrapperProgram=Q;var t=e.gl;e.percentfinished=0,e.drawableObjects=[],e.slideOrigin={x:0,y:0},e.slideSize={width:t.viewportWidth,height:t.viewportHeight},e.slideRect={origin:e.slideOrigin,size:e.slideSize},e.frameRect=e.slideRect;var i=C.effect;return e.parentOpacity=i.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer;this.coreAnimationWrapperBasedEffects=[];for(var B=this.program,g=this.slideRect,C=this.duration,e=this.direction,Q=this.type,t=this.parentOpacity,i=(this.parameterGroupName,0),o=this.textures.length;i<o;i++){var E=this.textures[i],w=(e=this.direction,this.textures[i].textureRect,this.frameRect),I={x:E.offset.pointX-w.origin.x,y:E.offset.pointY+E.height-(w.origin.y+w.size.height)},a=T.makeOrthoMatrix4(0,w.size.width,0,w.size.height,-1,1),n=T.translateMatrix4(a,I.x,-I.y,0),r=new bB(A,B,g,E,w,n,C,e,Q,t);this.coreAnimationWrapperBasedEffects.push(r)}}},{key:"drawFrame",value:function(A,B,g){for(var C=this.coreAnimationWrapperBasedEffects,e=0,Q=C.length;e<Q;e++)C[e].drawFrame(A,B,g)}}]),g}(Cg),dg=function(A){vB(g,A);var B=PB(g);function g(A,C){var e;zB(this,g);var Q=new LB(C);(e=B.call(this,A,Q.data)).coreAnimationWrapperProgram=Q,e.params=C;var t=e.gl;e.percentfinished=0,e.slideOrigin={x:0,y:0},e.slideSize={width:t.viewportWidth,height:t.viewportHeight},e.slideRect={origin:e.slideOrigin,size:e.slideSize},e.frameRect=e.slideRect;var i=C.effect;return e.parentOpacity=i.baseLayer.initialState.opacity,e.animationWillBeginWithContext(),e}return $B(g,[{key:"animationWillBeginWithContext",value:function(){var A=this.renderer;this.contentAwareEffects=[];for(var B=this.program,g=this.slideRect,C=this.duration,e=this.direction,Q=this.type,t=this.parentOpacity,i=(this.parameterGroupName,0),o=this.textures.length;i<o;i++){var E=this.textures[i],w=(e=this.direction,this.textures[i].textureRect,this.frameRect),I={x:E.offset.pointX-w.origin.x,y:E.offset.pointY+E.height-(w.origin.y+w.size.height)},a=T.makeOrthoMatrix4(0,w.size.width,0,w.size.height,-1,1),n=T.translateMatrix4(a,I.x,-I.y,0),r=E.texturedRectangle,s=r.textureType,G=!(s!==L||!r.shapePath);if(s===O||G){var D=this.params,h=D.effect;D.textures=[E];var Y=E.animations;if(Y&&Y.length>0)for(var c=Y[0].animations,l=0,M=c.length;l<M;l++){var F=c[l];if("hidden"===F.property){h.type=F.to.scalar?"buildOut":"buildIn";break}}switch(h.name){case"apple:ca-text-shimmer":B=new cg(A,D);break;case"apple:ca-text-sparkle":B=new Mg(A,D);break;default:B=new ig(A,D)}this.contentAwareEffects.push(B)}else{var d=new bB(A,B,g,E,w,n,C,e,Q,t);this.contentAwareEffects.push(d)}}}},{key:"drawFrame",value:function(A,B,g){for(var C=this.contentAwareEffects,e=0,Q=C.length;e<Q;e++){C[e].drawFrame(A,B,g)}}}]),g}(Cg),Ug=function(A){vB(g,A);var B=PB(g);function g(A,C){return zB(this,g),B.call(this,A,C)}return g}(dg),kg=function(A){vB(g,A);var B=PB(g);function g(A,C){return zB(this,g),B.call(this,A,C)}return g}(dg),Kg=function(){function A(B){zB(this,A);var g=this.canvas=B.canvas;this.canvasId=B.canvasId,this.textureAssets=B.textureAssets,this.durationMax=1e3*B.overallEndTime,this.glPrograms=[],this.elapsed=0;var C=this.gl=g.getContext("webgl")||g.getContext("experimental-webgl");C?(this.animationStarted=!1,C.viewportWidth=g.width,C.viewportHeight=g.height,this.initMVPMatrix(),this.coreAnimationWrapper=new OB(C)):this.noGL=!0}return $B(A,[{key:"initMVPMatrix",value:function(){var A=this.gl,B=A.viewportWidth,g=A.viewportHeight,C=Math.PI/180*20,e=g/(2*Math.tan(C/2)),Q=e-1.5*B,t=e+15*B;this.slideProjectionMatrix=T.makePerspectiveMatrix4(20,B/g,Math.max(1,Q),t);var i=T.translateMatrix4(T.createMatrix4(),-B/2,-g/2,-e);this.slideProjectionMatrix=T.multiplyMatrix4(this.slideProjectionMatrix,i),this.slideOrthoMatrix=T.makeOrthoMatrix4(0,B,0,g,-1,1)}},{key:"setupTexture",value:function(A){var B=[];this.textureInfoFromEffect(A.kpfLayer,A.name,{pointX:0,pointY:0},A.baseLayer.initialState.opacity,B);for(var g=0,C=B.length;g<C;g++){var e=B[g].textureId,Q=this.textureAssets[e];B[g].texture=x.createTexture(this.gl,Q);var t=B[g].toTextureId;if(t){var i=this.textureAssets[t];B[g].toTexture=x.createTexture(this.gl,i)}}return B}},{key:"textureInfoFromEffect",value:function(A,B,g,C,e){var Q={};if(Q.offset={pointX:g.pointX+A.bounds.offset.pointX,pointY:g.pointY+A.bounds.offset.pointY},Q.parentOpacity=C,A.textureId){Q.textureId=A.textureId,Q.width=A.bounds.width,Q.height=A.bounds.height,Q.initialState=A.initialState,Q.hasHighlightedBulletAnimation=A.hasHighlightedBulletAnimation,Q.texturedRectangle=A.texturedRectangle;var t=A.animations;if(t&&t.length>0){var i=t[0];if("contents"===i.property)Q.toTextureId=i.to.texture;else if(!i.property){var o=i.animations;if(o)for(var E=0,w=o.length;E<w;E++){var I=o[E];if("contents"===I.property){Q.toTextureId=I.to.texture;break}}}}Q.animations=t,Q.textureRect={origin:{x:Q.offset.pointX,y:Q.offset.pointY},size:{width:Q.width,height:Q.height}},e.push(Q)}else for(E=0,w=A.layers.length;E<w;E++)this.textureInfoFromEffect(A.layers[E],B,Q.offset,Q.parentOpacity,e)}},{key:"draw",value:function(A){if(A.baseLayer){var B,g={effect:A,textures:this.setupTexture(A)},C=A.type;if("transition"===C)switch(A.name){case"apple:wipe-iris":B=new og(this,g);break;case"com.apple.iWork.Keynote.BUKTwist":B=new wg(this,g);break;case"com.apple.iWork.Keynote.KLNColorPlanes":B=new Ig(this,g);break;case"com.apple.iWork.Keynote.BUKFlop":B=new ag(this,g);break;case"com.apple.iWork.Keynote.KLNConfetti":B=new sg(this,g);break;case"apple:magic-move-implied-motion-path":B=new Fg(this,g);break;case"apple:ca-text-shimmer":B=new Ug(this,g);break;case"apple:ca-text-sparkle":B=new kg(this,g);break;default:B=new ig(this,g)}else if("buildIn"===C||"buildOut"===C)switch(A.name){case"apple:wipe-iris":B=new Eg(this,g);break;case"com.apple.iWork.Keynote.BUKAnvil":B=new ng(this,g);break;case"com.apple.iWork.Keynote.KLNFlame":B=new rg(this,g);break;case"com.apple.iWork.Keynote.KNFireworks":B=new hg(this,g);break;case"com.apple.iWork.Keynote.KLNConfetti":B=new Gg(this,g);break;case"com.apple.iWork.Keynote.KLNDiffuse":B=new Dg(this,g);break;case"com.apple.iWork.Keynote.KLNShimmer":B=new cg(this,g);break;case"com.apple.iWork.Keynote.KLNSparkle":B=new Mg(this,g);break;default:B=new ig(this,g)}else if("smartBuild"===C)switch(A.name){case"apple:gallery-dissolve":B=new eg(this,g);break;default:B=new ig(this,g)}this.removeProgram(A.objectID),this.glPrograms.push(B)}}},{key:"animate",value:function(){var A=new Date,B=0;if(this.time){var g=A.getTime();B=g-this.time,this.time=g}else B=0,this.time=A.getTime();this.elapsed+=B;var C=this.glPrograms,e=C.length;if(this.elapsed<=this.durationMax)this.animationRequest=window.requestAnimFrame(this.animate.bind(this));else for(var Q=0;Q<e;Q++){(i=C[Q]).isCompleted=!0}var t=this.gl;t.clearColor(0,0,0,0),t.clear(t.COLOR_BUFFER_BIT|t.DEPTH_BUFFER_BIT);for(Q=0;Q<e;Q++){var i;(i=C[Q]).drawFrame(B,this.elapsed,i.duration)}}},{key:"removeProgram",value:function(A){for(var B=this.glPrograms,g=B.length;g--;){B[g].effect.objectID===A&&B.splice(g,1)}}},{key:"resize",value:function(A){var B=this.gl,g=A.width,C=A.height;B.viewportWidth===g&&B.viewportHeight===C||(B.viewport(0,0,g,C),B.viewportWidth=g,B.viewportHeight=C)}}]),A}();function ug(A){return(ug="function"==typeof Symbol&&"symbol"==typeof Symbol.iterator?function(A){return typeof A}:function(A){return A&&"function"==typeof Symbol&&A.constructor===Symbol&&A!==Symbol.prototype?"symbol":typeof A})(A)}function Jg(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function mg(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function Hg(A,B,g){return B&&mg(A.prototype,B),g&&mg(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var pg=0,fg=function(){function A(B){Jg(this,A),this.attributes=B.attributes,this.type=B.type,this.name=B.name,this.beginTime=B.beginTime,this.duration=B.duration,this.objectID=B.objectID,this.baseLayer=B.baseLayer,this.webVideo=B.webVideo,AQ.indexOf(this.name)>-1&&(this.isEmphasisBuild=!0),B.movie&&(this.movie=B.movie),this.effects=[],this.addSubEffect(B.effects)}return Hg(A,[{key:"destroy",value:function(){for(var A=0,B=this.effects.length;A<B;A++)this.destroyEffect(this.effects[A]);this.type=null,this.name=null,this.beginTime=null,this.duration=null,this.objectID=null,delete this.kpfLayer,delete this.effects,delete this.baseLayer,this.movie&&delete this.movie,this.currentKPFLayer&&delete this.currentKPFLayer}},{key:"destroyEffect",value:function(A){for(var B=0,g=A.effects.length;B<g;B++)this.destroyEffect(A.effects[B]);A.type=null,A.name=null,A.beginTime=null,A.duration=null,A.objectID=null,delete A.kpfLayer,delete A.effects,delete A.baseLayer,A.movie&&delete A.movie,A.currentKPFLayer&&delete A.currentKPFLayer}},{key:"addSubEffect",value:function(B){for(var g=0,C=B.length;g<C;g++){var e=new A(B[g]);this.effects.push(e)}}}]),A}(),Sg=function(){function A(B,g){Jg(this,A),this.kDelta=1e-4,this.kRoundingFactor=1e4,this.animations=[],this.keyAnimations={};for(var C=g.initialState.rotation,e=0,Q=B.length;e<Q;e++){var t,i,o,E,w,I=B[e],a=I.beginTime,n=I.duration,r=I.timingFunction?I.timingFunction:"linear",s=a+n;if(this.overallEndTime=0,s>this.overallEndTime&&(this.overallEndTime=s),"custom"===r&&(t=I.timingControlPoint1x,i=I.timingControlPoint1y,o=I.timingControlPoint2x,E=I.timingControlPoint2y),null!==I.animations&&void 0!==I.animations&&I.animations.length>0){var G=I.animations,D=a;null!==G[0].property&&void 0!==G[0].property||(D=G[0].beginTime,G=G[0].animations);for(var h=0,Y=G.length;h<Y;h++){var c=G[h],l=c.property;null==(S=this.keyAnimations[l])&&(S={groupBeginTime:D,earliestBeginTime:D+c.beginTime,latestEndTime:-1,repeatCount:c.repeatCount,keyActions:[]},this.keyAnimations[l]=S),D+c.beginTime+c.duration>S.latestEndTime&&(S.latestEndTime=D+c.beginTime+c.duration);var M=c.additive&&("transform.rotation"===c.property||"transform.rotation.z"===c.property);if(c.path)for(var F=I.path.length,d=0;e<F-1;d++){var U=I.path[d],k=I.path[d+1],K=U.points[0],u=k.points[0],J={pointX:K[0],pointY:K[1]},m={pointX:u[0],pointY:u[1]};switch(U.type){case"MoveToPoint":case"AddLine":case"AddCurve":case"AddQuadCurve":w={property:"position",from:J,to:m,fillMode:"forwards",beginTime:D+c.beginTime+d/(F-1)*c.duration,duration:1/(F-1)*c.duration,timingFunction:"linear",groupTimingFunction:r,groupBeginTime:a,groupDuration:n,groupTimingControlPoint1x:t,groupTimingControlPoint1y:i,groupTimingControlPoint2x:o,groupTimingControlPoint2y:E}}this.addAction(w,c)}else if(c.keyTimes){var H=c.keyTimes.length;for(d=0;d<H-1;d++){var p=c.keyTimes[d],f=c.keyTimes[d+1];w={property:c.property,from:M?{scalar:c.values[d].scalar+C}:c.values[d],to:M?{scalar:c.values[d+1].scalar+C}:c.values[d+1],fillMode:c.fillMode,beginTime:D+c.beginTime+p/1*c.duration,duration:(f-p)*c.duration,timingFunction:c.timingFunctions?c.timingFunctions[d]:"linear",groupTimingFunction:r,groupBeginTime:a,groupDuration:n,groupTimingControlPoint1x:t,groupTimingControlPoint1y:i,groupTimingControlPoint2x:o,groupTimingControlPoint2y:E},this.addAction(w,c)}}else w={property:c.property,from:M?{scalar:c.from.scalar+C}:c.from,to:M?{scalar:c.to.scalar+C}:c.to,fillMode:c.fillMode,beginTime:D+c.beginTime,duration:c.duration,timingFunction:c.timingFunction?c.timingFunction:"linear",groupTimingFunction:r,groupBeginTime:a,groupDuration:n,groupTimingControlPoint1x:t,groupTimingControlPoint1y:i,groupTimingControlPoint2x:o,groupTimingControlPoint2y:E},this.addAction(w,c)}}else{var S;l=I.property;null==(S=this.keyAnimations[l])&&(S={groupBeginTime:0,earliestBeginTime:I.beginTime,latestEndTime:-1,repeatCount:I.repeatCount,keyActions:[]},this.keyAnimations[l]=S),I.beginTime+I.duration>S.latestEndTime&&(S.latestEndTime=I.beginTime+I.duration);M=I.additive&&("transform.rotation"===I.property||"transform.rotation.z"===I.property);if(I.path)for(F=I.path.length,d=0;d<F-1;d++){U=I.path[d],k=I.path[d+1],K=U.points[0],u=k.points[0],J={pointX:K[0],pointY:K[1]},m={pointX:u[0],pointY:u[1]};switch(U.type){case"MoveToPoint":case"AddLine":case"AddCurve":case"AddQuadCurve":w={property:"position",from:J,to:m,fillMode:"forwards",beginTime:a+d/(F-1)*n,duration:1/(F-1)*n,timingFunction:"linear"}}this.addAction(w,I)}else if(I.keyTimes)for(H=I.keyTimes.length,d=0;d<H-1;d++){p=I.keyTimes[d],f=I.keyTimes[d+1];w={property:I.property,from:M?{scalar:I.values[d].scalar+C}:I.values[d],to:M?{scalar:I.values[d+1].scalar+C}:I.values[d+1],fillMode:I.fillMode,beginTime:a+p*n,duration:(f-p)*n,timingFunction:I.timingFunctions?I.timingFunctions[d]:"linear"},this.addAction(w,I)}else w={property:I.property,from:M?{scalar:I.from.scalar+C}:I.from,to:M?{scalar:I.to.scalar+C}:I.to,fillMode:I.fillMode,beginTime:a,duration:n,timingFunction:r||"linear"},this.addAction(w,I)}}this.createKeyActions(),this.createAnimationRules(g),this.createAnimationRuleForKeyframes(g)}return Hg(A,[{key:"addAction",value:function(A,B){"custom"===B.timingFunction?(A.timingControlPoint1x=B.timingControlPoint1x,A.timingControlPoint1y=B.timingControlPoint1y,A.timingControlPoint2x=B.timingControlPoint2x,A.timingControlPoint2y=B.timingControlPoint2y):null!==A.timingFunction.timingFunction&&void 0!==A.timingFunction.timingFunction&&("custom"===A.timingFunction.timingFunction&&(A.timingControlPoint1x=A.timingFunction.timingControlPoint1x,A.timingControlPoint1y=A.timingFunction.timingControlPoint1y,A.timingControlPoint2x=A.timingFunction.timingControlPoint2x,A.timingControlPoint2y=A.timingFunction.timingControlPoint2y),A.timingFunction=A.timingFunction.timingFunction),this.animations.push(A)}},{key:"createKeyActions",value:function(){for(var A=0,B=this.animations.length;A<B;A++){var g=this.animations[A],C=g.beginTime,e=C+g.duration,Q=g.property,t=this.keyAnimations[Q],i=t.keyActions,o=0,E=100;t.latestEndTime-t.earliestBeginTime>0&&(o=100*C/this.overallEndTime,E=100*e/this.overallEndTime),E>99.9999&&(E=100);var w={startKeyframe:o,endKeyframe:E,from:g.from,to:g.to,timingFunction:g.timingFunction};g.fillMode&&(w.fillMode=g.fillMode),"custom"===g.timingFunction&&(w.timingControlPoint1x=g.timingControlPoint1x,w.timingControlPoint1y=g.timingControlPoint1y,w.timingControlPoint2x=g.timingControlPoint2x,w.timingControlPoint2y=g.timingControlPoint2y),i.push(w),i.sort(this.sortAction)}}},{key:"sortAction",value:function(A,B){return A.startKeyframe-B.startKeyframe}},{key:"roundNum",value:function(A){return Math.round(A*this.kRoundingFactor)/this.kRoundingFactor}},{key:"createAnimationRules",value:function(A){var B=this.kDelta;for(var g in this.keyAnimations)if("playing"!==g){var C=this.keyAnimations[g],e=C.keyActions,Q=!1;C.keyframes=[];var t=e[0],i=this.roundNum(t.startKeyframe),o=this.roundNum(100*C.groupBeginTime/this.overallEndTime);if("anchorPoint"!==g)if("anchorPointZ"!==g){if(null!=t){var E=0,w=null,I=null;0!==i&&("hidden"===g?(I={scalar:A.hidden},this.insertInitialKeyframes(C,i-B,g,I)):"opacity"===g?(I="both"===t.fillMode||"backwards"===t.fillMode?t.from:{scalar:A.opacity},this.insertInitialKeyframes(C,i-B,g,I)):"position"===g?(I=A.isBuildIn||A.isBuildOut?o>0&&"both"!==t.fillMode&&"backwards"!==t.fillMode?{pointX:0,pointY:0}:{pointX:this.roundNum(t.from.pointX-A.initialState.position.pointX),pointY:this.roundNum(t.from.pointY-A.initialState.position.pointY)}:{pointX:0,pointY:0},this.insertInitialKeyframes(C,i-B,g,I)):(I=this.createInitialKeyframeValue(A,g,t.from,Q),o>0&&this.insertInitialKeyframes(C,o-B,g,I),i-o>B&&("both"!==t.fillMode&&"backwards"!==t.fillMode||(I=t.from),"transform.translation"===g&&(I.pointX=this.roundNum(I.pointX),I.pointY=this.roundNum(I.pointY)),C.keyframes.push({keyframe:o,keyName:g,value:I,timingFunction:"linear"}),C.keyframes.push({keyframe:i-B,keyName:g,value:I,timingFunction:"linear"}))),E=t.startKeyframe,w=I);for(var a=0,n=e.length;a<n;a++){t=e[a],"position"===g&&(I=A.initialState.position,t.from={pointX:this.roundNum(t.from.pointX-I.pointX),pointY:this.roundNum(t.from.pointY-I.pointY)},t.to={pointX:this.roundNum(t.to.pointX-I.pointX),pointY:this.roundNum(t.to.pointY-I.pointY)}),Math.abs(t.startKeyframe-E)>B&&C.keyframes.push({keyframe:this.roundNum(t.startKeyframe)-B,keyName:g,value:w,timingFunction:"linear"}),"transform.translation"===g&&(t.from.pointX=this.roundNum(t.from.pointX),t.from.pointY=this.roundNum(t.from.pointY),t.to.pointX=this.roundNum(t.to.pointX),t.to.pointY=this.roundNum(t.to.pointY));var r=this.createTimingFunctionForAction(t);C.keyframes.push({keyframe:this.roundNum(t.startKeyframe),keyName:g,value:t.from,timingFunction:r}),C.keyframes.push({keyframe:this.roundNum(t.endKeyframe)-(100===t.endKeyframe?0:B),keyName:g,value:t.to,timingFunction:r}),w=t.to,E=t.endKeyframe}100!==E&&"hidden"!==g&&(C.keyframes.push({keyframe:this.roundNum(E),keyName:g,value:w,timingFunction:"linear"}),C.keyframes.push({keyframe:100,keyName:g,value:w,timingFunction:"linear"}))}}else{if(Q=!0,0!==i){l=this.createInitialKeyframeValue(A,g,t.from,!0);C.keyframes.push({keyframe:0,keyName:"zPosition",value:l,timingFunction:"linear"}),C.keyframes.push({keyframe:i-B,keyName:"zPosition",value:l,timingFunction:"linear"})}C.keyframes.push({keyframe:i,keyName:"zPosition",value:t.from,timingFunction:"linear"}),C.keyframes.push({keyframe:100,keyName:"zPosition",value:t.to,timingFunction:"linear"}),A.transformOriginZValue=t.to.scalar}else{var s={};s.x=t.to.pointX,s.y=t.to.pointY;var G={pointX:-(t.from.pointX-A.anchorPoint.pointX)*A.bounds.width,pointY:-(t.from.pointY-A.anchorPoint.pointY)*A.bounds.height};if(A.isMagicMove){var D=this.anchorPointOffset(A,{x:t.from.pointX,y:t.from.pointY}),h={pointX:D.x,pointY:D.y},Y=this.anchorPointOffset(A,{x:t.to.pointX,y:t.to.pointY}),c={pointX:Y.x,pointY:Y.y};h.pointX===c.pointX&&h.pointY===c.pointY||(G={pointX:c.pointX-h.pointX,pointY:c.pointY-h.pointY},A.magicMoveOffsetValue=G)}if(0!==i){var l={pointX:0,pointY:0};o>0&&this.insertInitialKeyframes(C,o-B,"position",l),i-o>B&&("both"!==t.fillMode&&"backwards"!==t.fillMode||(l=G),C.keyframes.push({keyframe:o,keyName:"position",value:l,timingFunction:"linear"}),C.keyframes.push({keyframe:i-B,keyName:"position",value:l,timingFunction:"linear"}))}C.keyframes.push({keyframe:i,keyName:"position",value:G,timingFunction:"linear"}),C.keyframes.push({keyframe:100,keyName:"position",value:G,timingFunction:"linear"}),A.transformOriginValue=100*s.x+"% "+100*s.y+"%"}}}},{key:"insertInitialKeyframes",value:function(A,B,g,C){A.keyframes.push({keyframe:0,keyName:g,value:C,timingFunction:"linear"}),A.keyframes.push({keyframe:B,keyName:g,value:C,timingFunction:"linear"})}},{key:"anchorPointOffset",value:function(A,B){var g={},C={},e={},Q=A.bounds;return g.x=Q.width/2,g.y=Q.height/2,C.x=B.x*Q.width,C.y=B.y*Q.height,e.x=g.x-C.x,e.y=g.y-C.y,e}},{key:"createInitialKeyframeValue",value:function(A,B,g,C){var e={};switch(B){case"anchorPoint":e.pointX=(A.anchorPoint.pointX-.5)*A.bounds.width,e.pointY=(A.anchorPoint.pointY-.5)*A.bounds.height;break;case"anchorPointZ":e.scalar=Le||Ze||ye?0:g.scalar+g.scalar;break;case"opacity":case"opacityMultiplier":e.scalar=A.opacity;break;case"hidden":e.scalar=A.hidden;break;case"position":e.pointX=A.affineTransform[4],e.pointY=A.affineTransform[5];break;case"zPosition":e.scalar=0;break;case"transform.scale":case"transform.scale.xy":case"transform.scale.x":case"transform.scale.y":e.scalar=A.initialState.scale;break;case"transform.rotation.z":e.scalar=A.initialState.rotation;break;case"transform":e.transform=g.transform;break;case"bounds":e.pointX=0,e.pointY=0,e.width=A.initialState.width,e.height=A.initialState.height;break;default:e.scalar=0,e.pointX=0,e.pointY=0}return e}},{key:"createTimingFunctionForAction",value:function(A){var B="",g=A.timingFunction,C=A;switch("object"===ug(g)&&(g=g.timingFunction,C=A.timingFunction),g.toLowerCase()){case"easein":B="ease-in";break;case"easeout":B="ease-out";break;case"easeinout":case"easeineaseout":B="ease-in-out";break;case"custom":B="cubic-bezier("+C.timingControlPoint1x+","+C.timingControlPoint1y+","+C.timingControlPoint2x+","+C.timingControlPoint2y+")";break;case"linear":default:B="linear"}return B}},{key:"createAnimationRuleForKeyframes",value:function(A){for(var B in this.keyAnimations){var g,C,e=this.keyAnimations[B],Q="layer"+A.layerId+"-"+h(B),t="";if("contents"!==B){g=fe.animationManager.createAnimation(Q);for(var i=0,o=e.keyframes.length;i<o;i++)C=e.keyframes[i],t=this.createAnimationRuleForKeyframe(B,C,A)+" ",g.appendRule(t);A.cssAnimationRules.push(Q)}else{var E=this.roundNum(e.keyActions[0].startKeyframe);g=fe.animationManager.createAnimation(Q+"-from");var w="0% {opacity: 1; "+We+": linear;}",I="49.999% {opacity: 1; "+We+": linear;}",a="50% {opacity: 0; "+We+": linear;}",n="100% {opacity: 0; "+We+": linear;}";0!==E&&(I=(100-E)/2+E-this.kDelta-this.kDelta+"% {opacity: 1; "+We+": linear;}",a=(100-E)/2+E+"% {opacity: 0; "+We+": linear;}"),g.appendRule(w),g.appendRule(I),g.appendRule(a),g.appendRule(n),g=fe.animationManager.createAnimation(Q+"-to"),w="0% {opacity: 0; "+We+": linear;}",I="49.999% {opacity: 0; "+We+": linear;}",a="50% {opacity: 1; "+We+": linear;}",n="100% {opacity: 1; "+We+": linear;}",0!==E&&(I=(100-E)/2+E-this.kDelta-this.kDelta+"% {opacity: 0; "+We+": linear;}",a=(100-E)/2+E+"% {opacity: 1; "+We+": linear;}"),g.appendRule(w),g.appendRule(I),g.appendRule(a),g.appendRule(n),A.cssAnimationRules.push(Q)}}}},{key:"createAnimationRuleForKeyframe",value:function(A,B,g){var C,e=B.keyframe,Q=B.keyName,t=B.value,i=B.timingFunction,o=g.transformOriginValue,E="";if(o&&(E=Ne+": "+o+";"),"hidden"===Q){var w={scalar:-1};!1===t.scalar||0===t.scalar?w.scalar=1:w.scalar=0,Q="opacity",C=this.cssPropertyValueForActionValue(A,Q,w)}else C=this.cssPropertyValueForActionValue(A,Q,t);return e+"% {"+E+(this.cssPropertyNameForAction(Q)+": "+C+"; "+(e<100?We+": "+i+";":""))+"}"}},{key:"cssPropertyValueForActionValue",value:function(A,B,g){switch(B){case"hidden":return!0===g.scalar?"hidden":"visible";case"anchorPoint":return g.pointX+"% "+g.pointY+"%";case"anchorPointZ":return g.scalar;case"position":return"translate("+g.pointX+"px,"+g.pointY+"px)";case"zPosition":return"anchorPointZ"===A&&(Le||Ze)?"translateZ("+-g.scalar+"px)":"translateZ("+g.scalar+"px)";case"translationEmphasis":return"translateX("+g.translationEmphasis[0]+"px) translateY("+g.translationEmphasis[1]+"px) translateZ("+g.translationEmphasis[2]+")";case"rotationEmphasis":return"rotateZ("+g.rotationEmphasis[6]+"rad)";case"scaleEmphasis":return"scale3d("+s(g.scaleEmphasis[3])+","+s(g.scaleEmphasis[4])+","+s(g.scaleEmphasis[5])+")";case"transform.scale":case"transform.scale.xy":return"scale("+s(g.scalar)+")";case"transform.scale.x":return"scaleX("+s(g.scalar)+")";case"transform.scale.y":return"scaleY("+s(g.scalar)+")";case"transform.rotation.x":return"rotateX("+g.scalar+"rad)";case"transform.rotation.y":return"rotateY("+g.scalar+"rad)";case"transform.rotation.z":case"transform.rotation":return"rotateZ("+g.scalar+"rad)";case"transform.translation":return"translateX("+g.pointX+"px) translateY("+g.pointY+"px)";case"transform.translation.x":return"translateX("+g.scalar+"px)";case"transform.translation.y":return"translateY("+g.scalar+"px)";case"transform.translation.z":return"translateZ("+g.scalar+"px)";case"isPlaying":case"opacity":case"opacityMultiplier":return g.scalar+"";case"transform":return"matrix3d("+g.transform+")";case"doubleSided":return!1===g.scalar?"hidden":"visible";case"contents":return g.texture;default:return"some value"}}},{key:"cssPropertyNameForAction",value:function(A){switch(A){case"hidden":return JC;case"anchorPoint":return Ne;case"anchorPointZ":return ve;case"opacityMultiplier":return uC;case"translationEmphasis":case"rotationEmphasis":case"scaleEmphasis":case"position":case"zPosition":case"transform":case"transform.scale":case"transform.scale.xy":case"transform.scale.x":case"transform.scale.y":case"transform.rotation.x":case"transform.rotation.y":case"transform.rotation.z":case"transform.rotation":case"transform.translation":case"transform.translation.x":case"transform.translation.y":case"transform.translation.z":case"bounds":return Ve;case"doubleSided":return _e;case"contents":return $e;default:return A}}}]),A}(),Rg=function(){function A(B,g,C){Jg(this,A),this.animationInfo=g,this.layerId=pg,pg+=1,this.objectID=null!==B.objectID?B.objectID:null,this.textureId=B.texture?B.texture:null,this.animations=B.animations,this.initialState=B.initialState,this.isVideoLayer=B.isVideoLayer,this.isWebVideoPosterLayer=B.isWebVideoPosterLayer,this.hasHighlightedBulletAnimation=B.hasHighlightedBulletAnimation,this.texturedRectangle=B.texturedRectangle,this.cssAnimationRules=[],this.layers=[],this.affineTransform=this.initialState.affineTransform,this.position=this.initialState.position,this.textureTransform="",null!=this.initialState.transform&&null!=this.initialState.transform?this.textureTransform="matrix3D("+this.initialState.transform+")":this.textureTransform="matrix("+this.affineTransform+")",this.anchorPoint=this.initialState.anchorPoint,null==C&&(C={pointX:0,pointY:0});var e=this.position.pointX-this.initialState.width/2-(this.anchorPoint.pointX-.5)*this.initialState.width,Q=this.position.pointY-this.initialState.height/2-(this.anchorPoint.pointY-.5)*this.initialState.height;e=Math.round(1e6*e)/1e6,Q=Math.round(1e6*Q)/1e6,this.bounds={width:this.initialState.width,height:this.initialState.height,origin:{pointX:this.affineTransform[4],pointY:this.affineTransform[5]},offset:{pointX:e,pointY:Q},canvasOffset:{pointX:e+C.pointX,pointY:Q+C.pointY}},this.sublayerTransform=this.initialState.sublayerTransform,this.contentsRect=this.initialState.contentsRect,this.hidden=this.initialState.hidden,this.opacity=this.initialState.opacity,this.visibility=!0===this.hidden?"hidden":"visible",this.addSublayer(B.layers,g,this.bounds.offset),this.initLayerAnimations()}return Hg(A,[{key:"destroy",value:function(){this.initialState=null,this.cssAnimationRules=null,this.affineTransform=null,this.textureTransform=null,this.anchorPoint=null,this.anchorPointZ=null,this.bounds=null,this.contentsRect=null,this.hidden=null,this.opacity=null}},{key:"addSublayer",value:function(B,g,C){for(var e=0,Q=B.length;e<Q;e++){var t=new A(B[e],g,C);this.layers.push(t)}}},{key:"initLayerAnimations",value:function(){var A=!1,B=!1,g=!1,C=!1,e=!1,Q=!1,t=!1,i=!1,o=!1,E=!1,w=!1,I=!1,a=!1,n=!1,r=!1,s=!1,G=!1,D=[],h=!1,Y=this.animationInfo,c=Y.type,l=Y.name,M=["isPlaying","opacityMultiplier","hidden"];if("actionBuild"===c?this.isActionBuild=!0:"buildIn"===c?this.isBuildIn=!0:"buildOut"===c?this.isBuildOut=!0:"transition"===c&&(this.isTransition=!0),"apple:magic-move-implied-motion-path"===l?this.isMagicMove=!0:"apple:ca-isometric"===l?h=!0:"renderMovie"===l?this.isRenderMovie=!0:"renderWebVideo"===l?this.isRenderWebVideo=!0:AQ.indexOf(l)>-1&&(this.isEmphasisBuild=!0),this.animations.length>0&&(this.cssAnimation=new Sg(this.animations,this)),this.divNames=[],this.objectID&&(this.isRenderMovie||this.isRenderWebVideo))this.divNames=["opacity","position","transform.rotation.z","transform.scale.x","transform.scale.y","bounds","contents"];else if(this.cssAnimation){for(var F in this.cssAnimation.keyAnimations)M.indexOf(F)>0||("opacity"===F?B=!0:"anchorPoint"===F?g=!0:"anchorPointZ"===F?C=!0:h||"transform.translation.x"!==F?h||"transform.translation.y"!==F?h||"transform.translation.z"!==F?h||"transform.translation"!==F?h||"transform.rotation.x"!==F?h||"transform.rotation.y"!==F?h||"transform.rotation.z"!==F?h||"transform.rotation"!==F?"transform.scale.x"===F?a=!0:"transform.scale.y"===F?n=!0:"transform.scale.xy"===F?r=!0:"transform.scale"===F?s=!0:"transform"===F?G=!0:"doubleSided"===F?A=!0:"contents"===F?this.hasContentsAnimation=!0:"bounds"===F?this.hasBoundsAnimation=!0:"position"===F?this.hasPosition=!0:D.push(F):I=!0:w=!0:E=!0:o=!0:i=!0:t=!0:Q=!0:e=!0);if(B&&this.isActionBuild&&!this.isEmphasisBuild){this.divNames.push("opacity");for(var d=0,U=this.layers.length;d<U;d++)0===this.layers[d].animations.length&&(this.layers[d].divNames=["opacity","position","transform.rotation.z","transform.scale.x","transform.scale.y","bounds","contents"])}else{(B||this.isActionBuild)&&-1===this.divNames.indexOf("opacity")&&this.divNames.push("opacity"),G&&this.divNames.push("transform"),(this.hasPosition||this.isActionBuild)&&this.divNames.push("position"),g&&this.divNames.push("anchorPoint"),C&&this.divNames.push("anchorPointZ");for(d=0,U=D.length;d<U;d++)this.divNames.push(D[d]);e&&this.divNames.push("transform.translation.x"),Q&&this.divNames.push("transform.translation.y"),i&&this.divNames.push("transform.translation"),t&&this.divNames.push("transform.translation.z"),o&&this.divNames.push("transform.rotation.x"),E&&this.divNames.push("transform.rotation.y"),w&&this.divNames.push("transform.rotation.z"),0===this.initialState.rotation&&!this.isActionBuild||-1!==this.divNames.indexOf("transform.rotation.z")||this.divNames.push("transform.rotation.z"),I&&this.divNames.push("transform.rotation"),a&&this.divNames.push("transform.scale.x"),n&&this.divNames.push("transform.scale.y"),(1!==this.initialState.scale||this.isActionBuild)&&(-1===this.divNames.indexOf("transform.scale.x")&&this.divNames.push("transform.scale.x"),-1===this.divNames.indexOf("transform.scale.y")&&this.divNames.push("transform.scale.y")),r&&this.divNames.push("transform.scale.xy"),s&&this.divNames.push("transform.scale"),this.textureId&&(this.hasBoundsAnimation||this.isActionBuild)&&this.divNames.push("bounds"),this.textureId&&(this.hasContentsAnimation||this.isActionBuild)&&this.divNames.push("contents"),A&&this.divNames.push("doubleSided")}}}}]),A}(),Zg=function(){function A(B){Jg(this,A),this.objectID=B.objectID,this.audioId=B.audioId,this.isSoundTrack=B.isSoundTrack,this.isPlaying=!1,(this.audioElement=new Audio).setAttribute("id",this.audioId)}return Hg(A,[{key:"setSrc",value:function(A){this.audioElement.setAttribute("src",A)}},{key:"setLoop",value:function(A){this.audioElement.loop=A}},{key:"setVolume",value:function(A){this.audioElement.volume=A}},{key:"startAudio",value:function(){var A=this,B=this.audioElement;if(B){var g=B.play();void 0!==g?g.then((function(){A.isPlaying=!0})).catch((function(){A.isPlaying=!1})):this.isPlaying=!0}}},{key:"stopAudio",value:function(){this.audioElement&&(this.audioElement.pause(),this.isPlaying=!1)}}]),A}(),yg=function(){function A(B){Jg(this,A),this.objectID=B.objectID,this.movieId=B.movieId,this.width=B.width,this.height=B.height,this.sceneIndex=B.sceneIndex,this.textureId=B.textureId,this.src=B.src,this.showControls=B.showControls,this.movieDiv=B.movieDiv,this.parentLayer=B.parentLayer,this.webVideo=B.webVideo,this.webVideo?this.initWebVideo():this.initVideo(),this.setInsertBeforeOrAfterTextureId(),this.isFirstRendered=!0,this.isEnded=!1,this.isPlaying=!1}return Hg(A,[{key:"destroy",value:function(){this.videoElement&&(this.videoElement.pause(),this.videoElement.src="")}},{key:"setStyle",value:function(A){var B=A.node,g=A.top,C=A.left,e=A.width,Q=A.height,t=A.position,i=A.opacity,o=A.visibility,E=B.style;E.top=g,E.left=C,E.width=e,E.height=Q,E.position=t,null!=i&&(E.opacity=i),null!=o&&(E.visibility=o)}},{key:"initVideo",value:function(){var A=this.videoElement=document.createElement("video");this.setStyle({node:A,top:"0px",left:"0px",width:this.width+"px",height:this.height+"px",position:fC,visibility:"hidden"}),I(A,"pointer-events","all"),A.setAttribute("id",this.movieId),A.setAttribute("src",this.src),this.showControls&&(A.addEventListener("mouseover",this.handleMouseOver.bind(A)),A.addEventListener("mouseleave",this.handleMouseLeave.bind(A)))}},{key:"initWebVideo",value:function(){var A=this.iframe=document.createElement("iframe");this.setStyle({node:A,top:"0px",left:"0px",width:this.width+"px",height:this.height+"px",position:fC,visibility:"hidden"}),I(A,"pointer-events","all"),A.setAttribute("id",this.objectID+"-webVideo"),A.setAttribute("frameborder",0);var B,g,C,e=this.webVideo.url;if(e.indexOf("youtu")>-1?g="youtube":e.indexOf("vimeo")>-1&&(g="vimeo"),"youtube"===g)C="https://www.youtube.com/embed/"+(B=function(A,B){var g=new RegExp("[\\?&]"+A+"=([^&#]*)").exec(B);return null==g?"":g.length>1?decodeURIComponent(g[1]):""}("v",e));else if("vimeo"===g){var Q=e.match(/https:\/\/(www\.)?vimeo.com\/(\d+)($|\/)/);Q&&(B=Q[2]),C="https://player.vimeo.com/video/"+B}A.style.border="none",A.setAttribute("src",C+"?autoplay=1")}},{key:"handleMouseOver",value:function(){this.setAttribute("controls","controls")}},{key:"handleMouseLeave",value:function(){this.removeAttribute("controls")}},{key:"setInsertBeforeOrAfterTextureId",value:function(){for(var A=this.parentLayer.layers,B=0,g=A.length;B<g;B++){var C=A[B];(C.isVideoLayer||C.isWebVideoPosterLayer)&&(B+1<g&&(this.insertBeforeTextureId=A[B+1].textureId),B-1>=0&&(this.insertAfterTextureId=A[B-1].textureId))}}},{key:"observeEvents",value:function(A){var B=this.videoElement;B&&(B.removeEventListener("canplay",this.handleMovieDidStart),B.removeEventListener("ended",this.handleMovieDidEnd),B.addEventListener("canplay",this.handleMovieDidStart.bind(this,A)),B.addEventListener("ended",this.handleMovieDidEnd.bind(this,A)));var g=this.iframe;g&&(g.textureElement=A,g.addEventListener("load",(function(){g.style.visibility="visible",g.textureElement.style.visibility="hidden"})))}},{key:"setLoop",value:function(A){this.videoElement&&(this.videoElement.loop=A)}},{key:"setVolume",value:function(A){this.videoElement&&(this.videoElement.volume=A)}},{key:"removeControls",value:function(){this.videoElement&&this.videoElement.hasAttribute("controls")&&this.videoElement.removeAttribute("controls")}},{key:"handleMovieDidStart",value:function(A){this.videoElement&&(this.videoElement.style.visibility="visible",A&&setTimeout(this.hideMoviePoster.bind(this,A),120))}},{key:"handleMovieDidEnd",value:function(A){this.videoElement&&(this.videoElement.loop||(this.isEnded=!0))}},{key:"startMovie",value:function(){var A=this,B=this.videoElement;if(B){var g=B.play();void 0!==g?g.then((function(){A.isPlaying=!0})).catch((function(){A.isPlaying=!1})):this.isPlaying=!0}}},{key:"stopMovie",value:function(){this.videoElement&&this.videoElement.pause()}},{key:"hideMoviePoster",value:function(A){var B=A.style;B.visibility="hidden",B.display="none",A.parentNode&&A.parentNode.removeChild(A)}}]),A}(),Lg=function(){function A(B,g){Jg(this,A),this.domNode=g,this.kpfEvent=null}return Hg(A,[{key:"destroy",value:function(){this.removeEvent(),this.domNode=null}},{key:"removeEvent",value:function(){if(this.kpfEvent)for(this.kpfEvent.destroy(),delete this.kpfEvent,this.kpfEvent=null;this.domNode.childNodes.length>0;)this.domNode.removeChild(this.domNode.childNodes[0])}},{key:"renderEvent",value:function(A){this.removeEvent(),this.kpfEvent=A,this.kpfEvent.renderEvent(this.domNode)}},{key:"renderEffects",value:function(){return this.kpfEvent.renderEffects(this.kpfEvent.event.effects)}},{key:"animateEffects",value:function(A){this.kpfEvent.animateEffects(A)}},{key:"eventOverallEndTime",value:function(){return this.kpfEvent.eventOverallEndTime}}]),A}(),Og=function(){function A(B,g,C){Jg(this,A),this.textureId=B.textureId,this.nativeWidth=B.bounds.width,this.nativeHeight=B.bounds.height,this.opacity=B.opacity,this.visibility=!0===B.hidden?"hidden":"visible",this.textureTransform=B.textureTransform,this.affineTransform=B.affineTransform,this.anchorPoint=B.anchorPoint,this.contentsRect=B.contentsRect,this.layer=B,this.sceneIndex=g,this.enableCompositingUsingBackface=!1,this.enablePreserve3DFromParent=!1,C.length>0&&this.initRendererFlags(C[0]),this.glContentsRenderer={},this.domNode=document.createElement("div"),this.domNode.setAttribute("id","layer"+B.layerId)}return Hg(A,[{key:"initRendererFlags",value:function(A){"transition"===A.type&&"apple:ca-swing"!==A.name&&"com.apple.iWork.Keynote.BLTSwoosh"!==A.name?(this.enableCompositingUsingBackface=!0,this.enablePreserve3DFromParent=!0,!Ze||"apple:ca-push"!==A.name&&"com.apple.iWork.Keynote.BLTFadeThruColor"!==A.name||(this.enableCompositingUsingBackface=!1,this.enablePreserve3DFromParent=!1)):(this.enableCompositingUsingBackface=!1,this.enablePreserve3DFromParent=!1),"apple:apple-grid"===A.name?this.isGridTransition=!0:"com.apple.iWork.Keynote.BLTMosaicFlip"===A.name?this.isMosaicTransition=!0:"com.apple.iWork.Keynote.BLTSwoosh"===A.name&&"transition"===A.type&&(this.isSwooshTransition=!0)}},{key:"destroy",value:function(){this.textureId=null,this.nativeWidth=null,this.nativeHeight=null,this.opacity=null,this.visibility=null,this.textureTransform=null,this.affineTransform=null,this.anchorPoint=null,this.textureAnimation=null,this.contentsRect=null,this.requiresPerspectiveTransform=null,this.sceneIndex=null;for(var A=this.domNode.getElementsByTagName("canvas"),B=A.length;B--;){var g=A[B];if(g){var C=g.getContext("2d");C&&(C.clearRect(0,0,g.width,g.height),A[B].remove())}}if(this.domNode.hasChildNodes())for(;this.domNode.childNodes.length>0;)this.domNode.removeChild(this.domNode.firstChild);this.domNode=null}},{key:"addAnimationNode",value:function(A,B,g,C){if(null==B)return A;var e=B.shift();if(null==e)return A;var Q=document.createElement("div"),t=g+"-"+h(e);Q.setAttribute("id",t),C.initialState.masksToBounds&&I(Q,"overflow","hidden"),this.enableCompositingUsingBackface?I(Q,_e,"hidden"):this.isSwooshTransition&&I(Q,Ve,"translateZ(0px)"),this.setStyle(Q,"0px","0px",A.style.width,A.style.height,fC,null,null),I(Q,je,HC),.5===C.anchorPoint.pointX&&.5===C.anchorPoint.pointY||I(Q,Ne,100*C.anchorPoint.pointX+"% "+100*C.anchorPoint.pointY+"%");var i=["opacity","doubleSided","anchorPointZ"];return C.transformOriginValue&&C.transformOriginZValue&&("apple:ca-revolve"===C.animationInfo.name?i.push("anchorPoint","position","zPosition"):"apple:3D-cube"===C.animationInfo.name&&i.push("anchorPoint","position","zPosition","transform.rotation.x","transform.rotation.y")),C.transformOriginZValue&&-1===i.indexOf(e)&&(Le?I(Q,Ne,100*C.anchorPoint.pointX+"% "+100*C.anchorPoint.pointY+"% "+C.transformOriginZValue+"px"):(I(Q,ve,C.transformOriginZValue+"px"),navigator.userAgent.lastIndexOf("Chrome/")<=0&&I(Q,Ve,"translateZ("+C.transformOriginZValue+"px)"))),A.appendChild(Q),this.addAnimationNode(Q,B,g,C)}},{key:"createNodes",value:function(A,B,g){var C=fe.movieCache;return C&&"renderMovie"!==g.animationInfo.name&&this.setVideoLayer(g,C),this.addNode(A,B,g)}},{key:"setVideoLayer",value:function(A,B){var g=A.objectID,C=B[g+"-video"];if(C)if(1===A.layers.length)A.layers[0].textureId?(A.layers[0].isVideoLayer=!0,A.layers[0].movieObjectID=g):A.layers[0].layers[0].textureId&&(A.layers[0].layers[0].isVideoLayer=!0,A.layers[0].layers[0].movieObjectID=g);else{var e,Q=!1;for(I=0,a=A.layers.length;I<a;I++){var t,i=(t=A.layers[I].textureId?A.layers[I]:A.layers[I].layers[0]).textureId;i===C.insertAfterTextureId&&(e=t);for(var o=!1,E=0,w=C.parentLayer.layers.length;E<w;E++){if(C.parentLayer.layers[E].textureId===i){o=!0;break}}o||(Q=!0,t.isVideoLayer=!0,t.movieObjectID=g)}!Q&&e&&(e.isVideoLayer=!0,e.movieObjectID=g)}else for(var I=0,a=A.layers.length;I<a;I++)this.setVideoLayer(A.layers[I],B)}},{key:"addNode",value:function(A,B,g){if(!g.canvasId){var C="layer"+g.layerId,e=document.createElement("div");e.setAttribute("id",C),I(e,"pointer-events","none");var Q=g.contentsRect.x,t=g.contentsRect.y,i=g.contentsRect.width,o=g.contentsRect.height,E=g.affineTransform[0],w=g.affineTransform[1],a=g.affineTransform[2],n=g.affineTransform[3],r=g.affineTransform[4],s=g.affineTransform[5],G=g.animationInfo,D=!1;-1===E&&"com.apple.iWork.Keynote.KLNComet"===G.name&&(E=1,D=!0);var h="matrix("+E+","+w+","+a+","+n+","+(r+g.bounds.offset.pointX)+","+(s+g.bounds.offset.pointY)+")",Y=g.bounds,c=Y.width,l=Y.height;this.setStyle(e,"0px","0px",c+"px",l+"px",fC,g.opacity,g.visibility),I(e,Ve,h),.5===g.anchorPoint.pointX&&.5===g.anchorPoint.pointY||I(e,Ne,100*g.anchorPoint.pointX+"% "+100*g.anchorPoint.pointY+"%"),g.initialState.masksToBounds&&I(e,"overflow","hidden"),A.appendChild(e);var M=this.addAnimationNode(e,g.divNames,C,g);g.isTransition&&this.enablePreserve3DFromParent?(0!==B.sublayerTransform[11]&&I(e,je,HC),0!==g.sublayerTransform[11]&&(I(e,qe,fe.stageManager.perspective+"px"),I(e,je,HC))):0!==B.sublayerTransform[11]?(I(A,qe,fe.stageManager.perspective+"px"),I(e,je,HC)):I(e,je,pC),Ze&&(this.enableCompositingUsingBackface?I(e,_e,"hidden"):this.isSwooshTransition&&I(e,Ve,"translateZ(0px)"));var F=g.textureId;if(F){var d=fe.textureManager,U=d.getTextureObject(this.sceneIndex,F);if(!U)return e;var k=document.createElement("canvas"),K=k.getContext("2d"),u=U.width,J=U.height;if(0===Q&&0===t&&1===i&&1===o)k.width=u,k.height=J,u>0&&J>0&&K.drawImage(U,0,0),this.setStyle(k,"0px","0px",c+"px",l+"px",fC,null,null);else{var m=t*J,H=(Q+i)*u,p=(t+o)*J,f=Q*u,S=k.width=H-f,R=k.height=p-m;K.drawImage(U,f*QQ,m*QQ,S*QQ,R*QQ,0,0,S,R),this.setStyle(k,"0px","0px",S+"px",R+"px",fC,null,null)}var Z=k;Z.setAttribute("id",F),"webkit"!==YC||null!==g.isTransition&&void 0!==g.isTransition||I(Z,Ve,D?"rotateY(180deg) translateZ(0px)":"translateZ(0px)"),g.isTransition&&(Ze?this.enableCompositingUsingBackface?this.isGridTransition||this.isMosaicTransition||I(Z,_e,"hidden"):this.isSwooshTransition&&I(Z,Ve,"translateZ(0px)"):this.enableCompositingUsingBackface?I(Z,_e,"hidden"):I(Z,Ve,"translateZ(0px)"));var y,L,O=G.objectID,b=G&&"buildOut"===G.type;if(g.isVideoLayer||g.isWebVideoPosterLayer)if("renderMovie"===G.name||"renderWebVideo"===G.name){var x;if(G.movie){var T=d.getMovieUrl(this.sceneIndex,G.movie.asset);x=/(?:\.([^.]+))?$/.exec(T)[1]}if("gif"===x)L=new Image,this.setStyle(L,"0px","0px",c+"px",l+"px",fC,null,null),L.addEventListener("load",this.hideElement.bind(this,Z)),L.src=T;else{null!==fe.movieCache&&void 0!==fe.movieCache||(fe.movieCache={});var W=O+"-video";if(g.hasMovie=!0,g.movieId=W,null==(y=fe.movieCache[W])){var V={objectID:O,movieId:W,width:c,height:l,sceneIndex:this.sceneIndex,textureId:F,src:T,showControls:!1===fe.isRecording,movieDiv:e,parentLayer:B,webVideo:G.webVideo};y=new yg(V),fe.movieCache[W]=y,y.observeEvents(Z)}}}else{var N=fe.movieCache;if(N)y=N[W=g.movieObjectID+"-video"]}if(g.hasContentsAnimation){for(var v,X,P=g.cssAnimation.animations,j=0,q=P.length;j<q;j++)if("contents"===P[j].property){v=P[j].to.texture,X=P[j].from.texture;break}var z=d.getTextureObject(this.sceneIndex,v),_=document.createElement("canvas"),$=_.getContext("2d"),AA=(u=_.width=z.width)/c,BA=(J=_.height=z.height)/l;$.drawImage(z,0,0),_.setAttribute("id",v),AA>1&&BA>1&&0!==AA&&0!==BA?(this.setStyle(_,"0px","0px",u+"px",J+"px",fC,null,null),I(_,Ne,"0% 0%"),I(_,Ve,"scale("+1/AA+","+1/BA+")")):this.setStyle(_,"0px","0px",c+"px",l+"px",fC,null,null);var gA=document.createElement("div");gA.id=C+"-contents-to",this.setStyle(gA,"0px","0px",c+"px",l+"px",fC,null,null),gA.appendChild(_),M.appendChild(gA),I(gA,"opacity",0);var CA=d.getTextureObject(this.sceneIndex,X),eA=document.createElement("canvas"),QA=eA.getContext("2d");eA.width=CA.width,eA.height=CA.height,QA.drawImage(CA,0,0),eA.setAttribute("id",X),this.setStyle(eA,"0px","0px",c+"px",l+"px",fC,null,null);var tA=document.createElement("div");tA.id=C+"-contents-from",this.setStyle(tA,"0px","0px",c+"px",l+"px",fC,null,null),tA.appendChild(eA),M.appendChild(tA)}else M.appendChild(Z),L&&M.appendChild(L);y&&(y.isFirstRendered?(y.videoElement?M.insertBefore(y.videoElement,Z):y.iframe&&M.insertBefore(y.iframe,Z),y.isFirstRendered=!1):g.animationInfo&&"renderMovie"!==g.animationInfo.name&&"renderWebVideo"!==g.animationInfo.name&&(y.objectID===O&&b?(y.stopMovie(),y.removeControls(),y.isBuiltOut=!0):y.isBuiltOut||(M.parentNode.appendChild(y.movieDiv),M.style.visibility="hidden")))}else if(g.initialState.backgroundColor){var iA=g.initialState.backgroundColor;I(M,"background-color","rgba("+parseInt(255*iA[0])+","+parseInt(255*iA[1])+","+parseInt(255*iA[2])+","+iA[3]+")")}for(var oA=0,EA=g.layers.length;oA<EA;oA++)this.addNode(M,g,g.layers[oA]);return e}}},{key:"hideElement",value:function(A){A.style.visibility="hidden"}},{key:"serializeSvg",value:function(A){for(var B=A.getElementsByTagName("image"),g=0,C=B.length;g<C;g++){var e=B[g],Q=document.createElement("a");Q.href=e.getAttributeNS("http://www.w3.org/1999/xlink","href");var t=window.location.protocol+"//"+Q.host+Q.pathname;e.setAttributeNS("http://www.w3.org/1999/xlink","xlink:href",t)}return(new XMLSerializer).serializeToString(A)}},{key:"draw",value:function(A){this.setStyle(this.domNode,"0px","0px",this.nativeWidth+"px",this.nativeHeight+"px",fC,this.opacity,this.visibility),"webkit"===YC&&(this.enableCompositingUsingBackface&&Ze?I(this.domNode,_e,"hidden"):I(this.domNode,Ve,"translateZ(0px)")),0!==this.layer.sublayerTransform[11]?(I(this.domNode,qe,fe.stageManager.perspective+"px"),I(this.domNode,je,HC)):I(this.domNode,je,pC);for(var B=0,g=this.layer.layers.length;B<g;B++)this.createNodes(this.domNode,this.layer,this.layer.layers[B]);A.appendChild(this.domNode)}},{key:"setStyle",value:function(A,B,g,C,e,Q,t,i){A.style.top=B,A.style.left=g,A.style.width=C,A.style.height=e,A.style.position=Q,null!=t&&(A.style.opacity=t),null!=i&&(A.style.visibility=i)}},{key:"overallEndTime",value:function(A){var B={duration:0};return this.overallEndTimeForLayer(this.layer,B),B.duration}},{key:"overallEndTimeForLayer",value:function(A,B){A.cssAnimation&&A.cssAnimation.overallEndTime>B.duration&&(B.duration=A.cssAnimation.overallEndTime);for(var g=0,C=A.layers.length;g<C;g++)this.overallEndTimeForLayer(A.layers[g],B)}},{key:"animate",value:function(A){A.kpfLayer&&(A.movie?this.animateEffect(A,A.kpfLayer,A.currentKPFLayer?A.currentKPFLayer:null,A.movie):A.webVideo?this.animateEffect(A,A.kpfLayer,A.currentKPFLayer?A.currentKPFLayer:null,A.webVideo):this.animateEffect(A,A.kpfLayer,A.currentKPFLayer?A.currentKPFLayer:null))}},{key:"animateEffect",value:function(A,B,g,C){var e=A.objectID+"-video";if(B.cssAnimationRules.length>0){var Q=g?"layer"+g.layerId:"layer"+B.layerId,t=document.getElementById(Q);t?this.applyCssAnimation(t,B,g,A):A.currentKPFLayer&&(Q="layer"+A.currentKPFLayer.layerId,A.currentKPFLayer.layers[0]&&(Q="layer"+A.currentKPFLayer.layers[0].layerId),(t=document.getElementById(Q))&&this.applyCssAnimation(t,B,A.currentKPFLayer,A))}else{if(B.isRenderMovie&&"renderMovie"===B.animationInfo.name){var i=fe.movieCache;if(i){var o=i[e];o&&(!C.loopMode||"looping"!==C.loopMode&&"loopBackAndForth"!==C.loopMode||o.setLoop(!0),C.volume&&o.setVolume(C.volume),o.startMovie())}}if(g){var E=document.getElementById("layer"+g.layerId),w=D(window.getComputedStyle(E,null).getPropertyValue(Ve)),a="matrix("+w[0]+","+w[1]+","+w[2]+","+w[3]+","+B.bounds.offset.pointX+","+B.bounds.offset.pointY+")";"apple:action-motion-path"===A.name&&I(E,Ve,a)}}for(var n=0,r=B.layers.length;n<r;n++)fe.movieCache&&fe.movieCache[e]?this.animateEffect(A,B.layers[n],g,C):this.animateEffect(A,B.layers[n],g?g.layers[n]:null,C)}},{key:"applyCssAnimation",value:function(A,B,g,C){var e=B.cssAnimation,Q=B.cssAnimation.overallEndTime;B.hasMovie&&"buildOut"===B.animationInfo.type&&this.stopMovie(document.getElementById(B.movieId)),Ze&&"apple:doorway"===B.animationInfo.name&&0===B.layers.length&&0===B.contentsRect.x&&0===B.contentsRect.y&&1===B.contentsRect.width&&1===B.contentsRect.height&&(A.style.visibility="hidden");var t=e.keyAnimations.bounds;if(t){var i=document.styleSheets[1].cssRules,o=i.length,E=A.id+"-bounds";g&&(E="layer"+B.layerId+"-bounds");for(var w=0;w<o;w++){var a=i[w];if(a.name===E){for(;a.cssRules.length>0;)a.deleteRule(a.cssRules[0].keyText);for(var n=0,r=t.keyframes.length;n<r;n++){var s,G,Y=t.keyframes[n];0===Y.keyframe?(R=Y.value.width,Z=Y.value.height,a.appendRule("0% {"+Ve+": scaleX(1) scaleY(1); "+We+": "+Y.timingFunction+";}")):(s=Y.value.width,G=Y.value.height,a.appendRule(Y.keyframe+"% {"+Ve+": scaleX("+s/R+") scaleY("+G/Z+"); "+We+": "+Y.timingFunction+";}"))}}}}if(0!==B.initialState.rotation||1!==B.initialState.scale){var c=document.getElementById(A.id),l=D(window.getComputedStyle(c,null).getPropertyValue(Ve)),M="matrix(1,0,0,1,"+l[4]+","+l[5]+")";I(c,Ve,M);var F=document.getElementById(A.id+"-"+h("transform.rotation.z"));F&&I(F,Ve,"rotateZ("+B.initialState.rotation+"rad)");var d=document.getElementById(A.id+"-"+h("transform.scale.x"));d&&I(d,Ve,"scaleX("+B.initialState.scale+")");var U=document.getElementById(A.id+"-"+h("transform.scale.y"));U&&I(U,Ve,"scaleY("+B.initialState.scale+")")}for(var k in e.keyAnimations){var K=e.keyAnimations[k],u=K.keyActions,J=u[u.length-1],m=K.keyframes[K.keyframes.length-1],H=this.cssPropertyNameForAction(k),p=this.cssPropertyValueForActionValue(k,m.value),f=Q+"s",S=(E="","");if("isPlaying"!==k&&("renderWebVideo"!==B.animationInfo.name&&(!g||"actionBuild"!==B.animationInfo.type||-1!==BQ[B.animationInfo.name].indexOf(k))))if("doubleSided"!==k){if("apple:ca-revolve"!==B.animationInfo.name&&"apple:3D-cube"!==B.animationInfo.name||!B.transformOriginValue||!B.transformOriginZValue||"anchorPointZ"!==k&&"zPosition"!==k){switch(k){case"opacity":S=E=A.id+"-opacity",g?(null!==document.getElementById(E)&&void 0!==document.getElementById(E)||(E=A.id),S="layer"+B.layerId+"-opacity"):I(A,"opacity",1);break;case"hidden":H="opacity","hidden"===p?p=0:(A.style.visibility="visible",p=1),S=(E=A.id)+"-hidden",g&&(S="layer"+B.layerId+"-hidden");break;case"bounds":var R,Z;S=E=A.id+"-bounds",g&&(S="layer"+B.layerId+"-bounds");var y=K.keyframes[0],L=K.keyframes[K.keyframes.length-1];p="scaleX("+L.value.width/y.value.width+") scaleY("+L.value.height/y.value.height+")";break;default:S=E=A.id+"-"+h(k),g&&(S="layer"+B.layerId+"-"+h(k))}if("contents"!==k){var O=document.getElementById(E);if(O){if("anchorPoint"===k){var b={x:m.value.pointX,y:m.value.pointY};B.magicMoveOffsetValue&&(b.x=B.magicMoveOffsetValue.pointX,b.y=B.magicMoveOffsetValue.pointY),H=Ve,p="translateX("+b.x+"px) translateY("+b.y+"px)"}else"anchorPointZ"===k&&(Le||Ze?(H=Ve,p="translateZ("+-B.transformOriginZValue+"px)"):(H=Ve,p="translateZ("+B.transformOriginZValue+"px)"));"hidden"!==k&&I(O,H,p),I(O,Te,"removed"===J.fillMode?"none":J.fillMode),I(O,be,S),I(O,xe,f)}}else if("smartBuild"===C.type){var x=A.id+"-contents-canvas",T=document.createElement("canvas");T.width=B.initialState.width,T.height=B.initialState.height,T.setAttribute("id",x);var W=fe.scriptManager.slideIndexFromSceneIndex(this.sceneIndex),V={canvasId:x,canvas:T,textureAssets:fe.textureManager.slideCache[W].textureAssets,effect:C,overallEndTime:Q,element:A},N=this.glContentsRenderer[x];N||(N=new Kg(V),this.glContentsRenderer[x]=N),document.getElementById(A.id).appendChild(T);var v=1e3*C.beginTime;setTimeout(this.animateContentsWillBegin.bind(this,V),v)}else{var X=A.id+"-contents-from",P=A.id+"-contents-to",j=X,q=P;g&&(j="layer"+B.layerId+"-contents-from",q="layer"+B.layerId+"-contents-to");var z=document.getElementById(X),_=document.getElementById(P);I(z,"opacity",0),I(z,be,j),I(z,xe,f),I(_,"opacity",1),I(_,be,q),I(_,xe,f)}}}else{var $=document.getElementById(A.id+"-"+h(k));$&&I($,H,p)}}}},{key:"animateContentsWillBegin",value:function(A){var B=A.canvasId,g=A.effect,C=A.element,e=this.glContentsRenderer[B];e.draw(g),e.animationStarted||(e.animate(),e.animationStarted=!0);var Q=C.id+"-contents-from",t=C.id+"-contents-to",i=document.getElementById(Q),o=document.getElementById(t);I(i,"opacity",0),I(o,"opacity",0)}},{key:"cssPropertyValueForActionValue",value:function(A,B){switch(A){case"hidden":return!0===B.scalar?"hidden":"visible";case"anchorPoint":return B.pointX+"% "+B.pointY+"%";case"anchorPointZ":return B.scalar;case"position":return"translate("+B.pointX+"px,"+B.pointY+"px)";case"zPosition":return"translateZ("+B.scalar+"px)";case"translationEmphasis":return"translateX("+B.translationEmphasis[0]+"px) translateY("+B.translationEmphasis[1]+"px) translateZ("+B.translationEmphasis[2]+")";case"rotationEmphasis":return"rotateZ("+B.rotationEmphasis[6]+"rad)";case"scaleEmphasis":return"scale3d("+s(B.scaleEmphasis[3])+","+s(B.scaleEmphasis[4])+","+s(B.scaleEmphasis[5])+")";case"transform.scale":case"transform.scale.xy":return"scale("+s(B.scalar)+")";case"transform.scale.x":return"scaleX("+s(B.scalar)+")";case"transform.scale.y":return"scaleY("+s(B.scalar)+")";case"transform.rotation.x":return"rotateX("+B.scalar+"rad)";case"transform.rotation.y":return"rotateY("+B.scalar+"rad)";case"transform.rotation.z":case"transform.rotation":return"rotateZ("+B.scalar+"rad)";case"transform.translation":return"translateX("+B.pointX+"px) translateY("+B.pointY+"px)";case"transform.translation.x":return"translateX("+B.scalar+"px)";case"transform.translation.y":return"translateY("+B.scalar+"px)";case"transform.translation.z":return"translateZ("+B.scalar+"px)";case"isPlaying":case"opacity":case"opacityMultiplier":return B.scalar+"";case"transform":return"matrix3d("+B.transform+")";case"doubleSided":return!1===B.scalar?"hidden":"visible";default:return"some value"}}},{key:"cssPropertyNameForAction",value:function(A){switch(A){case"hidden":return JC;case"anchorPoint":return Ne;case"anchorPointZ":return ve;case"opacityMultiplier":return uC;case"translationEmphasis":case"rotationEmphasis":case"scaleEmphasis":case"position":case"zPosition":case"transform":case"transform.scale":case"transform.scale.xy":case"transform.scale.x":case"transform.scale.y":case"transform.rotation.x":case"transform.rotation.y":case"transform.rotation.z":case"transform.rotation":case"transform.translation":case"transform.translation.x":case"transform.translation.y":case"transform.translation.z":case"bounds":return Ve;case"doubleSided":return _e;case"contents":return $e;default:return A}}},{key:"hideMoviePoster",value:function(A){A.style.visibility="hidden"}},{key:"handleMovieDidStart",value:function(A,B){B.style.visibility="visible",setTimeout(this.hideMoviePoster.bind(this,A),120)}},{key:"handleMovieDidEnd",value:function(A,B){B.loop||(B.isEnded=!0)}},{key:"startMovie",value:function(A){A&&(A.play(),A.isPlaying=!0)}},{key:"stopMovie",value:function(A){A&&A.pause()}}]),A}(),bg=function(){function A(B){Jg(this,A),this.slideId=B.slideId,this.slideIndex=B.slideIndex,this.sceneIndex=B.sceneIndex,this.event=B.event,this.baseLayer={},this.effects=[],this.cssRenderer={},this.glRenderer={},this.canvasIdFromObjectIdLookup={},this.eventOverallEndTime=0,this.overallEndTimeInternal()}return Hg(A,[{key:"destroy",value:function(){this.baseLayer.destroy(),this.cssRenderer.destroy();for(var A=0,B=this.effects.length;A<B;A++)this.effects[A].destroy();delete this.baseLayer,delete this.cssRenderer,delete this.effects,delete this.event,this.slideId=null,this.slideIndex=null,this.sceneIndex=null,this.eventOverallEndTime=null}},{key:"addAnimationsToIdenticalLayer",value:function(A,B){if(A.animations&&A.animations.length>0)for(var g=0,C=A.animations.length;g<C;g++)B.animations.push(A.animations[g]);if(A.layers&&A.layers.length>0)for(var e=0,Q=A.layers.length;e<Q;e++)this.addAnimationsToIdenticalLayer(A.layers[e],B.layers[e])}},{key:"processEffects",value:function(A){for(var B=[],g=0;g<A.length;g++){var C=A[g];if("actionBuild"===C.type){for(var e,Q=!1,t=0,i=B.length;t<i;t++)if("actionBuild"===B[t].type&&B[t].objectID===C.objectID){e=t,Q=!0;break}if(Q){this.addAnimationsToIdenticalLayer(C.baseLayer,B[e].baseLayer),C.beginTime<B[e].beginTime&&(B[e].beginTime=C.beginTime),C.beginTime+C.duration>B[e].beginTime+B[e].duration&&(B[e].duration=C.beginTime+C.duration);for(var o=0,E=C.effects.length;o<E;o++)B[e].effects.push(C.effects[o]);null!==B[e].names&&void 0!==B[e].names||(B[e].names=[]),B[e].names.push(C.name)}else B.push(C)}else B.push(C)}for(g=0,i=B.length;g<i;g++)B[g].effects=this.processEffects(B[g].effects);return B}},{key:"renderEffects",value:function(A){for(var B=[],g=0,C=A.length;g<C;g++){var e=new fg(A[g]),Q=!1,t=e.objectID;this.cssRenderer.initRendererFlags(e);var i=t+"-audio";if("apple:audio-start"===e.name){var o=new Zg({objectID:t,audioId:i,isSoundTrack:!1});null!==fe.audioCache&&void 0!==fe.audioCache||(fe.audioCache={}),fe.audioCache[i]=o}else if("renderMovie"===e.name||"renderWebVideo"===e.name)fe.audioCache&&fe.audioCache[i]?this.renderAudioOnlyEffect(e):this.renderMovie(this.baseLayer,e);else{if("actionBuild"===e.type&&!e.isEmphasisBuild)for(var E=0,w=this.effects.length;E<w;E++)this.effects[E].objectID===t&&(Q="actionBuild"===this.effects[E].type||"renderMovie"===this.effects[E].name||"renderWebVideo"===this.effects[E].name);if(this.baseLayer.objectID===t){var I=new Rg(e.baseLayer,{name:e.name,type:e.type,objectID:t}),a="layer"+this.baseLayer.layerId,n=document.getElementById(a),r=n.parentNode,s=document.createElement("div");if(s.setAttribute("id","layer"+I.layerId),this.baseLayer=I,e.kpfLayer=I,CQ&&-1!==gQ.indexOf(e.name)){var G,D=this.canvasId;D?G=document.getElementById(D):(D=this.canvasId=t+"-canvas",G=this.createCanvasElement(D),r.appendChild(G)),e.nodeToSwapId=a,e.canvasId=D}else this.cssRenderer.layer=I,this.cssRenderer.domNode=s,this.cssRenderer.draw(r),r.removeChild(n)}else this.renderEffect(this.baseLayer,e,Q)}this.effects.push(e),B.push(e)}return B}},{key:"renderMovie",value:function(A,B){for(var g,C=0,e=A.layers.length;C<e;C++){var Q=B.objectID,t=B.name,i=B.type,o=B.movie,E=B.webVideo;if(A.layers[C].objectID===Q){var w=new Rg(B.baseLayer,{name:t,type:i,objectID:Q,movie:o,webVideo:E},A.bounds.offset),I="layer"+A.layers[C].layerId,a=document.getElementById(I);if(!a)continue;var n=a.parentNode;B.kpfLayer=w;var r=this.canvasIdFromObjectIdLookup[Q];if(r){var s=this.glRenderer[r];s&&s.removeProgram(Q)}A.layers[C]=w;var G=this.cssRenderer.createNodes(n,A,w);n.replaceChild(G,a),g=!0}else g=this.renderMovie(A.layers[C],B);if(g)break}return g}},{key:"renderEffect",value:function(A,B,g){for(var C,e=0,Q=A.layers.length;e<Q;e++){var t=B.objectID,i=B.name,o=B.type,E=B.movie,w=B.webVideo;if(A.layers[e].objectID===t){var a=new Rg(B.baseLayer,{name:i,type:o,objectID:t,movie:E,webVideo:w},A.bounds.offset),n="layer"+A.layers[e].layerId,r=document.getElementById(n);if(!r)continue;var s=r.parentNode;if(B.kpfLayer=a,CQ&&-1!==gQ.indexOf(i)){var G;(D=this.canvasId)?(G=document.getElementById(D)).style.opacity=1:(D=this.canvasId=t+"-canvas",G=this.createCanvasElement(D),s.appendChild(G)),this.canvasIdFromObjectIdLookup[t]=D,B.nodeToSwapId=n,B.canvasId=D}else{var D;if(D=this.canvasIdFromObjectIdLookup[t]){var h=this.glRenderer[D];h&&h.removeProgram(t)}if(g){var Y=B.objectID+"-video",c=fe.movieCache&&fe.movieCache[Y];if("apple:action-scale"===B.name&&!c){var l=document.getElementById(r.childNodes[0].id+"-contents"),M=this.cssRenderer.createNodes(s,A,a),F=M.childNodes[0].id,d=document.getElementById(F+"-contents-from"),U=document.getElementById(F+"-contents-to");if(d&&U){var k=A.bounds,K=k.width,u=k.height,J=r.childNodes[0].id,m=document.createElement("div");m.id=J+"-contents-to",this.setStyle(m,"0px","0px",K+"px",u+"px",fC,null,null),m.appendChild(U.childNodes[0]),l.appendChild(m),I(m,"opacity",0);var H=document.createElement("div");H.id=J+"-contents-from",this.setStyle(H,"0px","0px",K+"px",u+"px",fC,null,null),H.appendChild(d.childNodes[0]),l.appendChild(H)}else M.parentNode.removeChild(M)}B.currentKPFLayer=A.layers[e]}else{A.layers[e]=a;var p=this.cssRenderer.createNodes(s,A,a);s.replaceChild(p,r)}}C=!0}else C=this.renderEffect(A.layers[e],B,g);if(C)break}return C}},{key:"renderEvent",value:function(A){var B={};this.event.effects&&1===this.event.effects.length&&(B.name=this.event.effects[0].name,B.type=this.event.effects[0].type,B.objectID=this.event.effects[0].objectID),this.baseLayer=new Rg(this.event.baseLayer,B),this.cssRenderer=new Og(this.baseLayer,this.sceneIndex,this.effects),this.cssRenderer.draw(A)}},{key:"renderAudioOnlyEffect",value:function(A){if("renderMovie"===A.name){var B=A.movie;if(B.isAudioOnly){null!==fe.audioCache&&void 0!==fe.audioCache||(fe.audioCache={});var g=A.objectID+"-audio",C=fe.audioCache[g],e=fe.textureManager.urlForAsset(B.asset,this.slideId);C.setSrc(e);var Q=C.audioElement;B&&(!B.loopMode||"looping"!==B.loopMode&&"loopBackAndForth"!==B.loopMode||(Q.loop=!0),B.volume&&(Q.volume=B.volume)),C.startAudio()}}}},{key:"animateEffects",value:function(A){for(var B=0,g=A.length;B<g;B++){var C=A[B];this.animateEffect(C)}for(var e in this.glRenderer){var Q=this.glRenderer[e];Q.animate(),Q.animationStarted=!0}}},{key:"animateEffect",value:function(A){var B=A.canvasId,g=A.nodeToSwapId;if(B){var C={canvasId:B,canvas:document.getElementById(B),nodeToSwapId:g,textureAssets:fe.textureManager.slideCache[this.slideIndex].textureAssets,effect:A,overallEndTime:this.eventOverallEndTime},e=this.glRenderer[B];e||(e=new Kg(C),this.glRenderer[B]=e);var Q=1e3*A.beginTime;"transition"===A.type&&(Q=0),setTimeout(this.animateEffectWillBegin.bind(this,C),Q)}else this.cssRenderer.animate(A);A.effects.length>0&&setTimeout(this.handleEffectDidComplete.bind(this,A),1e3*(A.beginTime+A.duration))}},{key:"animateEffectWillBegin",value:function(A){var B=A.canvasId,g=A.effect,C=this.glRenderer[B];C.draw(g),C.animationStarted||(C.animate(),C.animationStarted=!0);var e=document.getElementById(A.nodeToSwapId);e&&setTimeout(this.handleAnimateEffectDidBegin.bind(this,e),0)}},{key:"handleAnimateEffectDidBegin",value:function(A){A.style.opacity=0}},{key:"handleEffectDidComplete",value:function(A){for(var B=this.renderEffects(A.effects),g=0,C=B.length;g<C;g++){var e=B[g];this.animateEffect(e)}}},{key:"overallEndTime",value:function(){return this.eventOverallEndTime}},{key:"overallEndTimeInternal",value:function(){for(var A=0,B=this.event.effects.length;A<B;A++){var g=this.event.effects[A];this.calculateOverallEndTime(0,g)}}},{key:"calculateOverallEndTime",value:function(A,B){var g=A+B.beginTime+B.duration;g>this.eventOverallEndTime&&(this.eventOverallEndTime=g);for(var C=0,e=B.effects.length;C<e;C++)this.calculateOverallEndTime(g,B.effects[C])}},{key:"createCanvasElement",value:function(A){var B=document.createElement("canvas");return B.width=fe.script.slideWidth,B.height=fe.script.slideHeight,B.setAttribute("id",A),B}},{key:"setStyle",value:function(A,B,g,C,e,Q,t,i){A.style.top=B,A.style.left=g,A.style.width=C,A.style.height=e,A.style.position=Q,null!=t&&(A.style.opacity=t),null!=i&&(A.style.visibility=i)}}]),A}();function xg(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var Tg=function(){function A(B){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.movieSegments=B.movieSegments,this.duration=B.duration,this.eventTracks=B.eventTracks,this.currentNavigationEventIndex=0,this.lastSceneIndex=0;for(var g=0,C=this.eventTracks.length;g<C;g++){var e=this.eventTracks[g];"navigation"===e.type?this.navigationEvents=e.events:"movie"===e.type?this.movieEvents=e.events:"pause"===e.type&&(this.pauseEvents=e.events)}}var B,g,C;return B=A,(g=[{key:"start",value:function(){var A=new Audio;A.src="./assets/"+this.movieSegments[0].url,A.addEventListener("playing",this.handleAudioDidStart.bind(this)),A.addEventListener("ended",this.handleAudioDidEnd.bind(this,0)),A.play()}},{key:"handleAudioDidStart",value:function(){setTimeout(this.navigate(this.navigationEvents[0],!0),100)}},{key:"handleAudioDidEnd",value:function(A){var B=A+1;if(this.movieSegments[B]){var g=new Audio;g.src="./assetes/"+this.movieSegments[B].url,g.play(),g.removeEventListener("ended",this.handleAudioDidEnd),g.addEventListener("ended",this.handleAudioDidEnd.bind(this,B))}}},{key:"navigate",value:function(A,B){var g=this.sceneIndexFromNavigationEvent(A);if("start"===A.animationPhase){var C=!1;if(fe.script.loopSlideshow?this.lastSceneIndex===fe.script.numScenes-1&&0===g&&(C=!0):this.lastSceneIndex+1===g&&(C=!0),C)fe.state===aC?fe.playCurrentScene():fe.state===IC&&fe.jumpToScene(this.lastSceneIndex,!0);else{for(var e,Q=fe.scriptManager.slideIndexFromSceneIndex(g),t=this.lastSceneIndex,i=fe.script.events[t].hyperlinks,o=0,E=i.length;o<E&&!(e=i[o]).events[A.slide];o++);e?fe.jumpToHyperlinkSlide(Q,e):fe.jumpToScene(g,!1)}}else"none"===A.animationPhase&&null==B&&fe.jumpToScene(g,!1);var w=this.navigationEvents[this.currentNavigationEventIndex+1];if(null!=w){var I=w.startTime-A.startTime;setTimeout(this.navigate.bind(this,w),1e3*I),this.lastSceneIndex=g,this.currentNavigationEventIndex=this.currentNavigationEventIndex+1}}},{key:"handleCurrentSceneDidComplete",value:function(A){fe.jumpToScene(A,!1)}},{key:"sceneIndexFromNavigationEvent",value:function(A){for(var B=A.slide,g=fe.script.slideList,C=-1,e=0,Q=g.length;e<Q;e++)if(g[e]===B){C=e;break}var t=fe.scriptManager.sceneIndexFromSlideIndex(C);return A.eventIndex+t}},{key:"slideIndexFromSlideId",value:function(A){for(var B=fe.slideList,g=-1,C=0,e=B.length;C<e;C++)if(B[C]===A){g=C;break}return g}}])&&xg(B.prototype,g),C&&xg(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();function Wg(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function Vg(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function Ng(A,B,g){return B&&Vg(A.prototype,B),g&&Vg(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var vg=function(){function A(B){Wg(this,A),this.domNode=B,this.thumbnailSidebar=new Pg,this.thumbnailScroller=new jg,this.thumbnailSelection=new qg,this.thumbnailContainer=new zg,this.thumbnailSidebar.domNode.appendChild(this.thumbnailScroller.domNode),this.thumbnailScroller.domNode.appendChild(this.thumbnailSelection.domNode),this.thumbnailScroller.domNode.appendChild(this.thumbnailContainer.domNode),this.domNode.appendChild(this.thumbnailSidebar.domNode),this.leftSidebar=new Xg,this.domNode.appendChild(this.leftSidebar.domNode),this.domNode.addEventListener("click",this.handleClickEvent.bind(this)),this.leftSidebar.domNode.addEventListener("mouseover",this.handleMouseOverEvent.bind(this)),this.domNode.addEventListener("mouseleave",this.handleMouseOutEvent.bind(this)),document.addEventListener(nC,this.handleSlideIndexDidChangeEvent.bind(this)),document.addEventListener("ScriptManager:ScriptDidDownloadEvent",this.handleScriptDidDownloadEvent.bind(this)),this.slideThumbnail=null}return Ng(A,[{key:"initScrollbar",value:function(){this.thumbnailScroller.domNode.scrollHeight>this.thumbnailScroller.domNode.offsetHeight?this.thumbnailScroller.domNode.style.width="126px":this.thumbnailScroller.domNode.style.width="129px"}},{key:"handleClickEvent",value:function(A){if(!fe.isRecording){var B=(A=A||window.event).target||A.srcElement;for("ms"===YC?A.cancelBubble=!0:A.stopPropagation();(null===B.slideNumber||void 0===B.slideNumber)&&"body"!==B.nodeName.toLowerCase();)B=B.parentNode;B.slideNumber&&(this.selectedSlideIndex=B.slideNumber,this.select(this.selectedSlideIndex))}}},{key:"select",value:function(A){fe.jumpToSlide(A)}},{key:"handleMouseOverEvent",value:function(A){var B=0,g=0;if((A=A||window.event).pageX||A.pageY?(B=A.pageX,g=A.pageY):(A.clientX||A.clientY)&&(B=A.clientX+(document.documentElement.scrollLeft||document.body.scrollLeft)-document.documentElement.clientLeft,g=A.clientY+(document.documentElement.scrollTop||document.body.scrollTop)-document.documentElement.clientTop),0!==B||0!==g){var C=76*this.selectedSlideIndex,e=this.thumbnailScroller.domNode.scrollTop,Q=this.thumbnailScroller.domNode.clientHeight;if(e>C)this.thumbnailScroller.domNode.scrollTop=C;else if(e+Q<C+76){var t=C-e-Q+76;this.thumbnailScroller.domNode.scrollTop=this.thumbnailScroller.domNode.scrollTop+t}clearTimeout(this.navigatorTimeout),this.navigatorTimeout=setTimeout(this.thumbnailSidebar.show.bind(this.thumbnailSidebar,this.leftSidebar),400)}}},{key:"handleMouseOutEvent",value:function(A){clearTimeout(this.navigatorTimeout),this.navigatorTimeout=setTimeout(this.thumbnailSidebar.hide.bind(this.thumbnailSidebar,this.leftSidebar),400)}},{key:"handleSlideIndexDidChangeEvent",value:function(A){this.selectedSlideIndex=A.detail.slideIndex,this.thumbnailSelection.select(this.selectedSlideIndex)}},{key:"handleScriptDidDownloadEvent",value:function(A){for(var B=A.detail.script,g=0,C=B.slideList.length;g<C;g++){var e=B.slideList[g],Q=new _g;if(Q.domNode.slideNumber=g+1,Q.numberNode.innerHTML=g+1,I(Q.domNode,"top",76*g+"px"),this.thumbnailContainer.addItem(Q),null==fe.delegate.getKPFJsonStringForShow){var t="./assets/"+e+"/thumbnail.jpeg",i=document.createElement("img");i.addEventListener("load",this.updateThumbnail.bind(this,g,i)),i.src=t}else fe.delegate.loadTextureBySlideIndex(g,{type:"slideThumbnail",state:"outgoing"},function(A,B){this.updateThumbnail(A,B)}.bind(this,g))}this.initScrollbar()}},{key:"updateThumbnail",value:function(A,B){var g=this.thumbnailContainer.thumbnailItems[A].canvasContainer;if(null===this.slideThumbnail||void 0===this.slideThumbnail){var C,e,Q=fe.script.originalSlideWidth,t=fe.script.originalSlideHeight,i=Q/t;i>=4/3?(C=88,e=Math.ceil(1/i*88)):(C=Math.ceil(66*i),e=66),this.slideThumbnail={width:C,height:e,top:Math.ceil((66-e)/2),left:Math.ceil((88-C)/2),scaleX:C/Q,scaleY:e/t}}"svg"===B.nodeName.toLowerCase()&&B.firstElementChild.setAttribute("transform","matrix("+this.slideThumbnail.scaleX+",0,0,"+this.slideThumbnail.scaleY+",0,0)"),B.setAttribute("style",Xe+":opacity; "+Pe+":500; width:"+this.slideThumbnail.width+"px; height:"+this.slideThumbnail.height+"px; left:"+this.slideThumbnail.left+"px; top:"+this.slideThumbnail.top+"px; opacity: 0; position: absolute;"),B.setAttribute("draggable",!1),"moz"===YC&&B.addEventListener("dragstart",(function(A){A.preventDefault()})),g.appendChild(B),B.style.opacity=1}}]),A}(),Xg=function A(){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorLeftSidebar")},Pg=function(){function A(){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorThumbnailSidebar")}return Ng(A,[{key:"show",value:function(A){A.domNode.style.visibility="hidden",this.domNode.style.left="0px",fe.displayManager.navigatorIsShowing=!0,fe.displayManager.clearTimeoutForCursor()}},{key:"hide",value:function(A){A.domNode.style.visibility="visible",this.domNode.style.left="-140px",fe.displayManager.navigatorIsShowing=!1,fe.displayManager.setTimeoutForCursor()}}]),A}(),jg=function A(){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorThumbnailScroller")},qg=function(){function A(B){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorThumbnailSelection")}return Ng(A,[{key:"select",value:function(A){this.domNode.style.top=76*A+"px",this.domNode.style.display="block"}}]),A}(),zg=function(){function A(){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorThumbnailContainer"),this.thumbnailItems=[]}return Ng(A,[{key:"addItem",value:function(A){this.thumbnailItems.push(A),this.domNode.appendChild(A.domNode)}}]),A}(),_g=function A(){Wg(this,A),this.domNode=document.createElement("div"),this.domNode.setAttribute("class","navigatorThumbnailItem"),this.thumbnailContentNode=document.createElement("div"),this.thumbnailContentNode.setAttribute("style","position: absolute; height: 76px; width: 119px;"),this.numberNode=document.createElement("div"),this.numberNode.setAttribute("style","position: absolute; bottom: 1px; width: 20px; height: 20px; text-align: right; font-weight: bold; color: white;"),this.imageNode=document.createElement("div"),this.imageNode.setAttribute("style","position: absolute; left: 24px; width: 95px; height: 76px;"),this.thumb=document.createElement("div"),this.thumb.setAttribute("style","position: absolute; top: 4px; width: 90px; height: 68px;"),this.canvasContainer=document.createElement("div"),this.canvasContainer.setAttribute("class","navigatorThumbnailItemCanvasContainer"),this.thumb.appendChild(this.canvasContainer),this.imageNode.appendChild(this.thumb),this.thumbnailContentNode.appendChild(this.numberNode),this.thumbnailContentNode.appendChild(this.imageNode),this.domNode.appendChild(this.thumbnailContentNode)};function $g(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}function AC(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}function BC(A,B,g){return B&&AC(A.prototype,B),g&&AC(A,g),Object.defineProperty(A,"prototype",{writable:!1}),A}var gC=function(){function A(B,g){$g(this,A),this.domNode=B,this.width=120,this.height=110,this.slideNumberLabel=document.createElement("div"),this.slideNumberLabel.setAttribute("class","slideNumberLabel"),this.slideNumberLabel.innerHTML=g||"Press Return to go to slide:",this.slideNumberDigit=document.createElement("div"),this.slideNumberDigit.setAttribute("class","slideNumberDigit"),this.domNode.appendChild(this.slideNumberLabel),this.domNode.appendChild(this.slideNumberDigit),this.isShowing=!1}return BC(A,[{key:"setPosition",value:function(A,B){this.domNode.style.left=A+"px",this.domNode.style.top=B+"px"}},{key:"setSlideNumber",value:function(A){this.slideNumberDigit.innerHTML=A}},{key:"show",value:function(){this.isShowing=!0,this.domNode.style.display="block",this.domNode.style.opacity=1}},{key:"hide",value:function(){this.isShowing=!1,this.domNode.style.display="none",this.domNode.style.opacity=0}}]),A}(),CC=function(){function A(B){$g(this,A),this.domNode=B,this.width=100,this.height=100,this.slideNumberDigit=document.createElement("div"),this.slideNumberDigit.setAttribute("class","slideNumberDisplayDigit"),this.domNode.appendChild(this.slideNumberDigit),this.isShowing=!1}return BC(A,[{key:"setPosition",value:function(A,B){this.domNode.style.left=A+"px",this.domNode.style.top=B+"px"}},{key:"setSlideNumber",value:function(A){this.slideNumberDigit.innerHTML=A}},{key:"show",value:function(A){this.isShowing=!0,this.domNode.style.display="block",this.domNode.style.opacity=1}},{key:"hide",value:function(){this.isShowing=!1,this.domNode.style.display="none",this.domNode.style.opacity=0}}]),A}();function eC(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var QC=function(){function A(B,g){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.textureManager=B,this.scriptManager=g,this.stage=document.getElementById("stage"),this.hyperlinkPlane=document.getElementById("hyperlinkPlane"),this.stageWidth=0,this.stageHeight=0,this.showWidth=0,this.showHeight=0,this.audioTrackOffset=0,this.audioTrackIconSize=0,document.addEventListener("ScriptManager:ShowSizeDidChangeEvent",this.handleShowSizeDidChangeEvent.bind(this)),document.addEventListener("DisplayManager:StageSizeDidChangeEvent",this.handleStageSizeDidChangeEvent.bind(this))}var B,g,C;return B=A,(g=[{key:"removeTexture",value:function(A){A.parentNode.removeChild(A)}},{key:"addHyperlink",value:function(A){var B=document.createElement("div");I(B,"pointer-events","all"),B.setAttribute("class","hyperlink"),B.style.left=A.x+"px",B.style.top=A.y+"px",B.style.width=A.width+"px",B.style.height=A.height+"px",this.hyperlinkPlane.appendChild(B)}},{key:"clearAllHyperlinks",value:function(){for(;this.hyperlinkPlane.childNodes.length>0;)this.hyperlinkPlane.removeChild(this.hyperlinkPlane.firstChild);this.audioTrackOffset=this.audioTrackSpacer}},{key:"handleStageSizeDidChangeEvent",value:function(A){var B=A.detail;this.stageWidth=B.width,this.stageHeight=B.height,this.adjustStageToFit(this.stage),this.adjustStageToFit(this.hyperlinkPlane)}},{key:"handleShowSizeDidChangeEvent",value:function(A){var B=A.detail;this.showWidth=B.width,this.showHeight=B.height,this.adjustStageToFit(this.stage),this.adjustStageToFit(this.hyperlinkPlane),this.audioTrackIconSize=this.showHeight/4,this.audioTrackSpacer=this.audioTrackIconSize/4,this.audioTrackOffset=this.audioTrackSpacer}},{key:"adjustStageToFit",value:function(A){if(0!==this.showWidth&&0!==this.stageWidth){var B=this.stageHeight/this.showHeight,g=this.stageWidth/this.showWidth,C="scaleX("+g+") scaleY("+B+")",e=15*Math.tan(Math.PI/180*20/2)*(this.showWidth>this.showHeight?this.showHeight:this.showWidth);this.perspective=e,I(A,Ne,mC),I(A,Ve,C),I(A,ze,mC),I(A,je,HC),a(A,(B-1)*this.showHeight/2,(g-1)*this.showWidth/2,this.showWidth,this.showHeight),document.dispatchEvent(new CustomEvent("StageManager:StageIsReadyEvent",{detail:{}}))}}}])&&eC(B.prototype,g),C&&eC(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();function tC(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var iC=function(){function A(B){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.script=null,this.showUrl=B,this.slideCache={},this.sceneDidLoadCallbackHandler=null,this.viewScale=1,document.addEventListener("ScriptManager:ScriptDidDownloadEvent",function(A){this.handleScriptDidDownloadEvent(A)}.bind(this),!1)}var B,g,e;return B=A,(g=[{key:"setSceneDidLoadCallbackHandler",value:function(A,B){this.sceneDidLoadCallbackHandler={handler:A,sceneIndex:B}}},{key:"processTextureDidLoadCallback",value:function(A,B){if(null!==this.sceneDidLoadCallbackHandler&&void 0!==this.sceneDidLoadCallbackHandler){var g=this.sceneDidLoadCallbackHandler.sceneIndex;this.script.slideIndexFromSceneIndexLookup[g]==B&&this.isSlidePreloaded(B)&&(this.callSceneDidLoadCallback(),setTimeout(function(){this.destroyPDFDocument(B)}.bind(this),5e3))}}},{key:"destroyPDFDocument",value:function(A){var B=this.slideCache[A];if(B){var g=B.pdf;g&&(g.destroy(),delete this.slideCache[A].pdf)}}},{key:"processSlideDidLoadCallback",value:function(A){if(null!==this.sceneDidLoadCallbackHandler&&void 0!==this.sceneDidLoadCallbackHandler){var B=this.sceneDidLoadCallbackHandler.sceneIndex;this.script.slideIndexFromSceneIndexLookup[B]==A&&this.callSceneDidLoadCallback()}}},{key:"processSceneDidLoadCallback",value:function(A){this.sceneDidLoadCallbackHandler&&A===this.sceneDidLoadCallbackHandler.sceneIndex&&this.isScenePreloaded(A)&&this.callSceneDidLoadCallback()}},{key:"callSceneDidLoadCallback",value:function(){this.sceneDidLoadCallbackHandler.handler(),this.sceneDidLoadCallbackHandler=null}},{key:"loadScene",value:function(A,B){if(!(A<0||A>this.script.numScenes)){B&&this.setSceneDidLoadCallbackHandler(B,A);var g=this.script.slideIndexFromSceneIndexLookup[A];eQ&&this.requestPdfDocument(g)}}},{key:"preloadScenes",value:function(A){for(var B in A){var g=this.script.slideIndexFromSceneIndexLookup[B];null!=g&&!1===this.slideCache.hasOwnProperty(g)&&this.loadScene(B)}}},{key:"isSlidePreloaded",value:function(A){var B=!1;if(this.slideCache[A])for(var g in B=!0,this.slideCache[A].textureRequests)if(!1===this.slideCache[A].textureRequests[g]){B=!1;break}return B}},{key:"isScenePreloaded",value:function(A){var B=this.script.slideIndexFromSceneIndexLookup[A];return this.isSlidePreloaded(B)}},{key:"handleScriptDidDownloadEvent",value:function(A){var B=A.detail;this.script=B.script,this.delegate=B.delegate}},{key:"requestPdfDocument",value:function(A){this.slideCache[A]||(this.slideCache[A]={textureAssets:{},textureRequests:{},pdf:null,requested:!1});var B=this.script.slideList[A];if(this.slideCache[A].requested)this.isSlidePreloaded(A)&&this.processSlideDidLoadCallback(A);else{var g=this.script.slides[B].assets;for(var e in g)"texture"===g[e].type&&(this.slideCache[A].textureRequests[e]=!1);var Q=this.showUrl+B+"/assets/"+B+".pdf",t={slideId:B,slideIndex:A};if(this.slideCache[A].requested=!0,"file:"===window.location.protocol){Q+="p",null!==window.local_pdf&&void 0!==window.local_pdf||(window.local_pdf=function(A){this.handleRequestLocalPdfCallback(A)}.bind(this));var i=document.createElement("script");i.setAttribute("src",Q),document.head.appendChild(i)}else C.PDFJS.getDocument(Q).then(this.handleRequestPdfDocumentCompleted.bind(this,t))}}},{key:"handleRequestLocalPdfCallback",value:function(A){var B=A.slide,g=this.script.slideList.indexOf(B),e=atob(A.pdf),Q={slideId:B,slideIndex:g};C.PDFJS.getDocument({data:e}).then(this.handleRequestPdfDocumentCompleted.bind(this,Q))}},{key:"handleRequestPdfDocumentCompleted",value:function(A,B){var g=A.slideId,C=A.slideIndex,e=this.script.slides[g].assets;if(this.slideCache[C])for(var Q in this.slideCache[C].pdf=B,e){var t=e[Q];if("texture"===t.type){var i=this.urlForTexture(Q,g);if("pdf"===/(?:\.([^.]+))?$/.exec(i)[1].toLowerCase()){var o=t.index+1;B.getPage(o).then(this.handleRequestPdfPageCompleted.bind(this,Q,C))}else{var E=new Image;E.addEventListener("load",this.handleImageOnloadEvent.bind(this,Q,C)),E.src=i}}}}},{key:"handleRequestPdfPageCompleted",value:function(A,B,g){var C=this,e=g.getViewport(QQ),Q=document.createElement("canvas"),t=Q.getContext("2d");Q.height=e.height,Q.width=e.width;var i={canvasContext:t,background:"rgba(0, 0, 0, 0)",viewport:e},o=this.slideCache,E=g.render(i),w=E._internalRenderTask.callback;E._internalRenderTask.callback=function(g){w.call(C,g),o[B].textureAssets[A]=Q,o[B].textureRequests[A]=!0,C.processTextureDidLoadCallback(A,B)}}},{key:"handleImageOnloadEvent",value:function(A,B,g){var C=(g=g||window.event).target||g.srcElement;this.slideCache[B].textureAssets[A]=C,this.slideCache[B].textureRequests[A]=!0,this.processTextureDidLoadCallback(A,B)}},{key:"getTextureObject",value:function(A,B){var g,C=this.script.slideIndexFromSceneIndexLookup[A];return this.slideCache[C]&&(g=this.slideCache[C].textureAssets[B]),g}},{key:"getTextureInfo",value:function(A,B){var g=this.script.slideIndexFromSceneIndexLookup[A];if(null==g)return null;var C=this.script.slideList[g];return this.script.slides[C].assets[B]}},{key:"getTextureUrl",value:function(A,B){var g=this.script.slideIndexFromSceneIndexLookup[A];if(null==g)return null;var C=this.script.slideList[g];return this.urlForTexture(B,C)}},{key:"getMovieUrl",value:function(A,B){var g=this.script.slideIndexFromSceneIndexLookup[A];if(null==g)return null;var C=this.script.slideList[g];return this.urlForAsset(B,C)}},{key:"urlForAsset",value:function(A,B){var g,C="",e=this.script.slides[B].assets[A];return null==e||null!=(g=eQ?e.url.native:e.url.web)&&""!==g&&(C="http"===g.toLowerCase().substring(0,4)?g:this.showUrl+(B?B+"/":"")+g),C}},{key:"urlForTexture",value:function(A,B){return this.generateUrl(A,B,!1)}},{key:"generateUrl",value:function(A,B){var g="",C="",e=this.script.slides[B].assets[A];return e?(null!=(C=eQ?e.url.native:e.url.web)&&""!=C&&(g="http"===C.toLowerCase().substring(0,4)?C:this.showUrl+(B?B+"/":"")+C),g):g}}])&&tC(B.prototype,g),e&&tC(B,e),Object.defineProperty(B,"prototype",{writable:!1}),A}();function oC(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var EC=function(){function A(){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),document.addEventListener("touchstart",this.handleTouchStartEvent.bind(this)),document.addEventListener("touchmove",this.handleTouchMoveEvent.bind(this)),document.addEventListener("touchend",this.handleTouchEndEvent.bind(this)),document.addEventListener("touchcancel",this.handleTouchCancelEvent.bind(this)),document.addEventListener("gesturestart",this.handleGestureStartEvent.bind(this)),document.addEventListener("gestureend",this.handleGestureEndEvent.bind(this)),this.swipeInProgress=!1,this.swipeFingerCount=0,this.swipeStartTime=0,this.swipeStartX=0,this.swipeStartY=0,this.preventDefault=!0,this.tapEventCallback=null,this.setTrackArea(0,0,0,0),this.enableTouchTracking=!0}var B,g,C;return B=A,(g=[{key:"setTouchTrackingEnabled",value:function(A){this.enableTouchTracking=A}},{key:"setTrackArea",value:function(A,B,g,C){this.trackAreaLeft=A,this.trackAreaTop=B,this.trackAreaRight=A+g,this.trackAreaBottom=B+C}},{key:"registerTapEventCallback",value:function(A){this.tapEventCallback=A}},{key:"isTouchWithinTrackArea",value:function(A){return!(!1===this.enableTouchTracking||A.clientX<this.trackAreaLeft||A.clientX>this.trackAreaRight||A.clientY<this.trackAreaTop||A.clientY>this.trackAreaBottom)}},{key:"handleTouchStartEvent",value:function(A){if(!1===this.swipeInProgress){var B=A.touches[0];this.isTouchWithinTrackArea(B)&&(this.preventDefault&&A.preventDefault(),this.swipeInProgress=!0,this.swipeFingerCount=A.touches.length,this.swipeStartTime=new Date,this.swipeStartX=B.clientX,this.swipeStartY=B.clientY)}else A.touches.length>this.swipeFingerCount&&(this.swipeFingerCount=A.touches.length)}},{key:"handleTouchMoveEvent",value:function(A){this.preventDefault&&A.preventDefault()}},{key:"handleTouchEndEvent",value:function(A){if(this.swipeInProgress&&(this.preventDefault&&A.preventDefault(),0===A.touches.length)){var B=A.changedTouches[0],g=window.innerHeight/3,C=window.innerWidth/3,e=B.clientX-this.swipeStartX,Q=B.clientY-this.swipeStartY,t=Math.abs(e),i=Math.abs(Q),o=new Date-this.swipeStartTime,E=!1,w=!1;if(o<400&&t<20&&i<20&&(E=!0),o<=800&&(t>i?i<=g&&(w=!0):t<=C&&(w=!0)),E)if(this.tapEventCallback){var I={detail:{fingers:this.swipeFingerCount,pointX:B.clientX,pointY:B.clientY,target:A.target}};this.tapEventCallback(I)}else document.dispatchEvent(new CustomEvent("TouchController:TapeEvent",{detail:{fingers:this.swipeFingerCount,pointX:B.clientX,pointY:B.clientY}}));else if(w){var a;a=t>i?e<0?"left":"right":Q<0?"up":"down",document.dispatchEvent(new CustomEvent("TouchController:SwipeEvent",{detail:{direction:a,fingers:this.swipeFingerCount,swipeStartX:this.swipeStartX}}))}this.swipeInProgress=!1,this.swipeFingerCount=0}}},{key:"handleTouchCancelEvent",value:function(A){this.swipeInProgress=!1}},{key:"handleGestureStartEvent",value:function(A){this.preventDefault&&A.preventDefault()}},{key:"handleGestureEndEvent",value:function(A){this.preventDefault&&A.preventDefault()}}])&&oC(B.prototype,g),C&&oC(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();function wC(A,B){for(var g=0;g<B.length;g++){var C=B[g];C.enumerable=C.enumerable||!1,C.configurable=!0,"value"in C&&(C.writable=!0),Object.defineProperty(A,C.key,C)}}var IC="IdleAtFinalState",aC="IdleAtInitialState",nC="ShowController:SlideIndexDidChangeEvent",rC=function(){function A(){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A),this.delegate=function(){var A,B=w("delegate");if(""==B||null==B||void 0===B)A=new iQ;else{var g=B.indexOf(".");for(A=window;-1!=g;){var C=B.substring(0,g);A=A[C],B=B.substring(g+1),g=B.indexOf(".")}A=A[B]}return A}(),this.delegate.showDidLoad(),this.showUrl="./assets/",this.displayManager=new d,this.scriptManager=new M(this.showUrl),this.textureManager=new iC(this.showUrl),this.stageManager=new QC(this.textureManager,this.scriptManager),this.touchController=new EC,this.animationManager=new Q,this.orientationController=new i,this.activeHyperlinks=[],this.movieHyperlinks=[],this.script=null,this.currentSceneIndex=-1,this.nextSceneIndex=-1,this.currentSlideIndex=-1,this.previousSlideIndex=-1,this.currentSoundTrackIndex=0,this.transformOriginValue="",this.accumulatingDigits=!1,this.digitAccumulator=0,this.firstSlide=!0,this.lastSlideViewedIndex=-1,this.accountID="",this.guid="",this.locale="EN",this.isNavigationBarVisible=!1,this.isFullscreen=!1,this.volume=3,this.muted=!1,this.soundTrackPlayer=null,this.sceneIndexOfPrebuiltAnimations=-1,this.queuedUserAction=null,this.handleScriptDidDownloadEvent=this.handleScriptDidDownloadEvent.bind(this),this.handleScriptDidNotDownloadEvent=this.handleScriptDidNotDownloadEvent.bind(this),this.handleStageIsReadyEvent=this.handleStageIsReadyEvent.bind(this),this.handleStageSizeDidChangeEvent=this.handleStageSizeDidChangeEvent.bind(this),this.handleKeyDownEvent=this.handleKeyDownEvent.bind(this),this.handleSwipeEvent=this.handleSwipeEvent.bind(this),this.handleClickEvent=this.handleClickEvent.bind(this),this.handleContextMenuEvent=this.handleContextMenuEvent.bind(this),this.handleFullscreenChangeEvent=this.handleFullscreenChangeEvent.bind(this),this.handleWindowResizeEvent=this.handleWindowResizeEvent.bind(this),this.addGlobalEventListeners(),this.touchController.registerTapEventCallback(this.handleTapEvent.bind(this)),this.changeState("Stopped"),this.movieCache=null,this.iframeCache=null,this.audioCache=null,this.playbackController=new Lg({},this.stageManager.stage),this.navigatorController=new vg(document.getElementById("slideshowNavigator")),this.slideNumberController=new gC(document.getElementById("slideNumberControl")),this.slideNumberDisplay=new CC(document.getElementById("slideNumberDisplay")),this.helpPlacard=new H(document.getElementById("helpPlacard")),this.isRecording=!1,this.isRecordingStarted=!1}var B,g,C;return B=A,(g=[{key:"startShow",value:function(){this.changeState("DownloadingScipt"),this.scriptManager.downloadScript(this.delegate)}},{key:"exitShow",value:function(A){clearTimeout(this.exitTimeout),A?this.delegate.showExited():this.exitTimeout=setTimeout(function(){this.delegate.showExited()}.bind(this),750)}},{key:"promptUserToTryAgain",value:function(A){return confirm(A)}},{key:"handleScriptDidDownloadEvent",value:function(A){switch(this.state){case"DownloadingScipt":var B,g=this.script=A.detail.script,C=g.showMode;C==dC&&this.displayManager.setHyperlinksOnlyMode(),this.changeState("Starting");var e=parseInt(w("restartingSceneIndex")),Q=document.URL.split("?")[0].split("#");if(Q[1]&&(e=parseInt(Q[1])),e)B=e;else{var t,i=w("currentSlide");t=i?parseInt(i):1,B=this.scriptManager.sceneIndexFromSlideIndex(t-1)}if(g.recording&&"navigation"===g.recording.eventTracks[0].type){this.narrationManager=new Tg(g.recording),B=this.narrationManager.sceneIndexFromNavigationEvent(this.narrationManager.navigationEvents[0]),this.isRecording=!0,this.jumpToScene(B,!1);break}if(B>g.lastSceneIndex)break;if(C===FC)this.jumpToScene(B,!0);else{var o=1==(A=g.events[B]).automaticPlay||1==A.automaticPlay;this.jumpToScene(B,o)}}}},{key:"handleScriptDidNotDownloadEvent",value:function(A){this.promptUserToTryAgain(pe)?this.scriptManager.downloadScript():(this.displayManager.clearLaunchMode(),this.displayManager.hideWaitingIndicator())}},{key:"handleStageIsReadyEvent",value:function(A){this.isFullscreen?setTimeout(function(){this.displayManager.stageArea.style.opacity=1}.bind(this),50):setTimeout(function(){this.displayManager.stageArea.style.opacity=1}.bind(this),500),this.positionSlideNumberControl(),this.positionSlideNumberDisplay(),this.positionHelpPlacard()}},{key:"positionSlideNumberControl",value:function(){var A=(this.displayManager.usableDisplayWidth-this.slideNumberController.width)/2,B=this.displayManager.stageAreaTop+this.displayManager.stageAreaHeight-(this.slideNumberController.height+16);this.slideNumberController.setPosition(A,B)}},{key:"positionSlideNumberDisplay",value:function(){var A=(this.displayManager.usableDisplayWidth-this.slideNumberDisplay.width)/2,B=this.displayManager.stageAreaTop+this.displayManager.stageAreaHeight-(this.slideNumberDisplay.height+16);this.slideNumberDisplay.setPosition(A,B)}},{key:"positionHelpPlacard",value:function(){var A=(this.displayManager.usableDisplayWidth-this.helpPlacard.width)/2,B=(this.displayManager.usableDisplayHeight-this.helpPlacard.height)/2;this.helpPlacard.setPosition(A,B)}},{key:"handleFullscreenChangeEvent",value:function(){document.webkitIsFullScreen||document.mozFullScreen?this.isFullscreen=!0:this.isFullscreen=!1,setTimeout(function(){this.displayManager.layoutDisplay()}.bind(this),0)}},{key:"handleWindowResizeEvent",value:function(){clearTimeout(this.resizeTimer),this.resizeTimer=setTimeout(this.changeWindowSize.bind(this),1e3)}},{key:"changeWindowSize",value:function(){if(this.delegate.setViewScale){this.scriptManager.reapplyScaleFactor(),this.textureManager.slideCache=null,this.textureManager.slideCache={};var A=this.currentSceneIndex;this.state===IC&&(this.currentSceneIndex<this.script.numScenes-1?A=this.currentSceneIndex+1:this.script.loopSlideshow&&(A=0)),this.jumpToScene(A,!1)}document.dispatchEvent(new CustomEvent("ScriptManager:ShowSizeDidChangeEvent",{detail:{width:this.script.slideWidth,height:this.script.slideHeight}}))}},{key:"handleStageSizeDidChangeEvent",value:function(A){var B=A.detail;this.touchController.setTrackArea(B.left,B.top,B.width,B.height)}},{key:"handleKeyDownEvent",value:function(A){var B=A.charCode||A.keyCode;if(B!==bC&&B!==xC){var g={altKey:!!A.altKey,ctrlKey:!!A.ctrlKey,shiftKey:!!A.shiftKey,metaKey:!!A.metaKey};if(g.metaKey){if(B===VC||B===OC)this.exitShow(!0);else if(B!=ee)return}else if(g.ctrlKey)return;A.stopPropagation(),this.onKeyPress(B,g)}}},{key:"handleContextMenuEvent",value:function(A){A.stopPropagation()}},{key:"handleClickEvent",value:function(A){if(!this.isRecording){var B,g;A.pageX||A.pageY?(B=A.pageX,g=A.pageY):(B=A.clientX,g=A.clientY);var C={pointX:B,pointY:g};"video"!==A.target.nodeName.toLowerCase()&&this.processClickOrTapAtDisplayCoOrds(C)}}},{key:"handleTapEvent",value:function(A){var B,g=A.detail,C={pointX:g.pointX,pointY:g.pointY},e=g.target;e&&(B=this.slideNumberFromTarget(e)),B?this.navigatorController.select(B):this.processClickOrTapAtDisplayCoOrds(C)}},{key:"slideNumberFromTarget",value:function(A){if(!A)return null;for(;(null===A.slideNumber||void 0===A.slideNumber)&&"body"!==A.nodeName.toLowerCase();)A=A.parentNode;return A.slideNumber}},{key:"processClickOrTapAtDisplayCoOrds",value:function(A){var B;if(this.slideNumberController.isShowing)return this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),void(this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),0));if(this.helpPlacard.isShowing)this.helpPlacard.hide();else{var g=this.displayManager.convertDisplayCoOrdsToShowCoOrds(A);-1!==g.pointX&&(B=this.findHyperlinkAtCoOrds(g)),B?this.processHyperlink(B):this.advanceToNextBuild("processClickOrTapAtDisplayCoOrds")}}},{key:"handleSwipeEvent",value:function(A){var B=A.detail,g=B.direction;if(!this.displayManager.navigatorIsShowing||"left"!==g&&"right"!==g){if(B.swipeStartX&&B.swipeStartX<150)"right"===g?this.navigatorController.thumbnailSidebar.show(this.navigatorController.leftSidebar):"left"===g&&this.navigatorController.thumbnailSidebar.hide(this.navigatorController.leftSidebar);else if("left"===g)switch(B.fingers){case 1:this.advanceToNextBuild("handleSwipeEvent");break;case 2:this.advanceToNextSlide("handleSwipeEvent")}else if("right"===g)switch(B.fingers){case 1:this.goBackToPreviousSlide("handleSwipeEvent");break;case 2:this.goBackToPreviousBuild("handleSwipeEvent")}}else this.navigatorController.thumbnailSidebar.hide(this.navigatorController.leftSidebar)}},{key:"onMouseDown",value:function(A){A.leftClick?this.advanceToNextBuild("onMouseDown"):A.rightClick&&this.goBackToPreviousBuild("onMouseDown")}},{key:"onKeyPress",value:function(A,B){A>=ae&&A<=ne&&(A=we+(A-ae)),A+=B.shiftKey?re:0,A+=B.altKey?Ge:0,A+=B.ctrlKey?se:0,A+=B.metaKey?De:0;var g=this.script||A===XC||A===ie;if(!this.isRecording&&g){switch(A){case XC:this.exitShow(!0);break;case NC:case NC+re:this.helpPlacard.isShowing?this.helpPlacard.hide():this.helpPlacard.show();break;case ie:this.exitShow(!0);break;case oe:this.slideNumberController.isShowing&&(this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),0)),this.slideNumberDisplay.isShowing?this.slideNumberDisplay.hide():(this.slideNumberDisplay.setSlideNumber(this.currentSlideIndex+1),this.slideNumberDisplay.show());break;case ee:if(this.accumulatingDigits){this.accumulatingDigits=!1,this.script.showMode!==dC&&(this.digitAccumulator>this.script.slideCount?this.digitAccumulator=this.script.slideCount:this.digitAccumulator<1&&(this.digitAccumulator=1),this.slideNumberController.setSlideNumber(this.digitAccumulator),this.jumpToSlide(this.digitAccumulator));break}case Qe:case vC:case zC:case qC:case Ce:this.advanceToNextBuild("onKeyPress");break;case qC+re:case $C:this.advanceAndSkipBuild("onKeyPress");break;case zC+re:case Ce+re:case WC+re:case WC:case yC:this.advanceToNextSlide("onKeyPress");break;case PC+re:case ge+re:case _C:this.goBackToPreviousBuild("onKeyPress");break;case te:case ge:case PC:case jC:case jC+re:case TC:case LC:this.goBackToPreviousSlide("onKeyPress");break;case Ee:if(this.accumulatingDigits)if(this.digitAccumulator<10)this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),0);else{this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),7e3);var C=this.digitAccumulator.toString();this.digitAccumulator=parseInt(C.substring(0,C.length-1)),this.slideNumberController.setSlideNumber(this.digitAccumulator)}break;case Ae:this.script.showMode!==dC&&this.jumpToSlide(1);break;case Be:this.script.showMode!==dC&&this.jumpToSlide(this.script.slideCount);break;default:this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),7e3),!(A>=we&&A<=Ie)||(this.slideNumberDisplay.isShowing&&this.slideNumberDisplay.hide(),!1===this.accumulatingDigits&&(this.accumulatingDigits=!0,this.digitAccumulator=0),this.digitAccumulator.toString().length<4&&(this.digitAccumulator*=10,this.digitAccumulator+=A-we,this.slideNumberController.setSlideNumber(this.digitAccumulator),this.slideNumberController.isShowing||this.slideNumberController.show()))}this.accumulatingDigits}}},{key:"hideAndResetSlideNumberController",value:function(){this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.accumulatingDigits=!1,this.digitAccumulator=0,this.slideNumberController.hide()}},{key:"hideSlideNumberDisplay",value:function(){this.slideNumberDisplay.hide()}},{key:"toggleFullscreen",value:function(){setTimeout(function(){this.displayManager.stageArea.style.opacity=0}.bind(this),0),this.displayManager.hideHUD(!0),document.webkitIsFullScreen||document.mozFullScreen?(this.isFullscreen=!1,document.webkitCancelFullScreen&&document.webkitCancelFullScreen()||document.mozCancelFullScreen&&document.mozCancelFullScreen()):(this.isFullscreen=!0,document.body.webkitRequestFullScreen&&document.body.webkitRequestFullScreen()||document.body.mozRequestFullScreen&&document.body.mozRequestFullScreen())}},{key:"changeState",value:function(A){A!==this.state&&(this.leavingState(),this.state=A,this.enteringState())}},{key:"leavingState",value:function(){switch(this.state){case"Stopped":case"Starting":case"SettingUpScene":case IC:case aC:case"WaitingToJump":case"ReadyToJump":break;case"WaitingToPlay":this.displayManager.hideWaitingIndicator()}}},{key:"enteringState",value:function(){switch(this.state){case"Stopped":break;case"Starting":this.displayManager.showWaitingIndicator();break;case"SettingUpScene":break;case IC:this.unloadTextures();case aC:this.updateSlideNumber(),r(this.doIdleProcessing.bind(this));break;case"WaitingToJump":case"ReadyToJump":break;case"WaitingToPlay":this.displayManager.showWaitingIndicator()}}},{key:"preloadTextures",value:function(){var A=this.script,B=this.currentSceneIndex;this.state===IC&&(B<A.numScenes-1?B+=1:A.loopSlideshow&&(B=0)),this.textureManager.loadScene(B)}},{key:"unloadTextures",value:function(){var A=this.script,B=this.currentSceneIndex;this.state===IC&&(B<A.numScenes-1?B+=1:A.loopSlideshow&&(B=0));var g=A.slideIndexFromSceneIndexLookup[B],C=this.textureManager.slideCache;for(var e in C)if(e<g-1||e>g+1){var Q=C[e];for(var t in Q.textureAssets){var i=Q.textureAssets[t];if(i){var o=i.getContext("2d");o&&o.clearRect(0,0,i.width,i.height),delete Q.textureAssets[t]}}delete this.textureManager.slideCache[e].textureAssets,delete this.textureManager.slideCache[e].textureRequests,delete this.textureManager.slideCache[e].requested,Q.pdf&&(Q.pdf.destroy(),delete this.textureManager.slideCache[e].pdf),delete this.textureManager.slideCache[e]}}},{key:"doIdleProcessing",value:function(){this.preloadTextures(),null!==this.queuedUserAction&&void 0!==this.queuedUserAction?(this.queuedUserAction(),this.queuedUserAction=null):0!==this.stageManager.stage.childNodes.length&&this.updateNavigationButtons(),clearTimeout(this.createHyperlinksForCurrentStateTimeout),this.createHyperlinksForCurrentStateTimeout=setTimeout(function(){this.createHyperlinksForCurrentState("idle")}.bind(this),100)}},{key:"truncatedSlideIndex",value:function(A){return this.truncatedIndex(A,this.script.lastSlideIndex,this.script.loopSlideshow)}},{key:"truncatedSceneIndex",value:function(A){return this.truncatedIndex(A,this.script.lastSceneIndex,this.script.loopSlideshow)}},{key:"truncatedIndex",value:function(A,B,g){return A<0?A=g?A+B+1:-1:A>B&&(A=g?A-B-1:-1),A}},{key:"advanceToNextBuild",value:function(A){if(!this.script)return!1;if(this.script.showMode===dC&&"currentSceneDidComplete"!==A)return!1;if(this.displayManager.infoPanelIsShowing)return!1;var B=!1;switch(this.state){case IC:if(-1===this.nextSceneIndex){if(!this.delegate.getKPFJsonStringForShow){this.stopSoundTrack();break}this.stopSoundTrack(),this.exitShow()}B=!0,this.jumpToScene(this.nextSceneIndex,!0);break;case aC:if(this.currentSceneIndex>=this.script.numScenes)if(this.script.loopSlideshow)B=!0,this.jumpToScene(0,!1);else{if(!this.delegate.getKPFJsonStringForShow){this.stopSoundTrack();break}this.stopSoundTrack(),this.exitShow()}else B=!0,this.playCurrentScene();break;default:null!==this.queuedUserAction&&void 0!==this.queuedUserAction||(B=!0,this.queuedUserAction=this.advanceToNextBuild.bind(this,A))}return B}},{key:"advanceToNextSlide",value:function(A){if(!this.script)return!1;if(this.script.showMode!=dC&&!this.displayManager.infoPanelIsShowing){var B=this.currentSceneIndex;switch(this.state){case IC:B+=1;case aC:var g;if(this.scriptManager.slideIndexFromSceneIndex(B)===this.script.slideCount-1){if(!this.script.loopSlideshow)return;g=0}else g=this.currentSlideIndex+1;var C=this.scriptManager.sceneIndexFromSlideIndex(g),e=this.script.events[C],Q=1==e.automaticPlay||1==e.automaticPlay;this.jumpToSlide(g+1,Q);break;default:null!==this.queuedUserAction&&void 0!==this.queuedUserAction||(this.queuedUserAction=this.advanceToNextSlide.bind(this,A))}}}},{key:"goBackToPreviousBuild",value:function(A){if(!this.script)return!1;if(this.resetMediaCache(),this.script.showMode!==dC&&!this.displayManager.infoPanelIsShowing){var B=this.currentSceneIndex;switch(this.state){case IC:B+=1;case"Playing":case aC:var g;if(0===B){if(!this.script.loopSlideshow)return;g=this.script.events.length-1}else g=B-1;this.jumpToScene(g,!1);break;default:null!==this.queuedUserAction&&void 0!==this.queuedUserAction||(this.queuedUserAction=this.goBackToPreviousBuild.bind(this,A))}}}},{key:"advanceAndSkipBuild",value:function(A){if(!this.script)return!1;if(this.script.showMode!==dC){var B=this.currentSceneIndex;switch(this.state){case IC:B+=1;case aC:var g;if(B>=this.script.numScenes-1){if(!this.script.loopSlideshow)return;g=0}else g=B+1;this.jumpToScene(g,!1);break;default:null==this.queuedUserAction&&(this.queuedUserAction=this.advanceAndSkipBuild.bind(this,A))}}}},{key:"goBackToPreviousSlide",value:function(A){if(!this.script)return!1;if(this.script.showMode!==dC&&!this.displayManager.infoPanelIsShowing){var B=this.currentSceneIndex;switch(this.state){case IC:B+=1;case"Playing":case aC:var g,C=this.scriptManager.slideIndexFromSceneIndex(B),e=this.scriptManager.sceneIndexFromSlideIndex(C);g=0===C?B>0?0:this.script.loopSlideshow?this.script.slideCount-1:0:-1===C&&B>0?this.script.slideCount-1:B>e?this.currentSlideIndex:this.currentSlideIndex-1,this.jumpToSlide(g+1);break;default:null!==this.queuedUserAction&&void 0!==this.queuedUserAction||(this.queuedUserAction=this.goBackToPreviousSlide.bind(this,A))}}}},{key:"calculatePreviousSceneIndex",value:function(A){return-1===A?-1:A-1}},{key:"jumpToSlide",value:function(A,B){var g=A-1,C=this.scriptManager.sceneIndexFromSlideIndex(g);this.resetMediaCache(),null==B&&(B=!1),this.jumpToScene(C,B)}},{key:"jumpToScene",value:function(A,B){if(this.lastSlideViewedIndex=this.scriptManager.slideIndexFromSceneIndex(this.currentSceneIndex),-1!==A){switch(this.state){case"Starting":var g="position:absolute;background-color:transparent; left:0px; top:0px; width:"+this.displayManager.usableDisplayWidth+"px; height:"+this.displayManager.usableDisplayHeight+"px;";this.starting=!0,this.maskElement=document.createElement("div"),this.maskElement.setAttribute("style",g),document.body.appendChild(this.maskElement);case aC:case IC:case"ReadyToJump":break;default:return}if(!1===this.textureManager.isScenePreloaded(A)){this.changeState("WaitingToJump");var C={sceneIndex:A,automaticPlay:B};return this.waitForSceneToLoadTimeout=setTimeout(this.handleSceneDidNotLoad.bind(this,C),SC),void this.textureManager.loadScene(A,this.handleSceneDidLoad.bind(this,C))}this.changeState("SettingUpScene"),r(this.jumpToScene_partThree.bind(this,A,B))}}},{key:"handleSceneDidLoad",value:function(A){switch(clearTimeout(this.waitForSceneToLoadTimeout),this.state){case"WaitingToJump":this.changeState("ReadyToJump"),this.jumpToScene_partTwo(A.sceneIndex,A.automaticPlay)}}},{key:"handleSceneDidNotLoad",value:function(A){if(clearTimeout(this.waitForSceneToLoadTimeout),this.queuedUserAction=null,this.promptUserToTryAgain(pe)){var B=window.location.href,g=B.indexOf("&restartingSceneIndex"),C=(-1===g?B:B.substring(0,g))+"&restartingSceneIndex="+A.sceneIndex;window.location.replace(C)}else this.changeState(IC)}},{key:"jumpToScene_partTwo",value:function(A,B){this.changeState("SettingUpScene"),r(this.jumpToScene_partThree.bind(this,A,B))}},{key:"jumpToScene_partThree",value:function(A,B){this.jumpToScene_partFour(A,B)}},{key:"jumpToScene_partFour",value:function(A,B){if(this.displayScene(A),this.starting&&(null!=this.maskElement&&(document.body.removeChild(this.maskElement),this.maskElement=null,this.starting=!1),window.focus()),this.helpPlacard.isShowing&&this.helpPlacard.hide(),this.slideNumberDisplay.isShowing&&this.slideNumberDisplay.hide(),this.slideNumberController.isShowing&&(this.slideNumberTimeout&&clearTimeout(this.slideNumberTimeout),this.slideNumberTimeout=setTimeout(this.hideAndResetSlideNumberController.bind(this),500)),B){var g=this.script;if(g.showMode===FC){var C=g.events[A].effects;if(C&&C.length>0){var e="transition"===C[0].type?g.autoplayTransitionDelay:g.autoplayBuildDelay;setTimeout(function(){this.playCurrentScene()}.bind(this),1e3*e)}else this.playCurrentScene()}else this.playCurrentScene()}else this.changeState(aC),this.isRecording&&!this.isRecordingStarted&&(this.narrationManager.start(),this.isRecordingStarted=!0)}},{key:"displayScene",value:function(A,B){if(-1!==A){if(this.animationManager.deleteAllAnimations(),this.scriptManager.slideIndexFromSceneIndex(this.currentSceneIndex)!==(B?B.slideIndex:this.scriptManager.slideIndexFromSceneIndex(A))&&this.resetMediaCache(),this.setCurrentSceneIndexTo(A),B)this.playbackController.renderEvent(B);else{var g=this.script.slideIndexFromSceneIndexLookup[A],C=this.script.slideList[g],e=new bg({slideId:C,slideIndex:g,sceneIndex:A,event:this.script.events[A]});this.playbackController.renderEvent(e)}this.updateNavigationButtons()}}},{key:"setCurrentSceneIndexTo",value:function(A){this.currentSceneIndex=A,this.assignNextSceneIndex(),this.updateSlideNumber(),this.updateNavigationButtons()}},{key:"assignNextSceneIndex",value:function(){this.nextSceneIndex=this.calculateNextSceneIndex(this.currentSceneIndex)}},{key:"calculateNextSceneIndex",value:function(A){return this.calculateNextSceneIndex_internal(A)}},{key:"calculateNextSceneIndex_internal",value:function(A){return A<this.script.lastSceneIndex?A+1:this.script.loopSlideshow?0:-1}},{key:"updateSlideNumber",value:function(){var A=this.currentSceneIndex;this.state!==IC&&"Playing"!==this.state||(A=this.nextSceneIndex);var B=this.scriptManager.slideIndexFromSceneIndex(A);this.firstSlide&&(this.displayManager.hideWaitingIndicator(),r(function(){this.startSoundTrack(),this.displayManager.clearLaunchMode()}.bind(this)),this.firstSlide=!1),this.currentSlideIndex!=B&&(this.previousSlideIndex=this.currentSlideIndex,this.currentSlideIndex=B,this.delegate.propertyChanged(ZC,this.currentSlideIndex+1),document.dispatchEvent(new CustomEvent(nC,{detail:{slideIndex:this.currentSlideIndex}})))}},{key:"updateNavigationButtons",value:function(){var A=this.currentSceneIndex;this.state===IC&&A++,this.updateWindowHistory(A)}},{key:"playCurrentScene",value:function(A){var B,g=this,C=0,e=this.playbackController.eventOverallEndTime();this.changeState("Playing"),this.clearAllHyperlinks(),this.helpPlacard.isShowing&&this.helpPlacard.hide(),this.slideNumberDisplay.isShowing&&this.slideNumberDisplay.hide(),A?(B=A.sceneIndexToJump,this.resetMediaCache()):(B=this.nextSceneIndex,this.scriptManager.slideIndexFromSceneIndex(this.currentSceneIndex)!==this.scriptManager.slideIndexFromSceneIndex(B)&&this.resetMediaCache(),!0===this.playbackController.kpfEvent.event.automaticPlay&&"transition"===this.playbackController.kpfEvent.event.effects[0].type&&(C=this.playbackController.kpfEvent.event.effects[0].beginTime,e=this.playbackController.kpfEvent.event.effects[0].duration)),clearTimeout(this.animateTimeout);var Q,t=this.playbackController.kpfEvent.event.effects,i=t.length>0;i&&"transition"===t[0].type&&(ye||"com.apple.iWork.Keynote.BLTBlinds"!==t[0].name)&&(Q=this.playbackController.renderEffects()),this.animateTimeout=setTimeout((function(){i&&(null==Q&&(Q=g.playbackController.renderEffects()),g.playbackController.animateEffects(Q)),g.updateSlideNumber(),setTimeout(g.currentSceneDidComplete.bind(g,B),1e3*e+100)}),1e3*C)}},{key:"currentSceneDidComplete",value:function(A){var B=this.script,g=B.showMode;if(this.slideNumberDisplay.isShowing&&this.slideNumberDisplay.hide(),this.changeState(IC),g==dC||-1!=A&&A!=this.nextSceneIndex){var C=B.events[A],e=1===C.automaticPlay||!0===C.automaticPlay;this.jumpToScene(A,e)}else-1===this.nextSceneIndex?(this.updateNavigationButtons(),this.delegate.getKPFJsonStringForShow?(this.stopSoundTrack(),this.exitShow()):this.stopSoundTrack()):(B.events[this.nextSceneIndex].automaticPlay||g===FC)&&r(this.advanceToNextBuild.bind(this,"currentSceneDidComplete"))}},{key:"resetMediaCache",value:function(){this.resetMovieCache(),this.resetAudioCache()}},{key:"resetMovieCache",value:function(){for(var A in this.movieCache)delete this.movieCache[A].videoElement,delete this.movieCache[A];this.movieCache=null}},{key:"resetAudioCache",value:function(){for(var A in this.audioCache)this.audioCache[A].audioElement.pause(),this.audioCache[A].audioElement.src="",this.audioCache[A].audioElement=null,delete this.audioCache[A];this.audioCache=null}},{key:"updateWindowHistory",value:function(A){if(void 0!==window.history.replaceState){var B=document.URL.split("?"),g=B[0].split("#");"file:"!==window.location.protocol&&window.history.replaceState(null,"Keynote",g[0]+"#"+A+(B[1]?"?"+B[1]:""))}}},{key:"startSoundTrack",value:function(){null!=this.script.soundtrack&&null!=this.script.soundtrack.tracks&&this.script.soundtrack.mode!==KC&&(this.currentSoundTrackIndex=0,this.playNextItemInSoundTrack())}},{key:"stopSoundTrack",value:function(){this.soundTrackPlayer&&(this.soundTrackPlayer.pause(),this.soundTrackPlayer=null)}},{key:"playNextItemInSoundTrack",value:function(){var A=this.script.soundtrack.tracks[this.currentSoundTrackIndex];this.soundTrackPlayer=new Audio,this.soundTrackPlayer.src="assets/"+A,this.soundTrackPlayer.volume=this.script.soundtrack.volume,this.soundTrackPlayer.addEventListener("ended",this.soundTrackItemDidComplete.bind(this),!1),this.soundTrackPlayer.load(),this.soundTrackPlayer.play()}},{key:"soundTrackItemDidComplete",value:function(){this.currentSoundTrackIndex++,this.currentSoundTrackIndex<this.script.soundtrack.tracks.length?this.playNextItemInSoundTrack():this.script.soundtrack.mode===UC?this.soundTrackPlayer=null:this.script.soundtrack.mode===kC&&this.startSoundTrack()}},{key:"processHyperlink",value:function(A){var B=A.url;if(0===B.indexOf("?slide=")){var g=B.substring(7),C=-1;if("first"===g)C=0;else if("last"===g)C=this.script.slideCount-1;else{var e=this.currentSceneIndex,Q=-1;switch(this.state){case IC:e+=1;case aC:var t=this.scriptManager.slideIndexFromSceneIndex(e);"next"===g?t===this.script.slideCount-1?this.script.loopSlideshow?Q=0:this.delegate.getKPFJsonStringForShow&&this.exitShow():Q=t+1:"previous"===g&&(Q=0===t?this.script.loopSlideshow?this.script.slideCount-1:0:t-1)}C=Q}-1!=C&&this.jumpToHyperlinkSlide(C,A)}else if(0===B.indexOf("?slideid=")){for(var i=B.substring(9),o=this.script.slideList,E=(C=-1,0),w=o.length;E<w;E++)if(o[E]===i){C=E;break}-1!==C&&this.jumpToHyperlinkSlide(C,A)}else 0===B.indexOf("?action=retreat")?-1!==this.lastSlideViewedIndex&&this.jumpToHyperlinkSlide(this.lastSlideViewedIndex,A):0===B.indexOf("?action=exitpresentation")?this.exitShow():0===B.indexOf("http:")||0===B.indexOf("https:")?window.open(B,"_blank",null):0!==B.indexOf("mailto:")&&0!==B.indexOf("tel:")||(window.location=B)}},{key:"jumpToHyperlinkSlide",value:function(A,B){var g=B.events,C=this.script.sceneIndexFromSlideIndexLookup[A];if(g){var e=g[this.script.slideList[A]];if(e){var Q=this.currentSceneIndex;switch(this.state){case IC:Q<this.script.numScenes-1?Q+=1:this.script.loopSlideshow&&(Q=0);case aC:var t=this.script.slideIndexFromSceneIndexLookup[Q],i=this.script.slideList[t],o=new bg({slideId:i,slideIndex:t,sceneIndex:Q,event:e});this.displayScene(Q,o),this.playCurrentScene({sceneIndexToJump:C});break;default:return}}else{var E=1==(w=this.script.events[C]).automaticPlay||1==w.automaticPlay;this.jumpToSlide(A+1,E)}}else{var w;E=1==(w=this.script.events[C]).automaticPlay||1==w.automaticPlay,this.jumpToSlide(A+1,E)}}},{key:"addMovieHyperlink",value:function(A,B){var g={targetRectangle:A,url:B};this.movieHyperlinks.push(g)}},{key:"clearMovieHyperlinks",value:function(){delete this.movieHyperlinks,this.movieHyperlinks=[]}},{key:"clearAllHyperlinks",value:function(){this.stageManager.clearAllHyperlinks(),delete this.activeHyperlinks,this.activeHyperlinks=[]}},{key:"findHyperlinkAtCoOrds",value:function(A){for(var B=null!==this.activeHyperlinks&&void 0!==this.activeHyperlinks?this.activeHyperlinks.length:0;B>0;B--){var g=this.activeHyperlinks[B-1],C=g.targetRectangle,e=Math.floor(C.x),Q=Math.floor(C.y),t=e+Math.floor(C.width),i=Q+Math.floor(C.height);if(A.pointX>=e&&A.pointX<=t&&A.pointY>=Q&&A.pointY<=i)return g}return null}},{key:"createHyperlinksForCurrentState",value:function(A){var B=-1;switch(this.state){case aC:B=this.currentSceneIndex;break;case IC:this.currentSceneIndex<this.script.lastSceneIndex?B=this.currentSceneIndex+1:this.script.showMode==dC?B=this.currentSceneIndex:this.script.loopSlideshow&&(B=0)}-1!=B&&(this.clearAllHyperlinks(),this.createHyperlinks(B))}},{key:"createHyperlinks",value:function(A){if(-1!==A){var B=this.script.events[A];if(null!=B){var g=B.hyperlinks;if(null!=g){var C,e=g.length;for(C=0;C<e;C++){var Q=g[C],t={targetRectangle:Q.targetRectangle,events:Q.events,url:Q.url};this.stageManager.addHyperlink(t.targetRectangle),this.activeHyperlinks[C]=t}if(this.movieHyperlinks.length>0)for(var i=0;i<this.movieHyperlinks.length;i++){var o=this.movieHyperlinks[i];this.stageManager.addHyperlink(o.targetRectangle),this.activeHyperlinks[C++]=o}}}}}},{key:"addGlobalEventListeners",value:function(){document.addEventListener("ScriptManager:ScriptDidDownloadEvent",this.handleScriptDidDownloadEvent),document.addEventListener("ScriptManager:ScriptDidNotDownloadEvent",this.handleScriptDidNotDownloadEvent),document.addEventListener("StageManager:StageIsReadyEvent",this.handleStageIsReadyEvent),document.addEventListener("DisplayManager:StageSizeDidChangeEvent",this.handleStageSizeDidChangeEvent),document.addEventListener("keydown",this.handleKeyDownEvent),document.addEventListener("TouchController:SwipeEvent",this.handleSwipeEvent),this.displayManager.body.addEventListener("click",this.handleClickEvent),document.addEventListener(tQ,this.handleFullscreenChangeEvent),window.addEventListener("resize",this.handleWindowResizeEvent),document.addEventListener("contextmenu",this.handleContextMenuEvent)}}])&&wC(B.prototype,g),C&&wC(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}(),sC={loc:function(A,B){return 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A=this.useAutodetectedLanguage?this.browserLanguage||this.preferredLanguage||"en":this.preferredLanguage||this.browserLanguage||"en";return this[A]||(A=this.normalizedLanguage(A)),A},normalizedLanguage:function(A){switch(A){case"fr":A="French";break;case"de":A="German";break;case"ja":case"jp":A="Japanese";break;case"en":A="English";break;case"es":A="Spanish";break;default:A="English"}return A},addStringsFor:function(A,B){return A=String.normalizedLanguage(A),String[A]||(String[A]={}),Object.assign(String[A],B||{}),this}}),String.English=String.English||{},String.French=String.French||{},String.German=String.German||{},String.Japanese=String.Japanese||{},String.Spanish=String.Spanish||{};var YC,cC="orientationUnknown",lC="orientationLandscape",MC="orientationPortrait",FC=1,dC=2,UC=0,kC=1,KC=2,uC="opacity",JC="visibility",mC="center",HC="preserve-3d",pC="flat",fC="absolute",SC=12e4,RC=12e4,ZC="currentSlide",yC=107,LC=109,OC=110,bC=122,xC=123,TC=189,WC=187,VC=190,NC=191,vC=32,XC=27,PC=37,jC=38,qC=39,zC=40,_C=219,$C=221,Ae=36,Be=35,ge=33,Ce=34,ee=13,Qe=78,te=80,ie=81,oe=83,Ee=8,we=48,Ie=57,ae=96,ne=105,re=1e3,se=2e3,Ge=3e3,De=4e3,he=sC.loc("Keyboard Shortcuts","Keyboard Shortcuts"),Ye=sC.loc("Navigation","Navigation"),ce=sC.loc("Other","Other"),le=sC.loc("Advance to next build","Advance to next build"),Me=sC.loc("Go back to previous build","Go back to previous build"),Fe=sC.loc("Advance and skip build","Advance and skip build"),de=sC.loc("Advance to next slide","Advance to next slide"),Ue=sC.loc("Go back to previous slide","Go back to previous slide"),ke=sC.loc("Go to first slide","Go to first slide"),Ke=sC.loc("Go to last slide","Go to last slide"),ue=sC.loc("Quit 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Oe="@-"+YC+"-keyframes",be="-"+YC+"-animation-name",xe="-"+YC+"-animation-duration",Te="-"+YC+"-animation-fill-mode",We="-"+YC+"-animation-timing-function",Ve="-"+YC+"-transform",Ne="-"+YC+"-transform-origin",ve="-"+YC+"-transform-origin-z",Xe="-"+YC+"-transition",Pe="-"+YC+"-transition-duration",je="-"+YC+"-transform-style",qe="-"+YC+"-perspective",ze="-"+YC+"-perspective-origin",_e="-"+YC+"-backface-visibility",$e="background-image",AQ=["apple:action-pop","apple:action-pulse","apple:action-blink","apple:action-flip","apple:action-bounce","apple:action-jiggle"],BQ={"apple:action-opacity":["opacity"],"apple:action-motion-path":["position"],"apple:action-rotation":["transform.rotation.z"],"apple:action-scale":["transform.scale.x","transform.scale.y","anchorPoint","contents","bounds"],"apple:action-blink":["opacity"],"apple:action-bounce":["anchorPoint","transform.scale.y","transform.translation.y","transform.scale.x"],"apple:action-flip":["transform.rotation.y","transform.scale.xy"],"apple:action-jiggle":["transform.rotation.z"],"apple:action-pop":["transform.scale.xy"],"apple:action-pulse":["transform.scale.xy"]},gQ=["apple:wipe-iris","com.apple.iWork.Keynote.BUKAnvil","com.apple.iWork.Keynote.BUKTwist","com.apple.iWork.Keynote.BUKFlop","com.apple.iWork.Keynote.KLNColorPlanes","com.apple.iWork.Keynote.KLNFlame","com.apple.iWork.Keynote.KLNConfetti","com.apple.iWork.Keynote.KLNDiffuse","com.apple.iWork.Keynote.KNFireworks","com.apple.iWork.Keynote.KLNShimmer","com.apple.iWork.Keynote.KLNSparkle","apple:magic-move-implied-motion-path","apple:ca-text-shimmer","apple:ca-text-sparkle"],CQ=!0,eQ=!0,QQ=1,tQ=YC+"fullscreenchange";window.addEventListener("load",(function(){(fe=new rC).displayManager.showWaitingIndicator(),fe.delegate.setPlaybackReadyHandler((function(){if(eQ){"file:"===window.location.protocol&&(C.PDFJS.disableWorker=!0),C.PDFJS.workerSrc="./assets/player/pdfjs/pdf_worker.js",C.PDFJS.cMapUrl="./assets/player/pdfjs/web/cmaps/",C.PDFJS.cMapPacked=!0;var A=document.createElement("canvas");A.getContext("webgl")||A.getContext("experimental-webgl")||(CQ=!1)}fe.startShow()}))}),!1);var iQ=function(){function A(){!function(A,B){if(!(A instanceof B))throw new TypeError("Cannot call a class as a function")}(this,A)}var B,g,C;return B=A,(g=[{key:"showDidLoad",value:function(){}},{key:"showExited",value:function(){history.go(-1)}},{key:"propertyChanged",value:function(A,B){}},{key:"setPlaybackReadyHandler",value:function(A){A()}}])&&hC(B.prototype,g),C&&hC(B,C),Object.defineProperty(B,"prototype",{writable:!1}),A}();!function(){if("function"==typeof window.CustomEvent)return!1;window.CustomEvent=function(A,B){B=B||{bubbles:!1,cancelable:!1,detail:null};var g=document.createEvent("CustomEvent");return g.initCustomEvent(A,B.bubbles,B.cancelable,B.detail),g}}()}]);
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